chessx-master/0000755000076500000240000000000014666636275012513 5ustar jensstaffchessx-master/lcov_clear.sh0000755000076500000240000000133014666426276015156 0ustar jensstaff#!/bin/sh ############################################################################################################ # You should edit the following 3 paths when necessary ############################################################################################################ PATH=/usr/local/bin:/usr/bin:/bin:/usr/sbin:/sbin:/usr/local/MacGPG2/bin:/Library/Apple/usr/bin # Get the path to the current folder SCRIPT_DIR=$PWD echo "Clear '.gc*' in $SCRIPT_DIR" # SRC_DIR is the directory containing the .gcno files (%{buildDir} in Qt Creator) SRC_DIR="$SCRIPT_DIR/obj_dbg" # COV_DIR is the directory where the coverage results will be stored COV_DIR="$SCRIPT_DIR/coverage" rm -r $SRC_DIR/*.gcno rm -r $SRC_DIR/*.gcda chessx-master/CMakeLists.txt0000755000076500000240000000620214666426276015254 0ustar jensstaffcmake_minimum_required(VERSION 3.10) set(CMAKE_OSX_DEPLOYMENT_TARGET 10.13) project(chessx LANGUAGES CXX) set(CMAKE_CXX_STANDARD 11) set(CMAKE_CXX_STANDARD_REQUIRED ON) set(CMAKE_CXX_EXTENSIONS OFF) option(ENABLE_SOUNDS "Enable sounds (requires Qt5::Multimedia)" ON) option(ENABLE_TTS "Enable text-to-speech (requires Qt5::TextToSpeech)" ON) option(ENABLE_SCID_SUPPORT "Enable support for Scid database format (*.si4)" ON) add_subdirectory(dep) # common definitions to use with Qt add_library(qt_config INTERFACE) target_compile_definitions(qt_config INTERFACE QT_DEPRECATED_WARNINGS QT_NO_CAST_TO_ASCII QT_USE_QSTRINGBUILDER ) set(REQUIRED_QT_COMPONENTS Core Xml DBus Network OpenGL Svg PrintSupport Gui Widgets ) if (ENABLE_SOUNDS) list(APPEND REQUIRED_QT_COMPONENTS Multimedia MultimediaWidgets) endif() if (ENABLE_TTS) list(APPEND REQUIRED_QT_COMPONENTS TextToSpeech) endif() find_package(Qt5 REQUIRED LinguistTools "${REQUIRED_QT_COMPONENTS}" Test ) # TODO: enable warnings # CONFIG += warn_on # put translations.rc alongside generated .qm files configure_file(translations.qrc ${CMAKE_CURRENT_BINARY_DIR} COPYONLY) # list of .ts files to compile into .qm set(TRANSLATIONS_SRC_FILES # i18n/chessx_da.ts i18n/chessx_de.ts # i18n/chessx_fr.ts # i18n/chessx_it.ts # i18n/chessx_cz.ts # i18n/chessx_ru.ts ) set_source_files_properties(${TRANSLATIONS_SRC_FILES} PROPERTIES OUTPUT_LOCATION "${CMAKE_CURRENT_BINARY_DIR}/i18n" ) qt5_add_translation(TRANSLATIONS_BIN_FILES ${TRANSLATIONS_SRC_FILES}) set(CMAKE_AUTOMOC ON) set(CMAKE_AUTORCC ON) set(CMAKE_AUTOUIC ON) add_subdirectory(src) set(OTHER_FILES #[[ data/templates/pgn-default.template data/templates/notation-default.template data/templates/latex-default.template data/templates/html-default.template ChangeLog COPYING ChangeLog.txt data/help/about.css data/help/about-dark.css data/help/about0.html data/help/about1.html data/help/about1a.html data/help/about2.html data/help/about3.html data/help/about4.html data/help/about5.html data/help/about6.html setup7-64.iss setup7-32.iss setupXP.iss data/styles/orange.css unix/chessx.desktop ]] ) add_executable(chessx WIN32 src/gui/main.cpp resources.qrc ${CMAKE_CURRENT_BINARY_DIR}/translations.qrc ${OTHER_FILES} ) target_link_libraries(chessx PRIVATE qt_config quazip bitboard board eco gui ) if (CMAKE_HOST_APPLE) # Make macOS bundle instead of bare executable set_target_properties(chessx PROPERTIES MACOSX_BUNDLE TRUE # TODO: use variables in Info.plist template MACOSX_BUNDLE_INFO_PLIST "${CMAKE_CURRENT_SOURCE_DIR}/mac_osx/Info.plist" ) # embed required resources target_sources(chessx PRIVATE mac_osx/Info.plist mac_osx/qt_menu.nib data/images/chessx.icns ) set_property( TARGET chessx APPEND PROPERTY RESOURCE mac_osx/qt_menu.nib data/images/chessx.icns ) # TODO: embed engines & timeseal endif() set(CMAKE_AUTOMOC OFF) set(CMAKE_AUTORCC OFF) set(CMAKE_AUTOUIC OFF) option(ENABLE_TESTING "Enable testing" OFF) if (ENABLE_TESTING) enable_testing() add_subdirectory(tests/unittests) endif() chessx-master/ChangeLog.md0000755000076500000240000011113114666426276014663 0ustar jensstaff## July 2024: Version 1.6.2 - Bugfix:#333 Accented letters in annotations in UTF8 - Bugfix: #349 Incorrect Pinned Move in Analysis Window - Bugfix: Three fold repetition if ep was possible - Bugfix: Openings Summary in Player Info - Bugfix: Random number selection issues on some OS - Bugfix: #341 ChessX Draw Game by Insufficient Material - Bugfix: CR #336 Nalimov TB gives wrong evaluation - Bugfix: Jumping through sibling variations - Bugfix: CR #334 Pressing 'Pin engine' resets the analysis - Bugfix: Move indicator shows wrong line in case of Multi-PV, prefer TB - Bugfix: CR #320 (PGN Setup->SetUp tag) - New feature: Lichess Broadcasts - New feature: Repainting same arrow or square removes special annotation - New feature: Shift+Click opens first link in comment - New feature: Export as localized text - New feature: Workaround Chessable's tokenizer by adding space bf comment - New feature: Load range of games from online bases - New feature: Allows piece specific sounds - New feature: Add a volume slider for sounds - New feature: CR #209 Hide lines in Analysiswidget - New feature: Give coordinates a color setting of their own - New feature: Configurable Text to Speech - Changed: AnalysisWidget toolbutton ## January 2023: Version 1.5.8 - New feature: Allow preserving existing ECO codes - New Feature: Add optional source tag when merging databases - New Feature: Lichess Opening Databases - New feature: Copy text fragments from game browser - New feature: Boardview as drop target for databases and games - New feature: Edit tags from the game list view - Changed: Allow editing ECO codes in the game list view - Changed: Cycling through variations - Changed: Performance update PGN Parser - Changed: #290 Windows hides dialogs if off-screen - Changed: CR #185 Recognize and annotate draw conditions - Changed: CR #191 Engine analysis not inserted in notation - Changed: Transfer board rotation from Board Setup - Bugfix: Fix issue with sending UCI BOOLs - Bugfix: Fix error message when theme cannot be installed - Bugfix: Fix font issue in Qt for windows - Bugfix: Fix broken DB download URLs - Bugfix: Crash drawing a piece from the board - Bugfix: Fix issue #307 Board style resets after editing preferences (macOS) - Bugfix: Memory Leak while reading evaluations - Bugfix: Tablebase evaluations - Bugfix: Update chart widget during auto analysis - Bugfix: Open Recent does not respect UTF8 - Bugfix: Loading of large games - Bugfix: Fix dirty notification from database to GUI - Bugfix: #287 Linux archive / build environment - Bugfix: #288 No speech engine available - Bugfix: Avoid nan in arrow painting ## December 2020: Version 1.5.6 - New Feature: Implement read support for Scid binary database (*.si4) - New feature: Spray fields in pen mode by pressing alt+Left Mouse - New feature: Add option to hide special annotations in view - New feature: Show variation arrows - New feature: Engine draws an arrow for its best move - New feature: Support online chess.com / lichess data access - New feature: Scroll through game with ChartWidget - New feature: Display eval annotations in the chart (%eval) - New feature: Open file from scratchpad / Drag file names to scratchpad - New feature: Visualization training - New feature: Indicate Draw percentage in OpeningTree - Bugfix: Opening tree - switching between Database and Filter did not trigger tree update - Bugfix: Display of symbolic pieces in OpeningTreeWidget and variation list - Bugfix: Hotkeys are not serialized properly - Bugfix: Duplicate hotkeys for menus with same name - Bugfix: Do not ask to save clipboard - Bugfix: Dark theme handling - Changed: Raise scratchpad when New or Open is invoked - Changed: Resize text fonts with Ctrl+ Ctrl- or Ctrl+Alt+Wheel - Changed: Increase max size for writable databases - Changed: Disable Raise of game list after filtering ## March 2020: Version 1.5.4 - New Feature: Support lc0 for Mac OS - New feature: blunder checking - New feature: Speak moves - New feature: Refactor complete database - Changed: Command-Key to force query for promotion dialog (instead of Meta) - Bugfix: Undo setting up board required two steps - Bugfix: Clearing database was broken - Bugfix: entering nags/null movees via keyboard ## February 2018: Version 1.5.0 - New Feature: Provide multi-selection for the database list view - New Feature: Load favorite databases at startup - New Feature: Read Chessbase Books (ctg) - New Feature: Read Arena Books (.abk) - New Feature: Drag databases into list of games - New feature: Dark Theme - New feature: FICS console with commandline - New feature: Syzygy 7 men online tablebase - New feature: Change font size via mouse wheel - New feature: Search depth for analysis - New feature: Filter operation from gamelist - New feature: Allow user-provided ECO files - New feature: Save dialog allows to store extra tags - New feature: Restrict search to start of word / end of word - New feature: Edit shortcuts by pressing key - New feature: Annotations beneath board view - New feature: Turn board for given player - New feature: Send database to Mail-Client - New feature: Show analysis of position with one piece moved - New feature: Merge internal and external themes, new option to scale board images - Bugfix: Reduced Memory Footprint - Bugfix: Removing a sub-variation kept some invisble moves - Bugfix: Internal engine produced silly suggestions in case of a check - Bugfix: Parse more than one tag in a line - Bugfix: Changing book in analysis should update moves immediately - Bugfix: Do not list read-only databases as copy targets - Bugfix: Update game list columns after leaving preferences - Bugfix: Console output and event info lacks termination of bold text - Bugfix: Avoid empty annotation when merging a game - Bugfix: "New Game" disabled after loading game - Bugfix: Invalid notation when inserting line from analysis - Bugfix: Puzzle mode not terminated properly - Bugfix: Performance reading Polyglot positions - Bugfix: Disconnecting a FICS session leaked some memory - Bugfix: Progress bar missing occasionally - Changed: Draw arrows with right mouse - Changed: Index file format updated - Changed: Support engines with state issues - Changed: time representation to ISO format - Changed: Do not ask to save deleted games - Changed: Copy current game instead of first selected game - Changed: Kick out hotkeys for database changes - Changed: Analysis and Endgametables display localised piece strings - Changed: Books support localized piece representation - Changed: Accept PGN with obscure RAVs - Changed: Index file format stores data size - Changed: If loading modifies db, mark db as changed - Changed: Always use DefaultDataPath (instead of last used folder) for Save Dialogs - Changed: Index file version ## April 2017: Version 1.4.6 - New feature: Indicate underprotected pieces - New feature: Indicate covered squares - New feature: Book building progress - Bugfix: Annotations remain visible after adding variation - Bugfix: Saving games on non-current database - Bugfix: Name of downloaded files - Bugfix: Crash engine accessing closed book - Changed: Use more threads for book building ## January 2017: Version 1.4.4 - New feature: Game time for 2-player mode - New Feature: Drag databases into list of games - New feature: Copy lists to IMG/HTML in Clipboard - New feature: Workaround UCI option issue in Stockfish 8 - New feature: Extended polyglot book generation - New feature: Reverse moving with mouse - New feature: Dragging piece with CTRL+SHIFT asks main engine / tablebase for eval - New feature: FICS with Clock above / below board - New feature: cz language pack - New feature: Message History - New feature: Rendering for Retina displays - New feature: Indicate number of pieces in Board Setup - New feature: Indicate King in check - New feature: Paint Tools - New feature: Show possible targets for selected piece - New feature: FICS rematch - New feature: Search Help pages for texts - New feature: FICS requests with color - New feature: Show all good tablebase moves - Bugfix: UCI_Chess960 occasionally not sent to Engine - Bugfix: Handling of UCI empty string tag - Bugfix: Renaming a player / event tag gave inconsistent index in case of existing target tag - Bugfix: Restoration of floating docks - Bugfix: Chess960 castling direction wrong - Bugfix: Chess960 with UCI engines - Bugfix: Resizing the application would sometimes fail - Bugfix: Matchparameter Dialog misplaced - Bugfix: Premoving allowed moving opponent pieces - Changed: Analysis time up to 10 minutes - Changed: Bundle Stockfish 8 - Changed: Icons in context menus - Changed: Matchparameter Dialog - Changed: Square annotations - Changed: Tock at 30..20..10s before Timeout - Changed: Move some preferences onto toolbar ## February 2016: Version 1.4.0 - New Feature: Filter duplicate games - New Feature: Chess960 / Fischerandom Support - New Feature: Game matches with sudden death timing - New Feature: Let two engines play out a game (engine match) - New Feature: #104 Display arbitrary tags in game list - New Feature: Scratchpad - New feature: Playerinfo filters complete openings - New feature: Support SCID format piece sets - New feature: Favorite web source with auto-increment - New feature: List of recently used games - New feature: Store some more FICS preferences - New feature: Start threat with '--' - New feature: Allow castling in normal game as in Chess960 with dragging King onto Rook - New feature: Parse mal-formed FEN with - - - - at end - New feature: Show folders on Linux desktops (similar to mac OS/Windows) - New feature: Engine logging to file - New feature: Helpbrowser with Index Combobox - New feature: Castling support for chess960 - New feature: Completer for FICS say messages - New feature: Added checkbox so that engine starts game - New feature: Premove against engine - New feature: GUI provides book moves for engine games - New feature: Plock 10s before end of FICS game - New feature: Select Promotion Dialog with Meta-Modifier - New feature: Show time annotation also for previous move (if available) - New feature: Accept resignations from winboard engines - New feature: FICS start button - New feature: Assign rating to databases - New feature: Test 50 moves/position repetition when playing out games - New feature: No hints during training or puzzling - New feature: Drag/drop PGN-Files/Text to other applications - New feature: Make images flipped if mainboard is flipped - New feature: B/W images of board - Bugfix: Crash loading small file from command line - Bugfix: Eco Info formatting - Bugfix: Castling not possible sometimes - Bugfix: Moving pieces with keyboard in auto-responder mode - Bugfix: Frame around square where drag starts - Bugfix: Undo move in FICS puzzle mode - Bugfix: FICS timeout handling - Bugfix: Undo move in FICS puzzle mode - Bugfix: FICS timeout handling - Bugfix: Openingthread crashes at end of FICS game - Bugfix: Fics matches were not continued - Bugfix: Copied games occasionally did not show up in game list immediately - Bugfix: Closing databases at shutdwon if saving was neglected was wrong / duplicated queries for saving - Bugfix: Copying games to active database occasionally forgot to update GUI - Bugfix: Opening Tree might crash - Bugfix: Player Opening Statistics wrong - Bugfix: Do not indicate premove in FICS puzzle mode - Bugfix: Output would occasionally write orphaned x... to HTML - Bugfix: Size of slider text (thx to Byrial Jensen) - Bugfix: Tablebase results would sometimes not fit to actual board - Bugfix: FICS text "puzzle almost solved" ends puzzle mode - Bugfix: Handle invalid password upon connecting to FICS - Bugfix: Terminate auto analysis upon changing of database - Bugfix: Doing moves while not at end of game broken - Bugfix: Autoplayer did not work together with backward analysis enabled - Bugfix: Chartwidget repaints occasionally fail - Bugfix: Copy games from main menu did not work for selections - Bugfix: Pasting into new game asserts - Bugfix: Progress not indicated for searching operations - Bugfix: Rendering board would occasionally draw offset twice - Bugfix: Qt4 compatibility - Changed: Skip empty parts when copying images - Changed: Always draw square around board - Changed: Training with Options - Changed: Force writing variations from Engine even if no move exists - Changed: Set Result at end of game against engine - Changed: Do not elide tab text of boards - Changed: Reduce memory needed for RW-Databases ## May 2015: Version 1.3.2 - New feature: Variation indicator in toolbox - New feature: FICS - Toggle board at beginning of puzzle - New feature: Toolbox for adding Nags (e.g. on WhiteBoards) - New feature: FICS - Filter computers and unrated users - New feature: Show date of last access to a database - New feature: Pin Opening Tree at a position - New feature: Clear filter before starting search from opening tree - New feature: Select board for searching position from open boards - New feature: Show threat after making move - Bugfix: Index file usage broken - Bugfix: Missing newline copying games into a closed file - Bugfix: Better status message when copying multiple games - Bugfix: Gamelist header configuration does not persist - Bugfix: Windows Installation does not show Pin Icon ## April 2015: Version 1.3.0 - New Feature: Play games on FICS with telnet or timeseal - New Feature: Boards now 1:1 with open databases - New Feature: Remove found items from filter - New feature: Flip board to side to move while loading game in training - New feature: Setup Board Dialog with Coordinates - New feature: #137 Extend Opening tree (Back button) - New feature: Undo last move in Opening Tree - New feature: Player Info filters games also for specific color - New feature: Player Info shows regularly played openings - New feature: Automatic analysis backward from end of game - New feature: Refactoring from context menu of game text - New feature: PlayerInfo with performance per eco code - New feature: Hide selected game from game list - New feature: Allow editing arbitrary tags - New feature: Draw annotations whith Shit+Left-Click with last color used - New feature: Saving w/o dialog - New feature: Material profile - New feature: New board "lanta" - New feature: Allow filtering of non-active DB from OpeningTree - New feature: Send PGN by mail - New feature: load project databases from Help menu - Bugfix: Autoanalysis runs over remaining game after adding variation - Bugfix: Annotation menu seems to contain duplicate entry - Bugfix: Do not limit num pv in analysis - Bugfix: Pressing Shift while dragging piece creates illegal baord view - Bugfix: Guess generation crashes when given an illegal position - Bugfix: In auto responder mode, arrows where painted too late - Bugfix: Dialogs non-modal - Bugfix: Loading translations failed - Bugfix: Open file with relative path from commandline ## October 2014: Version 1.2.2 - Bugfix: Entering a rook move or 0-0 did not work via keyboard - Bugfix: Plycount wrong saving a game from the non-current database - Bugfix: Crash saving a database upon closing chessx if database was not current DB - Bugfix: Enter-Key did not terminate entering a nag - Bugfix: Occasionally random move would get highlighted - Bugfix: Searching for Rounds and Moves did not work - Bugfix: Searching for ranges did not include limits - Bugfix: UCI Options containing a '.' were parsed incorrectly - Bugfix: Entering half-ply count was limited to 99 moves (thx to Niklas) - Bugfix: Retracing a game would fail at move one - Bugfix: Retracing a game beyond a move with variations would leave invisible variations - Bugfix: Pasting PGN into new game did not set modified flag - Bugfix: Pasting FEN into new game did not create new game - Bugfix: Changes to square and arrow annotations in annotation dialog are not painted immediately - New feature: CR#141 Edit game details - New feature: CR#140 Remember maximize state (and full-screen state) - New feature: Arrow as current move hint - New feature: Menu entry to clear clipboard database - New feature: Sorting of game list by clicking header (for databases<=4K) - New feature: Multi-Selection in the game list - Enhanced: Speed up polyglot book building - Changed: F3/F4 now load previous / next game ## July 2014: Version 1.2.0 - New Feature: Use polyglot books in Opening Tree - New Feature: Build polyglot books from Databaselist - New Feature: Enter games via keyboard - New Feature: Undo and Redo of game editing actions - New Feature: Support for external tools - New Feature: Paste variation from clipboard into game - New Feature: Danish Translation (thanks to Byrial Jensen) - New Feature: Allow removing found items from filter - New feature: Show title of game in Copy Game Dialog - New feature: Opening names in ECO Widget - New feature: Make position searches more comfortable - New feature: CR#206 Remember settings for more windows. - New feature: CR#203 Center the board inside its container - New feature: CR#118 Gameview: Make tags clickable - New feature: Auto analysis writes engine's name into final annotation - New feature: Asynchronous Searching - New feature: Allow several unsaved games at the same time (one per db) - New feature: Allow disabling menu icons - New feature: Allow constant move indicator - New feature: #117 Export screenshot to file - New feature: Filter in ECO widgets support regular expression - New feature: Checkbox in opening tree to add moves to game too - Changed: Pinned games have infinite analysis depth - Changed: Dialogs remember sizes and screen positions - Changed: CR#127 New navigation buttons order. - Changed: board tabs carry name of db instead of numbers - Changed: Auto analysis won't add move at end of game - Changed: Assignment of CTRL+C key to direct pasting of PGN - Changed: #121 Thicker, more visible arrows and colored squares - Changed: Show game title now in three lines - Changed: Copy of a game via context menu copies selected game - Changed: ECO Widget shows names of openings - Bugfix: Nags with bishops now exclusive - Bugfix: CR#205 line does not resume from the same indentation. - Bugfix: CR#204 Database is not released from memory upon closing - Bugfix: Annotations were not handled correctly when compacting database - Bugfix: Analysis/"Mate in" has inconsistent color - Bugfix: EGT Time annotation broken - Bugfix: Do not send ucinewgame after making a move ## February 2014: Version 1.1.0 - New feature: Traning with Toolbar Icon - New feature: Play out game against engine - New feature: Limit time that engines may use for analysis - New feature: Auto Responder for training openings etc. - New feature: Show name of opening in addition to ECO-Code - New feature: Use any open database as source for Opening Tree - New feature: Opening Tree with Filter as Source - New feature: Splitter in Detail Views - New Feature: CR#6 Configurable shortcuts - New feature: Visual indicator for results - New feature: Show location of AppSettings in About Dlg - New feature: CR#108 Lock engine to current position - New feature: Null moves at unusual positions - New feature: Incremental Opening Tree - New feature: Adjust columns in list views - New feature: Tabs switch if something is dragged to them (CR#112) - New feature: Hilite new favorite item - New feature: Select font for ChessBrowser from Preferences - New feature: Additional link targets in info widgets - New feature: PromotionDialog as suggested in CR#113 Pieces in promotion dialog - New feature: Added possibility to force loading english lang in German and French - Bugfix: #193 wrong nag $1-$6 - Bugfix: #191 Cannot edit an annotation-only comment - Bugfix: Time malformed - Bugfix: #189 Missing PNG for new board button - Bugfix: Searching for result 1-0 was not possible - Bugfix: Filtering if filter widget was changed from another widget - Bugfix: CR#105 few remarks - issue 1 - coherence with icons - Bugfix: CR#187 comments before first move are not read - Bugfix: HTML-Output in some special cases wrong - Bugfix: Worked around potential leak with smart pointer - Bugfix: Issue closing chessx while loading a database - Bugfix: Some columns won't display their content if the local setup is old enough - Bugfix: #180 - part 3 (user is asked several times to load database) - Bugfix: Nullmove issue - Bugfix: #180: Load Order of DLLs (did not start on Windows) - Bugfix: Better output of end of variations - Bugfix: Workaround for Apache Issue: #183 Download of PGN databases fails because of blocked user-agent - Bugfix: Guessengine crashes when accessing uninitialized memory - Bugfix: CR#182 Minimize - restore = tab switch bug - Bugfix: CR#181 typos - Bugfix: CR#178 Deleting a variation does not clear the annotation - Bugfix: Unterverwandlung - Fixed: textbrowserex.h case sensitivity (did not compile on Linux) - Fixed: a static leak (thanks to Albert for mentioning this) - Fixed: portability issue #185 Build error in enginelist.cpp for kFreeBSD - Changed: Flip Icon consistent with main GUI - Changed: Slider 'Move Interval' moved from Preferences to StatusBar ## September 2013: Version 1.0.0 - New feature: Get translation files from server - New feature: Copy Text or HTML from Notation - New feature: Offer to load a default database for first time users - New feature: CR#10 Configurable Game View - customize appearance of notation - New feature: Inserting moves (in addition to adding moves as variation - New Feature: CR#86 Merge games with Drag&Drop - New Feature: CR#46 Games whose position is [end] selectable - New Feature: CR#43 Frequency and score ~0% instead of 0% when not exactly 0 - New feature: Setup Dialog has new functions to mirror board or colors. - New feature: Select Language from Preferences (requires restart) - New feature: Online check for updates - New Feature: Column date of last modification - New Feature: Localized Piece Initials (see CR#3592733 Output / Input PGN - New feature: Create a Diagram Nag (201 like in SCID) from GUI - New Feature: Draw Board Coordinates (see CR#1715710 Numbers and ...) - New Feature: HTML Output with readable basic tags instead of PGN look - New feature: Diagrams in HTML Export and Notation - New feature: HTML Output with symbolic nags in HTML/UTF8 - New features: Navigation within siblings of variations with keyboard - New feature: Enter or Exit Variation now moves within mainline - New feature: Toolbar for commonly used actions - New Feature: ECO based Opening Overview of the current database - New Feature: MDI-Interface - New feature: Opening tree has its own board view. - New Feature: CR#3607996 Always on top feature - Bugfix: ChessBrowser does not indicate '?'-tags - Bugfix: HTML-Output contained one HTML-Header for each game - Bugfix: Sorting by size was not ideal - Bugfix: CR#171 - Board Setup dialog: wrong board size - Bugfix: Removing last arrow annotation leaves ugly comment - Bugfix: Stay On Top accidentally active in OS which were Non-Windows-OS - Bugfix: Concurrent loading of games (fix from James Coons) - Bugfix: Game List was not updated after bulk copy of games - Bugfix: Black ELo was only saved if a white ELO was given - Bugfix: CR#3612157 tablebase - Bugfix: Performance Boost for filtering with result-cache - Bugfix: CR#3611434 Local vs global menu inconsistency - Bugfix: Update Widgets after saving a database - Bugfix: Created PGN was invalid due to invalid date format - Bugfix: Opening new game did not clear selection on game list ## March 2013 Version 0.9.6 - Bugfix / Feature removal: Filtering opening tree was somewhat active - Bugfix: (thx to James!) Promoting into different pieces cannot start - Bugfix: Before closing a database ask to save a new or modified game - Bugfix: CR#3596577 - Game modifications lost when changing a game - Bugfix: Ctrl+Drag in BoardSetup-Dialog loses a button - Bugfix: DatabaseList view shows Linked local files with annoying scheme - Bugfix: Drawing board when resizing off by 1 - Bugfix: Enable Escape-Key for Dialogs - Bugfix: Flickering with OpeningTree open - Bugfix: New Game did not clear the tags from the last game - Bugfix: Openening ECO files missed some checks - Bugfix: Opening ZIP or URL from Commandline or event loop was missing - Bugfix: Parsing half move count in FEN (Francis Monkman) - Bugfix: Removing a variation removed the wrong variation - Bugfix: Saving a database did not reset the modified flag resulting in - Bugfix: Selected wrong game when deleting games from Database - New Feature: Accept FENs which do not have a valid EnPassant Encoding - New Feature: AutoPlayer - New Feature: Continuous Blunder Checking - New Feature: Drag Drop complete db onto other db - New Feature: Player List with linked ECO filtering - New Feature: PlayerList gives hints on openings played - New Feature: Sorting the list of databases with header click - New Feature: Support Team Tags when saving games - New feature: Accept FEN with invalid movenumber (James Coons suggestion) - New feature: Reload last game at open of database - New feature: Mass changing tags in database (Events, Player Names) - New feature: Shift+Rightclick on Boardview allows editing of colored - New feature: Training mode - New feature: Numbering variations - New feature: Refactor complete game (uncomment / remove all variations) - New feature: Saving a game can now be either cancelled (the new option) - New feature: Edit square colors like in chessbase with Shift+Right- - New feature: Delete games from a database - New feature: Auto Analysis with Engine 1 of one or more games - New feature: Clear cache between database changes - New feature: Reorder variations - CR#3558001 - New feature: Force adding a move as variation by pressing ALT while - New feature: Copy Fen in human readable form - CR#3580030 - New feature: DatabaseList double click opens file - New feature: Highlight last move done when scrolling through a game ## December 2012 Version 0.9.4 - Bugfix: Writing of files automatically made use of UTF8 instead of ANSI - Bugfix: Crash at loading PolyGlot 1.4 - Bugfix: Comment at start of empty game - Bugfix: Databases larger than 4G - Bugfix: Databases with UNIX-LF - Bugfix: Some nags were not properly accessible from keyboard - Bugfix: No keyboard nags for first white move - New Feature: Time Editor for elapsed game time - New Feature: CR#3580029 Add only first move from engine analysis - New feature: Close database from the database list with context menu - New feature: Toggle UTF8 flag in database list - New feature: Open compressed archives (from HTTP or local file) - New feature: Open a database from a URL (HTTP) - New Feature: Clear Nags from keyboard with - New Feature: Create Index File thus accelerating re-loading of large PGN enormously - New Feature: Searching of ranges, e.g. ELO "2000-2300" - New Feature: Automatic classification with ECO of unclassified / new games ## November 2012 Version 0.9.2 - Bugfix: Support engines which send multiple spaces - Bugfix: Close Database while updateing opening tree - Bugfix: Filtering for number of moves fails if an empty game is in the database - Bugfix: Not well behaving Xboard engines crash ChessX - Bugfix: Search of Board crashes when started together with OpeninTree Update - Bugfix: Press CTRL+drag to irritate the guessMove implementation - New Feature: Move Indicator adjusts itself in size (James Coons) - New Feature: Common Font Size for all widgets except game view - New Feature: Separate handling of UTF8 files - New feature: List views can be customized (right click title line) - New feature: UCI Option Parser - New Feature: CTRL+drag, CTRL-Shift-Drag replaces or inserts a move - New Feature: F1 starts Help View and some help contents are already there - New Feature: Games with errors insided are marked red in game list - New feature: Added Stockfish as internal Engine in case no engine is configured - New board themes Brazilwood and Maple - New Icons - Usability: Filterflag only influences gamelist ## September 2012 Version 0.9 - New Features - Player List as Dock Window - New Database List - Drag and Drop of games - Drag and Drop of Databases - Second analysis window - Locate Databases on harddisk in Explorer/Finder - Multi-Threading Support for opening DB and updating Opening Tree - Copy / Paste of PGN - Create Images of Boards - New Board Styles - All Resources internal - Parsing PGN to draw arrows on board (cf. chessbase) - Parsing PGN to color Squares (cf. chessbase) - Parse / Insert Zero Moves to document / analyze threats - Drag'n'Drop Support setting up a board - Relaxed FEN handling for easier pasting of FENs - Version Resource in Windows - Icon Resource in Windows - UTF8 Support - bugfixes in Parser - Fixed some strange PGN parsing issues - especially issues like the one described in #3396532 - bugfixes in GUI - It is not possible to add a variation from Analysis to a game text if standing at end of a variation - Bugfixes starting up engines - Disabled MultiPV on XBoard engines - Added elapsed time for analysis lines **issues closed:** - CR#2984375 Saving Clipboard fails silently - CR#3043278 Problem with LaTeX output - CR#3135871 No control performed on input date - CR#3135871 No control performed on input date - CR#2872974 Remove->Previous moves should be smarter - CR#3542101 Changing and saving a file does not update the game list view - CR#2881228 Crash on File->Close (or Quit) with OpeningTree updating - CR#3297478 Crash on move gxh2+ - CR#2823746 Crash when trying to analyze with non-existing New Engine - CR#2881228 Crash on File->Close (or Quit) with OpeningTree updating - CR#3170534 Crash if start of engine fails (0.8) - CR#3179203 Do not crash trying to show a special NAG; this should solve bug . - CR#2824024 Confusion between slash and backslash in file paths - CR#1773747 "Change guessed move on right click". The feature can be configured, as currently we have "take back a move" om mouse right click (if configured, CTRL+right-mouse will move back instead) - CR#1651405 "Comments in UTF-8 are broken" - CR#1715720 - CR#1984912 Names in GameList vs QuickTagSearch - CR#3043278 Problem with LaTeX output - CR#3396532 errors reading multi line pgn formats - CR#2955889. **Building** - Separate Debug/Release/Static folders ## November 20120 Version 0.8 - bug fixes: engine stuff - feature:Add engine variation to the game - feature:Implement MultiPV analysis for UCI engines (based on patch by Juan Carlos Girardi) - feature:Add basic NAG editing - feature:Simplify adding moves: always add variation if move exists. - feature:Add menu command to remove/promote variation. - feature:Show TableBase result in Analysis window. ## Wed 10 Feb 2010, 01:40:00 CET Version 0.7 - bugfix: do not crash when removing engines - bugfix: no problems with more than 10 engines - bugfix: do not stop running engine on minimize/hide - usability: browse for executable when adding new engines - bugfix: correctly display NAGs below the board - bugfix: correctly truncate previous moves - feature: global shortcut F2 to start/stop engine - change: speedup by canceling previous OpeningTree search before the next - bugfix: ignore clicks on illegal OpeningTree moves like [end] - feature: make editable PGN size limit configurable - feature: show progress bar when opening/saving files - feature: show progress bar for OpeningTree - feature: promote variation ## Wed 1 Jul 2009, 00:50:22 CET Version 0.6 - feature: warn when quitting with unsaved databases - feature: improve Engine tab of Preferences dialog, add reordering - feature: remember current engine - bugfix: show correct score for Crafty - bugfix: correctly display variations leading to mate in UCI engines - bugfix: update ECO database for opening detection and move guesser - bugfix: improve focus handling in game list and game text - feature: timer-delayed game loading when pressing Ctrl+Down/Up - bugfix: remove bold column names in TableView - bugfix: support NAGs not preceeded with space in PGN parser - bugfix: make PGN parser more robust - bugfix: optimize PGN output - bugfix: enable leading comment in mainline and variations - bugfix: slightly improve PGN export formatting - feature: allow creating new PGN databases - change: drop CXD databases support - bugfix: guess move only with mouse over the board - feature: truncate from the beginning - bugfix: correct tag order for QuickSearch - feature: search games by number or number range - bugfix: do not read a game beyong the end of file - feature: allow editing pre-move comments - bugfix: PGN standard compliant ep square in FEN - bugfix: reparent some dialogs - bugfix: remove flickering at startup - feature: make comments editable - feature: correctly read PGNs with FEN - feature: new Leipzig theme - feature: allow removing variations - feature: enable HTML export - feature: allow setting small fonts in chess text widgets (useful for laptops). - bugfix: save all PGN tags - bugfix: display correct move number in starting position - feature: allow copying games between databases - feature: allow copying pieces in BoardSetup by using Ctrl - change: add Advanced setting to BoardSetup - feature: PlayerInfo dialog with player statistics - feature: display FEN in BoardSetup - feature: copy/paste position in BoardSetup - bugfix: correctly recognize promotions in UCI engines - bugfix: correctly handle promotion in tablebases - bugfix: support 1/2 as a draw symbol ## Wed 13 Jun 2007 19:47:32 CET Version 0.5 - feature: engine analysis - feature: Opening Tree - feature: Setup Position dialog enhancements - feature: use ECO information to guess moves - feature: option to combine searches - feature: enable translations - feature: make frame color configurable - feature: remove last move with right click - feature: remember matching position in position search - feature: improve layout of Game Info - feature: display game length in Game List - feature: remove last move with right-click - feature: shortcuts for Game List and Game Text - bugfix: fix move loading failure in large databases - bugfix: open PGN files from command line - bugfix: don't flood tablebase servers with too many requests - bugfix: sometimes online tablebase wasn't used even if enabled - bugfix: flip setup board if main board is flipped - bugfix: various small fixes to move guesser - bugfix: some errors in Game/tags handling - bugfix: do not crash when loading random game from empty filter - change: lower network usage for EGTB server - change: new, much faster Board implementation - change: much faster Tag search - change: do not highlight first move in starting position - change: redesign Board tab in Preferences dialog ## Wed 9 May 2007 18:59:47 CET Version 0.4 - feature: new, much improved themes - feature: move guesser - feature: support for online tablebases - feature: binary ECO file format (faster startup) - feature: simple tag search dialog for single tag searches - feature: improve look&feel and usability of Tip of the day - feature: Apply button for Preferences dialog - feature: configurable square highlight color - bugfix: update theme when pieces are changed - bugfix: fix some drag&drop problems - bugfix: segfault when truncating moves from empty game - bugfix: ask for promoted piece only for legal moves - bugfix: allow variations in starting position - bugfix: correctly redraw board frame - bugfix: correctly show side to move in Setup Position dialog - bugfix: fix rare bug when # symbol was displayed instead of + - bugfix: correctly calculate hash value for en passant - bugfix: re-enable FEN tag support - change: optimize PGN loading (loads 10-20% faster) ## Mon 23 Apr 2007 18:59:47 CET Version 0.3 - feature: display ECO information - feature: move pieces by drag&drop - feature: remove moves/variations and truncate moves - feature: display side to move - feature: position search - feature: internal support for editable PGN databases (no GUI yet!) - feature: export games in filter/all games to PGN - feature: small sample player database (look for Adams) - bugfix: fix incorrect SAN representation of en-passant moves - bugfix: correctly calculate game length displayed in GameInfo - bugfix: display empty game - bugfix: more robust PGN parsing - bugfix: Sun-Solaris compilation (patch by Atul) - bugfix: some improvements to Windows installer - bugfix: more usual PGN format (space after move number etc.) ## Thu 28 Feb 2007 00:59:47 CET Version 0.2 - feature: highlight and display current move - feature: add variations - feature: support promotion when entering moves - feature: redesign Setup Position to improve usability - feature: check board validity in Setup position dialog - bugfix: correctly display move numbers for non-standard games - bugfix: keep move number and side to move when setting position - bugfix: copy/paste move number to/from FEN - bugfix: accept non-standard castling (0-0 instead of O-O) - bugfix: correctly draw large boards in unscaled pixmap mode - bugfix: insert all pieces in given color in Setup Position - bugfix: fix segfault when removing piece from empty square - bugfix: correctly finding installed data path on Debian. - change: clean configuration file format chessx-master/INSTALL.md0000755000076500000240000000632414666426276014151 0ustar jensstaff![Icon](https://github.com/Isarhamster/chessx/raw/master/data/images/chessx-64.png)ChessX ================================================================= # 1. Description A free and open source chess database application for Linux, Mac OS X and Windows. [ChessX Web Site](http://chessx.sourceforge.io/) # 2. Features * Multi-platform. Supports Windows, Linux and Mac OS X * Load and save PGN files * Work with multiple databases simultaneously * Browse chess games, including variations * Enter moves, variations, comments * Setup board, copy/paste FEN * Search in Databases for text or positions * Display tree of moves for the current position * Analyze using UCI and Winboard/Xboard Chess engines * Prepare for openings or opponents * Training mode (next move is hidden) * Integrated Stockfish engine * FICS Support # 3. Requirements To compile ChessX, you need zlib, qmake and **Qt5 version 5.14.1** or above. **known issue:** FICS does not work properly with Qt4 # 4. Compilation Compiling the source is simple. Execute: qmake and then make If the compilation is successful you should be able to run ChessX executable in **bin** (or **release**) subdirectory. It is called: **chessx** on Linux, **chessx.app** on Mac OS, and **chessx.exe** on Windows ## 4.1 Compilation in Linux x64 systems On Linux x64, the following commands are required for successful compilation: Build the translations lrelease-qt5 chessx.pro Run qmake, specifically qt5 version qmake-qt5 Compile with make If compilation finishes successfully, the executable will be found as: release/chessx # 5. Problems You may check your Qt version by running: qmake -v If you erroneously tried to build with Qt3, be sure to recreate makefiles using: qmake -recursive If your compiler does not support C++11, comment out ```CONFIG += c++11```, see file ***chessx.pro***. If your Qt libraries are compiled w/o Multimedia, comment out ```CONFIG += sound```, see file **chessx.pro** Depending on your installed libraries, you may have to experiment with ``` # DEFINES += ZLIB_WINAPI # LIBS += -lz # INCLUDEPATH += /QtZlib ``` # 6. Debugging If you want to help debugging ChessX, rebuild with debug option enabled: qmake -recursive -after "CONFIG+=debug" make ************* **License:** GPLv2 :copyright: 2021 -- 2005, Maintained by Jens Nissen and Ejner Borgbjerg
:copyright: 2021 -- 2005, Other developers: Michal Rudolf, Bruno Rizzuti, Marius Roets, Sean Estabrooks, Rico Zenklusen, William Hoggarth, and Heinz Hopfgartner This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. chessx-master/TODO.md0000755000076500000240000000137214666426276013606 0ustar jensstaff## TODO for 2.0 _(Stable Native-based version)_ * Native database format * Spellchecking * Annotation/Blunder check * Tournament tables * ELO rating calculation * ECO Browser ## TODO for 1.5 _(Extended PGN-based version)_ * File browser - recursively find database files * Searches - enhanced header search - board search (+variants) - material search * BoardView - move animation ## TODO for 1.0 _(Stable PGN-based version)_ * GameView - display custom tags in GameView - make GameView tags configurable (color, font) ## TODO _- Refactoring needed_ * Game class * Mainwindow class ## TODO _- Ideas/Suggestions. Non critical_ * Format for exercises, tactics/endgame training etc. * Faster PGN parser * Comment search * Crosstables * Rating graph chessx-master/README.md0000755000076500000240000000375414666426276014004 0ustar jensstaff# ![Icon](data/icons/64x64/apps/chessx.png)ChessX ![CI](https://github.com/erysaj/chessx/workflows/CI/badge.svg?branch=ci-sandbox) A free and open source chess database application for Linux, Mac OS X and Windows. ## Website [ChessX Homepage](https://chessx.sourceforge.io/) ## Features - Multi-platform. It supports Windows, Linux and Mac OS X - Load and save PGN files - Work with multiple databases simultaneously - Browse chess games, including variations - Enter moves, variations, and comments - Setup board, copy/paste FEN - Search in databases for text or positions - Display tree of moves for the current position - Analyze using UCI and Winboard/Xboard chess engines - Prepare for openings or opponents ## Project Samples [//]: # "This project samples migth be a bit dated, and could be replaced with screenshots of a newer version?" Project sample 1 Project sample 2 Project sample 3 ## Categories Database, board games, turn based strategy ## [License](COPYING.md) :copyright: 2021-2005, ChessX authors This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA. chessx-master/unix/0000755000076500000240000000000014666426276013474 5ustar jensstaffchessx-master/unix/io.sourceforge.ChessX.metainfo.xml0000755000076500000240000000303414666426276022147 0ustar jensstaff io.sourceforge.ChessX.desktop CC0-1.0 GPL-2.0-or-later ChessX Free Chess Database

ChessX is an Open Source chess database. With ChessX you can operate on your collection of chess games in many ways: browse, edit, add, organize, analyze, etc.

  • Load and save PGN files
  • Work with multiple databases simultaneously
  • Browse games, including variations
  • Enter moves, variations, comments
  • Setup board, copy/paste FEN, merge games
  • Search in Databases for text or positions
  • Display tree of moves for the current position
  • Analyze using UCI and Winboard/Xboard Chess engines
  • Prepare for openings or opponents
  • Training mode (next move is hidden)
  • FICS Support
 http://i1-win.softpedia-static.com/screenshots/ChessX_1.png https://chessx.sourceforge.io chessx-master/unix/chessx.desktop0000755000076500000240000000070114666426276016365 0ustar jensstaff[Desktop Entry] Name=ChessX Name[de]=ChessX Name[fr]=ChessX Comment=Chess database Comment[de]=Schachdatenbank Comment[fr]=Base de données d'échecs GenericName=Chess Game GenericName[de]=Schachspiel GenericName[fr]=Jeu d'échecs Icon=chessx Exec=chessx %f Terminal=false Type=Application Categories=Game;BoardGame; MimeType=application/x-chess-pgn; Keywords=PGN;FEN;Database; Keywords[de]=PGN;FEN;Datenbank; Keywords[fr]=PGN;FEN;Base de données; chessx-master/dep/0000755000076500000240000000000014666426276013261 5ustar jensstaffchessx-master/dep/scid/0000755000076500000240000000000014666426276014203 5ustar jensstaffchessx-master/dep/scid/CMakeLists.txt0000755000076500000240000000201314666426276016742 0ustar jensstaffadd_library(scid STATIC code/src/attacks.h code/src/board_def.h code/src/bytebuf.h code/src/codec_native.h code/src/codec_scid4.cpp code/src/codec_scid4.h code/src/codec.h code/src/common.h code/src/containers.h code/src/date.h code/src/dstring.h code/src/error.h code/src/fastgame.h code/src/filebuf.h code/src/fullmove.h code/src/game.cpp code/src/game.h code/src/hash.h code/src/hfilter.h code/src/index.h code/src/indexentry.h code/src/matsig.cpp code/src/matsig.h code/src/misc.cpp code/src/misc.h code/src/movegen.h code/src/movelist.h code/src/movetree.h code/src/naglatex.h code/src/nagtext.h code/src/namebase.h code/src/position.cpp code/src/position.h code/src/sortcache.cpp code/src/sortcache.h code/src/sqmove.h code/src/stored.cpp code/src/stored.h code/src/textbuf.cpp code/src/textbuf.h ) target_include_directories(scid PUBLIC code/src ) target_compile_features(scid PUBLIC cxx_std_17 ) chessx-master/dep/scid/code/0000755000076500000240000000000014666426276015115 5ustar jensstaffchessx-master/dep/scid/code/src/0000755000076500000240000000000014666426276015704 5ustar jensstaffchessx-master/dep/scid/code/src/error.h0000755000076500000240000000463114666426276017215 0ustar jensstaff/////////////////////////////////////////////////////////////////////////// // // FILE: error.h // Error codes // // Part of: Scid (Shane's Chess Information Database) // Version: 1.6 // // Notice: Copyright (c) 1999 Shane Hudson. all rights reserved. // Copyright (c) 2014 Benini Fulvio. all rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // /////////////////////////////////////////////////////////////////////////// #ifndef SCID_ERROR_H #define SCID_ERROR_H typedef unsigned short errorT; const errorT OK = 0, // General Error: ERROR = 1, ERROR_UserCancel = 2, ERROR_BadArg = 3, // File I/O ERROR_FileOpen = 101, ERROR_FileWrite = 102, ERROR_FileRead = 103, ERROR_FileSeek = 104, ERROR_BadMagic = 105, ERROR_FileNotOpen = 106, ERROR_FileInUse = 107, ERROR_FileMode = 108, ERROR_FileVersion = 109, ERROR_OldScidVersion = 110, ERROR_FileReadOnly = 111, ERROR_CompactRemove = 121, // Memory Allocation, corrupt data ERROR_MallocFailed = 151, ERROR_CorruptData = 152, ERROR_Corrupt = 152, // Database errors ERROR_Full = 201, ERROR_NameNotFound = 202, ERROR_NotFound = 202, ERROR_NameExists = 203, ERROR_Exists = 203, ERROR_NameBaseEmpty = 204, ERROR_Empty = 204, ERROR_NoMatchFound = 205, ERROR_NameDataLoss = 206, ERROR_NameTooLong = 207, ERROR_NameLimit = 208, ERROR_OffsetLimit = 209, ERROR_GameLengthLimit= 210, ERROR_NumGamesLimit = 211, // Position errors ERROR_InvalidFEN = 301, ERROR_InvalidMove = 302, ERROR_PieceCount = 303, // Game Errors ERROR_Game = 400, ERROR_EndOfMoveList = 401, ERROR_StartOfMoveList = 402, ERROR_NoVariation = 403, ERROR_EmptyVariation = 404, ERROR_VariationLimit = 405, ERROR_Decode = 406, ERROR_GameFull = 407, ERROR_CastlingAvailability = 408, // Buffer errors ERROR_BufferFull = 601, ERROR_BufferRead = 602, // Codec errors ERROR_CodecUnsupFeat = 701; static_assert(OK == false); #endif // #ifdef SCID_ERROR_H /////////////////////////////////////////////////////////////////////////// // EOF: error.h /////////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/index.h0000755000076500000240000001311714666426276017172 0ustar jensstaff/* * Copyright (c) 1999-2002 Shane Hudson * Copyright (c) 2006-2009 Pascal Georges * Copyright (C) 2014-2016 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ #ifndef SCID_INDEX_H #define SCID_INDEX_H #include "common.h" #include "containers.h" #include "date.h" #include "indexentry.h" #include "filebuf.h" #include "hfilter.h" #include #include #include #include class NameBase; ////////////////////////////////////////////////////////////////////// // Index: Constants const char INDEX_SUFFIX[] = ".si4"; // Descriptions can be up to 107 bytes long. const uint SCID_DESC_LENGTH = 107; const uint CUSTOM_FLAG_DESC_LENGTH = 8; const uint CUSTOM_FLAG_MAX = 6; // Header on-disk size: magic=8, version=2, numGames=3, baseType=4, autoLoad=3 // Description length = 111 bytes including trailing '\0'. // Custom flag desc length = 9 bytes including trailing '\0'. // So total is 128 bytes + 9*6 = 182 bytes for the whole header. const uint INDEX_HEADER_SIZE = 8 + 2 + 3 + 4 + 3 + SCID_DESC_LENGTH + 1 + (CUSTOM_FLAG_DESC_LENGTH+1) * CUSTOM_FLAG_MAX; const uint OLD_INDEX_HEADER_SIZE = INDEX_HEADER_SIZE - (CUSTOM_FLAG_DESC_LENGTH+1) * CUSTOM_FLAG_MAX; ////////////////////////////////////////////////////////////////////// // Index: Class Definition class Index { private: // The complete index will be loaded in memory and can be pretty huge. // To avoid the slow reallocation when adding games we split the data in chunks. // CHUNKSHIFT is the base-2 logarithm of the number of index entries allocated as one chunk. // i.e 16 = 2^16 = 65536 (total size of one chunk: 65536*48 = 3MB) VectorChunked entries_; // A two-level array of the entire index. int nInvalidNameId_; gamenumT seqWrite_; struct { // one at the start of the index file. versionT version; // version number. 2 bytes. uint baseType; // Type, e.g. tournament, theory, etc. gamenumT numGames; // number of games in file. gamenumT autoLoad; // game number to autoload: 0=none, 1=1st, >numGames=last // description is a fixed-length string describing the database. char description [SCID_DESC_LENGTH + 1]; // short description (8 chars) for the CUSTOM_FLAG_MAX bits for CUSTOM flags char customFlagDesc [CUSTOM_FLAG_MAX][CUSTOM_FLAG_DESC_LENGTH+1] ; bool dirty_; // If true, Header needs rewriting to disk. } Header; friend class CodecSCID4; public: Index() { Init(); } errorT Close() { Init(); return OK; } const IndexEntry* GetEntry (gamenumT g) const { ASSERT(g < GetNumGames()); return &(entries_[g]); } /** * GetBadNameIdCount() - return the number of invalid name handles. * * To save space, avoiding duplicates, the index keep handles * to strings stored in the namebase file. * If one of the two files is corrupted, the index may have * handles to strings that do not exists. * This functions returns the number of invalid name handles. */ int GetBadNameIdCount() const { return nInvalidNameId_; } /** * Counts how many times every names contained in @e nb is used. * @param nb: the NameBase linked to this Index * @returns an array of std::vectors containing the count of each name. */ std::array, NUM_NAME_TYPES> calcNameFreq(const NameBase& nb) const { std::array, NUM_NAME_TYPES> resVec; for (nameT n = NAME_PLAYER; n < NUM_NAME_TYPES; n++) { resVec[n].resize(nb.GetNumNames(n), 0); } for (gamenumT i = 0, n = GetNumGames(); i < n; i++) { const IndexEntry* ie = GetEntry(i); resVec[NAME_PLAYER][ie->GetWhite()] += 1; resVec[NAME_PLAYER][ie->GetBlack()] += 1; resVec[NAME_EVENT][ie->GetEvent()] += 1; resVec[NAME_SITE][ie->GetSite()] += 1; resVec[NAME_ROUND][ie->GetRound()] += 1; } return resVec; } /** * Header getter functions */ gamenumT GetNumGames () const { return Header.numGames; } versionT GetVersion () const { return Header.version; } void addEntry(const IndexEntry& ie) { entries_.push_back(ie); Header.numGames++; } void replaceEntry(const IndexEntry& ie, gamenumT replaced) { ASSERT(replaced < this->GetNumGames()); entries_[replaced] = ie; } private: void Init() { Header.numGames = 0; Header.version = SCID_VERSION; Header.baseType = 0; Header.autoLoad = 1; Header.description[0] = 0; std::memset(Header.customFlagDesc, 0, sizeof(Header.customFlagDesc)); Header.dirty_ = false; nInvalidNameId_ = 0; seqWrite_ = 0; entries_.resize(0); } }; #endif // #ifdef SCID_INDEX_H ////////////////////////////////////////////////////////////////////// // EOF: index.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/hfilter.h0000755000076500000240000002126714666426276017525 0ustar jensstaff/* # Copyright (C) 2016-2018 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ #ifndef SCID_HFILTER_H #define SCID_HFILTER_H #include "common.h" #include #include #include /* * A database can be searched according to different criteria and the list of * matching games is stored into a Filter object. * A value of 0 indicates the game is excluded, or 1-255 indicates * the game is included, and what position to show when the game * is loaded: 1 means the start position, 2 means the position after * Whites first move, etc. */ class Filter { std::unique_ptr data_; // The actual filter data. gamenumT size_; // Number of values in filter. gamenumT nonzero_; // Number of nonzero values in filter. size_t capacity_; // Number of values allocated for data_. public: explicit Filter(gamenumT size) : size_(size), nonzero_(size), capacity_(0) {} void Init(gamenumT size) { data_ = nullptr; nonzero_ = size_ = size; } /// Return a pointer to the allocated data. byte* data() { return data_.get(); } /// Return the number of nonzero values in filter. gamenumT Count() const { return nonzero_; } /// Return the number of elements in filter. gamenumT Size() const { return size_; } /// Changes the number of elements stored. void Resize(gamenumT size) { if (!data_) { nonzero_ = size; } else if (size < size_) { nonzero_ = size - static_cast(std::count( data_.get(), data_.get() + size, 0)); } else if (size > size_) { if (size > capacity_) { auto tmp(std::move(data_)); allocate(size); std::copy_n(tmp.get(), size_, data_.get()); } byte val = 0; if (Count() == Size()) { val = 1; nonzero_ = size; } std::fill(data_.get() + size_, data_.get() + size, val); } size_ = size; } /// Gets the value at index. byte Get(gamenumT index) const { ASSERT(index < Size()); return data_ ? data_[index] : 1; } /// Sets the value at index. void Set(gamenumT index, byte value) { ASSERT(index < Size()); if (data_) { if (value == 0) { if (data_[index] != 0) --nonzero_; } else if (data_[index] == 0) { ++nonzero_; } data_[index] = value; } else if (value != 1) { allocate(size_); std::fill(data_.get(), data_.get() + size_, 1); data_[index] = value; if (value == 0) --nonzero_; } } /// Sets all values. void Fill(byte value) { if (value == 1) { data_ = nullptr; nonzero_ = size_; } else { if (!data_) { allocate(size_); } std::fill(data_.get(), data_.get() + size_, value); nonzero_ = (value == 0) ? 0 : size_; } } private: void allocate(size_t size) { auto capacity = (size | 63) + 1; data_ = std::make_unique(capacity); capacity_ = capacity; } }; /* * This class abstracts the Filter class providing an interface equivalent to a * pointer to a std::map object, where the keys are the * gamenumT of matching games and the mapped_types are the number of half-moves * necessary to reach the matching position. * Searches that use only header informations (player names, dates, ...) match * at the starting position (0 half-moves). * * It is also possible to combine two filters in an efficient and transparent * way. If a secondary "mask" filter is supplied, the functions get(), size() * and the const_iterator consider only the games included in both filters. * Their behavior is equal to: * using Filter = std::map; * Filter tmp_combined; * std::set_intersection(mask->begin(), mask->end(), main->begin(), main->end(), * std::inserter(tmp_combined, tmp_combined.end()), * [](auto& a, auto& b) { return a.first < b.first; }); * return HFilter(&tmp_combined).begin/get/size(); */ class HFilter { Filter* main_; const Filter* mask_; public: /** * class const_iterator - iterator for HFilter objects * * This class and the relative functions begin() and end() allow to use * HFilter objects with STL algorithms and c++11 for-ranged loops. * For example: * for (auto& gnum : *hfilter_obj) {} * is equal to: * for (gamenumT gnum = 0, gnum < scidBaseT::numGames(); gnum++) { * if (hfilter_obj->get(gnum) == 0) continue; * } */ class const_iterator { gamenumT gnum_; gamenumT end_; const HFilter* hfilter_; bool inFilter_; public: typedef std::forward_iterator_tag iterator_category; typedef std::ptrdiff_t difference_type; typedef gamenumT value_type; typedef const gamenumT* pointer; typedef const gamenumT& reference; const_iterator(gamenumT gnum, gamenumT end, const HFilter* hfilter, bool inFilter = true) : gnum_(gnum), end_(end), hfilter_(hfilter), inFilter_(inFilter) { ASSERT(hfilter != 0); if (gnum_ != end_) { bool included = (hfilter_->get(gnum_) != 0); if (included != inFilter_) operator++(); } } reference operator*() const { return gnum_; } const_iterator& operator++() { while (++gnum_ != end_) { bool included = (hfilter_->get(gnum_) != 0); if (included == inFilter_) break; } return *this; } bool operator!=(const const_iterator& b) const { return gnum_ != b.gnum_ || hfilter_ != b.hfilter_; } bool operator==(const const_iterator& b) const { return !operator!=(b); } }; const_iterator begin() const { return const_iterator(0, main_->Size(), this); } const_iterator end() const { return const_iterator(main_->Size(), main_->Size(), this); } const_iterator beginInverted() const { return const_iterator(0, main_->Size(), this, false); } const_iterator endInverted() const { return const_iterator(main_->Size(), main_->Size(), this, false); } size_t sizeInverted() const { return main_->Size() - size(); } public: // Pointer interface bool operator==(const Filter* b) const { return main_ == b; } bool operator!=(const Filter* b) const { return main_ != b; } HFilter* operator->() { return this; } const HFilter* operator->() const { return this; } HFilter& operator*() { return *this; } const HFilter& operator*() const { return *this; } public: explicit HFilter(Filter* main, const Filter* mask = 0) : main_(main), mask_(mask) {} void clear() { return main_->Fill(0); } void erase(gamenumT gnum) { return main_->Set(gnum, 0); } void insert_or_assign(gamenumT gnum, uint8_t ply) { return main_->Set(gnum, ply + 1); } gamenumT size() const { if (!mask_ || mask_->Count() == mask_->Size()) return main_->Count(); if (main_->Count() == main_->Size()) return mask_->Count(); return static_cast(std::distance(begin(), end())); } /// Returns the number of games included in the main filter size_t mainSize() const { return main_->Count(); } /* Convenience function, behave like: * for (gamenumT gnum = 0; gnum < scidBaseT::numGames(); gnum++) * std:map::insert_or_assign(gnum, 0); */ void includeAll() { return main_->Fill(1); } /* Convenience function, behave like: * auto it = std::map::find(gnum); * if (it == std::map::end()) return 0; * return 1 + it->second; */ byte get(gamenumT gnum) const { byte res = main_->Get(gnum); if (res != 0 && mask_ != 0) res = mask_->Get(gnum); return res; } /* Convenience function, behave like: * if (value == 0) * erase(gnum); * else * insert_or_assign(gnum, value - 1); */ void set(gamenumT gnum, byte value) { return main_->Set(gnum, value); } }; /** * class HFilterInverted - iterate through games excluded from a filter * * This class allow to iterate through games not included in HFilter objects * using STL algorithms and c++11 for-ranged loops. * For example: * for (auto& gnum : HFilterInverted(hfilter_obj)) {} * is equal to: * for (gamenumT gnum = 0, gnum < scidBaseT::numGames(); gnum++) { * if (hfilter_obj->get(gnum) != 0) continue; * } */ class HFilterInverted { const HFilter& hfilter_; public: explicit HFilterInverted(const HFilter& hfilter) : hfilter_(hfilter) { ASSERT(hfilter != 0); } HFilter::const_iterator begin() const { return hfilter_.beginInverted(); } HFilter::const_iterator end() const { return hfilter_.endInverted(); } size_t size() const { return hfilter_.sizeInverted(); } }; #endif chessx-master/dep/scid/code/src/matsig.h0000755000076500000240000002567214666426276017360 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: matsig.h // Material signatures and home-pawn signatures. // // Part of: Scid (Shane's Chess Information Database) // Version: 1.9 // // Notice: Copyright (c) 2000 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_MATSIG_H #define SCID_MATSIG_H #include "common.h" #include #include // Matsigs are 32-bit unsigned ints. We only use 24 bits of this. typedef uint32_t matSigT; // From most significant bits down to least, the matsig layout is: // Bits 22-33: WQ Bits 10-11: BQ // Bits 20-21: WN Bits 08-09: BR // Bits 18-19: WB Bits 06-07: BB // Bits 16-17: WN Bits 04-05: BN // Bits 12-15: WP Bits 00-03: BP // This means that pawn counts from 0 to 8 are possible, but for other // pieces only counts up to 3 are possible. // Shifts: #define SHIFT_BP 0 #define SHIFT_BN 4 #define SHIFT_BB 6 #define SHIFT_BR 8 #define SHIFT_BQ 10 #define SHIFT_WP 12 #define SHIFT_WN 16 #define SHIFT_WB 18 #define SHIFT_WR 20 #define SHIFT_WQ 22 // Masks: // 28 24 20 16 12 8 4 0 #define MASK_BP 0x0000000F // 0- 3: .... .... .... .... .... .... .... 1111 #define MASK_BN 0x00000030 // 4- 5: .... .... .... .... .... .... ..11 .... #define MASK_BB 0x000000C0 // 6- 7: .... .... .... .... .... .... 11.. .... #define MASK_BR 0x00000300 // 8- 9: .... .... .... .... .... ..11 .... .... #define MASK_BQ 0x00000C00 //10-11: .... .... .... .... .... 11.. .... .... #define MASK_WP 0x0000F000 //12-15: .... .... .... .... 1111 .... .... .... #define MASK_WN 0x00030000 //16-17: .... .... .... ..11 .... .... .... .... #define MASK_WB 0x000C0000 //18-19: .... .... .... 11.. .... .... .... .... #define MASK_WR 0x00300000 //20-21: .... .... ..11 .... .... .... .... .... #define MASK_WQ 0x00C00000 //29-31: .... .... 11.. .... .... .... .... .... // The arrays MASK_BY_PIECE and SHIFT_BY_PIECE are useful for setting // matsigs by piece type: const matSigT MASK_BY_PIECE [16] = { 0, // 0: Empty 0, // 1: WK MASK_WQ, // 2: WQ MASK_WR, // 3: WR MASK_WB, // 4: WB MASK_WN, // 5: WN MASK_WP, // 6: WP 0, 0, // 7, 8: Invalid pieces 0, // 9: BK MASK_BQ, // 10: BQ MASK_BR, // 11: BR MASK_BB, // 12: BB MASK_BN, // 13: BN MASK_BP, // 14: BP 0 // 15: Invalid piece }; const uint SHIFT_BY_PIECE[16] = { 0, 0, // 0: Empty, 1: WK SHIFT_WQ, // 2: WQ SHIFT_WR, // 3: WR SHIFT_WB, // 4: WB SHIFT_WN, // 5: WN SHIFT_WP, // 6: WP 0, 0, 0, // 7, 8: Invalid pieces, 9: BK SHIFT_BQ, // 10: BQ SHIFT_BR, // 11: BR SHIFT_BB, // 12: BB SHIFT_BN, // 13: BN SHIFT_BP, // 14: BP 0 // 15: Invalid piece }; // Quick way to flip colors: just switch the upper/lower 12 bits #define MATSIG_FlipColor(x) ((x) >> 12) | (((x) & 0x00000FFF) << 12) // Quick tests for non-zero counts of a piece type: #define MATSIG_Has_WQ(x) ((x) & MASK_WQ) #define MATSIG_Has_BQ(x) ((x) & MASK_BQ) #define MATSIG_Has_WR(x) ((x) & MASK_WR) #define MATSIG_Has_BR(x) ((x) & MASK_BR) #define MATSIG_Has_WB(x) ((x) & MASK_WB) #define MATSIG_Has_BB(x) ((x) & MASK_BB) #define MATSIG_Has_WN(x) ((x) & MASK_WN) #define MATSIG_Has_BN(x) ((x) & MASK_BN) #define MATSIG_Has_WP(x) ((x) & MASK_WP) #define MATSIG_Has_BP(x) ((x) & MASK_BP) #define MATSIG_HasQueens(x) ((x) & (MASK_WQ | MASK_BQ)) #define MATSIG_HasRooks(x) ((x) & (MASK_WR | MASK_BR)) #define MATSIG_HasBishops(x) ((x) & (MASK_WB | MASK_BB)) #define MATSIG_HasKnights(x) ((x) & (MASK_WN | MASK_BN)) #define MATSIG_HasPawns(x) ((x) & (MASK_WP | MASK_BP)) // Macros to extract a particular count: #define MATSIG_Count_WQ(x) (((x) & MASK_WQ) >> SHIFT_WQ) #define MATSIG_Count_BQ(x) (((x) & MASK_BQ) >> SHIFT_BQ) #define MATSIG_Count_WR(x) (((x) & MASK_WR) >> SHIFT_WR) #define MATSIG_Count_BR(x) (((x) & MASK_BR) >> SHIFT_BR) #define MATSIG_Count_WB(x) (((x) & MASK_WB) >> SHIFT_WB) #define MATSIG_Count_BB(x) (((x) & MASK_BB) >> SHIFT_BB) #define MATSIG_Count_WN(x) (((x) & MASK_WN) >> SHIFT_WN) #define MATSIG_Count_BN(x) (((x) & MASK_BN) >> SHIFT_BN) #define MATSIG_Count_WP(x) (((x) & MASK_WP) >> SHIFT_WP) #define MATSIG_Count_BP(x) (((x) & MASK_BP) >> SHIFT_BP) //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // matsig_getCount(): // Inline routine to extract a count of a certain piece type. // inline uint matsig_getCount (matSigT m, pieceT p) { return (m & MASK_BY_PIECE[p]) >> SHIFT_BY_PIECE[p]; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // matsig_setCount(): // Inline routine to set a particular count. // inline matSigT matsig_setCount (matSigT m, pieceT p, uint count) { // First we clear the old mask for this piece: m &= ~(MASK_BY_PIECE[p]); // Avoid overflow. if (p != PAWN && count > 3) count = 3; // Now we OR to add the new value in: m |= ((uint) count) << SHIFT_BY_PIECE[p]; return m; } // Common constant matsigs: const matSigT MATSIG_Empty = 0; const matSigT MATSIG_StdStart = ((1 << SHIFT_WQ) | (1 << SHIFT_BQ) | (2 << SHIFT_WR) | (2 << SHIFT_BR) | (2 << SHIFT_WB) | (2 << SHIFT_BB) | (2 << SHIFT_WN) | (2 << SHIFT_BN) | (8 << SHIFT_WP) | (8 << SHIFT_BP)); // // Public functions found in matsig.cpp: // // matsig_makeString: sets s to be a string representation of the sig, std::string matsig_makeString (matSigT matsig); // matsig_isReachable: returns true if a game currently // at a position with the signature , could possibly reach // the signature . This is useful for quick tests for material // searches. For example, if we store the final matsig of every game, // we can speedup a material search by ONLY searching the games that // have matsig_isReachable(searchsig, finalsig) = 1, or have promotions. // Example: if searchsig requires neither side to have queens, but // finalsig for a game shows a WQ (and no promotions), the game could // not possibly match. // If promos is true, only the pawn counts are checked, since other // material could reappear on the board due to a promotion. // If upromo is true, there are underpromotions (to R, B or N) but // if only promos is true, all promotions are to Queens only. bool matsig_isReachable (matSigT mStart, matSigT mTarget, bool promos, bool upromo); // matsig_isReachablePawns: // like matsig_isReachable, but considering pawns only. inline bool matsig_isReachablePawns (matSigT mStart, matSigT mTarget) { if (MATSIG_Count_WP(mStart) < MATSIG_Count_WP(mTarget)) { return false; } if (MATSIG_Count_BP(mStart) < MATSIG_Count_BP(mTarget)) { return false; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // matsig_Make(): // Make a material sig, given an array of material counts as // stored in a Position. // inline matSigT matsig_Make(const byte* materialCounts) { matSigT m = 0; m |= std::min(3, materialCounts[WQ]) << SHIFT_WQ; m |= std::min(3, materialCounts[WR]) << SHIFT_WR; m |= std::min(3, materialCounts[WB]) << SHIFT_WB; m |= std::min(3, materialCounts[WN]) << SHIFT_WN; m |= matSigT(materialCounts[WP]) << SHIFT_WP; m |= std::min(3, materialCounts[BQ]) << SHIFT_BQ; m |= std::min(3, materialCounts[BR]) << SHIFT_BR; m |= std::min(3, materialCounts[BB]) << SHIFT_BB; m |= std::min(3, materialCounts[BN]) << SHIFT_BN; m |= matSigT(materialCounts[BP]) << SHIFT_BP; return m; } // Common HPSigs: // 0 => no pawns still on their original 2nd/7th rank squares. // 0xFFFF => all 16 pawns still on their original 2nd/7th rank squares. const uint HPSIG_Empty = 0x0; const uint HPSIG_StdStart = 0xFFFF; bool hpSig_PossibleMatch (uint hpSig, const byte * changeList); bool hpSig_Prefix (const byte * changeListA, const byte * changeListB); uint hpSig_Final (const byte * changeList); // hpSig_bitMask[]: used to add or clear bits in an hpSig. // static const uint hpSig_bitMask [16] = { // a2 to h2: 0x8000, 0x4000, 0x2000, 0x1000, 0x0800, 0x0400, 0x0200, 0x0100, // a7 to h7: 0x80, 0x40, 0x20, 0x10, 0x08, 0x04, 0x02, 0x01 }; inline uint hpSig_AddPawn (uint hpSig, colorT color, fyleT fyle) { ASSERT (color == WHITE || color == BLACK); ASSERT (fyle <= H_FYLE); uint val = (uint) fyle; if (color == BLACK) val += 8; return hpSig | hpSig_bitMask [val]; } inline uint hpSig_ClearPawn (uint hpSig, colorT color, fyleT fyle) { ASSERT (color == WHITE || color == BLACK); ASSERT (fyle <= H_FYLE); uint val = (uint) fyle; if (color == BLACK) val += 8; return hpSig & ~(hpSig_bitMask [val]); } /** * Creates a 16-bits bitmap of the missing pawns in the home ranks. * * Used to speed up the searches of positions with the same pawn structure. * @returns a std::pair containing the bitmap and the number of moved pawns. */ inline std::pair hpSig_make(const pieceT* board) { int hpSig = 0; int nMoved = 0; const pieceT* b = board + A2; // clang-format off if (*b != WP) { hpSig |= 0x8000; ++nMoved; } b++; /* a2 */ if (*b != WP) { hpSig |= 0x4000; ++nMoved; } b++; /* b2 */ if (*b != WP) { hpSig |= 0x2000; ++nMoved; } b++; /* c2 */ if (*b != WP) { hpSig |= 0x1000; ++nMoved; } b++; /* d2 */ if (*b != WP) { hpSig |= 0x0800; ++nMoved; } b++; /* e2 */ if (*b != WP) { hpSig |= 0x0400; ++nMoved; } b++; /* f2 */ if (*b != WP) { hpSig |= 0x0200; ++nMoved; } b++; /* g2 */ if (*b != WP) { hpSig |= 0x0100; ++nMoved; } /* h2 */ b = board + A7; if (*b != BP) { hpSig |= 0x0080; ++nMoved; } b++; /* a7 */ if (*b != BP) { hpSig |= 0x0040; ++nMoved; } b++; /* b7 */ if (*b != BP) { hpSig |= 0x0020; ++nMoved; } b++; /* c7 */ if (*b != BP) { hpSig |= 0x0010; ++nMoved; } b++; /* d7 */ if (*b != BP) { hpSig |= 0x0008; ++nMoved; } b++; /* e7 */ if (*b != BP) { hpSig |= 0x0004; ++nMoved; } b++; /* f7 */ if (*b != BP) { hpSig |= 0x0002; ++nMoved; } b++; /* g7 */ if (*b != BP) { hpSig |= 0x0001; ++nMoved; } /* h7 */ // clang-format on return {static_cast(hpSig), static_cast(nMoved)}; } inline bool hpSig_match(int hpSig, int nMoved, const byte* changeList) { // The first byte of a changeList is the length (in halfbytes) of the // list, which can be any value from 0 to 16 inclusive. if (*changeList == 16 && nMoved == 16) return true; if (*changeList++ < nMoved) return false; int sig = 0; for (int i = 0, n = nMoved / 2; i < n; ++i) { sig |= 1 << (*changeList >> 4); sig |= 1 << (*changeList++ & 0x0F); } if (nMoved & 1) sig |= 1 << (*changeList >> 4); return sig == hpSig; } #endif ////////////////////////////////////////////////////////////////////// // EOF: matsig.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/movetree.h0000755000076500000240000001456614666426276017722 0ustar jensstaff/* * Copyright (C) 2017 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . * */ /** @file * A tree graph of moves representing a game. */ #ifndef SCID_MOVETREE_H #define SCID_MOVETREE_H #include "common.h" #include "movelist.h" #include enum markerT : byte { NO_MARKER = 0, START_MARKER = 1, END_MARKER = 2 }; // MAX_NAGS is the maximum number of NAGs (annotation symbols) a single // move can have: #define MAX_NAGS 8 // This class creates a tree graph of moves representing a game. // // For each node there are two edges: *next* (to the next move) and *varChild* // (to an alternative line). For example the graph for the move sequence // "1.d4 (1.e4 e5 ( 1...c5)) (1.c4) 1...d5 2.c4" is: // clang-format off // (START_MARKER, pgn_1) --next-> (d4, pgn_2) --next-> (d5, pgn_10) --next-> (c4, pgn_11) --next-> (END_MARKER, none) // | // |-child-> (START_MARKER, pgn_3) --next-> (e4, pgn_4) --next-> (e5, pgn_5) --next-> (END_MARKER, none) // | | // | |-child-> (START_MARKER, pgn_6) --next-> (c5, pgn_7) --next-> (END_MARKER, none) // | // |-child-> (START_MARKER, pgn_8) --next-> (c4, pgn_9) --next-> (END_MARKER, none) // clang-format on // The graph illustrates also that: // - each variation starts and ends with two nodes containing a START_MARKER // and a END_MARKER instead of a move. This implies that *next* never points // to a START_MARKER node and *varChild* always point to a START_MARKER. // - multiple variations are stored as a list of children. In the example there // are two alternatives to "1.d4": "1.e4" is stored as direct child of "1.d4", // instead "1.c4" is stored as the child of the START_MARKER of "1.e4". // - when represented as a PGN string, the moves creates a sequence that can be // counted (each new variation is counted as an additional move). This is used // to specify a location in the game. // struct moveT { simpleMoveT moveData; // piece moving, target square etc moveT* prev; moveT* next; moveT* varChild; char san[10]; // SAN representation of move markerT marker; // can be NO_MARKER, START_MARKER or END_MARKER byte numVariations; byte nagCount; byte nags[MAX_NAGS]; std::string comment; void clear() { moveData = simpleMoveT(); prev = nullptr; next = nullptr; varChild = nullptr; std::fill_n(san, sizeof(san), '\0'); marker = NO_MARKER; numVariations = 0; nagCount = 0; std::fill_n(nags, sizeof(nags), 0); comment.clear(); } bool startMarker() const { return marker == START_MARKER; } bool endMarker() const { return marker == END_MARKER; } bool isNull() const { return moveData.isNullMove(); } template moveT* cloneLine(moveT* parent, TNew newMove) const { const moveT* orig = this; moveT* top = newMove(); *top = *orig; top->prev = parent; parent = top; if (orig->varChild) { auto root = parent->startMarker() ? parent->prev : parent; parent->varChild = orig->varChild->cloneLine(root, newMove); } while (orig->next) { orig = orig->next; auto copy = newMove(); *copy = *orig; parent->setNext(copy); parent = copy; if (orig->varChild) { auto root = parent->startMarker() ? parent->prev : parent; parent->varChild = orig->varChild->cloneLine(root, newMove); } } return top; } void swapLine(moveT& move) { ASSERT(prev && move.prev); ASSERT(!startMarker() && !move.startMarker()); ASSERT(!endMarker() && !move.endMarker()); // Swap lines auto swap_tmp = move.prev; prev->setNext(&move); swap_tmp->setNext(this); // Swap children std::swap(varChild, move.varChild); std::swap(numVariations, move.numVariations); auto updateParentLink = [](moveT& parent) { for (auto tmp = parent.varChild; tmp; tmp = tmp->varChild) { tmp->prev = &parent; } }; updateParentLink(*this); updateParentLink(move); } const moveT* getPrevMove() const { if (!startMarker() && !prev->startMarker()) return prev; auto root = getParent().first; return root ? root->getPrevMove() : nullptr; } std::pair getParent() const { const moveT* varStart = this; while (!varStart->startMarker()) { varStart = varStart->prev; } return {varStart->prev, varStart}; } std::pair getParent() { moveT* varStart = this; while (!varStart->startMarker()) { varStart = varStart->prev; } return {varStart->prev, varStart}; } moveT* nextMoveInPGN() const { if (endMarker()) { auto parent = getParent(); auto nextVar = parent.second->varChild; return (nextVar) ? nextVar : (parent.first) ? parent.first->next : nullptr; } return (startMarker() || !varChild) ? next : varChild; } void setNext(moveT* move) { ASSERT(move); this->next = move; move->prev = this; } void insertChild(moveT* varStart, int pos) { ASSERT(!this->startMarker() && !this->endMarker()); ASSERT(this != varStart); ASSERT(varStart->startMarker()); auto parent = this; for (; parent->varChild && pos != 0; --pos) { parent = parent->varChild; } varStart->varChild = varStart; std::swap(parent->varChild, varStart->varChild); varStart->prev = this; ++numVariations; } void appendChild(moveT* varStart) { insertChild(varStart, -1); } void detachChild(moveT* varStart) { ASSERT(this != varStart); ASSERT(varStart->startMarker()); auto parent = this; while (parent->varChild != varStart) { parent = parent->varChild; } std::swap(parent->varChild, varStart->varChild); --numVariations; }; }; #endif // SCID_MOVETREE_H chessx-master/dep/scid/code/src/namebase.h0000755000076500000240000001751114666426276017640 0ustar jensstaff/* * Copyright (C) 2014-2017 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ #ifndef SCID_NAMEBASE_H #define SCID_NAMEBASE_H #include "common.h" #include "misc.h" #include #include #include #include /** * This class stores the database's names (players, events, sites and rounds). * Assigns a idNumberT (which will be used as reference) to each name. */ class NameBase { std::vector > names_[NUM_NAME_TYPES]; std::vector eloV_; struct idxCmp { bool operator()(const char* str1, const char* str2) const { // *** Compatibility *** // Older code used a custom StrTree class with a peculiar sorting: // - the first char was interpreted as an unsigned char; // - the remaining part was compared with the function // strComapare(), // which converts the chars to ints, and is not consistent with // the standard function strcmp(). // The old StrTree class did also have unpredictable behaviors when // fed with names not sorted according to that criteria, for example // it could create Namebase objects with duplicate entries. // *** if (*str1 == *str2) return strCompare(str1, str2) < 0; return static_cast(*str1) < static_cast(*str2); } }; std::map idx_[NUM_NAME_TYPES]; public: /** * A NameBase stores the max ELO for each player. This functions updates * the max ELO of a player if it's greater than the previous one. * @param id: a valid idNumberT corresponding to a NAME_PLAYER name. * @param elo: the ELO. */ void AddElo(idNumberT id, eloT elo) { ASSERT(id < GetNumNames(NAME_PLAYER)); if (elo > eloV_[id]) eloV_[id] = elo; } /** * Add a name (string) to the NameBase. * If the name already exists the corresponding ID is returned. * @param nt: @e nameT type of the name to add. * @param name: the name to add. * @param MAX_LEN: the max length for names of type @e nt * @param MAX_ID: the max ID allowed for names of type @e nt * @returns * - on success, a @e std::pair containing OK and the ID. * - on failure, a @e std::pair containing an error code and 0. */ std::pair addName(nameT nt, const char* name, size_t MAX_LEN, idNumberT MAX_ID) { ASSERT(IsValidNameType(nt) && name != NULL); auto exists = idx_[nt].lower_bound(name); if (exists != idx_[nt].end() && !idx_[nt].key_comp()(name, exists->first)) return std::make_pair(OK, exists->second); const size_t nameLen = strlen(name); if (nameLen > MAX_LEN) return std::make_pair(ERROR_NameTooLong, 0); if (names_[nt].size() >= MAX_ID) return std::make_pair(ERROR_NameLimit, 0); char* buf = new char[nameLen + 1]; std::copy_n(name, nameLen + 1, buf); idNumberT newID = static_cast(names_[nt].size()); names_[nt].emplace_back(buf); idx_[nt].emplace_hint(exists, buf, newID); if (nt == NAME_PLAYER) eloV_.push_back(0); return std::make_pair(OK, newID); } /** * Frees memory, leaving the object empty. */ void Clear() { *this = NameBase(); } /** * @returns references to the NameBase's containers. * (must be used only to read names from files) */ std::tuple getData() { return std::tuple( idx_, names_, eloV_); } /** * @param id: a valid idNumberT corresponding to a NAME_PLAYER name. * @returns the max ELO of a player. */ eloT GetElo(idNumberT id) const { ASSERT(id < GetNumNames(NAME_PLAYER)); return eloV_[id]; } /** * Get the first few matches of a name prefix. * @param nt: @e nameT type of the name to be searched. * @param str: name prefix be searched. * @param maxMatches: the max number of ID to return * @returns a vector containing the ID of the matching names. */ std::vector getFirstMatches(nameT nt, const char* str, size_t maxMatches) const { ASSERT(IsValidNameType(nt) && str != NULL); std::vector res; size_t len = strlen(str); for (auto it = idx_[nt].lower_bound(str); it != idx_[nt].end() && res.size() < maxMatches; ++it) { const char* s = it->first; if (strlen(s) < len || !std::equal(str, str + len, s)) break; res.emplace_back(it->second); } return res; } /** * Retrieve a name. * @param nt: the valid @e nameT type of the name to retrieve. * @param id: the valid ID of the name to retrieve. * @returns the name corresponding to @e id. */ const char* GetName(nameT nt, idNumberT id) const { ASSERT(IsValidNameType(nt) && id < GetNumNames(nt)); return names_[nt][id].get(); } /** * @returns a reference to a container with all the names and IDs (given as * std::pair). */ const decltype(idx_) & getNames() const { return idx_; } /** * @param nt: a valid @e nameT type. * @returns the first invalid idNumberT (which is equal to the number of * names stored). */ idNumberT GetNumNames(nameT nt) const { ASSERT(IsValidNameType(nt)); return static_cast(names_[nt].size()); } /** * Finds an exact full, case-sensitive name. * @param nt: @e nameT type of the name to be searched. * @param str: name to be be searched. * @param[out] idPtr: pointer which will receive the ID of the name. * @returns OK or ERROR_NameNotFound if the name does not exists. */ errorT FindExactName(nameT nt, const char* str, idNumberT* idPtr) const { ASSERT(IsValidNameType(nt) && str != NULL && idPtr != NULL); auto it = idx_[nt].find(str); if (it != idx_[nt].end()) { *idPtr = (*it).second; return OK; } return ERROR_NameNotFound; } /** * For every name generates a 32bit hash with the first 4 chars. * @param nt: @e nameT type of the names. * @returns a vector containing the hashes. */ std::vector generateHashMap(nameT nt) const { std::vector res(names_[nt].size()); std::transform(names_[nt].begin(), names_[nt].end(), res.begin(), [](const std::unique_ptr& name) { return strStartHash(name.get()); }); return res; } /** * Validate a @e nameT type. * @param nt: @e nameT type to be validated. * @returns true if @e nt is valid. */ static bool IsValidNameType(nameT nt) { return (nt < NUM_NAME_TYPES); } /** * Match a string to a nameT. * To match, the string should be a prefix of "player", "event", "site" or * "round", or be a superstring of it, e.g. "player ...." * @param str: the string to be matched. * @returns a valid nameT, or NAME_INVALID. */ static nameT NameTypeFromString(const char* str) { if (*str == '\0') return NAME_INVALID; if (strIsAlphaPrefix(str, "player")) return NAME_PLAYER; if (strIsAlphaPrefix(str, "event")) return NAME_EVENT; if (strIsAlphaPrefix(str, "site")) return NAME_SITE; if (strIsAlphaPrefix(str, "round")) return NAME_ROUND; if (strIsAlphaPrefix("player", str)) return NAME_PLAYER; if (strIsAlphaPrefix("event", str)) return NAME_EVENT; if (strIsAlphaPrefix("site", str)) return NAME_SITE; if (strIsAlphaPrefix("round", str)) return NAME_ROUND; return NAME_INVALID; } }; #endif // SCID_NAMEBASE_H chessx-master/dep/scid/code/src/nagtext.h0000755000076500000240000003342114666426276017535 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: nagtext.h // Translationtable for NAG values to text // // Part of: Scid (Shane's Chess Information Database) // Version: 3.6 // // Notice: Copyright (c) 2000-2003 Shane Hudson. All rights reserved. // // Author: A. Wagner // // ////////////////////////////////////////////////////////////////////// // 7-bit rewritten // following http://www.exeterchessclub.org.uk/nags.html const char * evalNagsRegular [] = { "", // 0 null annotation "!", // $1 1 good move (traditional "!") "?", // $2 2 poor move (traditional "?") "!!", // $3 3 very good move (traditional "!!") "??", // $4 4 very poor move (traditional "??") "!?", // $5 5 speculative move (traditional "!?") "?!", // $6 6 questionable move (traditional "?!") "forced", // $7 7 forced move (all others lose quickly) "□", // $8 8 singular move (no reasonable alternatives) "worst", // $9 9 worst move "=", // $10 10 drawish position "=, quiet", // $11 11 equal chances, quiet position (DR: traditional =) "↹", // $12 12 equal chances, active position (DR: ECO ->/<-) "~", // $13 13 unclear position (DR: emerging &) "+=", // $14 14 White has a slight advantage (DR: +=) "=+", // $15 15 Black has a slight advantage (DR: =+) "+/-", // $16 16 White has a moderate advantage (DR: +/-) "-/+", // $17 17 Black has a moderate advantage (DR: -/+) "+-", // $18 18 White has a decisive advantage (DR: +-) "-+", // $19 19 Black has a decisive advantage (DR: -+) "+--", // $20 20 White has a crushing advantage (Black should resign) (DR: +--) "--+", // $21 21 Black has a crushing advantage (White should resign) (DR: --+) "⊙", // $22 22 White is in zugzwang (DR: zz) "⊙", // $23 23 Black is in zugzwang (DR: zz) "◯", // $24 24 White has a slight space advantage "◯", // $25 25 Black has a slight space advantage "◯◯", // $26 26 White has a moderate space advantage (DR: O) "◯◯", // $27 27 Black has a moderate space advantage (DR: O) "◯◯◯", // $28 28 White has a decisive space advantage "◯◯◯", // $29 29 Black has a decisive space advantage "↻", // $30 30 White has a slight time (development) advantage "↺", // $31 31 Black has a slight time (development) advantage "↻↻", // $32 32 White has a moderate time (development) advantage (DR: @) "↺↺", // $33 33 Black has a moderate time (development) advantage (DR: @) "↻↻↻", // $34 34 White has a decisive time (development) advantage "↺↺↺", // $35 35 Black has a decisive time (development) advantage "↑", // $36 36 White has the initiative (DR: ^) "↓", // $37 37 Black has the initiative (DR: ^) "⇑", // $38 38 White has a lasting initiative "⇓", // $39 39 Black has a lasting initiative "→", // $40 40 White has the attack (DR: ->) "←", // $41 41 Black has the attack (DR: ->) "&/-", // $42 42 White has insufficient compensation for material deficit "&/+", // $43 43 Black has insufficient compensation for material deficit "=/&", // $44 44 White has sufficient compensation for material deficit (DR: =/&) "=/&", // $45 45 Black has sufficient compensation for material deficit (DR: =/&) "+/&", // $46 46 White has more than adequate compensation for material deficit "-/&", // $47 47 Black has more than adequate compensation for material deficit "⊞", // $48 48 White has a slight center control advantage "⊞", // $49 49 Black has a slight center control advantage "⊞⊞", // $50 50 White has a moderate center control advantage (DR: #) "⊞⊞", // $51 51 Black has a moderate center control advantage (DR: #) "⊞⊞⊞", // $52 52 White has a decisive center control advantage "⊞⊞⊞", // $53 53 Black has a decisive center control advantage "⟩", // $54 54 White has a slight kingside control advantage "⟩", // $55 55 Black has a slight kingside control advantage "⟫", // $56 56 White has a moderate kingside control advantage (DR: >>) "⟫", // $57 57 Black has a moderate kingside control advantage (DR: >>) "⋙", // $58 58 White has a decisive kingside control advantage "⋙", // $59 59 Black has a decisive kingside control advantage "⟨", // $60 60 White has a slight queenside control advantage "⟨", // $61 61 Black has a slight queenside control advantage "⟪", // $62 62 White has a moderate queenside control advantage (DR: <<) "⟪", // $63 63 Black has a moderate queenside control advantage (DR: <<) "⋘", // $64 64 White has a decisive queenside control advantage "⋘", // $65 65 Black has a decisive queenside control advantage "$66", // $66 66 White has a vulnerable first rank "$67", // $67 67 Black has a vulnerable first rank "$68", // $68 68 White has a well protected first rank "$69", // $69 69 Black has a well protected first rank "$70", // $70 70 White has a poorly protected king "$71", // $71 71 Black has a poorly protected king "$72", // $72 72 White has a well protected king "$73", // $73 73 Black has a well protected king "$74", // $74 74 White has a poorly placed king "$75", // $75 75 Black has a poorly placed king "$76", // $76 76 White has a well placed king "$77", // $77 77 Black has a well placed king "$78", // $78 78 White has a very weak pawn structure "$79", // $79 79 Black has a very weak pawn structure "$80", // $80 80 White has a moderately weak pawn structure (DR: x a5) "$81", // $81 81 Black has a moderately weak pawn structure (DR: x a5) "$82", // $82 82 White has a moderately strong pawn structure "$83", // $83 83 Black has a moderately strong pawn structure "$84", // $84 84 White has a very strong pawn structure "$85", // $85 85 Black has a very strong pawn structure "$86", // $86 86 White has poor knight placement "$87", // $87 87 Black has poor knight placement "$88", // $88 88 White has good knight placement "$89", // $89 89 Black has good knight placement "$90", // $90 90 White has poor bishop placement "$91", // $91 91 Black has poor bishop placement "↗", // $92 92 White has good bishop placement (DR: diagonal //) "↖", // $93 93 Black has good bishop placement "$94", // $94 94 White has poor rook placement "$95", // $95 95 Black has poor rook placement "⇈", // $96 96 White has good rook placement (DR: rank <=> file ||) "⇊", // $97 97 Black has good rook placement "$98", // $98 98 White has poor queen placement "$99", // $99 99 Black has poor queen placement "$100", // $100 100 White has good queen placement "$101", // $101 101 Black has good queen placement "$102", // $102 102 White has poor piece coordination "$103", // $103 103 Black has poor piece coordination "$104", // $104 104 White has good piece coordination "$105", // $105 105 Black has good piece coordination "$106", // $106 106 White has played the opening very poorly "$107", // $107 107 Black has played the opening very poorly "$108", // $108 108 White has played the opening poorly "$109", // $109 109 Black has played the opening poorly "$110", // $110 110 White has played the opening well "$111", // $111 111 Black has played the opening well "$112", // $112 112 White has played the opening very well "$113", // $113 113 Black has played the opening very well "$114", // $114 114 White has played the middlegame very poorly "$115", // $115 115 Black has played the middlegame very poorly "$116", // $116 116 White has played the middlegame poorly "$117", // $117 117 Black has played the middlegame poorly "$118", // $118 118 White has played the middlegame well "$119", // $119 119 Black has played the middlegame well "$120", // $120 120 White has played the middlegame very well "$121", // $121 121 Black has played the middlegame very well "$122", // $122 122 White has played the ending very poorly "$123", // $123 123 Black has played the ending very poorly "$124", // $124 124 White has played the ending poorly "$125", // $125 125 Black has played the ending poorly "$126", // $126 126 White has played the ending well "$127", // $127 127 Black has played the ending well "$128", // $128 128 White has played the ending very well "$129", // $129 129 Black has played the ending very well "⇄", // $130 130 White has slight counterplay "⇆", // $131 131 Black has slight counterplay "⇄⇄", // $132 132 White has moderate counterplay (DR: ->/<-) "⇆⇆", // $133 133 Black has moderate counterplay "⇄⇄⇄", // $134 134 White has decisive counterplay "⇆⇆⇆", // $135 135 Black has decisive counterplay "⊕", // $136 136 White has moderate time control pressure "⊖", // $137 137 Black has moderate time control pressure "⊕⊕", // $138 138 White has severe time control pressure "⊖⊖", // $139 139 Black has severe time control pressure "△", // $140 with the idea of "$141", // $141 "⌓", // $142 better is "$143", // $143 "R", // $144 various moves "RR", // $145 editorial comment "N", // $146 Novelty "×", // $147 weak square "⊥", // $148 endgame "⟺", // $149 file "⇗", // $150 diagonal "◫", // $151 bishop pair "$152", // $152 "◨", // $153 opposite coloured bishops "⊶", // $154 bishops of the same colour "$155", // $155 "$156", // $156 "$157", // $157 "$158", // $158 "$159", // $159 "$160", // $160 "$161", // $161 "$162", // $162 "$163", // $163 "$164", // $164 "$165", // $165 "$166", // $166 "$167", // $167 "$168", // $168 "$169", // $169 "$170", // $170 "$171", // $171 "$172", // $172 "$173", // $173 "$174", // $174 "$175", // $175 "$176", // $176 "$177", // $177 "$178", // $178 "$179", // $179 "$180", // $180 "$181", // $181 "$182", // $182 "$183", // $183 "$184", // $184 "$185", // $185 "$186", // $186 "$187", // $187 "$188", // $188 "$189", // $189 "ǁ", // $190 etc. "⡁", // $191 doubled pawn "⚯", // $192 separated pawn "⚮", // $193 connected pawn "$194", // $194 "$195", // $195 "$196", // $196 "$197", // $197 "$198", // $198 "$199", // $199 "$200", // $200 "D", // $201 Diagram "$202", // $202 "$203", // $203 "$204", // $204 "$205", // $205 "$206", // $206 "$207", // $207 "$208", // $208 "$209", // $209 "—", // $210 see "#", // $211 mate "⚨", // $212 passed pawn "$213", // $213 more pawns "⌊", // $214 with "⌋", // $215 without "$216", // $216 "$217", // $217 "$218", // $218 "$219", // $219 "$220", // $220 "$221", // $221 "$222", // $222 "$223", // $223 "$224" // $224 }; //-------------------- UTF-8 Edition -------------------- // to follow chessx-master/dep/scid/code/src/bytebuf.h0000755000076500000240000003001614666426276017520 0ustar jensstaff/* * Copyright (C) 2019 Fulvio Benini. * * Permission is hereby granted, free of charge, to any person obtaining a * copy of this software and associated documentation files (the "Software"), * to deal in the Software without restriction, including without limitation * the rights to use, copy, modify, merge, publish, distribute, sublicense, * and/or sell copies of the Software, and to permit persons to whom the * Software is furnished to do so, subject to the following conditions: * * The above copyright notice and this permission notice shall be included * in all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. * IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY * CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, * TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH * THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ /** @file * Defines a ByteBuffer class which will act like a std::string_view. * The caller must ensure that a ByteBuffer object does not outlive the * pointed-to data. */ #pragma once #include "board_def.h" #include "error.h" #include #include #include #include /** * The Tag section is a list of variable length records: * tag_length: 1-byte * tag name: [0:240] bytes * value_length: 1-byte * value: [0:255] bytes * The section is terminated with 1-byte with value 0, meaning that un empty * tag name cannot be stored. * Some common tags are encoded in one byte, using a tag_length value over 240 * and a tag name of 0 bytes. */ constexpr size_t MAX_TAG_LEN = 240; constexpr std::string_view commonTags[] = { // 241, 242: Country "WhiteCountry", "BlackCountry", // 243: Annotator "Annotator", // 244: PlyCount "PlyCount", // 245: EventDate (plain text encoding) "EventDate", // 246, 247: Opening, Variation "Opening", "Variation", // 248-250: Setup and Source "Setup", "Source", "SetUp" // 252-254: spare for future use // 255: Reserved for compact EventDate encoding }; template void encodeTags(const SourceT& tagList, DestT& dest) { for (auto& tag : tagList) { if (tag.first.length() == 0) continue; // Cannot store empty tag names const auto it = std::find(commonTags, std::end(commonTags), tag.first); if (it != std::end(commonTags)) { // Common tags are stored with just their 1-byte value [241:250] const auto tagnum = std::distance(commonTags, it) + MAX_TAG_LEN + 1; dest.emplace_back(static_cast(tagnum)); } else { // Other tags are stored as 1-byte length [1:240] + the tag name. const auto tag_name = tag.first.data(); const auto length = std::min(tag.first.length(), MAX_TAG_LEN); dest.emplace_back(static_cast(length)); dest.insert(dest.end(), tag_name, tag_name + length); } // The value is stored as 1-byte length [0:255] + the data. const auto value = tag.second.data(); const auto valueLen = std::min(tag.second.length(), 255); dest.emplace_back(static_cast(valueLen)); dest.insert(dest.end(), value, value + valueLen); } dest.emplace_back(0); } /** * The StartBoard section starts with a byte containing three flags: * 0-bit: true if the game doesn't start with the standard board * 1-bit: true if there are pawn to queen promotions * 2-bit: true if there are pawn to non-queen promotions. * If the 0-bit is true, the byte is followed by a null terminated string * containing the FEN of the start position. */ template void encodeStartBoard(bool promoFlag, bool underpromoFlag, const char* FEN, DestT& dest) { char flags = 0; if (FEN) { flags += 1; } if (promoFlag) { flags += 2; } if (underpromoFlag) { flags += 4; } dest.emplace_back(flags); if (FEN) { const auto len = std::strlen(FEN) + 1; // Include the null char dest.insert(dest.end(), FEN, FEN + len); } } class ByteBuffer { const unsigned char* data_; const unsigned char* const end_; public: ByteBuffer(const unsigned char* data, size_t length) : data_(data), end_(data + length) { assert(data_ || data_ == end_); } explicit operator bool() const { return data_ != end_; } /// Decodes the tag pairs not stored into the index. /// @param fn: a function that should accept 2 parameters /// (string_view tag_name, string_view tag_value) /// and that will be called for each tag pair. template errorT decodeTags(FuncT fn) { if (data_ == end_) return ERROR_BufferRead; auto it = data_; for (;;) { const auto tagLen = *it++; if (tagLen == 0) { data_ = it; return OK; // Reached the end of the tags section } const char* tag = nullptr; size_t tagID = 0; if (tagLen > MAX_TAG_LEN) { // A common tag name, not explicitly stored tagID = tagLen - MAX_TAG_LEN - 1; } else { tag = reinterpret_cast(it); it += tagLen; } if (it >= end_) return ERROR_Decode; // 255 was a special 3-bytes encoding of EventDate used in SCID2 const auto valueLen = (tagLen != 255) ? *it++ : 3; const char* value = reinterpret_cast(it); it += valueLen; if (it >= end_) return ERROR_Decode; if (tag) { fn(std::string_view(tag, tagLen), std::string_view(value, valueLen)); } else if (tagID < 10) { fn(commonTags[tagID], std::string_view(value, valueLen)); } } } /// Decodes the start position. /// @returns OK on success and the FEN of the start position (nullptr for /// the standard starting position). /// To decode the moves the correct index should be assigned to each piece: /// they are assigned from left to right, but the king should always have /// index 0. It is therefore swapped with the piece occupying the index 0. /// For example with "rnb1k2Q/1p5p/p7/4p3/4q3/8/PPP2R1P/2K5 b" the black /// rook on A8 gets index 3, the black night on B8 gets index 1 .... and the /// white queen on H8 gets index 6, the pawn on A2 gets index 1 ... std::pair decodeStartBoard() { if (data_ == end_) return {ERROR_Decode, nullptr}; const auto flags = *data_++; if ((flags & 1) == 0) return {OK, nullptr}; if (const auto FEN = GetTerminatedString()) return {OK, FEN}; return {ERROR_Decode, nullptr}; } /// Reads a null-terminated string from the buffer. const char* GetTerminatedString() { const char* res = reinterpret_cast(data_); data_ = std::find(data_, end_, 0); if (data_ == end_) return nullptr; ++data_; // skip the null char return res; } /// Extract the next move. /// @returns a std::pair containing OK and the move value. /// Returns ERROR_EndOfMoveList when the end of the game is /// reached, an error otherwise. template std::pair nextMove(int varDepth, MoveFn acceptMove, CommentFn commentMarker, VariationFn changeVar, NagFn addNag) { // The king has always index 0 and only 11 possible moves (8 destination // squares, 2 castle moves and the null move). The unused codes 11-15 // represent special markers for nags, comments and variations. // Note: 2-bytes queen moves use the second byte as (64 + destination // square) to avoid interferences with these markers. However the byte // immediatly after the ENCODE_NAG can have any possible value. enum { ENCODE_NAG = 11, ENCODE_COMMENT, ENCODE_START_MARKER, ENCODE_END_MARKER, ENCODE_END_GAME }; auto it = data_; for (; it != end_; ++it) { switch (*it) { case ENCODE_NAG: if (++it == end_) { return {ERROR_Decode, 0}; // ERROR: missing nag } if (!addNag(*it)) { return {ERROR_Decode, 0}; // ERROR: marker decoding } continue; case ENCODE_COMMENT: commentMarker(); continue; case ENCODE_START_MARKER: ++varDepth; if (!changeVar(true)) { return {ERROR_Decode, 0}; // ERROR: variation } continue; case ENCODE_END_MARKER: if (varDepth == 0) { return {ERROR_Decode, 0}; // ERROR: end marker in main line } --varDepth; if (!changeVar(false)) { return {ERROR_Decode, 0}; // ERROR: variation } continue; case ENCODE_END_GAME: if (varDepth != 0) { return {ERROR_Decode, 0}; // ERROR: unexpected end of game } data_ = ++it; return {ERROR_EndOfMoveList, 0}; // SUCCESS: end of game default: if (acceptMove(varDepth)) { data_ = it; return {OK, *data_++}; // SUCCESS } } } return {ERROR_Decode, 0}; // ERROR: missing ENCODE_END_GAME } /// Find the next move in the current line. /// Ignore variations, comments and nags. std::pair nextLineMove() { return nextMove( 0, [](auto varDepth) { return varDepth == 0; }, [] {}, // Ignore comments [](auto) { return true; }, // Ignore variations [](auto) { return true; } // Ignore nags ); } /// Decode a move encoded in SCID4 format. /// Excluding queens, the other chess pieces cannot reach more than 16 /// target squares from any given position. This allow to store the target /// square of a move into 4 bits, as an index of all the reachable squares. /// @param movingPiece: the type (PAWN, BISHOP, etc.) of the piece to move. /// @param from: the square where is the piece to move. /// @param moveCode: the SCID4 encoding of the move (a 0-15 value). /// @returns a pair containing the destination square and the new type of /// the piece for promotions (INVALID_PIECE for normal moves). /// Special moves are returned as: /// - castle kingside: {from, KING} /// - castle queenside: {from, QUEEN} /// - null move: {from, PAWN} /// On error returns an invalid square (<0 or >63) or {from, INVALID_PIECE}. template std::pair decodeMove(pieceT movingPiece, squareT from, unsigned char moveCode) { moveCode &= 0x0F; switch (movingPiece) { case PAWN: { static const pieceT promoPiece[] = { INVALID_PIECE, INVALID_PIECE, INVALID_PIECE, QUEEN, QUEEN, QUEEN, ROOK, ROOK, ROOK, BISHOP, BISHOP, BISHOP, KNIGHT, KNIGHT, KNIGHT, INVALID_PIECE}; static const int8_t sqdiff[] = {7, 8, 9, 7, 8, 9, 7, 8, 9, 7, 8, 9, 7, 8, 9, 16}; int to = (toMove == WHITE) ? from + sqdiff[moveCode] : from - sqdiff[moveCode]; return {to, promoPiece[moveCode]}; } case BISHOP: { int fylediff = square_Fyle(moveCode) - square_Fyle(from); int to = (moveCode >= 8) ? from - 7 * fylediff : from + 9 * fylediff; return {to, INVALID_PIECE}; } case KNIGHT: { static const int8_t sqdiff[] = {0, -17, -15, -10, -6, 6, 10, 15, 17, 0, 0, 0, 0, 0, 0, 0}; return {from + sqdiff[moveCode], INVALID_PIECE}; } case QUEEN: if (moveCode == square_Fyle(from)) { // 2 BYTES MOVE int to = (data_ != end_) ? *data_++ : 0; return {to - 64, INVALID_PIECE}; } /* FALLTHRU */ case ROOK: { int to = (moveCode >= 8) // a vertical move ? square_Make(square_Fyle(from), (moveCode - 8)) : square_Make(moveCode, square_Rank(from)); return {to, INVALID_PIECE}; } case KING: if (moveCode == 0) // NULL MOVE return {from, PAWN}; if (moveCode <= 8) { static const int8_t sqdiff[] = {0, -9, -8, -7, -1, 1, 7, 8, 9}; return {from + sqdiff[moveCode], INVALID_PIECE}; } if (moveCode == 9) // CASTLE QUEENSIDE return {from, QUEEN}; if (moveCode == 10) // CASTLE KINGSIDE return {from, KING}; } return {from, INVALID_PIECE}; // decode error } }; chessx-master/dep/scid/code/src/matsig.cpp0000755000076500000240000001476314666426276017712 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: matsig.cpp // Material signature routines // // Part of: Scid (Shane's Chess Information Database) // Version: 3.3 // // Notice: Copyright (c) 1999-2002 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// // A matsig (material signature) is a count of material by piece type, // compacted into three bytes. Because it is compacted, there are limits // that a game with an unusual number of promotions might break. // The maximum count for a non-pawn piece is three. #include "matsig.h" //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // matsig_makeString(): Make a string representation of a matsig. std::string matsig_makeString (matSigT m) { std::string s; s.reserve(32); uint i; for (i=0; i < MATSIG_Count_WQ(m); i++) { s+= 'Q'; } for (i=0; i < MATSIG_Count_WR(m); i++) { s+= 'R'; } for (i=0; i < MATSIG_Count_WB(m); i++) { s+= 'B'; } for (i=0; i < MATSIG_Count_WN(m); i++) { s+= 'N'; } uint wp = MATSIG_Count_WP(m); if (wp > 0) s+= (wp + '0'); s+= ':'; for (i=0; i < MATSIG_Count_BQ(m); i++) { s+= 'Q'; } for (i=0; i < MATSIG_Count_BR(m); i++) { s+= 'R'; } for (i=0; i < MATSIG_Count_BB(m); i++) { s+= 'B'; } for (i=0; i < MATSIG_Count_BN(m); i++) { s+= 'N'; } uint bp = MATSIG_Count_BP(m); if (bp > 0) s+= (bp + '0'); return s; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // matsig_isReachable(): // Return 1 if start could transform into target with // captures and (maybe) promotions. This is used to exclude games // from a material or position search without needing to decode // them, by checking each game's final position matsig. // bool matsig_isReachable (matSigT mStart, matSigT mTarget, bool promos, bool upromo) { if (MATSIG_Count_WP(mStart) < MATSIG_Count_WP(mTarget)) { return false; } if (MATSIG_Count_BP(mStart) < MATSIG_Count_BP(mTarget)) { return false; } // If there are underpromotions, we can only check pawn counts: if (upromo) { return true; } // No underpromotions, so check non-queen piece counts: if (MATSIG_Count_WR(mStart) < MATSIG_Count_WR(mTarget)) { return false; } if (MATSIG_Count_BR(mStart) < MATSIG_Count_BR(mTarget)) { return false; } if (MATSIG_Count_WB(mStart) < MATSIG_Count_WB(mTarget)) { return false; } if (MATSIG_Count_BB(mStart) < MATSIG_Count_BB(mTarget)) { return false; } if (MATSIG_Count_WN(mStart) < MATSIG_Count_WN(mTarget)) { return false; } if (MATSIG_Count_BN(mStart) < MATSIG_Count_BN(mTarget)) { return false; } // If there were promotions we cannot check queen counts: if (promos) { return true; } // Check queen counts: if (MATSIG_Count_WQ(mStart) < MATSIG_Count_WQ(mTarget)) { return false; } if (MATSIG_Count_BQ(mStart) < MATSIG_Count_BQ(mTarget)) { return false; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // hpSig_PossibleMatch(): // Returns 1 if a game could match the home pawn signature in hpSig. // The argument changeList is the ordered list of pawns that leave // their home rank (by moving or being captured). // // Used to exclude games in exact position searches. For example, // If we are looking for the position after "1.d4 d5 2.c4", the // target hpSig looks like "1100111111101111" (the c2, d2 and d7 // pawns are gone from the home ranks). // // The first byte of a changeList is the length (in halfbytes) of the // list, which can be any value from 0 to 16 inclusive. // bool hpSig_PossibleMatch (uint hpSig, const byte * changeList) { // First, the starting sig (all pawns home) can match any game: if (hpSig == HPSIG_StdStart) { return true; } uint hpCurrent = HPSIG_StdStart; uint count = (uint) changeList[0]; changeList++; uint halfByte = 0; byte change; for (uint i=0; i < count; i++) { if (halfByte == 0) { change = (*changeList) >> 4; halfByte = 1; } else { change = (*changeList) & 15; halfByte = 0; changeList++; } hpCurrent &= ~(1 << change); if (hpCurrent == hpSig) { return true; } // Here is an optimisation: If the target HP sig contains a home // pawn not in the current HP sig, it could never match since pawns // cannot reappear on their home rank! This test is easy and fast: if ((hpCurrent & hpSig) != hpSig) { return false; } } // Loop finished, no match was found. return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // hpSig_Prefix(): // Returns true if one of the changeLists provided is a prefix // of the other or if they are the same. // Used to quickly test if one game is possibly a truncated version // of another game. // bool hpSig_Prefix (const byte * changeListA, const byte * changeListB) { uint countA = changeListA[0]; uint countB = changeListB[0]; changeListA++; changeListB++; bool halfByte = false; byte changeA; byte changeB; // Use the shorter changeList length: uint count = (countA < countB ? countA : countB); // Check each corresponding value in the lists: for (uint i=0; i < count; i++) { if (halfByte) { changeA = *changeListA & 15; changeB = *changeListB & 15; changeListA++; changeListB++; halfByte = false; } else { changeA = *changeListA >> 4; changeB = *changeListB >> 4; halfByte = true; } if (changeA != changeB) { return false; } } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // hpSig_Final(): // Returns the final home pawn signature value of a changeList. // uint hpSig_Final (const byte * changeList) { uint hpSig = HPSIG_StdStart; uint count = (uint) changeList[0]; changeList++; bool halfByte = false; byte change; for (uint i=0; i < count; i++) { if (halfByte == false) { change = (*changeList) >> 4; halfByte = true; } else { change = (*changeList) & 15; halfByte = false; changeList++; } hpSig -= (1 << change); } return hpSig; } ////////////////////////////////////////////////////////////////////// // EOF: matsig.cpp ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/misc.cpp0000755000076500000240000004442514666426276017357 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: misc.cpp // Miscellaneous routines (File I/O, etc) // // Part of: Scid (Shane's Chess Information Database) // Version: 3.5 // // Notice: Copyright (c) 2001-2003 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #include "common.h" #include "misc.h" #include #include // For isspace() function. #include ////////////////////////////////////////////////////////////////////// // ECO Code Routines //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // eco_FromString(): // Extract an ECO code from a string. // // Eco code numbering: no eco = 0, A00 = 1, A01 = 132, etc. // That is, each basic ECO code = previous + 131. // The extra 130 subcodes are the extended code: // a, a1, a2, a3, a4, b, b1, .... z, z1, z2, z3, z4. (130 in total). // // Improvement, March 2000: now case-insensitive for first letter, // for example, a41 == A41. ecoT eco_FromString (const char * ecoStr) { ecoT eco = ECO_None; // Get the basic Eco code from the first 3 characters: they MUST be in // the range "A00" to "E99" or the eco code will be considered empty. // Changed, June 1999: now accepts partial ECO codes, e.g. "C1" -> C10 if (*ecoStr >= 'A' && *ecoStr <= 'E') { eco = (*ecoStr - 'A') * 13100; } else if (*ecoStr >= 'a' && *ecoStr <= 'e') { eco = (*ecoStr - 'a') * 13100; } else { return 0; } ecoStr++; if (! *ecoStr) { return eco + 1; } if (*ecoStr < '0' || *ecoStr > '9') { return 0; } eco += (*ecoStr - '0') * 1310; ecoStr++; if (! *ecoStr) { return eco + 1; } if (*ecoStr < '0' || *ecoStr > '9') { return 0; } eco += (*ecoStr - '0') * 131; ecoStr++; // Now check for the optional extended code: a, a1, ... z2, z3, z4. if (*ecoStr >= 'a' && *ecoStr <= 'z') { eco++; eco += (*ecoStr - 'a') * 5; ecoStr++; if (*ecoStr >= '1' && *ecoStr <= '4') { eco += *ecoStr - '0'; } } return eco + 1; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // eco_ToString(): // Convert an ECO code to its string representation. void eco_ToString (ecoT ecoCode, char * ecoStr, bool extensions) { char * s = ecoStr; if (ecoCode == ECO_None) { *s = 0; return; } ecoCode--; // First the base code value: ecoT basicCode = ecoCode / 131; // 131 = 26 * 5 + 1 subcodes. *s++ = basicCode / 100 + 'A'; *s++ = (basicCode % 100) / 10 + '0'; *s++ = (basicCode % 10) + '0'; // Now the optional extensions: if (extensions) { ecoCode = ecoCode % 131; if (ecoCode > 0) { ecoCode--; *s++ = (ecoCode / 5) + 'a'; ecoCode = ecoCode % 5; if (ecoCode > 0) { *s++ = (ecoCode + '0'); } } *s = 0; } return; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // eco_BasicCode(): // Converts an ECO code to its basic form, without any // Scid-specific extensions. ecoT eco_BasicCode (ecoT eco) { if (eco == ECO_None) { return ECO_None; } eco--; eco /= 131; eco *= 131; return eco + 1; } /** * ecoReduce() - maps eco to a smaller set * @param eco: the eco value to convert (must be != 0) * * Scid ECO subcodes use 131 values for each canonical ECO. * For example A00 is divided in A00,A00a,A00a1,A00a2,A00a3,A00a4,A00b...A00z4 * corresponding to eco values 1,2,3,4,5,6,7...131 (value 0 means no ECO). * This functions will map subECOs like A00a1...A00a4 into A00a, reducing * the 131 values to 27. The previous sequence will became 0,1,1,1,1,1,2...26 */ ecoT eco_Reduce(ecoT eco) { ASSERT(eco != 0); eco--; ecoT res = (eco / 131) * 27; return res + static_cast(std::ceil((eco % 131) / 5.0)); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // eco_LastSubCode(): // Converts an ECO code to the deepest subcode it could contain. // Examples: B91a -> B91a4 and B91 -> B91z4. ecoT eco_LastSubCode (ecoT eco) { if (eco == ECO_None) { return ECO_None; } // if just a basic ECO code (1 letter, 2 digits), add the "z": eco--; if ((eco % 131) == 0) { eco += 126; } // 126 = 5 * 25 + 1. // Now if no final digit, add the "4": if (((eco % 131) % 5) == 1) { eco += 4; } return eco + 1; } ////////////////////////////////////////////////////////////////////// // String Routines //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strAppend(): // Appends extra to the end of target, and returns a pointer // to the new END of the string target. // char * strAppend (char * target, const char * extra) { ASSERT (target != NULL && extra != NULL); while (*target != 0) { target++; } // get to end of target string while (*extra != 0) { *target = *extra; target++; extra++; } *target = 0; return target; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strDuplicate(): Duplicates a string using new[] operator. // char * strDuplicate (const char * original) { ASSERT (original != NULL); char * newStr = new char [strLength(original) + 1]; if (newStr == NULL) return NULL; char *s = newStr; while (*original != 0) { *s = *original; s++; original++; } *s = 0; // Add trailing '\0'. //printf ("Dup: %p: %s\n", newStr, newStr); return newStr; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strPad(): // Copies original string to target, but copies *exactly* 'width' // bytes. If the original is longer than specified width, not all of // original will be copied to target. If original is shorter, then // target will be padded out to 'width' bytes with the padding char. // // If the width is negative, no trimming or padding is done and // the result is just a regular string copy. // // The return value is the length copied: always 'width' if // width is >= 0, or the length of original if 'width' is negative. // uint strPad (char * target, const char * original, int width, char padding) { ASSERT (target != NULL && original != NULL); if (width < 0) { strCopy (target, original); return strLength (original); } int len = width; while (len > 0) { if (*original == 0) { break; } *target = *original; target++; original++; len--; } while (len--) { *target++ = padding; } *target = 0; return width; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strFirstChar(): // Returns the pointer into the provided string where the // FIRST occurrence of matchChar is, or NULL if the string // does not contain matchChar at all. // Equivalent to strchr(). const char * strFirstChar (const char * target, char matchChar) { const char * s = target; while (*s != 0) { if (*s == matchChar) { return s; } s++; } return NULL; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strLastChar(): // Returns the pointer into the provided string where the // LAST occurrence of matchChar is, or NULL if the string // does not contain matchChar at all. // Equivalent to strrchr(). const char * strLastChar (const char * target, char matchChar) { const char * s = target; const char * last = NULL; while (*s != 0) { if (*s == matchChar) { last = s; } s++; } return last; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strStrip(): // Removes all occurrences of the specified char from the string. void strStrip (char * str, char ch) { char * s = str; while (*str != 0) { if (*str != ch) { if (s != str) { *s = *str; } s++; } str++; } *s = 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strTrimLeft(): // Returns the pointer into the provided string where the first // character that does NOT equal a trimChar occurs. const char * strTrimLeft (const char * target, const char * trimChars) { const char * s = target; while (*s != 0) { if (! strContainsChar (trimChars, *s)) { break; } s++; } return s; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strTrimSuffix(): // Trims the provided string in-place, at the last // occurrence of the provided suffix character. // Returns the number of characters trimmed. // E.g., strTrimSuffix ("file.txt", '.') would leave the // string as "file" and return 4. uint strTrimSuffix (char * target, char suffixChar) { uint trimCount = 0; char * lastSuffixPtr = NULL; char * s = target; while (*s) { if (*s == suffixChar) { lastSuffixPtr = s; trimCount = 0; } trimCount++; s++; } if (lastSuffixPtr == NULL) { return 0; } *lastSuffixPtr = 0; return trimCount; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strTrimDate(): // Takes a date string ("xxxx.xx.xx" format) and trims // the day part if it is ".??", and also the month part // if it too is ".??". void strTrimDate (char * str) { if (str[7] == '.' && str[8] == '?' && str[9] == '?') { str[7] = 0; if (str[4] == '.' && str[5] == '?' && str[6] == '?') { str[4] = 0; } } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strTrimMarkCodes(): // Trims in-place all Scid-recognised board mark codes // in a comment string, such as "[%mark ...]" and "[%arrow ...]" void strTrimMarkCodes (char * str) { char * in = str; char * out = str; bool inCode = false; char * startLocation = NULL; while (1) { char ch = *in; if (inCode) { // If we see end-of-string or code-starting '[', there is some // error so go back to the start of this code and treat it // normally. if (ch == 0 || ch == '[') { *out++ = *startLocation; inCode = false; in = startLocation; } else if (ch == ']') { // See a code-ending ']', so end the code. inCode = false; } // For all other characters in a code, just ignore it. } else { // Stop at end-of-string: if (ch == 0) { break; } // Look for the start of a code that is to be stripped: if (ch == '[' && in[1] == '%') { inCode = true; startLocation = in; } else { *out++ = ch; } } in++; } // Terminate the modified string: *out = 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strTrimMarkup(): // Trims in-place all HTML-like markup codes (, , etc) // from the provided string. void strTrimMarkup (char * str) { char * in = str; char * out = str; bool inTag = false; while (*in != 0) { char ch = *in; if (inTag) { if (ch == '>') { inTag = false; } } else { if (ch == '<') { inTag = true; } else { *out++ = ch; } } in++; } *out = 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strFirstWord: // Skips over all whitespace at the start of the // string to reach the first word. const char * strFirstWord (const char * str) { ASSERT (str != NULL); while (*str != 0 && isspace(static_cast(*str))) { str++; } return str; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strNextWord: // Skips over all successive non-whitespace characters // in the string, then all successive whitespace chars, // to reach the next word in the string. const char * strNextWord (const char * str) { ASSERT (str != NULL); while (*str != 0 && !isspace(static_cast(*str))) { str++; } while (*str != 0 && isspace(static_cast(*str))) { str++; } return str; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strIsUnknownName(): // Returns true if the string is an "unknown" name: the empty // string, "?" or "-". Used primarily to test if an event, site // or round name string contains information worth printing. bool strIsUnknownName (const char * str) { if (str[0] == 0) { return true; } if (str[0] == '-' && str[1] == 0) { return true; } if (str[0] == '?' && str[1] == 0) { return true; } return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strIsSurnameOnly(): // Returns true if the name appears to be a surname only. bool strIsSurnameOnly (const char * name) { uint capcount = 0; const char * s = name; while (*s != 0) { unsigned char c = *s; if (! isalpha(c)) { return false; } if (isupper(c)) { capcount++; if (capcount > 1) { return false; } } s++; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strGetBoolean(): // Extracts a boolean value from a string. // True strings start with one of "TtYy1", false strings with // one of "FfNn0". // Returns false if the string does not contain a boolean value. bool strGetBoolean (const char * str) { static const char * sTrue[] = { "true", "yes", "on", "1", "ja", "si", "oui", NULL }; static const char * sFalse[] = { "false", "no", "off", "0", NULL }; if (str[0] == 0) { return false; } bool matchedTrue = false; bool matchedFalse = false; const char ** next = sTrue; while (*next != NULL) { if (strIsCasePrefix (str, *next) || strIsCasePrefix (*next, str)) { matchedTrue = true; } next++; } next = sFalse; while (*next != NULL) { if (strIsCasePrefix (str, *next) || strIsCasePrefix (*next, str)) { matchedFalse = true; } next++; } if (matchedTrue && !matchedFalse) { return true; } if (matchedFalse && !matchedTrue) { return false; } // default: return false. return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strGetIntegers: // Extracts the specified number of signed integers in a // whitespace-separated string to an array. void strGetIntegers (const char * str, int * results, uint nResults) { for (uint i=0; i < nResults; i++) { while (*str != 0 && isspace(static_cast(*str))) { str++; } results[i] = strGetInteger (str); while (*str != 0 && !isspace(static_cast(*str))) { str++; } } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strGetUnsigneds: // Extracts the specified number of unsigned integers in a // whitespace-separated string to an array. void strGetUnsigneds (const char * str, uint * results, uint nResults) { for (uint i=0; i < nResults; i++) { while (*str != 0 && isspace(static_cast(*str))) { str++; } results[i] = strGetUnsigned (str); while (*str != 0 && !isspace(static_cast(*str))) { str++; } } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strGetResult: // Extracts a game result value from a string. resultT strGetResult (const char * str) { switch (*str) { case '1': // Check for "1/2"-style draw result: if (str[1] == '/' && str[2] == '2') { return RESULT_Draw; } return RESULT_White; case '=': return RESULT_Draw; case '0': return RESULT_Black; case '*': return RESULT_None; } return RESULT_None; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strGetFlag(): // Extracts a flag (FLAG_YES, FLAG_NO or FLAG_BOTH) value from // a string. Defaults to FLAG_EMPTY. flagT strGetFlag (const char * str) { char c = *str; switch (c) { case 'T': case 't': case 'Y': case 'y': case 'J': case 'j': case 'O': case 'o': case 'S': case 's': case '1': return FLAG_YES; case 'F': case 'f': case 'N': case 'n': case '0': return FLAG_NO; case 'B': case 'b': case '2': return FLAG_BOTH; } // default: return empty. return FLAG_EMPTY; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strGetSquare(): // Extracts a square value from a string, such as "a2". squareT strGetSquare (const char * str) { char chFyle = str[0]; if (chFyle < 'a' || chFyle > 'h') { return NULL_SQUARE; } char chRank = str[1]; if (chRank < '1' || chRank > '8') { return NULL_SQUARE; } return square_Make (fyle_FromChar(chFyle), rank_FromChar(chRank)); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strUniqueExactMatch(): // Given a string and a null-terminated array of strings // , returns the index of the unique match of the key // string in the string table. If no match was found, or there was // more than one match, -1 is returned. // // If the flag is true, only complete matches are considered. // Otherwise, unique abbreviations are accepted. // Example: looking up "repl" in {"repeat", "replace", NULL} would // return 1 (matching "replace") but looking up "rep" would // return -1 because its match is ambiguous. // // The array "strTable" does NOT need to be in any order, but the last // entry must be NULL. int strUniqueExactMatch (const char * keyStr, const char ** strTable, bool exact) { int index = -1; int abbrevMatches = 0; const char * s1; const char * s2; const char ** entryPtr = strTable; // If keyStr or strTable are null, return no match: if (keyStr == NULL || strTable == NULL) { return -1; } // Check each entry in turn: for (int i=0; *entryPtr != NULL; entryPtr++, i++) { // Check the key against this entry, character by character: for (s1 = keyStr, s2 = *entryPtr; *s1 == *s2; s1++, s2++) { // If *s1 is 0, we found an EXACT match, so return it now: if (*s1 == 0) { return i; } } // If *s1 == 0 now, key is an abbreviation of this entry: if (*s1 == 0) { index = i; abbrevMatches++; } } // If we reach here, there is no exact match. If an exact match was // required, or there is not exactly one abbreviation, return no match: if (exact || abbrevMatches != 1) { return -1; } // Otherwise, return the match found: return index; } ////////////////////////////////////////////////////////////////////// // EOF: misc.cpp ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/misc.h0000755000076500000240000003036514666426276017022 0ustar jensstaff ////////////////////////////////////////////////////////////////////// // // FILE: misc.h // Miscellaneous routines (File I/O, etc) // // Part of: Scid (Shane's Chess Information Database) // Version: 3.5 // // Notice: Copyright (c) 2001-2003 Shane Hudson. All rights reserved. // Copyright (C) 2015 Fulvio Benini // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_MISC_H #define SCID_MISC_H #include "common.h" #include #include #include #include #include // For isspace(), etc #include #include /** * class StrRange - parse a string interpreting its content as 1 or 2 integers * separated by whitespace. * The integers represent the min and max value of a range. * If only one integer is provided it will represent both the min and max value. */ class StrRange { protected: long min_; long max_; protected: StrRange() : min_(0), max_(0) {} public: explicit StrRange(const char* range) { char* next; min_ = std::strtol(range, &next, 10); char* end; max_ = std::strtol(next, &end, 10); if (next == end) max_ = min_; if (min_ > max_) std::swap(min_, max_); } /// @returns true if @e val is >= min_ and <= max_ bool inRange(long val) const { if (val < min_ || val > max_) return false; return true; } }; class Progress { public: struct Impl { virtual ~Impl() {} virtual bool report(size_t done, size_t total, const char* msg) = 0; }; Progress(Impl* f = NULL) : f_(f) {} Progress(const Progress&) = delete; ~Progress() { delete f_; } bool report(size_t done, size_t total) const { return operator()(done, total); } bool operator()(size_t done, size_t total, const char* msg = NULL) const { if (f_) return f_->report(done, total, msg); return true; } private: Impl* f_; }; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strGetFilterOp: // Converts a string value to a filter operation value. enum filterOpT { FILTEROP_AND, FILTEROP_OR, FILTEROP_RESET }; inline filterOpT strGetFilterOp (const char * str) { switch (*str) { // AND: case 'A': case 'a': case '0': return FILTEROP_AND; // OR: case 'O': case 'o': case '1': return FILTEROP_OR; // RESET: case 'R': case 'r': case '2': return FILTEROP_RESET; } // Default is RESET. return FILTEROP_RESET; } // ECO string routines // void eco_ToString (ecoT ecoCode, char * ecoStr, bool extensions = true); inline void eco_ToBasicString (ecoT ecoCode, char * ecoStr) { eco_ToString (ecoCode, ecoStr, false); } inline void eco_ToExtendedString (ecoT ecoCode, char * ecoStr) { eco_ToString (ecoCode, ecoStr, true); } ecoT eco_FromString (const char * ecoStr); ecoT eco_LastSubCode (ecoT ecoCode); ecoT eco_BasicCode (ecoT ecoCode); ecoT eco_Reduce(ecoT eco); // String routines. Some are identical to ANSI standard functions, but // I have included them: // (a) to keep nice consistent naming conventions, e.g. strCopy. // (b) so stats can easily be kept by modifying the functions. // (c) so some can be made inline for speed if necessary. inline uint32_t strStartHash(const char* str) { ASSERT(str != 0); const unsigned char* s = reinterpret_cast(str); uint32_t tmp = static_cast(tolower(*s)); uint32_t result = tmp << 24; if (*s == '\0') return result; tmp = static_cast(tolower(*++s)); result += tmp << 16; if (*s == '\0') return result; tmp = static_cast(tolower(*++s)); result += tmp << 8; if (*s == '\0') return result; result += static_cast(tolower(*++s)); return result; } char * strDuplicate (const char * str); char * strAppend (char * target, const char * extra); uint strPad (char * target, const char * orig, int length, char pad); const char * strFirstChar (const char * target, char matchChar); const char * strLastChar (const char * target, char matchChar); void strStrip (char * str, char ch); const char * strTrimLeft (const char * target, const char * trimChars); inline const char * strTrimLeft (const char * target) { return strTrimLeft (target, " \t\r\n"); } uint strTrimSuffix (char * target, char suffixChar); void strTrimDate (char * str); void strTrimMarkCodes (char * str); void strTrimMarkup (char * str); const char * strFirstWord (const char * str); const char * strNextWord (const char * str); // strPlural: // Returns the empty string if its parameter is 1, or "s" otherwise. inline const char * strPlural (uint x) { return (x == 1 ? "" : "s"); } bool strIsUnknownName (const char * str); // strIsSurnameOnly: returns true if a string appears to only // contain a surname. bool strIsSurnameOnly (const char * name); bool strGetBoolean (const char * str); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strGetInteger(): // Extracts a signed base-10 value from a string. // Defaults to zero (as strtol does) for non-numeric strings. inline int strGetInteger(const char * str) { return std::strtol(str, NULL, 10); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strGetUnsigned(): // Extracts an unsigned base-10 value from a string. // Defaults to zero (as strtoul does) for non-numeric strings. // inline uint32_t strGetUnsigned(const char* str) { ASSERT(str != NULL); return static_cast(std::strtoul(str, NULL, 10)); } inline int strCaseCompare(const char* str1, const char* str2) { ASSERT(str1 != NULL && str2 != NULL); const unsigned char* s1 = reinterpret_cast(str1); const unsigned char* s2 = reinterpret_cast(str2); int c1, c2; do { c1 = tolower(*s1++); c2 = tolower(*s2++); if (c1 == '\0') break; } while (c1 == c2); return c1 - c2; } inline int strCompareRound(const char* str1, const char* str2) { ASSERT(str1 != NULL && str2 != NULL); uint32_t a = strGetUnsigned(str1); uint32_t b = strGetUnsigned(str2); if (a == b) return strCaseCompare(str1, str2); return (a < b) ? -1 : 1; } inline bool strEqual(const char* str1, const char* str2) { ASSERT(str1 != NULL && str2 != NULL); return (std::strcmp(str1, str2) == 0); } void strGetIntegers (const char * str, int * results, uint nResults); void strGetUnsigneds (const char * str, uint * results, uint nResults); resultT strGetResult (const char * str); typedef uint flagT; const flagT FLAG_EMPTY = 0; const flagT FLAG_YES = 1; const flagT FLAG_NO = 2; const flagT FLAG_BOTH = 3; inline bool flag_Yes (flagT t) { return (t & FLAG_YES); } inline bool flag_No (flagT t) { return (t & FLAG_NO); } flagT strGetFlag (const char * str); squareT strGetSquare (const char * str); inline uint strTrimFileSuffix (char * target) { return strTrimSuffix (target, '.'); } inline const char * strFileSuffix (const char * target) { return strLastChar (target, '.'); } int strUniqueExactMatch (const char * keyStr, const char ** strTable, bool exact); inline int strUniqueMatch (const char * keyStr, const char ** strTable) { return strUniqueExactMatch (keyStr, strTable, false); } inline int strExactMatch (const char * keyStr, const char ** strTable) { return strUniqueExactMatch (keyStr, strTable, true); } inline bool strContainsChar (const char * str, char ch) { while (*str) { if (*str == ch) { return true; } str++; } return false; } // WARNING: Avoid this function! // Considering that the sign of a char is implementation-defined [3.9.1], the // int conversion ("[4.7.3] If the destination type is signed, the value is // unchanged if it can be represented in the destination type") can yield // different results on different architectures or compilers. // A better alternative is the standard function strcmp() that returns the // difference between the values of the first pair of characters (both // interpreted as unsigned char) that differ in the strings being compared. inline int strCompare(const char* s1, const char* s2) { ASSERT (s1 != NULL && s2 != NULL); while (1) { if (*s1 != *s2) { return ((int) *s1) - ((int) *s2); } if (*s1 == 0) break; s1++; s2++; } return 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strCopy(): same as strcpy(). // inline void strCopy (char * target, const char * original) { ASSERT (target != NULL && original != NULL); while (*original != 0) { *target = *original; target++; original++; } *target = 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strPrefix(): // Returns the length of the common prefix of two strings. // inline uint strPrefix (const char * s1, const char * s2) { ASSERT (s1 != NULL && s2 != NULL); uint count = 0; while (*s1 == *s2) { if (*s1 == 0) { // seen end of string, strings are identical return count; } count++; s1++; s2++; } return count; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strIsPrefix(): // Returns true if the prefix string is a prefix of longStr. inline bool strIsPrefix (const char * prefix, const char * longStr) { while (*prefix) { if (*longStr == 0) { return false; } if (*prefix != *longStr) { return false; } prefix++; longStr++; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strIsCasePrefix(): // Returns true if the prefix string is a case-insensitive // prefix of longStr. inline bool strIsCasePrefix (const char * prefix, const char * longStr) { typedef unsigned char U; while (*prefix) { if (*longStr == 0) { return false; } if (tolower(U(*prefix)) != tolower(U(*longStr))) { return false; } prefix++; longStr++; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strIsAlphaPrefix(): // Returns true if the prefix string is a prefix of longStr. // Unlike strIsPrexix(), this version is case-insensitive and // spaces are ignored. // Example: strIsAlphaPrefix ("smith,j", "Smith, John") == true. inline bool strIsAlphaPrefix (const char * prefix, const char * longStr) { typedef unsigned char U; while (*prefix) { while (*prefix == ' ') { prefix++; } while (*longStr == ' ') { longStr++; } if (*longStr == 0) { return false; } if (tolower(U(*prefix)) != tolower(U(*longStr))) { return false; } prefix++; longStr++; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strContains(): // Returns true if longStr contains an occurrence of keyStr, // case-sensitive and NOT ignoring any characters such as spaces. inline bool strContains (const char * longStr, const char * keyStr) { while (*longStr) { if (strIsPrefix (keyStr, longStr)) { return true; } longStr++; } return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strAlphaContains(): // Returns true if longStr contains an occurrence of keyStr, // case-insensitive and ignoring spaces. // Example: strAlphaContains ("Smith, John", "th,j") == true. // inline bool strAlphaContains (const char * longStr, const char * keyStr) { while (*longStr) { if (strIsAlphaPrefix (keyStr, longStr)) { return true; } longStr++; } return false; } inline uint strLength (const char * str) { ASSERT(str != NULL); uint len = 0; while (*str != 0) { len++; str++; } return len; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // strTrimRight(): // Trims the provided string in-place, removing the // end characters that match the trimChars. // Returns the number of characters trimmed. // E.g., strTrimRight("abcyzyz", "yz") would leave the string // as "abc". inline void strTrimRight(char* target, const char* trimChars, size_t nTrimCh) { const char* endTrim = trimChars + nTrimCh; size_t iCh = strlen(target); for (; iCh > 0; --iCh) { if (std::find(trimChars, endTrim, target[iCh - 1]) == endTrim) break; } target[iCh] = '\0'; } inline void strTrimRight(char* target) { return strTrimRight(target, " \t\r\n", 4); } #endif // #ifdef SCID_MISC_H ////////////////////////////////////////////////////////////////////// // EOF: misc.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/codec_scid4.cpp0000755000076500000240000004762214666426276020571 0ustar jensstaff/* * Copyright (C) 2017 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . * */ /** @file * Implements the CodecSCID4 class, which manages the databases encoded * in Scid format version 4. */ #include "codec_scid4.h" #include namespace { /** * A NameBase file starts with an header containing: * - header_magic (8 bytes): identify the file format * - unused (4 bytes): obsolete timeStamp * - number of NAME_PLAYER names stored in the file (3 bytes) * - number of NAME_EVENT names stored in the file (3 bytes) * - number of NAME_SITE names stored in the file (3 bytes) * - number of NAME_ROUND names stored in the file (3 bytes) * - unused (12 bytes): obsolete max frequency * Names are stored in alphabetical order using front-coding and each record is * composed by: * - name_id (2-3 bytes): the idx (idNumberT) stored in the Index (.si4) file * - unused (1-3 bytes): obsolete frequency * - length (1 byte): the total number of bytes of the name (max 255) * - prefix (1 byte): the number of bytes in common with the previous name * - name (0-255 bytes): the part of the name that differs from the previous * one. */ const char* NAMEBASE_MAGIC = "Scid.sn"; /** * Read a SCIDv4 NameBase file into memory. * @param filename: the full path of the file to open. * @param fMode: a valid file mode. * @param nb: reference to the object where the names will be stored. * @returns OK if successful or an error code. */ errorT namefileRead(const char* filename, fileModeT fmode, NameBase& nb) { auto nb_data = nb.getData(); auto& map = std::get<0>(nb_data); auto& names = std::get<1>(nb_data); auto& eloV = std::get<2>(nb_data); Filebuf file; if (file.Open(filename, fmode) != OK) return ERROR_FileOpen; char Header_magic[9] = {0}; // magic identifier must be "Scid.sn" file.sgetn(Header_magic, 8); if (strcmp(Header_magic, NAMEBASE_MAGIC) != 0) return ERROR_BadMagic; // *** Compatibility *** // Even if timeStamp is not used we still need to read the bytes file.ReadFourBytes(); // *** idNumberT Header_numNames[NUM_NAME_TYPES]; Header_numNames[NAME_PLAYER] = file.ReadThreeBytes(); Header_numNames[NAME_EVENT] = file.ReadThreeBytes(); Header_numNames[NAME_SITE] = file.ReadThreeBytes(); Header_numNames[NAME_ROUND] = file.ReadThreeBytes(); // *** Compatibility *** // Even if frequency is no longer used we still need to read the bytes uint obsolete_maxFreq[NUM_NAME_TYPES]; obsolete_maxFreq[NAME_PLAYER] = file.ReadThreeBytes(); obsolete_maxFreq[NAME_EVENT] = file.ReadThreeBytes(); obsolete_maxFreq[NAME_SITE] = file.ReadThreeBytes(); obsolete_maxFreq[NAME_ROUND] = file.ReadThreeBytes(); // *** eloV.resize(Header_numNames[NAME_PLAYER], 0); for (nameT nt : {NAME_PLAYER, NAME_EVENT, NAME_SITE, NAME_ROUND}) { names[nt].resize(Header_numNames[nt]); idNumberT id; std::string prevName; for (idNumberT i = 0; i < Header_numNames[nt]; i++) { if (Header_numNames[nt] >= 65536) { id = file.ReadThreeBytes(); } else { id = file.ReadTwoBytes(); } // *** Compatibility *** // Even if frequency is no longer used we still need to read the // bytes Frequencies can be stored in 1, 2 or 3 bytes: if (obsolete_maxFreq[nt] >= 65536) { file.ReadThreeBytes(); } else if (obsolete_maxFreq[nt] >= 256) { file.ReadTwoBytes(); } else { // Frequencies all <= 255: fit in one byte file.ReadOneByte(); } // *** // Read the name string. // All strings EXCEPT the first are front-coded. int length = file.ReadOneByte(); int prefix = (i > 0) ? file.ReadOneByte() : 0; if (prefix > length) return ERROR_Corrupt; char* name = new char[length + 1]; std::copy_n(prevName.c_str(), prefix, name); std::streamsize extra_chars = length - prefix; if (extra_chars != file.sgetn(name + prefix, extra_chars)) { delete[] name; return ERROR_FileRead; } name[length] = 0; prevName.assign(name, length); if (id < Header_numNames[nt] && names[nt][id] == 0) { names[nt][id].reset(name); map[nt].insert(map[nt].end(), std::make_pair(name, id)); } else { delete[] name; return ERROR_Corrupt; } } if (map[nt].size() != names[nt].size()) return ERROR_Corrupt; } return OK; } /** * Write a SCIDv4 NameBase file. * @param filename: the full path of the file to open. * @param nb: reference to the object where the names will be stored. * @returns OK if successful or an error code. */ template errorT namefileWrite(const char* filename, const TCont& names_ids, const TFreq& freq) { Filebuf file; if (file.Open(filename, FMODE_WriteOnly) != OK) return ERROR_FileOpen; file.sputn(NAMEBASE_MAGIC, 8); // *** Compatibility *** // Even if timeStamp is not used we still need to write these bytes file.WriteFourBytes(0); // *** ASSERT(1ULL << 24 > names_ids[NAME_PLAYER].size()); ASSERT(1ULL << 24 > names_ids[NAME_EVENT].size()); ASSERT(1ULL << 24 > names_ids[NAME_SITE].size()); ASSERT(1ULL << 24 > names_ids[NAME_ROUND].size()); file.WriteThreeBytes((uint32_t)names_ids[NAME_PLAYER].size()); file.WriteThreeBytes((uint32_t)names_ids[NAME_EVENT].size()); file.WriteThreeBytes((uint32_t)names_ids[NAME_SITE].size()); file.WriteThreeBytes((uint32_t)names_ids[NAME_ROUND].size()); // *** Compatibility *** // even if maxFrequency is no longer used we still need to write these bytes unsigned maxFreq[NUM_NAME_TYPES] = {0}; for (nameT nt : {NAME_PLAYER, NAME_EVENT, NAME_SITE, NAME_ROUND}) { auto it = std::max_element(freq[nt].begin(), freq[nt].end()); maxFreq[nt] = (it == freq[nt].end()) ? 0 : *it; file.WriteThreeBytes(maxFreq[nt]); } // *** for (nameT nt : {NAME_PLAYER, NAME_EVENT, NAME_SITE, NAME_ROUND}) { const char* prevName = nullptr; size_t numNames = names_ids[nt].size(); for (const auto& it : names_ids[nt]) { const char* name = it.first; idNumberT id = it.second; // *** Compatibility *** // Older code used a custom StrTree class with a peculiar sorting: // - the first char was interpreted as an unsigned char; // - the remaining part was compared with strComapare(), // which converts the chars to ints, and is not consistent with // the standard function strcmp(). // The old StrTree class did also have unpredictable behaviors when // fed with names not sorted according to that criteria, for example // it could create Namebase objects with duplicate entries. // *** ASSERT(prevName == nullptr || static_cast(*prevName) < static_cast(*name) || (static_cast(*prevName) == static_cast(*name) && strCompare(prevName, name) < 0)); // write idNumber in 2 bytes if possible, otherwise 3. if (numNames >= 65536) { file.WriteThreeBytes(id); } else { file.WriteTwoBytes(id); } // *** Compatibility *** // write these bytes even if they are not used anymore if (maxFreq[nt] >= 65536) { file.WriteThreeBytes(freq[nt][id]); } else if (maxFreq[nt] >= 256) { file.WriteTwoBytes(freq[nt][id]); } else { file.WriteOneByte(static_cast(freq[nt][id])); } // *** ASSERT(strlen(name) < 256); byte length = static_cast(strlen(name)); file.WriteOneByte(length); byte prefix = 0; if (prevName) { prefix = (byte)strPrefix(name, prevName); file.WriteOneByte(prefix); } file.sputn(name + prefix, (length - prefix)); prevName = name; } } return OK; } /** * An Index file starts with an header of 182 bytes containing: * - index_magic (8 bytes): identifies the file format. * - version (2 bytes): 300 or 400 * - baseType (4 bytes): e.g. tournament, theory, etc. * - numGames (3 bytes): total number of games contained into the index. * - autoLoad (3 bytes): number of the game to load at start * (0=none, 1=1st, >numGames=last). * - description (108 bytes): a null-terminated string describing the database. * - flag1 description (9 bytes): a null-terminated string describing flag1. * - flag2 description (9 bytes): a null-terminated string describing flag2. * - flag3 description (9 bytes): a null-terminated string describing flag3. * - flag4 description (9 bytes): a null-terminated string describing flag4. * - flag5 description (9 bytes): a null-terminated string describing flag5. * - flag6 description (9 bytes): a null-terminated string describing flag6. */ constexpr char INDEX_MAGIC[8] = "Scid.si"; /// Read the header section of a SCIDv4 Index file into memory. /// @param indexFile: file handle positioned at the start of the Index file. /// @param fMode: a valid file mode. /// @param header: reference to the object where the data will be stored. /// @returns OK if successful or an error code. template errorT readIndexHeader(FileT& indexFile, fileModeT fmode, HeaderT& header) { constexpr versionT SCID_VERSION = 400; // Current file format version = 4.0 constexpr versionT SCID_OLDEST_VERSION = 300; // Oldest readable version char magic[8]; indexFile.sgetn(magic, 8); if (!std::equal(std::begin(magic), std::end(magic), std::begin(INDEX_MAGIC), std::end(INDEX_MAGIC))) { return ERROR_BadMagic; } header.version = indexFile.ReadTwoBytes(); if (header.version < SCID_OLDEST_VERSION || header.version > SCID_VERSION) { return ERROR_FileVersion; } if (header.version != SCID_VERSION && fmode != FMODE_ReadOnly) { // Old versions must be opened readonly return ERROR_FileMode; } header.baseType = indexFile.ReadFourBytes(); header.numGames = indexFile.ReadThreeBytes(); header.autoLoad = indexFile.ReadThreeBytes(); indexFile.sgetn(header.description, SCID_DESC_LENGTH + 1); header.description[SCID_DESC_LENGTH] = 0; if (header.version >= 400) { for (uint i = 0; i < CUSTOM_FLAG_MAX; i++) { indexFile.sgetn(header.customFlagDesc[i], CUSTOM_FLAG_DESC_LENGTH + 1); header.customFlagDesc[i][CUSTOM_FLAG_DESC_LENGTH] = 0; } } return OK; } /// Write the header section of a SCIDv4 Index file. /// @param indexFile: file handle of the Index file. /// @param header: reference to the object containing the header data. /// @returns OK if successful or an error code. template errorT writeIndexHeader(FileT& indexFile, HeaderT& Header) { if (indexFile.pubseekpos(0) != std::streampos(0)) return ERROR_FileWrite; std::streamsize n = 0; n += indexFile.sputn(INDEX_MAGIC, 8); n += indexFile.WriteTwoBytes(Header.version); n += indexFile.WriteFourBytes(Header.baseType); n += indexFile.WriteThreeBytes(Header.numGames); n += indexFile.WriteThreeBytes(Header.autoLoad); n += indexFile.sputn(Header.description, SCID_DESC_LENGTH + 1); for (size_t i = 0; i < CUSTOM_FLAG_MAX; i++) { n += indexFile.sputn(Header.customFlagDesc[i], CUSTOM_FLAG_DESC_LENGTH + 1); } if (n != INDEX_HEADER_SIZE || indexFile.pubsync() == -1) return ERROR_FileWrite; return OK; } } // namespace /** * Decode SCID4 (or SCID3) data into an IndexEntry object. * @param buf_it: pointer to the buffer containing the data * (should contain INDEX_ENTRY_SIZE chars) * @param version: 400 for SCID4 or 300 for SCID3. * @param ie: pointer to the IndexEntry object where the data will be * stored. */ void decodeIndexEntry(const char* buf_it, versionT version, IndexEntry* ie) { auto ReadOneByte = [&buf_it]() { uint8_t res = *buf_it++; return res; }; auto ReadTwoBytes = [&ReadOneByte]() { uint16_t high = ReadOneByte(); uint16_t res = (high << 8) | ReadOneByte(); return res; }; auto ReadFourBytes = [&ReadTwoBytes]() { uint32_t high = ReadTwoBytes(); uint32_t res = (high << 16) | ReadTwoBytes(); return res; }; // Offset of the gamefile record (32 bits). ie->SetOffset(ReadFourBytes()); // Length of gamefile record for this game: 17 bits are used so the max // length is 128 ko (131071). // Lower bits of the extra byte are used for custom flags: LxFFFFFF ( L = // length for long games, x = spare, F = custom flags) uint32_t len_Low = ReadTwoBytes(); uint32_t len_flags = (version < 400) ? 0 : ReadOneByte(); ie->SetLength(((len_flags & 0x80) << 9) | len_Low); uint32_t Flags = ReadTwoBytes(); ie->clearFlags(); ie->SetFlag(((len_flags & 0x3F) << 16) | Flags, true); // WhiteID and BlackID are 20-bit values, EventID and SiteID are // 19-bit values, and RoundID is an 18-bit value. // WhiteID high 4 bits = bits 4-7 of WhiteBlack_High. // BlackID high 4 bits = bits 0-3 of WhiteBlack_High. // EventID high 3 bits = bits 5-7 of EventSiteRnd_high. // SiteID high 3 bits = bits 2-4 of EventSiteRnd_high. // RoundID high 2 bits = bits 0-1 of EventSiteRnd_high. uint32_t WhiteBlack_High = ReadOneByte(); uint32_t WhiteID_Low = ReadTwoBytes(); ie->SetWhite(((WhiteBlack_High & 0xF0) << 12) | WhiteID_Low); uint32_t BlackID_Low = ReadTwoBytes(); ie->SetBlack(((WhiteBlack_High & 0x0F) << 16) | BlackID_Low); uint32_t EventSiteRnd_High = ReadOneByte(); uint32_t EventID_Low = ReadTwoBytes(); ie->SetEvent(((EventSiteRnd_High & 0xE0) << 11) | EventID_Low); uint32_t SiteID_Low = ReadTwoBytes(); ie->SetSite(((EventSiteRnd_High & 0x1C) << 14) | SiteID_Low); uint32_t RoundID_Low = ReadTwoBytes(); ie->SetRound(((EventSiteRnd_High & 0x03) << 16) | RoundID_Low); // Counters for comments, variations, etc. (4 bits each) // VarCounts also stores the result (4 bits). uint32_t varCounts = ReadTwoBytes(); ie->SetRawVariationCount(varCounts & 0x0F); ie->SetRawCommentCount((varCounts >> 4) & 0x0F); ie->SetRawNagCount((varCounts >> 8) & 0x0F); ie->SetResult((varCounts >> 12) & 0x0F); // ECO code (16 bits) ie->SetEcoCode(ReadTwoBytes()); // Date and EventDate are stored in four bytes. // Due to a compact encoding format, the EventDate // must be within a few years of the Date. uint32_t date_edate = ReadFourBytes(); uint32_t date = date_edate & 0xFFFFF; ie->SetDate(date); uint32_t edate = date_edate >> 20; uint32_t eyear = date_GetYear(edate) & 0x07; if (eyear == 0) { edate = ZERO_DATE; } else { eyear += date_GetYear(date); eyear = (eyear < 4) ? 0 : eyear - 4; edate = DATE_MAKE(eyear, date_GetMonth(edate), date_GetDay(edate)); } ie->SetEventDate(edate); // The two ELO ratings and rating types take 2 bytes each. uint16_t whiteElo = ReadTwoBytes(); ie->SetWhiteElo(whiteElo & 0xFFF); ie->SetWhiteRatingType(whiteElo >> 12); uint16_t blackElo = ReadTwoBytes(); ie->SetBlackElo(blackElo & 0xFFF); ie->SetBlackRatingType(blackElo >> 12); // material of the final position in the game, // and the StoredLineCode in the top 8 bits. uint32_t finalMatSig = ReadFourBytes(); ie->SetFinalMatSig(finalMatSig & 0xFFFFFF); ie->SetStoredLineCode(finalMatSig >> 24); // Read the 9-byte homePawnData array: // The first byte of HomePawnData has high bits of the NumHalfMoves // counter in its top two bits: uint16_t NumHalfMoves = ReadOneByte(); uint16_t pawnData0 = ReadOneByte(); ie->SetNumHalfMoves(((pawnData0 & 0xC0) << 2) | NumHalfMoves); ie->SetHomePawnData(pawnData0 & 0x3F, reinterpret_cast(buf_it)); } errorT CodecSCID4::dyn_open(fileModeT fMode, const char* filename, const Progress& progress, Index* idx, NameBase* nb) { if (fMode == FMODE_WriteOnly || !filename || !idx || !nb) return ERROR; if (*filename == '\0') return ERROR_FileOpen; idx_ = idx; idx_->Init(); nb_ = nb; filenames_.resize(3); filenames_[0] = std::string(filename) + ".si4"; filenames_[1] = std::string(filename) + ".sn4"; filenames_[2] = std::string(filename) + ".sg4"; errorT err = gfile_.open(filenames_[2], fMode); if (err != OK) return err; const char* indexFilename = filenames_[0].c_str(); if (fMode == FMODE_Create) { // Check that the file does not exists if (idxfile_.Open(indexFilename, FMODE_ReadOnly) == OK) err = ERROR_FileOpen; if (err == OK) err = idxfile_.Open(indexFilename, FMODE_Create); if (err == OK) err = writeIndexHeader(idxfile_, idx_->Header); if (err == OK) { err = namefileWrite(filenames_[1].c_str(), nb_->getNames(), idx_->calcNameFreq(*nb_)); } } else { err = idxfile_.Open(indexFilename, fMode); if (err == OK) err = readIndexHeader(idxfile_, fMode, idx_->Header); if (err == OK) err = namefileRead(filenames_[1].c_str(), fMode, *nb_); if (err == OK) err = readIndex(progress); } return err; } errorT CodecSCID4::flush() { idx_->seqWrite_ = 0; errorT errHeader = OK; if (idx_->Header.dirty_) { errHeader = writeIndexHeader(idxfile_, idx_->Header); if (errHeader == OK) idx_->Header.dirty_ = false; } errorT errSync = (idxfile_.pubsync() != 0) ? ERROR_FileWrite : OK; errorT err = (errHeader == OK) ? errSync : errHeader; if (err == OK) { // *** Compatibility *** // Even if name's frequency is no longer used, it's necessary to // keep the compatibility with older Scid versions, forcing a // recalculation. err = namefileWrite(filenames_[1].c_str(), nb_->getNames(), idx_->calcNameFreq(*nb_)); } errorT errGfile = (gfile_.pubsync() == 0) ? OK : ERROR_FileWrite; return (err == OK) ? errGfile : err; } /** * Reads the entire index file into memory. * Invalid name IDs are replaced with "?" if possible. * @param progress: a Progress object used for GUI communications. * @returns OK if successful or an error code. */ inline errorT CodecSCID4::readIndex(const Progress& progress) { gamenumT nUnknowIDs = 0; idNumberT maxID[NUM_NAME_TYPES]; for (nameT nt = NAME_PLAYER; nt < NUM_NAME_TYPES; nt++) { maxID[nt] = nb_->GetNumNames(nt); } auto validateNameIDs = [&](IndexEntry* ie) { if (ie->GetWhite() >= maxID[NAME_PLAYER]) { auto unknown = dyn_addName(NAME_PLAYER, "?"); if (unknown.first != OK) return false; ie->SetWhite(unknown.second); ++nUnknowIDs; } if (ie->GetBlack() >= maxID[NAME_PLAYER]) { auto unknown = dyn_addName(NAME_PLAYER, "?"); if (unknown.first != OK) return false; ie->SetBlack(unknown.second); ++nUnknowIDs; } if (ie->GetEvent() >= maxID[NAME_EVENT]) { auto unknown = dyn_addName(NAME_EVENT, "?"); if (unknown.first != OK) return false; ie->SetEvent(unknown.second); ++nUnknowIDs; } if (ie->GetSite() >= maxID[NAME_SITE]) { auto unknown = dyn_addName(NAME_SITE, "?"); if (unknown.first != OK) return false; ie->SetSite(unknown.second); ++nUnknowIDs; } if (ie->GetRound() >= maxID[NAME_ROUND]) { auto unknown = dyn_addName(NAME_ROUND, "?"); if (unknown.first != OK) return false; ie->SetRound(unknown.second); ++nUnknowIDs; } return true; }; auto version = idx_->Header.version; auto nGames = idx_->GetNumGames(); idx_->entries_.resize(nGames); auto nBytes = (version < 400) ? OLD_INDEX_ENTRY_SIZE : INDEX_ENTRY_SIZE; for (gamenumT gNum = 0; idxfile_.sgetc() != EOF; ++gNum) { if (gNum == nGames) return ERROR_CorruptData; if ((gNum % 8192) == 0) { if (!progress.report(gNum, nGames)) return ERROR_UserCancel; } char buf[INDEX_ENTRY_SIZE]; if (idxfile_.sgetn(buf, nBytes) != nBytes) return ERROR_FileRead; IndexEntry& ie = idx_->entries_[gNum]; decodeIndexEntry(buf, version, &ie); if (!validateNameIDs(&ie)) return ERROR_CorruptData; nb_->AddElo(ie.GetWhite(), ie.GetWhiteElo()); nb_->AddElo(ie.GetBlack(), ie.GetBlackElo()); } progress.report(1, 1); if (nGames != idx_->GetNumGames()) return ERROR_FileRead; idx_->nInvalidNameId_ = nUnknowIDs; return (nUnknowIDs == 0) ? OK : ERROR_NameDataLoss; } chessx-master/dep/scid/code/src/fastgame.h0000755000076500000240000004021714666426276017653 0ustar jensstaff/* * Copyright (C) 2013-2015 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ #ifndef FASTGAME_H #define FASTGAME_H #include "bytebuf.h" #include "common.h" #include "fullmove.h" #include "movegen.h" #include "position.h" #include #include #include #include #include /// Store the number of pieces for each type and color. class MaterialCount { int8_t n_[2][8] = {}; public: /// Add one piece. void incr(colorT color, pieceT piece_type) { ASSERT(color == 0 || color == 1); ASSERT(piece_type > 0 && piece_type < 8); ++n_[color][0]; ++n_[color][piece_type]; } /// Subtract one piece. void decr(colorT color, pieceT piece_type) { ASSERT(color == 0 || color == 1); ASSERT(piece_type > 0 && piece_type < 8); --n_[color][0]; --n_[color][piece_type]; } /// Return the total number of pieces of the specified color. int8_t count(colorT color) const { ASSERT(color == 0 || color == 1); return n_[color][0]; } /// Return the number of pieces of the specified color and type. int8_t count(colorT color, pieceT piece_type) const { ASSERT(color == 0 || color == 1); ASSERT(piece_type > 0 && piece_type < 8); return n_[color][piece_type]; } bool operator==(const MaterialCount& b) const { const int8_t* a = n_[0]; const int8_t* b_ptr = b.n_[0]; return std::equal(a, a + 16, b_ptr); } bool operator!=(const MaterialCount& b) const { return !operator==(b); } }; /// Store the type and position of the pieces compatibly with the SCID4 coding. class PieceList { struct { squareT sq; pieceT piece_type; } pieces_[2][16]; public: /// SCID4 encoded games must use index 0 for kings. int8_t getKingIdx() const { return 0; } /// Return the type of the piece with index @e idx pieceT getPieceType(colorT color, int idx) const { ASSERT(color == 0 || color == 1); ASSERT(idx >= 0 && idx < 16); return pieces_[color][idx].piece_type; } /// Return the square position of the piece with index @e idx squareT getSquare(colorT color, int idx) const { ASSERT(color == 0 || color == 1); ASSERT(idx >= 0 && idx < 16); return pieces_[color][idx].sq; } /// Change the square position of the piece with index @e idx void changeSq(colorT color, int idx, squareT to) { ASSERT(color == 0 || color == 1); ASSERT(idx >= 0 && idx < 16); pieces_[color][idx].sq = to; } /// Change the type of the piece with index @e idx void promote(colorT color, int idx, pieceT piece_type) { ASSERT(color == 0 || color == 1); ASSERT(idx >= 0 && idx < 16); pieces_[color][idx].piece_type = piece_type; } /// Remove the piece with index @e removed_idx. /// Piece's indexes are important for decoding SCID4 moves: when a piece is /// removed it's index is used by the last valid index @e lastvalid_idx. /// Return the square of the new piece with index @e removed_idx. squareT remove(colorT color, int removed_idx, int lastvalid_idx) { ASSERT(color == 0 || color == 1); ASSERT(removed_idx >= 0 && removed_idx < 16); ASSERT(lastvalid_idx >= 0 && lastvalid_idx < 16); pieces_[color][removed_idx] = pieces_[color][lastvalid_idx]; return pieces_[color][lastvalid_idx].sq; } /// Set the type and square of the piece with index @e idx void set(colorT color, int idx, squareT sq, pieceT piece_type) { ASSERT(color == 0 || color == 1); ASSERT(idx >= 0 && idx < 16); ASSERT(piece_type != KING || idx == getKingIdx()); pieces_[color][idx].sq = sq; pieces_[color][idx].piece_type = piece_type; } }; class FastBoard { uint8_t board_[64]; MaterialCount mt_; PieceList pieces_; uint8_t castlingRook_[2][2]; // [WHITE|BLACK][long|short] the idx of the // rooks that can castle. 0 if none enum { EMPTY_SQ_ = 0xFF }; public: FastBoard() = default; explicit FastBoard(const Position& pos) { Init(pos); } static FastBoard stdStart() { static const auto std_start = FastBoard(Position::getStdStart()); return std_start; } void Init(const Position& pos) { std::fill_n(board_, 64, EMPTY_SQ_); std::fill_n(*castlingRook_, 4, 0); for (auto color : {WHITE, BLACK}) { const auto pos_count = pos.GetCount(color); const auto pos_list = pos.GetList(color); for (uint8_t idx = 0; idx < 16; ++idx) { if (idx < pos_count) { const squareT sq = pos_list[idx]; const pieceT piece_type = piece_Type(pos.GetPiece(sq)); pieces_.set(color, idx, sq, piece_type); board_[sq] = idx; mt_.incr(color, piece_type); if (piece_type == ROOK && square_Rank(sq) == rank_Relative(color, RANK_1)) { auto oldIdx = castlingRook_[color][0]; if (!oldIdx || sq < pieces_.getSquare(color, oldIdx)) castlingRook_[color][0] = idx; oldIdx = castlingRook_[color][1]; if (!oldIdx || sq > pieces_.getSquare(color, oldIdx)) castlingRook_[color][1] = idx; } } else { pieces_.set(color, idx, 0, INVALID_PIECE); } } } } bool isEqual(const pieceT* board, const MaterialCount& mt_count) const { if (mt_ != mt_count) return false; for (int idx = 0, n = mt_.count(WHITE); idx < n; ++idx) { const auto sq = pieces_.getSquare(WHITE, idx); const auto pt = pieces_.getPieceType(WHITE, idx); if (board[sq] != piece_Make(WHITE, pt)) return false; } for (int idx = 0, n = mt_.count(BLACK); idx < n; ++idx) { const auto sq = pieces_.getSquare(BLACK, idx); const auto pt = pieces_.getPieceType(BLACK, idx); if (board[sq] != piece_Make(BLACK, pt)) return false; } return true; } const MaterialCount& materialCount() const { return mt_; } squareT getSquare(colorT color, int idx) const { return pieces_.getSquare(color, idx); } pieceT getPiece(colorT color, int idx) const { return pieces_.getPieceType(color, idx); } /// The king and the rook are moved to the castle squares (even if they were /// no longer in their starting squares). /// @returns the previous position of the rook on success. /// On error returns the king's square (no piece is moved). template squareT castle(bool king_side) { const squareT king_to = king_side ? square_Relative(color, G1) : square_Relative(color, C1); const squareT rook_to = king_side ? square_Relative(color, F1) : square_Relative(color, D1); const int king_idx = pieces_.getKingIdx(); const squareT king_from = pieces_.getSquare(color, king_idx); const int rook_idx = castlingRook_[color][king_side ? 1 : 0]; const squareT rook_from = pieces_.getSquare(color, rook_idx); if (pieces_.getPieceType(color, rook_idx) != ROOK) return king_from; // No rook or captured pieces_.changeSq(color, rook_idx, rook_to); pieces_.changeSq(color, king_idx, king_to); board_[rook_from] = EMPTY_SQ_; board_[king_from] = EMPTY_SQ_; board_[rook_to] = rook_idx; board_[king_to] = king_idx; return rook_from; } template pieceT move(uint8_t idx, squareT to, pieceT promo) { if (promo != INVALID_PIECE) { pieces_.promote(color, idx, promo); mt_.incr(color, promo); mt_.decr(color, PAWN); } const auto from = pieces_.getSquare(color, idx); board_[from] = EMPTY_SQ_; pieces_.changeSq(color, idx, to); return remove<1 - color>(to, idx); } template pieceT remove(squareT sq, uint8_t newIdx = EMPTY_SQ_) { const uint8_t oldIdx = board_[sq]; board_[sq] = newIdx; if (oldIdx == EMPTY_SQ_) return INVALID_PIECE; pieceT removed_pt = pieces_.getPieceType(color, oldIdx); mt_.decr(color, removed_pt); int lastvalid_idx = mt_.count(color); if (oldIdx != lastvalid_idx) { squareT moved_sq = pieces_.remove(color, oldIdx, lastvalid_idx); board_[moved_sq] = oldIdx; for (auto& cRook : castlingRook_[color]) { if (cRook == lastvalid_idx) cRook = oldIdx; } } return removed_pt; } /** * Given the actual board position, find if the last move needs to be made * unambiguous and if it gives check (or TODO mate), and then sets the * appropriate bits in @e lastmove. * @param lastmove: the last move played. */ void fillSANInfo(FullMove& lastmove) const { const auto lastFrom = lastmove.getFrom(); const auto lastTo = lastmove.getTo(); const auto lastCol = lastmove.getColor(); auto lastPt = lastmove.getPiece(); if (lastPt == PAWN) { if (lastmove.isPromo()) lastPt = lastmove.getPromo(); } else if (mt_.count(lastCol, lastPt) > 1) { int ambiguity = ambiguousMove(lastFrom, lastTo, lastCol, lastPt); if (ambiguity) lastmove.setAmbiguity(ambiguity != 5, ambiguity >= 5); } // Look for checks ASSERT(mt_.count(WHITE) >= 1 && mt_.count(BLACK) >= 1); auto isOccupied = [this](auto sq) { return board_[sq] != EMPTY_SQ_; }; const auto enemyKingSq = getKingSquare(color_Flip(lastCol)); bool direct_check = (lastPt != KING) && movegen::attack(lastTo, enemyKingSq, lastCol, lastPt, isOccupied); if (direct_check || // Look for a discovered check find_attacker_slider(enemyKingSq, lastCol) >= 0) { lastmove.setCheck(); // TODO: Find if it's mate: // - it's not mate if the king can move to a safe square // - it's mate if it's double check or the attacker cannot be // captured or blocked. } } private: squareT getKingSquare(colorT color) const { return pieces_.getSquare(color, pieces_.getKingIdx()); } int ambiguousMove(squareT lastFrom, squareT lastTo, colorT lastCol, pieceT lastPt) const { int ambiguity = 0; const squareT kingSq = getKingSquare(lastCol); const colorT enemyCol = color_Flip(lastCol); for (int i = 1, n = mt_.count(lastCol); i < n; i++) { if (getPiece(lastCol, i) != lastPt) continue; // Skip: different type const squareT sq = getSquare(lastCol, i); if (sq == lastTo) continue; // Skip: this is the analyzed piece auto isOccupied = [sq, lastFrom, this](auto square) { if (square == sq) return false; if (square == lastFrom) return true; return board_[square] != EMPTY_SQ_; }; if (!movegen::pseudo(sq, lastTo, lastCol, lastPt, isOccupied)) continue; // Skip: illegal move const auto pin = movegen::opens_ray(sq, lastTo, kingSq, isOccupied); if (pin.first != INVALID_PIECE) { uint8_t idx = board_[pin.second]; if (idx != EMPTY_SQ_ && idx < mt_.count(enemyCol) && getSquare(enemyCol, idx) == pin.second) { const pieceT pt = getPiece(enemyCol, idx); if (pt == QUEEN || pt == pin.first) continue; // Skip: pinned piece } } // Ambiguity: // 1 (0001) --> need from-file (preferred) or from-rank // 3 (0011) --> need from-file // 5 (0101) --> need from-rank // 7 (0111) --> need both from-file and from-rank ambiguity |= 1; if (square_Rank(lastFrom) == square_Rank(sq)) { ambiguity |= 2; // 0b0010 } else if (square_Fyle(lastFrom) == square_Fyle(sq)) { ambiguity |= 4; // 0b0100 } } return ambiguity; } int find_attacker_slider(squareT destSq, colorT color) const { for (int idx = 0, n = mt_.count(color); idx < n; ++idx) { const pieceT pt = getPiece(color, idx); if (pt != QUEEN && pt != ROOK && pt != BISHOP) continue; auto isOccupied = [this](auto square) { return board_[square] != EMPTY_SQ_; }; const squareT sq = getSquare(color, idx); if (movegen::attack_slider(sq, destSq, pt, isOccupied)) { return idx; } } return -1; } }; class GameView { FastBoard board_; ByteBuffer bbuf_; colorT cToMove_; public: explicit GameView(const ByteBuffer& bbuf) : board_(FastBoard::stdStart()), bbuf_(bbuf), cToMove_(WHITE) {} GameView(const ByteBuffer& bbuf, const Position& startPos) : bbuf_(bbuf) { board_.Init(startPos); cToMove_ = startPos.GetToMove(); } template void mainLine(FuncT fn) { while (const auto move = (cToMove_ == WHITE) ? DecodeNextMove() : DecodeNextMove()) { cToMove_ = 1 - cToMove_; if (!fn(move)) return; } } FullMove getMove(int ply_to_skip) { for (int ply=0; ply <= ply_to_skip; ply++, cToMove_ = 1 - cToMove_) { auto move = (cToMove_ == WHITE) ? DecodeNextMove() : DecodeNextMove(); if (!move) break; if (ply == ply_to_skip) { board_.fillSANInfo(move); cToMove_ = 1 - cToMove_; return move; } } return {}; } std::string getMoveSAN(int ply_to_skip, int count) { std::stringstream res; const auto ply_num = (cToMove_ == WHITE)? 2 : 3; for (int ply=0; ply < ply_to_skip + count; ply++, cToMove_ = 1 - cToMove_) { FullMove move; if (cToMove_ == WHITE) { move = DecodeNextMove (); if (!move) break; if (ply < ply_to_skip) continue; if (ply > ply_to_skip) res << " "; res << (ply_num + ply) / 2 << "."; } else { move = DecodeNextMove (); if (!move) break; if (ply < ply_to_skip) continue; if (ply == ply_to_skip) res << (ply_num + ply) / 2 << "..."; else res << " "; } board_.fillSANInfo(move); res << move.getSAN(); } return res.str(); } template int search(const byte* board, const MaterialCount& mt_count) { int ply = 1; auto less_material = [](const MaterialCount& a, const MaterialCount& b, const colorT color, const auto move) { if (!move) return true; const auto captured_pt = move.getCaptured(); if (captured_pt == INVALID_PIECE) return false; if (a.count(color) < b.count(color)) return true; return a.count(color, PAWN) + a.count(color, captured_pt) < b.count(color, PAWN) + b.count(color, captured_pt); }; if (cToMove_ != toMove) { const auto move = DecodeNextMove(); if (!move) return 0; ply += 1; } for (;;) { if (board_.isEqual(board, mt_count)) return ply; { const auto move = DecodeNextMove(); if (less_material(board_.materialCount(), mt_count, 1 - toMove, move)) return 0; } { const auto move = DecodeNextMove(); if (less_material(board_.materialCount(), mt_count, toMove, move)) return 0; } ply += 2; } return 0; } private: template TResult DecodeNextMove() { auto [err, val] = bbuf_.nextLineMove(); if (err) return {}; return doPly(val); } template TResult doPly(byte v) { const auto idx_piece_moving = v >> 4; pieceT moving_piece = board_.getPiece(toMove, idx_piece_moving); squareT from = board_.getSquare(toMove, idx_piece_moving); auto [to, promo] = bbuf_.decodeMove(moving_piece, from, v); if (to < 0 || to > 63) return {}; // decode error if (to == from) { if (promo == INVALID_PIECE) return {}; // decode error if (promo == PAWN) // NULL MOVE return TResult(toMove, 0, 0, KING); // CASTLE const squareT rook_from = board_.castle(promo == KING); if (rook_from == from) return {}; // decode error return TResult(toMove, from, rook_from); } bool enPassant = moving_piece == PAWN && square_Fyle(from) != square_Fyle(to); pieceT captured = board_.move(idx_piece_moving, to, promo); TResult res(toMove, from, to, moving_piece); if (promo != INVALID_PIECE) res.setPromo(promo); if (captured != INVALID_PIECE) { res.setCapture(captured, false); } else if (enPassant) { squareT sq = (toMove == WHITE) ? to - 8 : to + 8; captured = board_.remove<1 - toMove>(0x3F & sq); res.setCapture(captured, true); } return res; } }; #endif chessx-master/dep/scid/code/src/date.h0000755000076500000240000001251714666426276017003 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: date.h // Date format and inline date functions. // // Part of: Scid (Shane's Chess Information Database) // Version: 1.9 // // Notice: Copyright (c) 1999 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_DATE_H #define SCID_DATE_H #include "common.h" #include #include // DATE STORAGE FORMAT: // In memory, dates are stored in a 32-bit (4-byte) uint, of which only // the lowest 3 bytes need be used, with the lowest 5 bits for the // day, the next highest 4 bits for the month and the highest bits for // the year. This makes date comparisons easy: a bigger date value is // a more recent date. If a field is unknown, its value is set to zero. // On disk, the date is stored in 3 bytes. //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // CONSTANTS and MACROS: const dateT ZERO_DATE = 0; const uint YEAR_SHIFT = 9; const uint MONTH_SHIFT = 5; const uint DAY_SHIFT = 0; // DAY (31 days) 5 bits (32) , MONTH (12 months) 4 bits (16) const uint YEAR_MAX = 2047; // 2^11 - 1 #define DATE_MAKE(y,m,d) (((y) << YEAR_SHIFT) | ((m) << MONTH_SHIFT) | (d)) //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // date_GetYear(): // Get the year from a date. inline uint date_GetYear (dateT date) { return (uint) (date >> YEAR_SHIFT); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // date_GetMonth(): // Get the month from a date. inline uint date_GetMonth (dateT date) { return (uint) ((date >> MONTH_SHIFT) & 15); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### date_GetDay(): // Get the day of the month from a date. inline uint date_GetDay (dateT date) { return (uint) (date & 31); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### date_GetMonthDay(): // Get the month and day; used to check for year-only dates. S.A inline uint date_GetMonthDay (dateT date) { return (uint) (date & 511); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // date_DecodeToString(): convert date to PGN tag string. inline void date_DecodeToString (dateT date, char * str) { ASSERT(str != NULL); uint year, month, day; year = date_GetYear (date); month = date_GetMonth (date); day = date_GetDay (date); if (year == 0) { *str++ = '?'; *str++ = '?'; *str++ = '?'; *str++ = '?'; } else { *str++ = '0' + (year / 1000); *str++ = '0' + (year % 1000) / 100; *str++ = '0' + (year % 100) / 10; *str++ = '0' + (year % 10); } *str++ = '.'; if (month == 0) { *str++ = '?'; *str++ = '?'; } else { *str++ = '0' + (month / 10); *str++ = '0' + (month % 10); } *str++ = '.'; if (day == 0) { *str++ = '?'; *str++ = '?'; } else { *str++ = '0' + (day / 10); *str++ = '0' + (day % 10); } *str = 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // date_EncodeFromString(): convert PGN tag string to date. // The date string format is: "yyyy.mm.dd". inline dateT date_EncodeFromString (const char * str) { // Do checks on str's validity as a date string: ASSERT(str != NULL); dateT date; uint year, month, day; // convert year: year = std::strtoul(str, NULL, 10); if (year > YEAR_MAX) { year = 0; } date = year << YEAR_SHIFT; while (*str != 0 && *str != '.') { str++; } if (*str == '.') { str++; } // convert month: month = std::strtoul(str, NULL, 10); if (month > 12) { return date; } date |= (month << MONTH_SHIFT); while (*str != 0 && *str != '.') { str++; } if (*str == '.') { str++; } // convert day: day = std::strtoul(str, NULL, 10); if (day > 31) { return date; } date |= (day << DAY_SHIFT); return date; } /** * Creates a dateT object from a PGN tag value string. * "The Date tag value field always uses a standard ten character format: * "YYYY.MM.DD". If the any of the digit fields are not known, then question * marks are used in place of the digits." * @param str: pointer to the memory containing the tag value. * @param len: length of the tag value. * @returns the dateT object corresponding to @e str. */ inline dateT date_parsePGNTag(const char* str, size_t len) { char tmp[10] = {0}; std::transform(str, str + std::min(len, 10), tmp, [](char ch) { return (ch >= '0' && ch <= '9') ? ch - '0' : 0; }); uint32_t year = tmp[0] * 1000 + tmp[1] * 100 + tmp[2] * 10 + tmp[3]; uint32_t month = tmp[5] * 10 + tmp[6]; uint32_t day = tmp[8] * 10 + tmp[9]; if (year > YEAR_MAX) year = 0; if (month > 12) month = 0; constexpr unsigned char days[] = {31, 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31}; if (day > days[month]) { if (day != 29 || year % 4 || (year % 100 == 0 && year % 400)) { day = 0; } } return (year << YEAR_SHIFT) | (month << MONTH_SHIFT) | (day << DAY_SHIFT); } inline dateT date_parsePGNTag(std::pair str) { return date_parsePGNTag(str.first, std::distance(str.first, str.second)); } #endif // #ifndef SCID_DATE_H ////////////////////////////////////////////////////////////////////// // EOF: date.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/indexentry.h0000755000076500000240000004774614666426276020273 0ustar jensstaff/* * Copyright (c) 1999-2002 Shane Hudson * Copyright (c) 2006-2009 Pascal Georges * Copyright (C) 2014-2017 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ #ifndef SCID_INDEXENTRY_H #define SCID_INDEXENTRY_H #include "common.h" #include "date.h" #include "matsig.h" #include "namebase.h" // HPSIG_SIZE = size of HomePawnData array in an IndexEntry. // It is nine bytes: the first byte contains the number of valid entries // in the array, and the next 8 bytes contain up to 16 half-byte entries. const uint HPSIG_SIZE = 9; const eloT MAX_ELO = 4000; // Since we store Elo Ratings in 12 bits const byte CUSTOM_FLAG_MASK[] = { 1, 1 << 1, 1 << 2, 1 << 3, 1 << 4, 1 << 5 }; // Total on-disk size per index entry: currently 47 bytes. const uint INDEX_ENTRY_SIZE = 47; const uint OLD_INDEX_ENTRY_SIZE = 46; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Class IndexEntry: one of these per game in the index file. // // It contains more than just the location of the game data in the main // data file. For fast searching, it also store some other important // values: players, event, site, date, result, eco, gamelength. // // It takes 56 bytes. class IndexEntry { uint64_t offset_ : 46; // Start of gamefile record for this game. uint64_t gameDataSize_ : 18; // Length of gamefile record for this game. uint64_t storedLineCode_ : 8; uint64_t whiteID_ : 28; uint64_t blackID_ : 28; uint32_t eventID_ : 28; uint32_t whiteEloType_ : 4; uint32_t siteID_ : 28; uint32_t blackEloType_ : 4; uint32_t roundID_ : 28; uint32_t result_ : 4; uint32_t whiteElo_ : 12; uint32_t date_ : 20; uint32_t blackElo_ : 12; uint32_t eventDate_ : 20; uint32_t numHalfMoves_ : 10; uint32_t flags_ : 22; uint32_t finalMatSig_ : 24; // material of the final position in the game uint32_t nVariations_ : 4; uint32_t nComments_ : 4; uint16_t ECOcode_; uint8_t nNags_ : 4; byte HomePawnData [HPSIG_SIZE]; // homePawnSig data. public: template errorT Write (T* file, versionT version) const; // get functions uint64_t GetOffset() const { return offset_; } uint32_t GetLength() const { return gameDataSize_; } idNumberT GetWhite() const { return whiteID_; } eloT GetWhiteElo() const { return whiteElo_; } byte GetWhiteRatingType() const { return whiteEloType_; } idNumberT GetBlack() const { return blackID_; } eloT GetBlackElo() const { return blackElo_; } byte GetBlackRatingType() const { return blackEloType_; } idNumberT GetEvent() const { return eventID_; } idNumberT GetSite() const { return siteID_; } idNumberT GetRound() const { return roundID_; } dateT GetDate() const { return date_; } dateT GetEventDate() const { return eventDate_; } resultT GetResult() const { return result_; } uint GetVariationCount() const { return DecodeCount(nVariations_); } uint GetCommentCount() const { return DecodeCount(nComments_); } uint GetNagCount() const { return DecodeCount(nNags_); } uint16_t GetNumHalfMoves() const { return numHalfMoves_; } matSigT GetFinalMatSig() const { return finalMatSig_; } byte GetStoredLineCode() const { return storedLineCode_; } ecoT GetEcoCode() const { return ECOcode_; } bool GetFlag(uint32_t mask) const { return (flags_ & mask) == mask; } const byte* GetHomePawnData() const { return HomePawnData; } void SetHomePawnData(byte hpCount, const byte hpVal[8]) { HomePawnData[0] = hpCount; // First byte stores the count std::copy_n(hpVal, 8, HomePawnData + 1); } // set functions, assert that the value is not truncated. void SetOffset(uint64_t offset) { offset_ = offset; ASSERT(GetOffset() == offset); } void SetLength(size_t length) { gameDataSize_ = length; ASSERT(GetLength() == length); } void SetWhite(idNumberT id) { whiteID_ = id; ASSERT(GetWhite() == id); } void SetWhiteElo(eloT elo) { whiteElo_ = elo; ASSERT(GetWhiteElo() == elo); } void SetWhiteRatingType(byte b) { whiteEloType_ = b; ASSERT(GetWhiteRatingType() == b); } void SetBlack(idNumberT id) { blackID_ = id; ASSERT(GetBlack() == id); } void SetBlackElo(eloT elo) { blackElo_ = elo; ASSERT(GetBlackElo() == elo); } void SetBlackRatingType(byte b) { blackEloType_ = b; ASSERT(GetBlackRatingType() == b); } void SetEvent(idNumberT id) { eventID_ = id; ASSERT(GetEvent() == id); } void SetSite(idNumberT id) { siteID_ = id; ASSERT(GetSite() == id); } void SetRound(idNumberT id) { roundID_ = id; ASSERT(GetRound() == id); } void SetDate(dateT date) { date_ = date; ASSERT(GetDate() == date); } void SetEventDate(dateT edate) { eventDate_ = edate; ASSERT(GetEventDate() == edate); } void SetResult(resultT res) { result_ = res; ASSERT(GetResult() == res); } void SetVariationCount(unsigned x) { nVariations_ = EncodeCount(x); } void SetCommentCount(unsigned x) { nComments_ = EncodeCount(x); } void SetNagCount(unsigned x) { nNags_ = EncodeCount(x); } void SetRawVariationCount(unsigned x) { nVariations_ = x; ASSERT(x == nVariations_); } void SetRawCommentCount(unsigned x) { nComments_ = x; ASSERT(x == nComments_); } void SetRawNagCount(unsigned x) { nNags_ = x; ASSERT(x == nNags_); } void SetNumHalfMoves(ushort b) { numHalfMoves_ = b; ASSERT(GetNumHalfMoves() == b); } void SetFinalMatSig(matSigT ms) { finalMatSig_ = ms; ASSERT(GetFinalMatSig() == ms); } void SetStoredLineCode(byte b) { storedLineCode_ = b; ASSERT(GetStoredLineCode() == b); } void SetEcoCode(ecoT eco) { ECOcode_ = eco; ASSERT(GetEcoCode() == eco); } void SetFlag(uint32_t flagMask, bool set) { if (set) flags_ |= flagMask; else flags_ &= ~flagMask; } // Handy functions that do not directly access member vars. uint GetYear () const { return date_GetYear (GetDate()); } uint GetMonth() const { return date_GetMonth (GetDate()); } uint GetDay () const { return date_GetDay (GetDate()); } void SetPlayer(colorT col, idNumberT id) { return (col == BLACK) ? SetBlack(id) : SetWhite(id); } const char* GetWhiteName (const NameBase* nb) const { return nb->GetName (NAME_PLAYER, GetWhite()); } const char* GetBlackName (const NameBase* nb) const { return nb->GetName (NAME_PLAYER, GetBlack()); } const char* GetEventName (const NameBase* nb) const { return nb->GetName (NAME_EVENT, GetEvent()); } const char* GetSiteName (const NameBase* nb) const { return nb->GetName (NAME_SITE, GetSite()); } const char* GetRoundName (const NameBase* nb) const { return nb->GetName (NAME_ROUND, GetRound()); } eloT GetWhiteElo (const NameBase* nb) const { eloT r = GetWhiteElo(); if (r == 0 && nb != 0) return nb->GetElo (GetWhite()); return r; } eloT GetBlackElo (const NameBase* nb) const { eloT r = GetBlackElo(); if (r == 0 && nb != 0) return nb->GetElo (GetBlack()); return r; } byte GetRating(const NameBase* nb) const; bool GetStartFlag () const { return GetFlag(1 << IDX_FLAG_START); } bool GetPromotionsFlag () const { return GetFlag(1 << IDX_FLAG_PROMO); } bool GetUnderPromoFlag() const { return GetFlag(1 << IDX_FLAG_UPROMO); } bool GetCommentsFlag () const { return (GetCommentCount() > 0); } bool GetVariationsFlag () const { return (GetVariationCount() > 0); } bool GetNagsFlag () const { return (GetNagCount() > 0); } bool GetDeleteFlag () const { return GetFlag(1 << IDX_FLAG_DELETE); } static uint CharToFlag (char ch); static uint32_t CharToFlagMask (char flag); static uint32_t StrToFlagMask (const char* flags); uint GetFlagStr(char* dest, const char* flags) const; void SetStartFlag (bool b) { SetFlag(1 << IDX_FLAG_START, b); } void SetPromotionsFlag (bool b) { SetFlag(1 << IDX_FLAG_PROMO, b); } void SetUnderPromoFlag (bool b) { SetFlag(1 << IDX_FLAG_UPROMO, b); } void SetDeleteFlag (bool b) { SetFlag(1 << IDX_FLAG_DELETE, b); } void clearFlags() { return SetFlag(IDX_MASK_ALLFLAGS, false); } enum { // IndexEntry Flag types: IDX_FLAG_START = 0, // Game has own start position. IDX_FLAG_PROMO = 1, // Game contains promotion(s). IDX_FLAG_UPROMO = 2, // Game contains promotion(s). IDX_FLAG_DELETE = 3, // Game marked for deletion. IDX_FLAG_WHITE_OP = 4, // White openings flag. IDX_FLAG_BLACK_OP = 5, // Black openings flag. IDX_FLAG_MIDDLEGAME = 6, // Middlegames flag. IDX_FLAG_ENDGAME = 7, // Endgames flag. IDX_FLAG_NOVELTY = 8, // Novelty flag. IDX_FLAG_PAWN = 9, // Pawn structure flag. IDX_FLAG_TACTICS = 10, // Tactics flag. IDX_FLAG_KSIDE = 11, // Kingside play flag. IDX_FLAG_QSIDE = 12, // Queenside play flag. IDX_FLAG_BRILLIANCY = 13, // Brilliancy or good play. IDX_FLAG_BLUNDER = 14, // Blunder or bad play. IDX_FLAG_USER = 15, // User-defined flag. IDX_FLAG_CUSTOM1 = 16, // Custom flag. IDX_FLAG_CUSTOM2 = 17, // Custom flag. IDX_FLAG_CUSTOM3 = 18, // Custom flag. IDX_FLAG_CUSTOM4 = 19, // Custom flag. IDX_FLAG_CUSTOM5 = 20, // Custom flag. IDX_FLAG_CUSTOM6 = 21, // Custom flag. IDX_NUM_FLAGS = 22, }; static const uint32_t IDX_MASK_ALLFLAGS = 0xFFFFFFFF; private: static uint EncodeCount (uint x) { if (x <= 10) { return x; } if (x <= 12) { return 10; } if (x <= 17) { return 11; } // 11 indicates 15 (13-17) if (x <= 24) { return 12; } // 12 indicates 20 (18-24) if (x <= 34) { return 13; } // 13 indicates 30 (25-34) if (x <= 44) { return 14; } // 14 indicates 40 (35-44) return 15; // 15 indicates 50 or more } static uint DecodeCount (uint x) { static uint countCodes[16] = {0,1,2,3,4,5,6,7,8,9,10,15,20,30,40,50}; return countCodes[x & 15]; } }; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // IndexEntry::Write(): // Writes a single index entry to an open index file. // INDEX_ENTRY_SIZE must be updated template errorT IndexEntry::Write(T* file, versionT version) const { if (version < 400) // Cannot write old-version index files: return ERROR_FileVersion; char buf[INDEX_ENTRY_SIZE]; char* buf_it = buf; auto WriteOneByte = [&buf_it](uint8_t v) { *buf_it++ = v; }; auto WriteTwoBytes = [&WriteOneByte](uint16_t v) { WriteOneByte(static_cast(v >> 8)); WriteOneByte(static_cast(v)); }; auto WriteFourBytes = [&WriteTwoBytes](uint32_t v) { WriteTwoBytes(static_cast(v >> 16)); WriteTwoBytes(static_cast(v)); }; const IndexEntry* ie = this; ASSERT(ie->GetOffset() < (1ULL << 32)); WriteFourBytes(static_cast(ie->GetOffset())); ASSERT(ie->GetLength() < (1ULL << 17)); WriteTwoBytes(static_cast(ie->GetLength())); uint8_t len_flags = static_cast(ie->GetLength() >> 9) & 0x80; len_flags |= static_cast(ie->flags_ >> 16) & 0x3F; WriteOneByte(len_flags); WriteTwoBytes(static_cast(ie->flags_)); // WhiteID and BlackID are 20-bit values, EventID and SiteID are // 19-bit values, and RoundID is an 18-bit value. // WhiteID high 4 bits = bits 4-7 of WhiteBlack_High. // BlackID high 4 bits = bits 0-3 of WhiteBlack_High. // EventID high 3 bits = bits 5-7 of EventSiteRnd_high. // SiteID high 3 bits = bits 2-4 of EventSiteRnd_high. // RoundID high 2 bits = bits 0-1 of EventSiteRnd_high. ASSERT(std::max(ie->GetWhite(), ie->GetBlack()) < (1ULL << 20)); uint32_t WhiteID_Low = ie->GetWhite(); uint32_t BlackID_Low = ie->GetBlack(); uint32_t WhiteBlack_High = (WhiteID_Low & 0x0F0000) >> 12; WhiteBlack_High |= (BlackID_Low & 0x0F0000) >> 16; WriteOneByte(static_cast(WhiteBlack_High)); WriteTwoBytes(static_cast(WhiteID_Low)); WriteTwoBytes(static_cast(BlackID_Low)); ASSERT(std::max(ie->GetEvent(), ie->GetSite()) < (1ULL << 19)); ASSERT(ie->GetRound() < (1ULL << 18)); uint32_t EventID_Low = ie->GetEvent(); uint32_t SiteID_Low = ie->GetSite(); uint32_t RoundID_Low = ie->GetRound(); uint32_t EventSiteRnd_High = (EventID_Low & 0x070000) >> 11; EventSiteRnd_High |= (SiteID_Low & 0x070000) >> 14; EventSiteRnd_High |= (RoundID_Low & 0x030000) >> 16; WriteOneByte(static_cast(EventSiteRnd_High)); WriteTwoBytes(static_cast(EventID_Low)); WriteTwoBytes(static_cast(SiteID_Low)); WriteTwoBytes(static_cast(RoundID_Low)); uint16_t varCounts = ie->nVariations_ & 0x0F; varCounts |= static_cast(ie->nComments_ & 0x0F) << 4; varCounts |= static_cast(ie->nNags_ & 0x0F) << 8; varCounts |= static_cast(ie->GetResult() & 0x0F) << 12; WriteTwoBytes(varCounts); WriteTwoBytes(ie->GetEcoCode()); // Due to a compact encoding format, the EventDate // must be within a few years of the Date. uint32_t date = ie->GetDate() & 0xFFFFF; uint32_t edate = ie->GetEventDate(); uint32_t eyear = date_GetYear(edate); uint32_t dyear = date_GetYear(date); if ((eyear + 3) < dyear || eyear > (dyear + 3)) { edate = ZERO_DATE; } else { eyear = (eyear + 4 - dyear) & 7; edate = (eyear << 9) | (date_GetMonth(edate) << 5) | date_GetDay(edate); } WriteFourBytes((edate << 20) | date); // Elo ratings and rating types: 2 bytes each. uint16_t wElo = std::min(MAX_ELO, ie->GetWhiteElo()); wElo |= static_cast(ie->GetWhiteRatingType()) << 12; uint16_t bElo = std::min(MAX_ELO, ie->GetBlackElo()); bElo |= static_cast(ie->GetBlackRatingType()) << 12; WriteTwoBytes(wElo); WriteTwoBytes(bElo); ASSERT(ie->GetFinalMatSig() < (1ULL << 24)); ASSERT(ie->GetStoredLineCode() < (1ULL << 8)); uint32_t FinalMatSig = ie->GetFinalMatSig(); FinalMatSig |= static_cast(ie->GetStoredLineCode()) << 24; WriteFourBytes(FinalMatSig); // The first byte of HomePawnData has high bits of the NumHalfMoves // counter in its top two bits: uint16_t nMoves = ie->GetNumHalfMoves(); ASSERT(nMoves < (1ULL << 10)); WriteOneByte(static_cast(nMoves)); uint8_t pawnData0 = static_cast(nMoves >> 8) << 6; // Write the 9-byte homePawnData array: const byte* pb = ie->GetHomePawnData(); pawnData0 |= *pb & 0x3F; WriteOneByte(pawnData0); std::copy(pb + 1, pb + HPSIG_SIZE, buf_it); return file->sputn(buf, INDEX_ENTRY_SIZE) == INDEX_ENTRY_SIZE ? OK : ERROR_FileWrite; } inline byte IndexEntry::GetRating(const NameBase* nb) const { eloT welo = GetWhiteElo(); eloT belo = GetBlackElo(); if (welo == 0) { welo = nb->GetElo (GetWhite()); } if (belo == 0) { belo = nb->GetElo (GetBlack()); } int rating = static_cast(welo + belo) / 140; // Bonus for comments or Nags if (GetCommentCount() > 2 || GetNagCount() > 2) { if (rating < 21) { // Missing elo rating = 40; } else { rating += 6; } } // Early draw penalty if (GetResult() == RESULT_Draw) { uint moves = GetNumHalfMoves(); if (moves < 80) { rating -= 3; if (moves < 60) { rating -= 2; if (moves < 40) rating -= 2; } } } if (rating < 0) return 0; else return static_cast (rating); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // IndexEntry::CharToFlag(): // Returns the flag number corresponding to the given character. inline uint IndexEntry::CharToFlag (char ch) { uint flag = 0; switch (toupper(ch)) { case 'D': flag = IDX_FLAG_DELETE; break; case 'W': flag = IDX_FLAG_WHITE_OP; break; case 'B': flag = IDX_FLAG_BLACK_OP; break; case 'M': flag = IDX_FLAG_MIDDLEGAME; break; case 'E': flag = IDX_FLAG_ENDGAME; break; case 'N': flag = IDX_FLAG_NOVELTY; break; case 'P': flag = IDX_FLAG_PAWN; break; case 'T': flag = IDX_FLAG_TACTICS; break; case 'K': flag = IDX_FLAG_KSIDE; break; case 'Q': flag = IDX_FLAG_QSIDE; break; case '!': flag = IDX_FLAG_BRILLIANCY; break; case '?': flag = IDX_FLAG_BLUNDER; break; case 'U': flag = IDX_FLAG_USER; break; case '1': flag = IDX_FLAG_CUSTOM1; break; case '2': flag = IDX_FLAG_CUSTOM2; break; case '3': flag = IDX_FLAG_CUSTOM3; break; case '4': flag = IDX_FLAG_CUSTOM4; break; case '5': flag = IDX_FLAG_CUSTOM5; break; case '6': flag = IDX_FLAG_CUSTOM6; break; } return flag; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // IndexEntry::CharToFlagMask(): // Transform a char in a mask that can be used with GetFlag() and SetFlag() inline uint32_t IndexEntry::CharToFlagMask(char flag) { switch (toupper(flag)) { case 'S': return 1 << IDX_FLAG_START; case 'X': return 1 << IDX_FLAG_PROMO; case 'Y': return 1 << IDX_FLAG_UPROMO; case 'D': return 1 << IDX_FLAG_DELETE; case 'W': return 1 << IDX_FLAG_WHITE_OP; case 'B': return 1 << IDX_FLAG_BLACK_OP; case 'M': return 1 << IDX_FLAG_MIDDLEGAME; case 'E': return 1 << IDX_FLAG_ENDGAME; case 'N': return 1 << IDX_FLAG_NOVELTY; case 'P': return 1 << IDX_FLAG_PAWN; case 'T': return 1 << IDX_FLAG_TACTICS; case 'K': return 1 << IDX_FLAG_KSIDE; case 'Q': return 1 << IDX_FLAG_QSIDE; case '!': return 1 << IDX_FLAG_BRILLIANCY; case '?': return 1 << IDX_FLAG_BLUNDER; case 'U': return 1 << IDX_FLAG_USER; case '1': return 1 << IDX_FLAG_CUSTOM1; case '2': return 1 << IDX_FLAG_CUSTOM2; case '3': return 1 << IDX_FLAG_CUSTOM3; case '4': return 1 << IDX_FLAG_CUSTOM4; case '5': return 1 << IDX_FLAG_CUSTOM5; case '6': return 1 << IDX_FLAG_CUSTOM6; } ASSERT(0); return 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // IndexEntry::StrToFlagMask(): // Transform a string in a mask that can be used with GetFlag() and SetFlag() inline uint32_t IndexEntry::StrToFlagMask(const char* flags) { if (flags == 0) return 0; uint32_t res = 0; while (*flags != 0) { res |= IndexEntry::CharToFlagMask(*(flags++)); } return res; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // IndexEntry::GetFlagStr(): // Fills in the provided flag string with information on the // user-settable flags set for this game. // Returns the number of specified flags that are turned on. inline uint IndexEntry::GetFlagStr(char* dest, const char* flags) const { if (flags == NULL) { flags = "DWBMENPTKQ!?U123456"; } uint count = 0; while (*flags != 0) { uint32_t mask = CharToFlagMask(*flags); ASSERT(mask != 0); if (GetFlag(mask)) { *dest++ = *flags; count++; } flags++; } *dest = 0; return count; } #endif chessx-master/dep/scid/code/src/textbuf.h0000755000076500000240000000661614666426276017552 0ustar jensstaff/////////////////////////////////////////////////////////////////////////// // // FILE: textbuf.h // TextBuffer class // // Part of: Scid (Shane's Chess Information Database) // Version: 2.7 // // Notice: Copyright (c) 1999-2001 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // /////////////////////////////////////////////////////////////////////////// #ifndef SCID_TEXTBUF_H #define SCID_TEXTBUF_H #include "common.h" #include class TextBuffer { private: //---------------------------------- // TextBuffer: Data Structures uint Column; uint IndentColumn; uint WrapColumn; uint LineIsEmpty; // true if current line is empty. uint LineCount; uint ByteCount; uint BufferSize; bool ConvertNewlines; // If true, convert newlines to spaces. char * Buffer; char * Current; bool PausedTranslations; bool HasTranslations; const char * Translation [256]; inline void AddChar (char ch); TextBuffer(const TextBuffer&); TextBuffer& operator=(const TextBuffer&); //---------------------------------- // TextBuffer: Public Functions public: TextBuffer() { Init(); SetBufferSize(1280000); } ~TextBuffer() { Free(); } void Init (); void Free (); void Empty (); void SetBufferSize (uint length); uint GetBufferSize() { return BufferSize; } uint GetByteCount() { return ByteCount; } uint GetLineCount() { return LineCount; } uint GetColumn() { return Column; } uint GetWrapColumn () { return WrapColumn; } void SetWrapColumn (uint column) { WrapColumn = column; } uint GetIndent () { return IndentColumn; } void SetIndent (uint column) { IndentColumn = column; } char * GetBuffer () { return Buffer; } void NewlinesToSpaces (bool b) { ConvertNewlines = b; } void AddTranslation (char ch, const char * str); // void ClearTranslation (char ch) { Translation[ch] = NULL; } // Changed ch to int, to avoid compiler warnings. void ClearTranslation (int ch) { Translation[ch] = NULL; } void ClearTranslations () { HasTranslations = false; } void PauseTranslations () { PausedTranslations = true; } void ResumeTranslations () { PausedTranslations = false; } errorT NewLine(); errorT Indent(); errorT PrintLine (const char * str); errorT PrintWord (const char * str); errorT PrintString (const char * str); errorT PrintSpace (); errorT PrintChar (char b); errorT PrintInt (uint i, const char * str); inline errorT PrintInt (uint i) { return PrintInt (i, ""); } }; inline void TextBuffer::AddChar (char ch) { if (HasTranslations && !PausedTranslations) { byte b = (byte) ch; const char * str = Translation[b]; if (str != NULL) { const char * s = str; while (*s) { *Current++ = *s++; ByteCount++; } return; } } *Current = ch; Current++; ByteCount++; } #endif // SCID_TEXTBUF_H /////////////////////////////////////////////////////////////////////////// // EOF: textbuf.h /////////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/sqmove.h0000755000076500000240000002741714666426276017405 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: sqmove.h // Square movement lookup table // // Part of: Scid (Shane's Chess Information Database) // Version: 3.4 // // Notice: Copyright (c) 1999-2002 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_SQMOVE_H #define SCID_SQMOVE_H #include "common.h" constexpr uint MAX_SQUARELIST = 65; // 64 squares plus null square class SquareList { uint ListSize; squareT Squares[MAX_SQUARELIST]; public: SquareList() { ListSize = 0; } void Init() { ListSize = 0; } void Clear() { ListSize = 0; } void Add(squareT sq) { Squares[ListSize] = sq; ListSize++; } uint Size() { return ListSize; } squareT Get(uint index) { ASSERT(index < ListSize); return Squares[index]; } bool Contains(squareT sq) { for (uint i = 0; i < ListSize; i++) { if (Squares[i] == sq) { return true; } } return false; } void Remove(uint index) { ASSERT(index < ListSize); ListSize--; if (index != ListSize) { Squares[index] = Squares[ListSize]; } } }; class SquareSet { uint Bits_a1h4; uint Bits_a5h8; public: SquareSet() { Bits_a1h4 = Bits_a5h8 = 0; } SquareSet(squareT* squares) { Bits_a1h4 = Bits_a5h8 = 0; AddAll(squares); } void Clear(void) { Bits_a1h4 = Bits_a5h8 = 0; } void AddAll(void) { Bits_a1h4 = Bits_a5h8 = 0xFFFFFFFFu; } void Add(squareT sq) { ASSERT(sq <= H8); if (sq <= H4) { Bits_a1h4 |= (1 << sq); } else { Bits_a5h8 |= (1 << (sq & 31)); } } void AddAll(squareT* squares) { while (true) { squareT sq = *squares; if (sq == NULL_SQUARE) { break; } ASSERT(sq <= H8); squares++; if (sq <= H4) { Bits_a1h4 |= (1 << sq); } else { Bits_a5h8 |= (1 << (sq & 31)); } } } bool Contains(squareT sq) { ASSERT(sq <= H8); if (sq <= H4) { return (Bits_a1h4 & (1 << sq)) != 0; } else { return (Bits_a5h8 & (1 << (sq & 31))) != 0; } } void Remove(squareT sq) { ASSERT(sq <= H8); if (sq <= H4) { Bits_a1h4 &= ~(1 << sq); } else { Bits_a5h8 &= ~(1 << (sq & 31)); } } }; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // sqMove // Array indexed by square value and direction, giving the square // obtained by moving from the square in that direction. constexpr squareT sqMove[66][11] = { /* UP DOWN LEFT UL DL RIGHT UR DR */ { /* A1 */ NS, A2, NS, NS, NS, NS, NS, NS, B1, B2, NS }, { /* B1 */ NS, B2, NS, NS, A1, A2, NS, NS, C1, C2, NS }, { /* C1 */ NS, C2, NS, NS, B1, B2, NS, NS, D1, D2, NS }, { /* D1 */ NS, D2, NS, NS, C1, C2, NS, NS, E1, E2, NS }, { /* E1 */ NS, E2, NS, NS, D1, D2, NS, NS, F1, F2, NS }, { /* F1 */ NS, F2, NS, NS, E1, E2, NS, NS, G1, G2, NS }, { /* G1 */ NS, G2, NS, NS, F1, F2, NS, NS, H1, H2, NS }, { /* H1 */ NS, H2, NS, NS, G1, G2, NS, NS, NS, NS, NS }, { /* A2 */ NS, A3, A1, NS, NS, NS, NS, NS, B2, B3, B1 }, { /* B2 */ NS, B3, B1, NS, A2, A3, A1, NS, C2, C3, C1 }, { /* C2 */ NS, C3, C1, NS, B2, B3, B1, NS, D2, D3, D1 }, { /* D2 */ NS, D3, D1, NS, C2, C3, C1, NS, E2, E3, E1 }, { /* E2 */ NS, E3, E1, NS, D2, D3, D1, NS, F2, F3, F1 }, { /* F2 */ NS, F3, F1, NS, E2, E3, E1, NS, G2, G3, G1 }, { /* G2 */ NS, G3, G1, NS, F2, F3, F1, NS, H2, H3, H1 }, { /* H2 */ NS, H3, H1, NS, G2, G3, G1, NS, NS, NS, NS }, { /* A3 */ NS, A4, A2, NS, NS, NS, NS, NS, B3, B4, B2 }, { /* B3 */ NS, B4, B2, NS, A3, A4, A2, NS, C3, C4, C2 }, { /* C3 */ NS, C4, C2, NS, B3, B4, B2, NS, D3, D4, D2 }, { /* D3 */ NS, D4, D2, NS, C3, C4, C2, NS, E3, E4, E2 }, { /* E3 */ NS, E4, E2, NS, D3, D4, D2, NS, F3, F4, F2 }, { /* F3 */ NS, F4, F2, NS, E3, E4, E2, NS, G3, G4, G2 }, { /* G3 */ NS, G4, G2, NS, F3, F4, F2, NS, H3, H4, H2 }, { /* H3 */ NS, H4, H2, NS, G3, G4, G2, NS, NS, NS, NS }, { /* A4 */ NS, A5, A3, NS, NS, NS, NS, NS, B4, B5, B3 }, { /* B4 */ NS, B5, B3, NS, A4, A5, A3, NS, C4, C5, C3 }, { /* C4 */ NS, C5, C3, NS, B4, B5, B3, NS, D4, D5, D3 }, { /* D4 */ NS, D5, D3, NS, C4, C5, C3, NS, E4, E5, E3 }, { /* E4 */ NS, E5, E3, NS, D4, D5, D3, NS, F4, F5, F3 }, { /* F4 */ NS, F5, F3, NS, E4, E5, E3, NS, G4, G5, G3 }, { /* G4 */ NS, G5, G3, NS, F4, F5, F3, NS, H4, H5, H3 }, { /* H4 */ NS, H5, H3, NS, G4, G5, G3, NS, NS, NS, NS }, { /* A5 */ NS, A6, A4, NS, NS, NS, NS, NS, B5, B6, B4 }, { /* B5 */ NS, B6, B4, NS, A5, A6, A4, NS, C5, C6, C4 }, { /* C5 */ NS, C6, C4, NS, B5, B6, B4, NS, D5, D6, D4 }, { /* D5 */ NS, D6, D4, NS, C5, C6, C4, NS, E5, E6, E4 }, { /* E5 */ NS, E6, E4, NS, D5, D6, D4, NS, F5, F6, F4 }, { /* F5 */ NS, F6, F4, NS, E5, E6, E4, NS, G5, G6, G4 }, { /* G5 */ NS, G6, G4, NS, F5, F6, F4, NS, H5, H6, H4 }, { /* H5 */ NS, H6, H4, NS, G5, G6, G4, NS, NS, NS, NS }, { /* A6 */ NS, A7, A5, NS, NS, NS, NS, NS, B6, B7, B5 }, { /* B6 */ NS, B7, B5, NS, A6, A7, A5, NS, C6, C7, C5 }, { /* C6 */ NS, C7, C5, NS, B6, B7, B5, NS, D6, D7, D5 }, { /* D6 */ NS, D7, D5, NS, C6, C7, C5, NS, E6, E7, E5 }, { /* E6 */ NS, E7, E5, NS, D6, D7, D5, NS, F6, F7, F5 }, { /* F6 */ NS, F7, F5, NS, E6, E7, E5, NS, G6, G7, G5 }, { /* G6 */ NS, G7, G5, NS, F6, F7, F5, NS, H6, H7, H5 }, { /* H6 */ NS, H7, H5, NS, G6, G7, G5, NS, NS, NS, NS }, { /* A7 */ NS, A8, A6, NS, NS, NS, NS, NS, B7, B8, B6 }, { /* B7 */ NS, B8, B6, NS, A7, A8, A6, NS, C7, C8, C6 }, { /* C7 */ NS, C8, C6, NS, B7, B8, B6, NS, D7, D8, D6 }, { /* D7 */ NS, D8, D6, NS, C7, C8, C6, NS, E7, E8, E6 }, { /* E7 */ NS, E8, E6, NS, D7, D8, D6, NS, F7, F8, F6 }, { /* F7 */ NS, F8, F6, NS, E7, E8, E6, NS, G7, G8, G6 }, { /* G7 */ NS, G8, G6, NS, F7, F8, F6, NS, H7, H8, H6 }, { /* H7 */ NS, H8, H6, NS, G7, G8, G6, NS, NS, NS, NS }, { /* A8 */ NS, NS, A7, NS, NS, NS, NS, NS, B8, NS, B7 }, { /* B8 */ NS, NS, B7, NS, A8, NS, A7, NS, C8, NS, C7 }, { /* C8 */ NS, NS, C7, NS, B8, NS, B7, NS, D8, NS, D7 }, { /* D8 */ NS, NS, D7, NS, C8, NS, C7, NS, E8, NS, E7 }, { /* E8 */ NS, NS, E7, NS, D8, NS, D7, NS, F8, NS, F7 }, { /* F8 */ NS, NS, F7, NS, E8, NS, E7, NS, G8, NS, G7 }, { /* G8 */ NS, NS, G7, NS, F8, NS, F7, NS, H8, NS, H7 }, { /* H8 */ NS, NS, H7, NS, G8, NS, G7, NS, NS, NS, NS }, { /* NS */ NS, NS, NS, NS, NS, NS, NS, NS, NS, NS, NS }, { /* NS */ NS, NS, NS, NS, NS, NS, NS, NS, NS, NS, NS } }; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // sqLast // Array indexed by square value and direction, giving the last // square reached by moving from the square in that direction. // The last square is the same as the original square if moving // in the specified direction would move off the board. constexpr squareT sqLast[66][11] = { /* UP DOWN LEFT UL DL RIGHT UR DR */ { /* A1 */ NS, A8, A1, NS, A1, A1, A1, NS, H1, H8, A1 }, { /* B1 */ NS, B8, B1, NS, A1, A2, B1, NS, H1, H7, B1 }, { /* C1 */ NS, C8, C1, NS, A1, A3, C1, NS, H1, H6, C1 }, { /* D1 */ NS, D8, D1, NS, A1, A4, D1, NS, H1, H5, D1 }, { /* E1 */ NS, E8, E1, NS, A1, A5, E1, NS, H1, H4, E1 }, { /* F1 */ NS, F8, F1, NS, A1, A6, F1, NS, H1, H3, F1 }, { /* G1 */ NS, G8, G1, NS, A1, A7, G1, NS, H1, H2, G1 }, { /* H1 */ NS, H8, H1, NS, A1, A8, H1, NS, H1, H1, H1 }, { /* A2 */ NS, A8, A1, NS, A2, A2, A2, NS, H2, G8, B1 }, { /* B2 */ NS, B8, B1, NS, A2, A3, A1, NS, H2, H8, C1 }, { /* C2 */ NS, C8, C1, NS, A2, A4, B1, NS, H2, H7, D1 }, { /* D2 */ NS, D8, D1, NS, A2, A5, C1, NS, H2, H6, E1 }, { /* E2 */ NS, E8, E1, NS, A2, A6, D1, NS, H2, H5, F1 }, { /* F2 */ NS, F8, F1, NS, A2, A7, E1, NS, H2, H4, G1 }, { /* G2 */ NS, G8, G1, NS, A2, A8, F1, NS, H2, H3, H1 }, { /* H2 */ NS, H8, H1, NS, A2, B8, G1, NS, H2, H2, H2 }, { /* A3 */ NS, A8, A1, NS, A3, A3, A3, NS, H3, F8, C1 }, { /* B3 */ NS, B8, B1, NS, A3, A4, A2, NS, H3, G8, D1 }, { /* C3 */ NS, C8, C1, NS, A3, A5, A1, NS, H3, H8, E1 }, { /* D3 */ NS, D8, D1, NS, A3, A6, B1, NS, H3, H7, F1 }, { /* E3 */ NS, E8, E1, NS, A3, A7, C1, NS, H3, H6, G1 }, { /* F3 */ NS, F8, F1, NS, A3, A8, D1, NS, H3, H5, H1 }, { /* G3 */ NS, G8, G1, NS, A3, B8, E1, NS, H3, H4, H2 }, { /* H3 */ NS, H8, H1, NS, A3, C8, F1, NS, H3, H3, H3 }, { /* A4 */ NS, A8, A1, NS, A4, A4, A4, NS, H4, E8, D1 }, { /* B4 */ NS, B8, B1, NS, A4, A5, A3, NS, H4, F8, E1 }, { /* C4 */ NS, C8, C1, NS, A4, A6, A2, NS, H4, G8, F1 }, { /* D4 */ NS, D8, D1, NS, A4, A7, A1, NS, H4, H8, G1 }, { /* E4 */ NS, E8, E1, NS, A4, A8, B1, NS, H4, H7, H1 }, { /* F4 */ NS, F8, F1, NS, A4, B8, C1, NS, H4, H6, H2 }, { /* G4 */ NS, G8, G1, NS, A4, C8, D1, NS, H4, H5, H3 }, { /* H4 */ NS, H8, H1, NS, A4, D8, E1, NS, H4, H4, H4 }, { /* A5 */ NS, A8, A1, NS, A5, A5, A5, NS, H5, D8, E1 }, { /* B5 */ NS, B8, B1, NS, A5, A6, A4, NS, H5, E8, F1 }, { /* C5 */ NS, C8, C1, NS, A5, A7, A3, NS, H5, F8, G1 }, { /* D5 */ NS, D8, D1, NS, A5, A8, A2, NS, H5, G8, H1 }, { /* E5 */ NS, E8, E1, NS, A5, B8, A1, NS, H5, H8, H2 }, { /* F5 */ NS, F8, F1, NS, A5, C8, B1, NS, H5, H7, H3 }, { /* G5 */ NS, G8, G1, NS, A5, D8, C1, NS, H5, H6, H4 }, { /* H5 */ NS, H8, H1, NS, A5, E8, D1, NS, H5, H5, H5 }, { /* A6 */ NS, A8, A1, NS, A6, A6, A6, NS, H6, C8, F1 }, { /* B6 */ NS, B8, B1, NS, A6, A7, A5, NS, H6, D8, G1 }, { /* C6 */ NS, C8, C1, NS, A6, A8, A4, NS, H6, E8, H1 }, { /* D6 */ NS, D8, D1, NS, A6, B8, A3, NS, H6, F8, H2 }, { /* E6 */ NS, E8, E1, NS, A6, C8, A2, NS, H6, G8, H3 }, { /* F6 */ NS, F8, F1, NS, A6, D8, A1, NS, H6, H8, H4 }, { /* G6 */ NS, G8, G1, NS, A6, E8, B1, NS, H6, H7, H5 }, { /* H6 */ NS, H8, H1, NS, A6, F8, C1, NS, H6, H6, H6 }, { /* A7 */ NS, A8, A1, NS, A7, A7, A7, NS, H7, B8, G1 }, { /* B7 */ NS, B8, B1, NS, A7, A8, A6, NS, H7, C8, H1 }, { /* C7 */ NS, C8, C1, NS, A7, B8, A5, NS, H7, D8, H2 }, { /* D7 */ NS, D8, D1, NS, A7, C8, A4, NS, H7, E8, H3 }, { /* E7 */ NS, E8, E1, NS, A7, D8, A3, NS, H7, F8, H4 }, { /* F7 */ NS, F8, F1, NS, A7, E8, A2, NS, H7, G8, H5 }, { /* G7 */ NS, G8, G1, NS, A7, F8, A1, NS, H7, H8, H6 }, { /* H7 */ NS, H8, H1, NS, A7, G8, B1, NS, H7, H7, H7 }, { /* A8 */ NS, A8, A1, NS, A8, A8, A8, NS, H8, A8, H1 }, { /* B8 */ NS, B8, B1, NS, A8, B8, A7, NS, H8, B8, H2 }, { /* C8 */ NS, C8, C1, NS, A8, C8, A6, NS, H8, C8, H3 }, { /* D8 */ NS, D8, D1, NS, A8, D8, A5, NS, H8, D8, H4 }, { /* E8 */ NS, E8, E1, NS, A8, E8, A4, NS, H8, E8, H5 }, { /* F8 */ NS, F8, F1, NS, A8, F8, A3, NS, H8, F8, H6 }, { /* G8 */ NS, G8, G1, NS, A8, G8, A2, NS, H8, G8, H7 }, { /* H8 */ NS, H8, H1, NS, A8, H8, A1, NS, H8, H8, H8 }, { /* NS */ NS, NS, NS, NS, NS, NS, NS, NS, NS, NS, NS }, { /* NS */ NS, NS, NS, NS, NS, NS, NS, NS, NS, NS, NS } }; // square_Move(): Return the new square resulting from moving in // direction d from x. constexpr squareT square_Move(squareT sq, directionT dir) { return sqMove[sq][dir]; } // square_Last(): // Return the last square reached by moving as far as possible in // the direction d from the square sq. If sq is a valid on-board // square and d is a valid direction, the result will always be // a valid on-board square; the result will be the same as the // input square if moving in the specified direction would end // up off the board. constexpr squareT square_Last (squareT sq, directionT dir) { return sqLast[sq][dir]; } #endif ////////////////////////////////////////////////////////////////////// // EOF: sqmove.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/codec_scid4.h0000755000076500000240000001677014666426276020236 0ustar jensstaff/* * Copyright (C) 2016-2018 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . * */ /** @file * Implements the CodecSCID4 class that manages databases encoded in SCID * format v4. */ #ifndef CODEC_SCID4_H #define CODEC_SCID4_H #include "codec_native.h" #include "filebuf.h" #include /** * This class manages databases encoded in SCID format v4. */ class CodecSCID4 : public CodecNative { std::vector filenames_; Filebuf idxfile_; FilebufAppend gfile_; char gamecache_[1ULL << 17]; enum : uint64_t { LIMIT_GAMEOFFSET = 1ULL << 32, LIMIT_GAMELEN = 1ULL << 17, LIMIT_NUMGAMES = 16777214ULL, // Three bytes -1 because GetAutoLoad uses // 0 to mean "no autoload" LIMIT_NAMELEN = 255 }; public: // ICodecDatabase interface Codec getType() const final { return ICodecDatabase::SCID4; } /** * Returns the full path of the three files (index, namebase and gamefile) * used by the database. */ std::vector getFilenames() const final { return filenames_; }; std::vector> getExtraInfo() const final { std::vector> res; res.emplace_back("type", std::to_string(idx_->Header.baseType)); res.emplace_back("description", idx_->Header.description); const auto autoload = std::min(idx_->Header.autoLoad, idx_->GetNumGames()); res.emplace_back("autoload", std::to_string(autoload)); res.emplace_back("flag1", idx_->Header.customFlagDesc[0]); res.emplace_back("flag2", idx_->Header.customFlagDesc[1]); res.emplace_back("flag3", idx_->Header.customFlagDesc[2]); res.emplace_back("flag4", idx_->Header.customFlagDesc[3]); res.emplace_back("flag5", idx_->Header.customFlagDesc[4]); res.emplace_back("flag6", idx_->Header.customFlagDesc[5]); return res; } errorT setExtraInfo(const char* tagname, const char* new_value) override { if (std::strcmp(tagname, "type") == 0) { idx_->Header.baseType = strGetUnsigned(new_value); } else if (std::strcmp(tagname, "description") == 0) { strncpy(idx_->Header.description, new_value, SCID_DESC_LENGTH); idx_->Header.description[SCID_DESC_LENGTH] = 0; } else if (std::strcmp(tagname, "autoload") == 0) { idx_->Header.autoLoad = strGetUnsigned(new_value); } else { auto len = std::strlen(tagname); if (len != 5 || !std::equal(tagname, tagname + 4, "flag")) return ERROR_CodecUnsupFeat; uint flag = IndexEntry::CharToFlag(tagname[4]); if (flag < IndexEntry::IDX_FLAG_CUSTOM1 || flag > IndexEntry::IDX_FLAG_CUSTOM6) return ERROR_CodecUnsupFeat; const auto idx = flag - IndexEntry::IDX_FLAG_CUSTOM1; char* dest = idx_->Header.customFlagDesc[idx]; strncpy(dest, new_value, CUSTOM_FLAG_DESC_LENGTH); dest[CUSTOM_FLAG_DESC_LENGTH] = 0; } idx_->Header.dirty_ = true; return OK; } const byte* getGameData(uint64_t offset, uint32_t length) final { if (offset >= gfile_.size()) return NULL; if (length >= LIMIT_GAMELEN) return NULL; if (gfile_.pubseekpos(offset) == -1) return NULL; if (gfile_.sgetn(gamecache_, length) != std::streamsize(length)) return NULL; return reinterpret_cast(gamecache_); } errorT saveIndexEntry(const IndexEntry& ie, gamenumT replaced) final { return dyn_saveIndexEntry(ie, replaced); } std::pair addName(nameT nt, const char* name) final { return dyn_addName(nt, name); } errorT flush() final; errorT dyn_open(fileModeT, const char*, const Progress&, Index*, NameBase*) final; public: // CodecNative interface /** * Stores the data into the .sg4 file. * @param src: valid pointer to a buffer that contains the game data * (encoded in native format). * @param length: the length of the buffer @e src (in bytes). * @returns * - on success, a @e std::pair containing OK and the offset of the stored * data (needed for retrieving the data with getGameData()). * - on failure, a @e std::pair containing an error code and 0. */ std::pair dyn_addGameData(const byte* src, size_t length) { ASSERT(src != 0); const char* data = reinterpret_cast(src); if (length >= LIMIT_GAMELEN) return std::make_pair(ERROR_GameLengthLimit, 0); // The SCID4 format uses 32-bits to store games' offset. uint64_t offset = gfile_.size(); if (offset >= LIMIT_GAMEOFFSET - length) return std::make_pair(ERROR_OffsetLimit, 0); // The SCID4 format stores games into blocks of 128KB. // If the current block does not have enough space, we fill it with // random data and use the next one. uint64_t blockSpace = LIMIT_GAMELEN - (offset % LIMIT_GAMELEN); if (blockSpace < length) { errorT err = gfile_.append(data, blockSpace); if (err != OK) return std::make_pair(err, 0); offset += blockSpace; } errorT err = gfile_.append(data, length); return std::make_pair(err, offset); } /** * Given a name (string), retrieve the corresponding ID. * The name is added to @e nb_ if do not already exists in the NameBase. * @param nt: nameT type of the name to retrieve. * @param name: the name to retrieve. * @returns * - on success, a @e std::pair containing OK and the ID. * - on failure, a @e std::pair containing an error code and 0. */ std::pair dyn_addName(nameT nt, const char* name) { const idNumberT MAX_ID[] = { 1048575, /* Player names: Maximum of 2^20 -1 = 1,048,575 */ 524287, /* Event names: Maximum of 2^19 -1 = 524,287 */ 524287, /* Site names: Maximum of 2^19 -1 = 524,287 */ 262143 /* Round names: Maximum of 2^18 -1 = 262,143 */ }; return nb_->addName(nt, name, LIMIT_NAMELEN, MAX_ID[nt]); } /** * Add an IndexEntry to @e idx_. * @param ie: the IndexEntry object to add. * @returns OK if successful or an error code. */ errorT dyn_addIndexEntry(const IndexEntry& ie) { const auto nGames = idx_->GetNumGames(); if (nGames >= LIMIT_NUMGAMES) return ERROR_NumGamesLimit; idx_->addEntry(ie); idx_->Header.dirty_ = true; return writeEntry(ie, nGames); } /** * Replace an IndexEntry. * @param ie: the IndexEntry with the new data. * @param replaced: valid gamenumT of the game to be replaced. * @returns OK if successful or an error code. */ errorT dyn_saveIndexEntry(const IndexEntry& ie, gamenumT replaced) { idx_->replaceEntry(ie, replaced); return writeEntry(ie, replaced); } private: errorT readIndex(const Progress& progress); errorT writeEntry(const IndexEntry& ie, gamenumT gnum) { if (idx_->seqWrite_ == 0 || (gnum != idx_->seqWrite_ + 1)) { std::streampos pos = gnum; pos = pos * INDEX_ENTRY_SIZE + INDEX_HEADER_SIZE; if (idxfile_.pubseekpos(pos) != pos) { idx_->seqWrite_ = 0; return ERROR_FileWrite; } } errorT res = ie.Write(&idxfile_, idx_->Header.version); idx_->seqWrite_ = (res == OK) ? gnum : 0; return res; } }; #endif chessx-master/dep/scid/code/src/codec.h0000755000076500000240000001355014666426276017141 0ustar jensstaff/* * Copyright (C) 2016-2017 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . * */ /** @file * Defines the ICodecDatabase interface, which encapsulates the data * representation of databases. */ #ifndef CODEC_H #define CODEC_H #include "common.h" #include #include class Game; class Index; class IndexEntry; class NameBase; class Progress; /** * This interface separates the logic of a database from its representation. * Ideally all the file I/O should be encapsulated in classes derived from this * interface. */ class ICodecDatabase { public: virtual ~ICodecDatabase(){}; enum Codec { MEMORY, SCID4, PGN }; /** * Creates a new object and calls the virtual function dyn_open(). * @param codec: the type of the object to be created. * @param fMode: a valid file mode. * @param filename: the full path of the database to be opened. * @param progress: a Progress object used for GUI communications. * @param idx: valid pointer to the Index object for this database. * @param nb: valid pointer to the NameBase object for this database. * @returns * - on success: a valid pointer to the new object and OK. * - on error: nullptr and the error code. */ static std::pair open(Codec codec, fileModeT fMode, const char* filename, const Progress& progress, Index* idx, NameBase* nb); /** * Returns the Codec type. */ virtual Codec getType() const = 0; /** * Returns the full path of the files used by the database. * The order of the filenames must be consistent for objects of the same * Codec type. */ virtual std::vector getFilenames() const = 0; /** * Returns a vector of tag pairs containing extra information about the * database (type, description, autoload, etc..) */ virtual std::vector> getExtraInfo() const = 0; /** * Store an extra information about the database (type, description, etc..) */ virtual errorT setExtraInfo(const char* tagname, const char* new_value) = 0; /** * Fetches the data of a game (excluding index info), encoded in native * format. * @param offset: offset of the requested game. * @param length: length of the game data (in bytes). * @returns * - a pointer to the game data. * - 0 (nullptr) on error. */ virtual const byte* getGameData(uint64_t offset, uint32_t length) = 0; /** * Add a game to the database. * @param srcIe: valid pointer to the header data. * @param srcNb: valid pointer to the NameBase containing srcIe's names. * @param srcData: valid pointer to a buffer containing the game data * (encoded in native format). * @param dataLen: length of the game data (in bytes). * @returns OK if successful or an error code. */ virtual errorT addGame(const IndexEntry* srcIe, const NameBase* srcNb, const byte* srcData, size_t dataLen) = 0; /** * Add a game to the database. * @param game: valid pointer to a Game object with the data of the game. * @returns OK if successful or an error code. */ virtual errorT addGame(Game* game) = 0; /** * Replaces a game in the database. * @param game: valid pointer to a Game object with the new data. * @param replaced: valid gamenumT of the game to be replaced * @returns OK if successful or an error code. */ virtual errorT saveGame(Game* game, gamenumT replaced) = 0; /** * Replaces a game's IndexEntry (which contains the header data of a game). * @param ie: reference to the IndexEntry with the new data. * @param replaced: valid gamenumT of the game to be replaced * @returns OK if successful or an error code. */ virtual errorT saveIndexEntry(const IndexEntry& ie, gamenumT replaced) = 0; /** * Adds a name (player, event, site or round) to the database. * @param nt: nameT type of the name to add. * @param name: the name to add. * @returns * - on success, a @e std::pair containing OK and the corresponding ID. * - on failure, a @e std::pair containing an error code and 0. */ virtual std::pair addName(nameT nt, const char* name) = 0; /** * Writes all pending output to the files. * @returns OK if successful or an error code. */ virtual errorT flush() = 0; private: /** * Opens/Creates a database. * This virtual function is called only once immediately after the class * constructor. * @param fMode: a valid file mode. * @param filename: the full path of the database to open. * @param progress: a Progress object used for GUI communications. * @param idx: valid pointer to the Index object for this database. * @param nb: valid pointer to the NameBase object for this database. * @returns * - OK: the object is ready to be used. * - ERROR_NameDataLoss: some names are corrupted and cannot be recovered, * however the object can still be used. * - Other error codes: the operation failed (the object must be destroyed). */ virtual errorT dyn_open(fileModeT fMode, const char* filename, const Progress& progress, Index* idx, NameBase* nb) = 0; }; #endif chessx-master/dep/scid/code/src/game.h0000755000076500000240000005131614666426276016777 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: game.h // Game class for Scid. // // Part of: Scid (Shane's Chess Information Database) // Version: 3.5 // // Notice: Copyright (c) 2000-2003 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_GAME_H #define SCID_GAME_H #include "common.h" #include "date.h" #include "indexentry.h" #include "matsig.h" #include "movetree.h" #include "namebase.h" #include "position.h" #include #include #include #include class ByteBuffer; class TextBuffer; void transPieces(char *s); char transPiecesChar(char c); // Piece letters translation extern int language; // default to english // 0 = en, 1 = fr, 2 = es, 3 = de extern const char * langPieces[]; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game: Constants // Common NAG Annotation symbol values: const byte NAG_GoodMove = 1, NAG_PoorMove = 2, NAG_ExcellentMove = 3, NAG_Blunder = 4, NAG_InterestingMove = 5, NAG_DubiousMove = 6, NAG_OnlyMove = 8, // new NAG_Equal = 10, NAG_Unclear = 13, NAG_WhiteSlight = 14, NAG_BlackSlight = 15, NAG_WhiteClear = 16, NAG_BlackClear = 17, NAG_WhiteDecisive = 18, NAG_BlackDecisive = 19, NAG_WhiteCrushing = 20, NAG_BlackCrushing = 21, NAG_ZugZwang = 22, // new NAG_BlackZugZwang = 23, // new NAG_MoreRoom = 26, // new NAG_DevelopmentAdvantage = 35, // new NAG_WithInitiative = 36, //new NAG_WithAttack = 40, // new NAG_WithBlackAttack = 41, // new NAG_Compensation = 44, // from Whites perspective NAG_SlightCentre = 48, // from Whites perspective NAG_Centre = 50, // new NAG_SlightKingSide = 54, // from Whites perspective NAG_ModerateKingSide = 56, // from Whites perspective NAG_KingSide = 58, // from Whites perspective NAG_SlightQueenSide = 60, // from Whites perspective NAG_ModerateQueenSide = 62, // from Whites perspective NAG_QueenSide = 64, // from Whites perspective NAG_SlightCounterPlay = 130, // new NAG_CounterPlay = 132, // new NAG_DecisiveCounterPlay = 134, // new NAG_BlackSlightCounterPlay = 131, // new NAG_BlackCounterPlay = 133, // new NAG_BlackDecisiveCounterPlay = 135, // new NAG_TimeLimit = 136, // new NAG_WithIdea = 140, // new NAG_BetterIs = 142, // new NAG_VariousMoves = 144, // new NAG_Comment = 145, // new NAG_Novelty = 146, NAG_WeakPoint = 147, // new NAG_Ending = 148, // new NAG_File = 149, // new NAG_Diagonal = 150, // new NAG_BishopPair = 151, // new NAG_OppositeBishops = 153, // new NAG_SameBishops = 154, // new NAG_Etc = 190, // new NAG_DoublePawns = 191, // new NAG_SeparatedPawns = 192, // new NAG_UnitedPawns = 193, // new NAG_Diagram = 201, // Scid-specific NAGs start at 201. NAG_See = 210, // new NAG_Mate = 211, // new NAG_PassedPawn = 212, // new NAG_MorePawns = 213, //new NAG_With = 214, // new NAG_Without = 215; // MAX_NAGS: Maximum id of NAG codes const byte MAX_NAGS_ARRAY = 215; // patternT structure: a pattern filter for material searches. // It can specify, for example, a white Pawn on the f-fyle, or // a black Bishop on f2 and white King on e1. struct patternT { pieceT pieceMatch; // EMPTY, WK, BK, etc... rankT rankMatch; // RANK_1 .. RANK_8 or NO_RANK fyleT fyleMatch; // A_FYLE .. H_FYLE or NO_FYLE byte flag; // 0 means this pattern must NOT occur. patternT * next; }; enum gameExactMatchT { GAME_EXACT_MATCH_Exact = 0, GAME_EXACT_MATCH_Pawns, GAME_EXACT_MATCH_Fyles, GAME_EXACT_MATCH_Material }; enum gameFormatT { PGN_FORMAT_Plain = 0, // Plain regular PGN output PGN_FORMAT_HTML = 1, // HTML format PGN_FORMAT_LaTeX = 2, // LaTeX (with chess12 package) format PGN_FORMAT_Color = 3 // PGN, with color tags etc }; #define PGN_STYLE_TAGS 1 #define PGN_STYLE_COMMENTS 2 #define PGN_STYLE_VARS 4 #define PGN_STYLE_INDENT_COMMENTS 8 #define PGN_STYLE_INDENT_VARS 16 #define PGN_STYLE_SYMBOLS 32 // e.g. "! +-" instead of "$2 $14" #define PGN_STYLE_SHORT_HEADER 64 #define PGN_STYLE_MOVENUM_SPACE 128 // Space after move numbers. #define PGN_STYLE_COLUMN 256 // Column style: one move per line. #define PGN_STYLE_SCIDFLAGS 512 #define PGN_STYLE_STRIP_MARKS 1024 // Strip [%mark] and [%arrow] codes. #define PGN_STYLE_NO_NULL_MOVES 2048 // Convert null moves to comments. #define PGN_STYLE_UNICODE 4096 // Use U+2654..U+2659 for figurine void game_printNag (byte nag, char * str, bool asSymbol, gameFormatT format); byte game_parseNag(std::pair strview); uint strGetRatingType (const char * name); ////////////////////////////////////////////////////////////////////// // Game: Class Definition class Game { // Header data: tag pairs std::vector > extraTags_; std::string WhiteStr; std::string BlackStr; std::string EventStr; std::string SiteStr; std::string RoundStr; dateT Date; dateT EventDate; ecoT EcoCode; eloT WhiteElo; eloT BlackElo; byte WhiteRatingType; byte BlackRatingType; resultT Result; char ScidFlags[22]; // Position and moves byte moveChunkUsed_; std::forward_list > moveChunks_; std::unique_ptr StartPos; std::unique_ptr CurrentPos{new Position}; moveT* FirstMove; moveT* CurrentMove; uint VarDepth; // Current variation depth. ushort NumHalfMoves; // Total half moves in the main line. // TODO: The following variables should not be part of this class. eloT WhiteEstimateElo; eloT BlackEstimateElo; uint NumMovesPrinted; // Used in recursive WriteMoveList method. uint PgnStyle; // see PGN_STYLE macros above. gameFormatT PgnFormat; // see PGN_FORMAT macros above. uint HtmlStyle; // HTML diagram style, see DumpHtmlBoard method in position.cpp. private: Game(const Game&); moveT* allocMove(); moveT* NewMove(markerT marker); void ClearMoves(); errorT DecodeVariation(ByteBuffer& buf); errorT WritePGN(TextBuffer* tb); /** * Contains the information of the current position in the game, so that * after an operation that alters the location, it can be restored. */ struct GameSavedPos { Position pos; moveT* move; uint varDepth; }; public: Game() { Clear(); } void Clear(); void strip(bool variations, bool comments, bool NAGs); bool HasNonStandardStart(char* outFEN = nullptr) const { if (!StartPos) return false; if (outFEN) StartPos->PrintFEN(outFEN, FEN_ALL_FIELDS); return true; } /// Setup the start position from a FEN string and remove all the moves. /// If the FEN is invalid the game is not changed. errorT SetStartFen(const char* fenStr); void SetScidFlags(const char* s, size_t len) { constexpr size_t size = sizeof(ScidFlags) / sizeof(*ScidFlags); std::fill_n(ScidFlags, size, 0); std::copy_n(s, std::min(size - 1, len), ScidFlags); } void SetScidFlags(const char* s) { SetScidFlags(s, std::strlen(s)); } ushort GetNumHalfMoves() { return NumHalfMoves; } ////////////////////////////////////////////////////////////// // Functions to add or delete moves: // errorT AddMove(const simpleMoveT* sm); errorT AddVariation(); errorT DeleteVariation(); errorT FirstVariation(); errorT MainVariation(); void Truncate(); void TruncateStart(); ////////////////////////////////////////////////////////////// // Functions that move the current location (only CurrentPos, // CurrentMove and VarDepth are modified by these functions): // errorT MoveForward(); errorT MoveBackup(); errorT MoveIntoVariation(uint varNumber); errorT MoveExitVariation(); errorT MoveForwardInPGN(); errorT MoveToLocationInPGN(unsigned stopLocation); void MoveToStart(); /// Move to the end of the main line. void MoveToEnd(); void MoveToPly(int hmNumber) { // Move to a specified MoveToStart(); // mainline ply in the game. for (int i = 0; i < hmNumber; ++i) MoveForward(); } GameSavedPos currentLocation() const { return GameSavedPos{*CurrentPos, CurrentMove, VarDepth}; } void restoreLocation(const GameSavedPos& savedPos) { *CurrentPos = savedPos.pos; CurrentMove = savedPos.move; VarDepth = savedPos.varDepth; } ////////////////////////////////////////////////////////////// // Functions that get information about the current location. // const Position* currentPos() const { return CurrentPos.get(); } Position* GetCurrentPos() { // Deprecated, use the const version return CurrentPos.get(); } /// @return an "UCI position" string that leads to the current position std::string currentPosUCI() const; simpleMoveT* GetCurrentMove() { // Deprecated return CurrentMove->endMarker() ? nullptr : &CurrentMove->moveData; } ushort GetCurrentPly() const { auto ply = CurrentPos->GetPlyCounter(); return StartPos ? ply - StartPos->GetPlyCounter() : ply; } uint GetNumVariations() const { return CurrentMove->numVariations; } // Each variation has a "level" and a "number". // - "level" is the number of times that is necessary to call // MoveExitVariation() to reach the main line. // - "number" is the ordered position in the list of variations for the // current root position (first variation is number 0). // The main line is 0,0. uint GetVarLevel() const { return VarDepth; } uint GetVarNumber() const { if (VarDepth != 0) { uint varNumber = 0; auto moves = CurrentMove->getParent(); for (auto parent = moves.first; parent; varNumber++) { parent = parent->varChild; if (parent == moves.second) return varNumber; } } return 0; // returns 0 if in main line } unsigned GetLocationInPGN() const; unsigned GetPgnOffset() const; bool AtVarStart() const { return CurrentMove->prev->startMarker(); } bool AtVarEnd() const { return CurrentMove->endMarker(); } bool AtStart() const { return (VarDepth == 0 && AtVarStart()); } bool AtEnd() const { return (VarDepth == 0 && AtVarEnd()); } ////////////////////////////////////////////////////////////// // Functions that get/set information about the last/next move. // Notice: when location is at the start of the game or a variation, // infomation are stored into the START_MARKER. // errorT AddNag(byte nag); errorT RemoveNag(bool isMoveNag); void ClearNags() { CurrentMove->prev->nagCount = 0; CurrentMove->prev->nags[0] = 0; } byte* GetNags() const { return CurrentMove->prev->nags; } byte* GetNextNags() const { return CurrentMove->nags; } /** * Return the comment on the move previously played by CurrentPos->ToMove * If there are no previous moves, return an empty comment. */ const char* GetPreviousMoveComment() const { const moveT* move = CurrentMove->getPrevMove(); if (move) move = move->getPrevMove(); return (move) ? move->comment.c_str() : ""; } const char* GetMoveComment() const { return CurrentMove->prev->comment.c_str(); } std::string& accessMoveComment() { return CurrentMove->prev->comment; } void SetMoveComment(const char* comment); const char* GetNextSAN(); void GetSAN(char* str); void GetPrevSAN(char* str); void GetPrevMoveUCI(char* str) const; void GetNextMoveUCI(char* str); ////////////////////////////////////////////////////////////// // Functions that get/set the tag pairs: // void AddPgnTag(const char* tag, const char* value); bool RemoveExtraTag(const char* tag); const char* FindExtraTag(const char* tag) const; std::string& accessTagValue(const char* tag, size_t tagLen); const decltype(extraTags_) & GetExtraTags() const { return extraTags_; } void ClearExtraTags() { extraTags_.clear(); } void LoadStandardTags(const IndexEntry* ie, const NameBase* nb); void SetEventStr (const char * str) { EventStr = str; } void SetSiteStr (const char * str) { SiteStr = str; } void SetWhiteStr (const char * str) { WhiteStr = str; } void SetBlackStr (const char * str) { BlackStr = str; } void SetRoundStr (const char * str) { RoundStr = str; } void SetDate (dateT date) { Date = date; } void SetEventDate (dateT date) { EventDate = date; } void SetResult (resultT res) { Result = res; } void SetWhiteElo (eloT elo) { WhiteElo = elo; } void SetBlackElo (eloT elo) { BlackElo = elo; } void SetWhiteRatingType (byte b) { WhiteRatingType = b; } void SetBlackRatingType (byte b) { BlackRatingType = b; } int setRating(colorT col, const char* ratingType, size_t ratingTypeLen, std::pair rating); void SetEco (ecoT eco) { EcoCode = eco; } const char* GetEventStr () const { return EventStr.c_str(); } const char* GetSiteStr () const { return SiteStr.c_str(); } const char* GetWhiteStr () const { return WhiteStr.c_str(); } const char* GetBlackStr () const { return BlackStr.c_str(); } const char* GetRoundStr () const { return RoundStr.c_str(); } dateT GetDate () const { return Date; } dateT GetEventDate () const { return EventDate; } resultT GetResult () const { return Result; } eloT GetWhiteElo () const { return WhiteElo; } eloT GetBlackElo () const { return BlackElo; } eloT GetWhiteEstimateElo() const { return WhiteEstimateElo; } eloT GetBlackEstimateElo() const { return BlackEstimateElo; } byte GetWhiteRatingType () const { return WhiteRatingType; } byte GetBlackRatingType () const { return BlackRatingType; } ecoT GetEco () const { return EcoCode; } eloT GetAverageElo (); // PGN conversion bool CommentEmpty ( const char * comment); void WriteComment (TextBuffer * tb, const char * preStr, const char * comment, const char * postStr); errorT WriteMoveList(TextBuffer* tb, moveT* oldCurrentMove, bool printMoveNum, bool inComment); std::pair WriteToPGN (uint lineWidth = 0, bool NewLineAtEnd = false, bool newLineToSpaces = true); void ResetPgnStyle (void) { PgnStyle = 0; } void ResetPgnStyle (uint flag) { PgnStyle = flag; } uint GetPgnStyle () { return PgnStyle; } void SetPgnStyle (uint mask, bool setting) { if (setting) { AddPgnStyle (mask); } else { RemovePgnStyle (mask); } } void AddPgnStyle (uint mask) { PgnStyle |= mask; } void RemovePgnStyle (uint mask) { PgnStyle &= ~mask; } void SetPgnFormat (gameFormatT gf) { PgnFormat = gf; } bool SetPgnFormatFromString (const char * str); static bool PgnFormatFromString (const char * str, gameFormatT * fmt); bool IsPlainFormat () { return (PgnFormat == PGN_FORMAT_Plain); } bool IsHtmlFormat () { return (PgnFormat == PGN_FORMAT_HTML); } bool IsLatexFormat () { return (PgnFormat == PGN_FORMAT_LaTeX); } bool IsColorFormat () { return (PgnFormat == PGN_FORMAT_Color); } void SetHtmlStyle (uint style) { HtmlStyle = style; } uint GetHtmlStyle () { return HtmlStyle; } errorT GetPartialMoveList (DString * str, uint plyCount); bool MaterialMatch (bool PromotionsFlag, ByteBuffer& buf, byte * min, byte * max, patternT * pattern, int minPly, int maxPly, int matchLength, bool oppBishops, bool sameBishops, int minDiff, int maxDiff); bool ExactMatch (Position * pos, ByteBuffer * buf, simpleMoveT * sm, gameExactMatchT searchType); bool VarExactMatch (Position * searchPos, gameExactMatchT searchType); errorT Encode(std::vector& dest, IndexEntry& ie) const; errorT DecodeSkipTags(ByteBuffer* buf); errorT DecodeNextMove (ByteBuffer * buf, simpleMoveT& sm); errorT Decode(ByteBuffer& buf); errorT DecodeMovesOnly(ByteBuffer& buf); Game* clone(); }; namespace gamevisit { template void tags_STR(const Game& game, TFunc visitor) { char dateBuf[16]; visitor("Event", game.GetEventStr()); visitor("Site", game.GetSiteStr()); date_DecodeToString(game.GetDate(), dateBuf); visitor("Date", dateBuf); visitor("Round", game.GetRoundStr()); visitor("White", game.GetWhiteStr()); visitor("Black", game.GetBlackStr()); visitor("Result", RESULT_LONGSTR[game.GetResult()]); } template void tags_extra(const Game& game, TFunc visitor) { char strBuf[256]; if (auto elo = game.GetWhiteElo()) { std::string rType = "White"; rType.append(ratingTypeNames[game.GetWhiteRatingType()]); visitor(rType.c_str(), std::to_string(elo).c_str()); } if (auto elo = game.GetBlackElo()) { std::string rType = "Black"; rType.append(ratingTypeNames[game.GetBlackRatingType()]); visitor(rType.c_str(), std::to_string(elo).c_str()); } if (game.GetEco() != ECO_None) { eco_ToExtendedString(game.GetEco(), strBuf); visitor("ECO", strBuf); } if (game.GetEventDate() != ZERO_DATE) { date_DecodeToString(game.GetEventDate(), strBuf); visitor("EventDate", strBuf); } // TODO: // if (*ScidFlags) // visitor("ScidFlags", ScidFlags); for (auto& e : game.GetExtraTags()) { visitor(e.first.c_str(), e.second.c_str()); } if (game.HasNonStandardStart(strBuf)) { visitor("FEN", strBuf); } } } // namespace gamevisit namespace gamepos { struct GamePos { uint32_t RAVdepth; uint32_t RAVnum; std::string FEN; // "Forsyth-Edwards Notation" describing the position. std::vector NAGs; // "Numeric Annotation Glyph" std::string comment; // text annotation of the position. std::string lastMoveSAN; // move that was played to reach the position. }; /** * Iterate all the positions of a game and store the corresponding GamePos * objects into a container. * * The order of positions and of Recursive Annotation Variations (RAV) follows * the PGN standard: "The alternate move sequence given by an RAV is one that * may be legally played by first unplaying the move that appears immediately * prior to the RAV. Because the RAV is a recursive construct, it may be nested" * Each position have a RAVdepth and a RAVnum that allows to follow a * variation from any given position: * - skip all the next positions with a bigger RAVdepth * - the variation ends with: * - a lower RAVdepth or * - an equal RAVdepth but different RAVnum or * - the end of @e dest * @param game: reference to the Game object where the positions are read. * @param dest: the container where the GamePos objects are appended. */ template inline void collectPositions(Game& game, TCont& dest) { do { if (game.AtVarStart() && !game.AtStart()) continue; dest.emplace_back(); auto& gamepos = dest.back(); gamepos.RAVdepth = game.GetVarLevel(); gamepos.RAVnum = game.GetVarNumber(); char strBuf[256]; game.currentPos()->PrintFEN(strBuf, FEN_ALL_FIELDS); gamepos.FEN = strBuf; for (byte* nag = game.GetNags(); *nag; nag++) { gamepos.NAGs.push_back(*nag); } gamepos.comment = game.GetMoveComment(); game.GetPrevSAN(strBuf); gamepos.lastMoveSAN = strBuf; } while (game.MoveForwardInPGN() == OK); } /** * Returns all the positions of a game * @param game: reference to the Game object where the positions are read. * @returns a std::vector containing the GamePos objects corresponding to all * the positions of @e game. */ inline std::vector collectPositions(Game& game) { std::vector res; game.MoveToStart(); collectPositions(game, res); return res; } } // namespace gamepos #endif // #ifndef SCID_GAME_H ////////////////////////////////////////////////////////////////////// // EOF: game.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/naglatex.h0000755000076500000240000001026314666426276017665 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: naglatex.h // Translationtable for NAG values to Tex. // // Part of: Scid (Shane's Chess Information Database) // Version: 3.6 // // Notice: Copyright (c) 2000-2003 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // Updated: W. van den Akker // ////////////////////////////////////////////////////////////////////// const char * evalNagsLatex [] = { "", // one for the offset "!", // $1 "?", // $2 "!!", // $3 "??", // $4 "!?", // $5 "?!", // $6 "forced", // $7 "{\\onlymove}", // $8 "worst", // $9 "{\\equal}", // $10 "", // $11 "{$\\leftrightarrows$}", // $12 "{\\unclear}", // $13 "{\\wbetter}", // $14 "{\\bbetter}", // $15 "{\\wupperhand}", // $16 "{\\bupperhand}", // $17 "{\\wdecisive}", // $18 "{\\bdecisive}", // $19 "", // $20 "", // $21 "{\\zugzwang}", // $22 "{\\zugzwang}", // $23 "", // $24 "", // $25 "{\\moreroom}", // $26 "", // $27 "", // $28 "", // $29 "{$\\circlearrowleft$}", // $30 "{$\\circlearrowright$}", // $31 "", // $32 "", // $33 "", // $34 "{\\devadvantage}", // $35 "{\\withinit}", // $36 "", // $37 "", // $38 "", // $39 "{\\withattack}", // $40 "", // $41 "", // $42 "", // $43 "{\\compensation}", // $44 "", // $45 "", // $46 "", // $47 "{$$\\boxplus$$}", // $48 "{$$\\boxplus$$}", // $49 "{\\centre}", // $50 "{\\centre}", // $51 "", // $52 "", // $53 "", // $54 "", // $55 "", // $56 "", // $57 "{\\kside}", // $58 "", // $59 "", // $60 "", // $61 "{\\qside}", // $62 "", // $63 "", // $64 "", // $65 "", // $66 "", // $67 "", // $68 "", // $69 "", // $70 "", // $71 "", // $72 "", // $73 "", // $74 "", // $75 "", // $76 "", // $77 "", // $78 "", // $79 "", // $80 "", // $81 "", // $82 "", // $83 "", // $84 "", // $85 "", // $86 "", // $87 "", // $88 "", // $89 "", // $90 "", // $91 "", // $92 "", // $93 "", // $94 "", // $95 "", // $96 "", // $97 "", // $98 "", // $99 "", // $100 "", // $101 "", // $102 "", // $103 "", // $104 "", // $105 "", // $106 "", // $107 "", // $108 "", // $109 "", // $110 "", // $111 "", // $112 "", // $113 "", // $114 "", // $115 "", // $116 "", // $117 "", // $118 "", // $119 "", // $120 "", // $121 "", // $122 "", // $123 "", // $124 "", // $125 "", // $126 "", // $127 "", // $128 "", // $129 "", // $130 "", // $131 "{\\counterplay}", // $132 "", // $133 "", // $134 "", // $135 "{\\timelimt}", // $136 "", // $137 "", // $138 "", // $139 "{\\withidea}", // $140 "", // $141 "{\\betteris}", // $142 "", // $143 "{\\various}", // $144 "{\\comment}", // $145 "{\\novelty}", // $146 "{\\weakpt}", // $147 "{\\ending}", // $148 "{\\file}", // $149 "{\\diagonal}", // $150 "{\\bishoppair}", // $151 "", // $152 "{\\opposbishops}", // $153 "{\\samebishops}", // $154 "", // $155 "", // $156 "", // $157 "", // $158 "", // $159 "", // $160 "", // $161 "", // $162 "", // $163 "", // $164 "", // $165 "", // $166 "", // $167 "", // $168 "", // $169 "", // $170 "", // $171 "", // $172 "", // $173 "", // $174 "", // $175 "", // $176 "", // $177 "", // $178 "", // $179 "", // $180 "", // $181 "", // $182 "", // $183 "", // $184 "", // $185 "", // $186 "", // $187 "", // $188 "", // $189 "{\\etc}", // $190 "{\\doublepawns}", // $191 "{\\seppawns}", // $192 "{\\unitedpawns}", // $193 "", // $194 "", // $195 "", // $196 "", // $197 "", // $198 "", // $199 "", // $200 "", // $201 "", // $202 "", // $203 "", // $204 "", // $205 "", // $206 "", // $207 "", // $208 "", // $209 "{\\see}", // $210 "{\\mate}", // $211 "{\\passedpawn}", // $212 "{\\morepawns}", // $213 "{\\with}", // $214 "{\\without}", // $215 "", // $216 "", // $217 "", // $218 "", // $219 "", // $220 "", // $221 "", // $222 "", // $223 "" // $224 }; chessx-master/dep/scid/code/src/common.h0000755000076500000240000003507014666426276017355 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: common.h // Common macros, structures and constants. // // Part of: Scid (Shane's Chess Information Database) // Version: 3.6.6 // // Notice: Copyright (c) 2000-2004 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // Copyright (c) 2006-2007 Pascal Georges // ////////////////////////////////////////////////////////////////////// #ifndef SCID_COMMON_H #define SCID_COMMON_H #include #if defined(_MSC_VER) && _MSC_VER <= 1600 typedef unsigned __int8 uint8_t; typedef unsigned __int16 uint16_t; typedef unsigned __int32 uint32_t; typedef unsigned __int64 uint64_t; typedef __int32 int32_t; #else #include #endif // _MSC_VER <= 1600 #include "board_def.h" #include "error.h" //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // CONSTANTS: typedef unsigned short versionT; // Version: div by 100 for major number, modulo 100 for minor number // so 109 = 1.9, 110 = 1.10, etc. const versionT SCID_VERSION = 400; // Current file format version = 4.0 const versionT SCID_OLDEST_VERSION = 300; // Oldest readable file format: 3.0 const char SCID_VERSION_STRING[] = "4.7.1"; // Current Scid version const char SCID_WEBSITE[] = "http://scid.sourceforge.net/"; ////////////////////////////////////////////////////////////////////// // ASSERT macro: asserts an expression. Differs from the standard // assert in that it does NOT print the expression (this is a waste, // if an assert fails you can go to the code to see why) and that // it MUST be a statement, not part of a larger expression. // Adapted from the book "Writing Solid Code". #include #define ASSERT(f) assert(f) // Bit Manipulations #define BIT_7(x) ((x) & 128) #define BIT_6(x) ((x) & 64) #define BIT_5(x) ((x) & 32) #define BIT_4(x) ((x) & 16) #define BIT_3(x) ((x) & 8) #define BIT_2(x) ((x) & 4) #define BIT_1(x) ((x) & 2) #define BIT_0(x) ((x) & 1) // Upper or lower 4 bits of a byte, in the range 0..15 #define UPPER_4_BITS(x) (((x) & 240) >> 4) // 240 is (15 * 16) #define LOWER_4_BITS(x) ((x) & 15) // Upper or lower 12 bits of an integer, in the range 0..4095 // #define UPPER_12_BITS(x) (((x) & (4096 * 4095)) >> 12) #define LOWER_12_BITS(x) ((x) & 4095) //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // TYPE DEFINITIONS // General types typedef unsigned char byte; // 8 bit unsigned typedef uint16_t ushort; // 16 bit unsigned typedef uint32_t uint; // 32 bit unsigned typedef int32_t sint; // 32 bit signed // compareT: comparison type typedef signed int compareT; const compareT LESS_THAN = -1, EQUAL_TO = 0, GREATER_THAN = 1; // Chess Types typedef byte directionT; // e.g. UP_LEFT typedef byte leftDiagT; // Up-left diagonals typedef byte rightDiagT; // Up-right diagonals // boardT: 64 squares plus two extra squares: one for storing the side // to move as a byte and one for the string terminator, so boards can // be compared using regular string functions: typedef pieceT boardT [66]; typedef byte smallBoardT [32]; // A more densely packed board, 2 squares // per byte. typedef byte castleDirT; // LEFT or RIGHT // Other Small Types typedef ushort statusT; // Fixed String Types typedef char sanStringT [ 10]; // SAN Move Notation // File-related Types typedef char fileNameT [512]; typedef uint fileLengthT; enum fileModeT { FMODE_None = 0, FMODE_ReadOnly, FMODE_WriteOnly, FMODE_Both, FMODE_Create }; // Date type: see date.h and date.cpp typedef uint dateT; // There are four name types: PLAYER, EVENT, SITE and ROUND tags. // Names are accessed through IDs. typedef uint32_t idNumberT; // Should be idNameT typedef unsigned nameT; enum { NAME_PLAYER, NAME_EVENT, NAME_SITE, NAME_ROUND, NUM_NAME_TYPES, NAME_INVALID = 99 }; // Game Information types typedef uint gamenumT; typedef ushort eloT; typedef ushort ecoT; typedef char ecoStringT [6]; /* "A00j1" */ const ecoT ECO_None = 0; // Rating types: const byte RATING_Elo = 0; const byte RATING_Rating = 1; const byte RATING_Rapid = 2; const byte RATING_ICCF = 3; const byte RATING_USCF = 4; const byte RATING_DWZ = 5; const byte RATING_BCF = 6; extern const char * ratingTypeNames [17]; // Defined in game.cpp // Result Type const uint NUM_RESULT_TYPES = 4; typedef byte resultT; const resultT RESULT_None = 0, RESULT_White = 1, RESULT_Black = 2, RESULT_Draw = 3; const uint RESULT_SCORE[4] = { 1, 2, 0, 1 }; const char RESULT_CHAR [4] = { '*', '1', '0', '=' }; const char RESULT_STR [4][4] = { "*", "1-0", "0-1", "=-=" }; const char RESULT_LONGSTR [4][8] = { "*", "1-0", "0-1", "1/2-1/2" }; const resultT RESULT_OPPOSITE [4] = { RESULT_None, RESULT_Black, RESULT_White, RESULT_Draw }; const castleDirT QSIDE = 0, KSIDE = 1; // Minor piece definitions, used for searching by material only: const pieceT WM = 16, BM = 17; const uint MAX_PIECE_TYPES = 18; // PIECE_FLIP[]: array of pieces, with colors reversed. const pieceT PIECE_FLIP [MAX_PIECE_TYPES] = { END_OF_BOARD, BK, BQ, BR, BB, BN, BP, EMPTY, EMPTY, WK, WQ, WR, WB, WN, WP, EMPTY, BM, WM }; const bool PIECE_IS_SLIDER [8] = { false, false, true, true, true, false, false, false, }; // PIECE_VALUE: Piece values, K=1000, Q=9, R=5, B=N=3, P=1 const int PIECE_VALUE [MAX_PIECE_TYPES] = { 0, 100, 9, 5, 3, 3, 1, 0, 0, -100, -9, -5, -3, -3, -1, 0, 3, -3 }; // // INLINE FUNCTIONS for pieces // inline bool piece_IsWhite(pieceT p) { return (p>=WK && p<=WP); } inline bool piece_IsBlack(pieceT p) { return (p>=BK && p<=BP); } inline bool piece_IsKing(pieceT p) { return (piece_Type(p) == KING); } inline bool piece_IsQueen(pieceT p) { return (piece_Type(p) == QUEEN); } inline bool piece_IsRook(pieceT p) { return (piece_Type(p) == ROOK); } inline bool piece_IsBishop(pieceT p) { return (piece_Type(p) == BISHOP); } inline bool piece_IsKnight(pieceT p) { return (piece_Type(p) == KNIGHT); } inline bool piece_IsPawn(pieceT p) { return (piece_Type(p) == PAWN); } inline bool piece_IsSlider(pieceT p) { return PIECE_IS_SLIDER[piece_Type(p)]; } inline pieceT piece_FromChar(int x) { switch (x) { case 'K': return KING; case 'Q': return QUEEN; case 'R': return ROOK; case 'N': return KNIGHT; case 'B': return BISHOP; default: return EMPTY; } } inline int piece_Value (pieceT p) { return PIECE_VALUE[p]; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // SQUARES AND SQUARE MACROS inline leftDiagT square_LeftDiag (squareT sq) { return square_Rank(sq) + square_Fyle(sq); } inline rightDiagT square_RightDiag (squareT sq) { return (7 + square_Rank(sq) - square_Fyle(sq)); } // square_Color: // Return WHITE for a light square, BLACK for a dark square. inline colorT square_Color (squareT sq) { return 1 - (square_LeftDiag(sq) & 1); } // square_FlipFyle: // Return the square with its file flipped: a1 <-> h1, b1 <-> g1, etc. inline squareT square_FlipFyle (squareT sq) { return square_Make (A_FYLE + H_FYLE - square_Fyle(sq), square_Rank(sq)); } // square_FlipRank: // Return the square with its rank flipped: a1 <-> a8, a2 <-> a7, etc. inline squareT square_FlipRank (squareT sq) { return square_Make (square_Fyle(sq), RANK_1 + RANK_8 - square_Rank(sq)); } // square_FlipDiag: // Return the square flipped along the a1-h8 diagonal. inline squareT square_FlipDiag (squareT sq) { return square_Make (square_Rank(sq), square_Fyle(sq)); } const uint rankFyleDist[64] = { 0, 1, 2, 3, 4, 5, 6, 7, 1, 0, 1, 2, 3, 4, 5, 6, 2, 1, 0, 1, 2, 3, 4, 5, 3, 2, 1, 0, 1, 2, 3, 4, 4, 3, 2, 1, 0, 1, 2, 3, 5, 4, 3, 2, 1, 0, 1, 2, 6, 5, 4, 3, 2, 1, 0, 1, 7, 6, 5, 4, 3, 2, 1, 0 }; // square_Distance: // Return the distance in king moves between two squares. inline uint square_Distance (squareT from, squareT to) { ASSERT (from <= H8 && to <= H8); uint rankd = rankFyleDist[(square_Rank(from) << 3) | square_Rank(to)]; uint fyled = rankFyleDist[(square_Fyle(from) << 3) | square_Fyle(to)]; return (rankd > fyled) ? rankd : fyled; } // square_NearestCorner: // Return the corner (A1/H1/A8/H8) closest to the specified square. inline squareT square_NearestCorner (squareT sq) { if (square_Rank(sq) <= RANK_4) { return (square_Fyle(sq) <= D_FYLE)? A1 : H1; } else { return (square_Fyle(sq) <= D_FYLE)? A8 : H8; } } inline bool square_IsCornerSquare (squareT sq) { return (sq == A1 || sq == H1 || sq == A8 || sq == H8); } inline bool square_IsEdgeSquare (squareT sq) { rankT rank = square_Rank(sq); if (rank == RANK_1 || rank == RANK_8) { return true; } fyleT fyle = square_Fyle(sq); if (fyle == A_FYLE || fyle == H_FYLE) { return true; } return false; } const int edgeDist[66] = { 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 0, 0, 1, 2, 2, 2, 2, 1, 0, 0, 1, 2, 3, 3, 2, 1, 0, 0, 1, 2, 3, 3, 2, 1, 0, 0, 1, 2, 2, 2, 2, 1, 0, 0, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, -1, -1 }; inline int square_EdgeDistance (squareT sq) { return edgeDist[sq]; } inline bool square_IsKnightHop (squareT from, squareT to) { ASSERT (from <= H8 && to <= H8); uint rdist = rankFyleDist [(square_Rank(from) << 3) | square_Rank(to)]; uint fdist = rankFyleDist [(square_Fyle(from) << 3) | square_Fyle(to)]; // It is a knight hop only if one distance is two squares and the // other is one square -- that is, only if their product equals two. return ((rdist * fdist) == 2); } inline char square_FyleChar (squareT sq) { return square_Fyle(sq) + 'a'; } inline char square_RankChar (squareT sq) { return square_Rank(sq) + '1'; } inline void square_Print (squareT sq, char * str) { if (sq <= H8) { str[0] = square_FyleChar(sq); str[1] = square_RankChar(sq); str[2] = 0; } else if (sq == NULL_SQUARE) { str[0] = 'N'; str[1] = 'S'; str[2] = 0; } else { str[0] = 'X'; str[1] = 'X'; str[2] = 0; } return; } // Directions: // Up = 1, Down = 2, Left = 4, Right = 8, UpLeft = 5, UpRight = 9, // DownLeft = 6, DownRight = 10 const directionT NULL_DIR = 0, UP = 1, DOWN = 2, LEFT = 4, RIGHT = 8, UP_LEFT = (UP | LEFT), UP_RIGHT = (UP | RIGHT), DOWN_LEFT = (DOWN | LEFT), DOWN_RIGHT = (DOWN | RIGHT); const directionT dirOpposite[11] = { NULL_DIR, DOWN, // opposite of UP (1) UP, // opposite of DOWN (2) NULL_DIR, RIGHT, // opposite of LEFT (4) DOWN_RIGHT, // opposite of UP_LEFT (5) UP_RIGHT, // opposite of DOWN_LEFT (6) NULL_DIR, LEFT, // opposite of RIGHT (8) DOWN_LEFT, // opposite of UP_RIGHT (9) UP_LEFT // opposite of DOWN_RIGHT (10) }; // direction_Opposite(): return the opposite direction to d inline directionT direction_Opposite (directionT d) { return dirOpposite[d]; } // dirIsDiagonal[]: array listing the diagonal directions, for fast // lookup of whether a direction is a diagonal. const bool dirIsDiagonal [11] = { false, // 0 = NULL_DIR false, // 1 = UP false, // 2 = DOWN false, // 3 = Invalid false, // 4 = LEFT true, // 5 = UP_LEFT true, // 6 = DOWN_LEFT false, // 7 = Invalid false, // 8 = RIGHT true, // 9 = UP_RIGHT true // 10 = DOWN_RIGHT }; inline bool direction_IsDiagonal (directionT dir) { return dirIsDiagonal[dir]; } // dirDelta: // Array giving the board delta of moving to the next square // in that direction. const int dirDelta[11] = { 0, // NULL_DIR 8, // UP -8, // DOWN 0, // Invalid -1, // LEFT 7, // UP_LEFT -9, // DOWN_LEFT 0, // Invalid 1, // RIGHT 9, // UP_RIGHT -7 // DOWN_RIGHT }; inline int direction_Delta (directionT dir) { return dirDelta[dir]; } // The starting Board // const boardT START_BOARD = { WR, WN, WB, WQ, WK, WB, WN, WR, // A1--H1 WP, WP, WP, WP, WP, WP, WP, WP, // A2--H2 EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, EMPTY, BP, BP, BP, BP, BP, BP, BP, BP, BR, BN, BB, BQ, BK, BB, BN, BR, EMPTY, // COLOR_SQUARE END_OF_BOARD // NULL_SQUARE }; // Square colors for the standard chess board: // const colorT BOARD_SQUARECOLOR[66] = { BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, // a1-h1 WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, // a2-h2 BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, // a3-h3 WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, // a4-h4 BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, // a5-h5 WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, // a6-h6 BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, // a7-h7 WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, WHITE, BLACK, // a8-h8 NOCOLOR, NOCOLOR // Color square and Null square }; inline int board_Compare (const pieceT * b1, const pieceT * b2) { for (uint i=0; i < 64; i++) { if (*b1 < *b2) { return -1; } if (*b1 > *b2) { return 1; } b1++; b2++; } return 0; } // square_Adjacent: returns 1 if the two squares are adjacent. Note that // diagonal adjacency is included: a1 and b2 are adjacent. // Also note that a square is adjacent to itself. inline bool square_Adjacent (squareT from, squareT to) { ASSERT (from <= H8 && to <= H8); rankT fromRank = square_Rank(from); rankT toRank = square_Rank(to); int rdist = (int)fromRank - (int)toRank; if (rdist < -1 || rdist > 1) { return false; } fyleT fromFyle = square_Fyle(from); fyleT toFyle = square_Fyle(to); int fdist = (int)fromFyle - (int)toFyle; if (fdist < -1 || fdist > 1) { return false; } return true; } #endif // #ifdef SCID_COMMON_H ////////////////////////////////////////////////////////////////////// // EOF: common.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/sortcache.h0000755000076500000240000001237514666426276020043 0ustar jensstaff/* * Copyright (C) 2011 Gerd Lorscheid * Copyright (C) 2011-2017 Fulvio Benini * * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ /** @file * Defines the SortCache class, which sorts the games of an @e Index. */ #ifndef SORTCACHE_H #define SORTCACHE_H #include "common.h" #ifndef MULTITHREADING_OFF #include using std::atomic_bool; #else typedef bool atomic_bool; #endif class HFilter; class Index; class IndexEntry; class NameBase; /** * This class sorts games contained into an Index. * Multiple SortCache objects can be created for a single Index, allowing to * simultaneously sort the games by multiple criteria in an independent way. */ class SortCache { gamenumT nGames_; atomic_bool valid_fullMap_; atomic_bool th_interrupt_; bool partialHash_; gamenumT* fullMap_; void* th_; uint32_t* hash_; const Index* index_; const NameBase* nbase_; char criteria_[32]; int refCount_; // Valid fields that can be used to sort the games. enum { SORTING_date = 'd', SORTING_year = 'y', SORTING_event = 'e', SORTING_site = 's', SORTING_round = 'n', SORTING_white = 'w', SORTING_black = 'b', SORTING_eco = 'o', SORTING_result = 'r', SORTING_moveCount = 'm', SORTING_avgElo = 'R', SORTING_country = 'c', SORTING_deleted = 'D', SORTING_eventdate = 'E', SORTING_whiteelo = 'W', SORTING_blackelo = 'B', SORTING_commentcount = 'C', SORTING_varcount = 'V', SORTING_nagcount = 'A', SORTING_resultwin = '1', SORTING_resultdraw = '5', SORTING_resultloss = '0', SORTING_rating = 'i', SORTING_number = 'N', SORTING_sentinel = '\0' }; public: /** * Create a new SortCache object, builds the hash table, and asynchronously * sorts all the games. * @param idx: valid pointer to an Index object, witch contains the * header data of the games to be sorted. * @param nb: valid pointer to the NameBase corresponding to @e idx. * @param criteria: the list of fields by which games will be ordered. * Each field should be followed by '+' to indicate an * ascending order or by '-' for a descending order. * @returns a pointer to the new object in case of success, NULL otherwise. */ static SortCache* create(const Index* idx, const NameBase* nb, const char* criteria); ~SortCache(); /** * Notify the object that a game's header data has changed. * @param gameId: the id of the game whose data has been changed. */ void checkForChanges(gamenumT gameId); /** * Interrupt any asynchronous operation. This function must be called before * modifying the Index or the NameBase associated with the SortCache. */ void prepareForChanges() { th_interrupt(); } /** * Retrieve the sorted list of games' ids. * The behavior of this function is similar to the mySQL statement: * SELECT gameId FROM idx WHERE filter(gameId) != 0 ORDER BY criteria * LIMIT offset, row_count * @param row_offset: the offset of the first row to return. * The offset of the initial row is 0. * @param row_count: maximum number of rows to return. * @param filter: a reference to a valid (!= NULL) HFilter object. * Games not included into the filter will be ignored. * @param[out] result: valid pointer to an array where the sorted list of * games will be stored (should be able to contain at * least @e row_count elements). * @returns the number of games' ids stored into @e result. */ size_t select(size_t row_offset, size_t row_count, const HFilter& filter, gamenumT* result) const; /** * Get the sorted position of a game. * @param gameId: the id of the game. * @param filter: a reference to a valid (!= NULL) HFilter object. * Games not included into the filter will be ignored, * and @e gameId must be included into the filter. * @returns the sorted position of @e gameId. */ size_t sortedPosition(gamenumT gameId, const HFilter& filter) const; int incrRef(int incr) { return refCount_ += incr; } private: SortCache(const Index* idx, const NameBase* nbase); SortCache(const SortCache&); class CmpLess { const SortCache* sc_; public: CmpLess(const SortCache* sc) : sc_(sc) {} bool operator()(gamenumT g1, gamenumT g2) const; }; int fullCompare(gamenumT left, gamenumT right) const; uint32_t calcHash(gamenumT gameId); void generateHashCache(); void sortAsynchronously(); void th_interrupt() { th_interrupt_ = true; th_join(); th_interrupt_ = false; } void th_join(); void th_sort(); }; #endif chessx-master/dep/scid/code/src/movegen.h0000755000076500000240000001715114666426276017525 0ustar jensstaff/* * Copyright (C) 2011-2019 Fulvio Benini * * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ /** @file * Implements functions for the validation of chess moves. */ #include // These functions use the following move classification: // - a VALID move is a move that respects the basic rules for moving the pieces, // for example a bishop should move diagonally. Validating this type of moves // do not require any info about the current position. // - an ATTACK move is a valid move that can capture an enemy piece at the // destination square. It takes into account the special rule for pawns that // can capture only diagonally and the board position for obstacles, for // example a valid diagonal bishop move is an attack move only if the // in-between squares are empty. To validate this type of moves it is // necessary to know the location of empty squares in the current position. // - a PSEUDO-LEGAL move is an attack move, or a non-capture pawn move, or a // castle move. // - a LEGAL move is a pseudo-legal move where the destination square is not // occupied by a friendly piece and that do not leave the king in check. // To validate this type of moves it is necessary to know the type and // position of every piece. namespace movegen { const int NSQUARES = 8; inline bool valid_king(squareT sqFrom, squareT sqTo) { unsigned distRank = 1 + (sqTo / NSQUARES) - (sqFrom / NSQUARES); unsigned distFyle = 1 + (sqTo % NSQUARES) - (sqFrom % NSQUARES); return distRank <= 2 && distFyle <= 2; } inline bool valid_knight(squareT sqFrom, squareT sqTo) { int distRank = (sqTo / NSQUARES) - (sqFrom / NSQUARES); int distFyle = (sqTo % NSQUARES) - (sqFrom % NSQUARES); int distProduct = distRank * distFyle; return (distProduct == 2 || distProduct == -2); } inline int valid_slider(squareT sqFrom, squareT sqTo, pieceT pieceType) { ASSERT(pieceType == QUEEN || pieceType == ROOK || pieceType == BISHOP); int distRank = (sqTo / NSQUARES) - (sqFrom / NSQUARES); int distFyle = (sqTo % NSQUARES) - (sqFrom % NSQUARES); // Make sure the direction is valid: int sqStep; bool isDiagonal = false; if (distRank == 0) { sqStep = 1; // horizontal } else if (distFyle == 0) { sqStep = NSQUARES; // vertical } else if (distFyle == distRank) { sqStep = NSQUARES + 1; isDiagonal = true; } else if (distFyle == -distRank) { sqStep = NSQUARES - 1; isDiagonal = true; } else { return 0; } if (pieceType == ROOK && isDiagonal) return 0; if (pieceType == BISHOP && !isDiagonal) return 0; return sqStep; } inline bool attack_pawn(squareT sqFrom, squareT sqTo, colorT pieceCol) { int distRank = (sqTo / NSQUARES) - (sqFrom / NSQUARES); int distFyle = (sqTo % NSQUARES) - (sqFrom % NSQUARES); if (pieceCol == WHITE && distRank != 1) return false; if (pieceCol == BLACK && distRank != -1) return false; return (distFyle == 1 || distFyle == -1); } template bool attack_slider(squareT sqFrom, squareT sqTo, pieceT pieceType, TFunc isOccupied) { int sqStep = valid_slider(sqFrom, sqTo, pieceType); if (sqStep == 0) return false; // Make sure all the in-between squares are empty: if (sqFrom > sqTo) sqStep = -sqStep; for (int sq = sqFrom + sqStep; sq != sqTo; sq += sqStep) { if (isOccupied(sq)) return false; } return true; } /** * Validate an ATTACK move, that is if a piece placed at @e sqFrom can capture * an enemy piece at @e sqTo. * @param sqFrom: square of the piece. * @param sqTo: square of the piece to be captured. * @param pieceCol: color of the moving piece. * @param pieceType: type of the moving piece. * @param isOccupied: callable object which should returns true if a square is * occupied by a piece. Since it is not invoked with @e * sqFrom or @e sqTo, it's is irrelevant if the position is * the one before or after the move was made. * @returns true if the move is a valid ATTACK move. */ template bool attack(squareT sqFrom, squareT sqTo, pieceT pieceCol, pieceT pieceType, TFunc isOccupied) { switch (pieceType) { case KING: return valid_king(sqFrom, sqTo); case KNIGHT: return valid_knight(sqFrom, sqTo); case PAWN: return attack_pawn(sqFrom, sqTo, pieceCol); default: break; } return attack_slider(sqFrom, sqTo, pieceType, isOccupied); } template bool pseudo(squareT sqFrom, squareT sqTo, colorT /*pieceCol*/, pieceT pieceType, TFunc isOccupied) { // TODO: pawn and king moves ASSERT(pieceType != PAWN && pieceType != KING); switch (pieceType) { case KNIGHT: return valid_knight(sqFrom, sqTo); default: break; } return attack_slider(sqFrom, sqTo, pieceType, isOccupied); } /** * Given a pseudo-legal move, this functions return the type and the location of * the piece that can possibly pin the moving piece, making the move not legal. * @param sqFrom: start square of the pseudo-legal move. * @param sqTo: destination square of the pseudo-legal move. * @param sqRay: the projected ray starts from @e sqRay and goes through * @e sqFrom; it is usually the square where the king is. * @param isOccupied: callable object which should returns true if a square is * occupied by a piece. * @returns a std::pair with the type (INVALID_PIECE, BISHOP, ROOK) and the * square of the candidate pinning piece. If the type is INVALID_PIECE there is * no pin and the move is legal, otherwise it's necessary to test the board * position and if the returned square is occupied by an enemy QUEEN, or an * enemy piece matching the returned type, the move is not legal. */ template inline std::pair opens_ray(squareT sqFrom, squareT sqTo, squareT sqRay, TFunc isOccupied) { ASSERT(sqRay != sqFrom); int fyleFrom = sqFrom % NSQUARES; int distFyle = (sqRay % NSQUARES) - fyleFrom; int distRank = (sqRay / NSQUARES) - (sqFrom / NSQUARES); // Make sure the direction is valid: int fyleEdge; int sqStep; pieceT pt; if (distFyle == 0) { sqStep = NSQUARES; // vertical fyleEdge = -1; pt = ROOK; } else { if (fyleFrom == 0 || fyleFrom == (NSQUARES - 1)) return {INVALID_PIECE, 0}; if (distRank == 0) { sqStep = 1; // horizontal fyleEdge = 0; pt = ROOK; } else if (distFyle == distRank) { sqStep = NSQUARES + 1; fyleEdge = 0; pt = BISHOP; } else if (distFyle == -distRank) { sqStep = NSQUARES - 1; fyleEdge = NSQUARES - 1; pt = BISHOP; } else { return {INVALID_PIECE, 0}; } } if (sqFrom > sqRay) { sqStep = -sqStep; fyleEdge = NSQUARES - 1 - fyleEdge; } for (int sq = sqFrom + sqStep; sq != sqRay; sq += sqStep) { if (sq == sqTo || isOccupied(sq)) return {INVALID_PIECE, 0}; } for (int sq = sqFrom - sqStep; sq < NSQUARES * NSQUARES; sq -= sqStep) { if (sq < 0 || sq == sqTo) break; if (isOccupied(sq)) return {pt, static_cast(sq)}; if ((sq % NSQUARES) == fyleEdge) break; } return {INVALID_PIECE, 0}; } } // end of namespace movegen chessx-master/dep/scid/code/src/fullmove.h0000755000076500000240000001013714666426276017713 0ustar jensstaff/* * Copyright (C) 2014 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ #ifndef FULLMOVE_H #define FULLMOVE_H #include "common.h" #include class FullMove { // ** Lower 16 bits are compatible with Stockfish's Move ** // bits 0- 5: destination square (from 0 to 63) // bits 6-11: origin square (from 0 to 63) // bits 12-13: promotion piece type -2 (from QUEEN-2 to KNIGHT-2) // bits 14-15: special move flag: promotion (1), en passant (2), castling (3) // ** Info for undoing the move ** // bits 16-17: castling flags - TODO // bits 18-20: enpassant file - TODO // bits 21-23: captured pieceT // ** Info for direct SAN conversion ** // bits 24-26: moving pieceT // bit 27: black to move // bit 28: ambiguous move, insert from fyle // bit 29: ambiguous move, insert from rank // bit 30: check // ** TODO: Use this flag to embed tags, variations, etc.. in a move stream // bit 31: special flag uint32_t m_; public: constexpr FullMove(uint32_t m = 0) : m_(m){}; FullMove(colorT c, squareT kingSq, squareT rookSq) // Castle: encoding as king to rook allows the undoing of chess360 moves : FullMove(c, kingSq, rookSq, KING) { m_ |= (3 << 14); } FullMove(colorT c, squareT from, squareT to, pieceT pt) { m_ = to | (from << 6) | (pt << 24) | (c << 27); } explicit operator bool() const { return m_ != 0; } bool operator==(FullMove const& f) const { return m_ == f.m_; } bool isPromo() const { return (m_ & (3 << 14)) == (1 << 14); } bool isEnpassant() const { return (m_ & (3 << 14)) == (2 << 14); } bool isCastle() const { return (m_ & (3 << 14)) == (3 << 14); } squareT getTo() const { return m_ & 0x3F; } squareT getFrom() const { return (m_ >> 6) & 0x3F; } pieceT getPiece() const { return (m_ >> 24) & 0x07; } colorT getColor() const { return (m_ >> 27 & 1) ? BLACK : WHITE; } pieceT getPromo() const { return ((m_ >> 12) & 0x03) +2; } pieceT getCaptured() const { return (m_ >> 21) & 0x07; } std::string getSAN(colorT* toMove = 0) const { std::string res; if (toMove) *toMove = getColor(); squareT to = getTo(); squareT from = getFrom(); if (to == 0 && from == 0) return "--"; if (isCastle()) { res = (to > from) ? "O-O" : "O-O-O"; bool check = (m_ >> 30) & 1; if (check) res += "+"; return res; } bool fromFyle = (m_ >> 28) & 1; bool fromRank = (m_ >> 29) & 1; bool check = (m_ >> 30) & 1; bool capture = (getCaptured() != 0); switch (getPiece()) { case BISHOP: res += "B"; break; case KNIGHT: res += "N"; break; case ROOK: res += "R"; break; case QUEEN: res += "Q"; break; case KING: res += "K"; break; default: //PAWN if (capture) res += 'a' + (from % 8); } if (fromFyle) res += 'a' + (from % 8); if (fromRank) res += '1' + (from / 8); if (capture) res += "x"; res += 'a' + (to % 8); res += '1' + (to / 8); if (isPromo()) { switch (getPromo()) { case BISHOP: res += "=B"; break; case KNIGHT: res += "=N"; break; case ROOK: res += "=R"; break; case QUEEN: res += "=Q"; break; } } if (check) res += "+"; return res; } void setPromo(pieceT promo) { ASSERT(promo == QUEEN || promo == ROOK || promo == BISHOP || promo == KNIGHT); m_ |= ((promo - 2) << 12) | (1 << 14); } void setCapture(pieceT piece, bool enPassant) { m_ |= ((piece & 0x07) << 21); if (enPassant) m_ |= (2 << 14); } void setAmbiguity(bool fyle, bool rank) { m_ &= ~(3 << 28); if (fyle) m_ |= (1 << 28); if (rank) m_ |= (1 << 29); } void setCheck() { m_ |= (1 << 30); } }; #endif chessx-master/dep/scid/code/src/sortcache.cpp0000755000076500000240000004074614666426276020401 0ustar jensstaff/* * Copyright (C) 2011 Gerd Lorscheid * Copyright (C) 2011-2017 Fulvio Benini * * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ /** @file * Implements the SortCache class, which sorts the games of an @e Index. */ #include "sortcache.h" #include "hfilter.h" #include "index.h" #include "misc.h" #include #include #include #include #ifndef MULTITHREADING_OFF #include /** * Blocks the current thread until the thread @e th_ finishes its execution. */ void SortCache::th_join() { if (th_ != nullptr) { static_cast(th_)->join(); delete static_cast(th_); th_ = nullptr; } } /** * Populate @e fullMap_ with the sorted ids of all the games contained into @e * index_. This function can run in a worker thread and can be interrupted. * It is necessary to invoke th_interrupt() or th_join() before modifying the * SortCache object, or the associated Index and NameBase objects. */ void SortCache::th_sort() { size_t nGames = this->nGames_; gamenumT* v = this->fullMap_; gamenumT* begin = v; gamenumT* end = v + nGames; auto comp = SortCache::CmpLess(this); std::iota(begin, end, 0); // An interruptible implementation of: // std::make_heap(v.begin(), v.end(), comp); ASSERT(nGames < size_t(INT_MAX / 2)); const int lastNode = static_cast(nGames) - 1; const auto lastRoot = (lastNode - 1) / 2; for (auto node = lastRoot; node >= 0; --node) { if (this->th_interrupt_) return; // Sift down @e node for (auto toSift = node;;) { const auto leftChild = 2 * toSift + 1; const auto rightChild = 2 * toSift + 2; if (leftChild > lastNode) break; int maxChild = (rightChild <= lastNode && comp(v[leftChild], v[rightChild])) ? rightChild : leftChild; if (!comp(v[toSift], v[maxChild])) break; std::swap(v[toSift], v[maxChild]); toSift = maxChild; } } ASSERT(std::is_heap(begin, end, comp)); // An interruptible implementation of: // std::sort_heap(v.begin(), v.end(), comp); for (auto it = end; it != begin; --it) { if (this->th_interrupt_) return; std::pop_heap(begin, it, comp); } ASSERT(std::is_sorted(begin, end, comp)); this->valid_fullMap_ = true; } #else void SortCache::th_join() {} void SortCache::th_sort() {} #endif SortCache::SortCache(const Index* idx, const NameBase* nbase) : nGames_(0), valid_fullMap_(false), th_interrupt_(false), partialHash_(false), fullMap_(NULL), th_(NULL), hash_(NULL), index_(idx), nbase_(nbase), refCount_(0) {} SortCache::~SortCache() { th_interrupt(); delete[] hash_; delete[] fullMap_; } SortCache* SortCache::create(const Index* idx, const NameBase* nb, const char* criteria) { ASSERT(idx != NULL && nb != NULL && criteria != NULL); static const char fields[] = { SORTING_date, SORTING_year, SORTING_event, SORTING_site, SORTING_round, SORTING_white, SORTING_black, SORTING_eco, SORTING_result, SORTING_moveCount, SORTING_avgElo, SORTING_country, SORTING_deleted, SORTING_eventdate, SORTING_whiteelo, SORTING_blackelo, SORTING_commentcount, SORTING_varcount, SORTING_nagcount, SORTING_resultwin, SORTING_resultdraw, SORTING_resultloss, SORTING_rating, SORTING_number, SORTING_sentinel}; static const char* fields_end = fields + sizeof(fields); if (*criteria == '\0') // Invalid empty criteria. return NULL; SortCache* sc = new SortCache(idx, nb); // Parse the sorting criteria. size_t i = 0; for (const char *it = criteria; *it != 0; ++it) { bool valid = std::find(fields, fields_end, *it) != fields_end; sc->criteria_[i++] = *it++; bool reverse = (*it != '+'); sc->criteria_[i++] = reverse ? 1 : 0; if (!valid // Unknown field || (reverse && *it != '-') // Invalid asc/desc param || i >= sizeof(sc->criteria_)) // No space left for SORTING_sentinel { delete sc; return NULL; } } sc->criteria_[i] = SORTING_sentinel; sc->generateHashCache(); sc->sortAsynchronously(); return sc; } size_t SortCache::select(size_t row_offset, size_t row_count, const HFilter& filter, gamenumT* result) const { ASSERT(filter != NULL && filter->size() <= nGames_); ASSERT(result != NULL); const size_t maxResults = filter->size(); if (row_count == 0 || row_offset >= maxResults) return 0; size_t row_end = std::min(row_offset + row_count, maxResults); if (!valid_fullMap_) { gamenumT* v = new gamenumT[maxResults]; gamenumT* v_end = v + maxResults; if (maxResults == nGames_) { // std::iota(v, v_end, 0); for (gamenumT i = 0; i < maxResults; ++i) { v[i] = i; } } else { std::copy(filter->begin(), filter->end(), v); } size_t skip = 0; if (row_offset > 1000) { skip = row_offset; std::nth_element(v, v + row_offset, v_end, CmpLess(this)); } std::partial_sort(v + skip, v + row_end, v_end, CmpLess(this)); std::copy(v + row_offset, v + row_end, result); delete[] v; } else { if (maxResults == nGames_) { std::copy(fullMap_ + row_offset, fullMap_ + row_end, result); } else { size_t filterCount = 0; size_t i = 0; for (; filterCount < row_offset; i++) { if (filter->get(fullMap_[i]) != 0) filterCount++; } for (; filterCount != row_end; i++) { if (filter->get(fullMap_[i]) != 0) { *result++ = fullMap_[i]; filterCount++; } } } } return row_end - row_offset; } size_t SortCache::sortedPosition(gamenumT gameId, const HFilter& filter) const { ASSERT(filter != 0 && filter->size() <= nGames_); ASSERT(gameId < nGames_ && filter->get(gameId) != 0); size_t res = 0; if (valid_fullMap_) { for (gamenumT i = 0; i < nGames_; i++) { if (filter->get(fullMap_[i]) == 0) continue; if (fullMap_[i] == gameId) break; res++; } } else { CmpLess comp(this); for (gamenumT i = 0; i < nGames_; i++) { if (filter->get(i) == 0) continue; if (comp(i, gameId)) ++res; } } return res; } void SortCache::checkForChanges(gamenumT id) { th_interrupt(); if (id >= nGames_) { generateHashCache(); sortAsynchronously(); } else { hash_[id] = calcHash(id); if (valid_fullMap_) { gamenumT* begin = fullMap_; gamenumT* end = fullMap_ + nGames_; gamenumT* it = std::find(begin, end, id); ASSERT(it != end); // Reposition the game if necessary: // - to the left if it compares less than the previous element; // - to the right if the next element is lower. CmpLess comp(this); if (it != begin && comp(*it, *(it - 1))) { std::rotate( std::upper_bound(begin, it, *it, comp), it, it + 1); } else if (it + 1 != end && comp(*(it + 1), *it)) { std::rotate( it, it + 1, std::lower_bound(it + 1, end, *it, comp)); } ASSERT(std::is_sorted(begin, end, comp)); } else { sortAsynchronously(); } } } /* * Calculate the hashes of all games and store them into @e hash_. */ void SortCache::generateHashCache() { ASSERT(th_ == nullptr); valid_fullMap_ = false; nGames_ = index_->GetNumGames(); // Generate the hash table. delete[] hash_; hash_ = new uint32_t[nGames_]; for (gamenumT i = 0; i < nGames_; i++) { hash_[i] = calcHash(i); } } /* * Start a background thread that will sort the gameIds and will populate @e * fullMap_. */ void SortCache::sortAsynchronously() { ASSERT(th_ == nullptr); #ifndef MULTITHREADING_OFF delete[] fullMap_; fullMap_ = new gamenumT[nGames_]; th_ = new std::thread(&SortCache::th_sort, this); #endif } /* * Compare two games according to @e criteria_. * The @e index_ is accessed only if the games' hashes are equal. * @param g1: the id of the first game. * @param g2: the id of the second game. * @returns true if @e g1 is ordered before @e g2. */ bool SortCache::CmpLess::operator()(gamenumT g1, gamenumT g2) const { ASSERT(g1 < sc_->nGames_ && g2 < sc_->nGames_); if (sc_->hash_[g1] != sc_->hash_[g2]) return sc_->hash_[g1] < sc_->hash_[g2]; if (!sc_->partialHash_) return g1 < g2; int cmp = sc_->fullCompare(g1, g2); if (cmp != 0) return cmp < 0; return g1 < g2; } static const int RESULT_SORT[] = { 0, 3, 1, 2 }; static int nameComp(const NameBase* nbase, nameT nt, idNumberT id1, idNumberT id2) { ASSERT(nbase != NULL); return (id1 == id2) ? 0 : strCaseCompare(nbase->GetName(nt, id1), nbase->GetName(nt, id2)); } /* * Compare two games according to @e criteria_. * @param left: the id of the first game. * @param right: the id of the second game. * @returns * - <0 if @e left is ordered before @e right. * - >0 if @e right is ordered before @e left. * - 0 otherwise. */ int SortCache::fullCompare(gamenumT left, gamenumT right) const { const IndexEntry *ie1 = index_->GetEntry(left); const IndexEntry *ie2 = index_->GetEntry(right); for (const char* field = criteria_; *field != SORTING_sentinel; field += 2) { int res; switch (*field) { case SORTING_date: res = (int)ie1->GetDate() - (int)ie2->GetDate(); break; case SORTING_year: res = (int)ie1->GetYear() - (int)ie2->GetYear(); break; case SORTING_eco: res = (int)ie1->GetEcoCode() - (int)ie2->GetEcoCode(); break; case SORTING_moveCount: res = (int)ie1->GetNumHalfMoves() - (int)ie2->GetNumHalfMoves(); break; case SORTING_white: res = nameComp(nbase_, NAME_PLAYER, ie1->GetWhite(), ie2->GetWhite()); break; case SORTING_black: res = nameComp(nbase_, NAME_PLAYER, ie1->GetBlack(), ie2->GetBlack()); break; case SORTING_event: res = nameComp(nbase_, NAME_EVENT, ie1->GetEvent(), ie2->GetEvent()); break; case SORTING_site: res = nameComp(nbase_, NAME_SITE, ie1->GetSite(), ie2->GetSite()); break; case SORTING_round: { idNumberT id1 = ie1->GetRound(); idNumberT id2 = ie2->GetRound(); res = (id1 == id2) ? 0 : strCompareRound(nbase_->GetName(NAME_ROUND, id1), nbase_->GetName(NAME_ROUND, id2)); break; } case SORTING_resultwin: res = (ie1->GetResult() == RESULT_White ? 1 : 0) - (ie2->GetResult() == RESULT_White ? 1 : 0); break; case SORTING_resultdraw: res = (ie1->GetResult() == RESULT_Draw ? 1 : 0) - (ie2->GetResult() == RESULT_Draw ? 1 : 0); break; case SORTING_resultloss: res = (ie1->GetResult() == RESULT_Black ? 1 : 0) - (ie2->GetResult() == RESULT_Black ? 1 : 0); break; case SORTING_result: res = RESULT_SORT[ie1->GetResult()] - RESULT_SORT[ie2->GetResult()]; break; case SORTING_avgElo: // Average Elo rating: { int r1 = ie1->GetWhiteElo(nbase_) + ie1->GetBlackElo(nbase_); int r2 = ie2->GetWhiteElo(nbase_) + ie2->GetBlackElo(nbase_); res = r1 - r2; } break; case SORTING_country: // Last 3 characters of site field: { const char* sOne = ie1->GetSiteName(nbase_); const char* sTwo = ie2->GetSiteName(nbase_); size_t slenOne = std::strlen(sOne); size_t slenTwo = std::strlen(sTwo); if (slenOne > 3) { sOne += slenOne - 3; } if (slenTwo > 3) { sTwo += slenTwo - 3; } res = strCaseCompare (sOne, sTwo); } break; case SORTING_deleted: res = (int)ie1->GetDeleteFlag() - (int)ie2->GetDeleteFlag(); break; case SORTING_eventdate: res = (int)ie1->GetEventDate() - (int)ie2->GetEventDate(); break; case SORTING_whiteelo: res = (int)ie1->GetWhiteElo(nbase_) - (int)ie2->GetWhiteElo(nbase_); break; case SORTING_blackelo: res = (int)ie1->GetBlackElo(nbase_) - (int)ie2->GetBlackElo(nbase_); break; case SORTING_commentcount: res = (int) ie1->GetCommentCount() - (int) ie2->GetCommentCount(); break; case SORTING_varcount: res = (int) ie1->GetVariationCount() - (int) ie2->GetVariationCount(); break; case SORTING_nagcount: res = (int) ie1->GetNagCount() - (int) ie2->GetNagCount(); break; case SORTING_rating: res = (int)ie1->GetRating(nbase_) - (int)ie2->GetRating(nbase_); break; case SORTING_number: res = (int) left - (int) right; break; default: // Should never happen: ASSERT(0); return 0; } if (res != 0) return *(field + 1) ? -res : res; } return 0; } /* * Calculate an order-preserving hash corresponding to the current criteria. * @param gameId: the id of the game whose hash should be calculated. * @returns the hash value. */ uint32_t SortCache::calcHash(gamenumT gameId) { uint64_t retValue = 0; const size_t nHashBits = 32; size_t totalBitsUsed = 0; const IndexEntry* ie = index_->GetEntry(gameId); for (const char* field = criteria_; *field != SORTING_sentinel; ++field) { uint32_t value; size_t bitsUsed; switch (*field) { case SORTING_white: value = strStartHash(ie->GetWhiteName(nbase_)); bitsUsed = nHashBits; partialHash_ = true; break; case SORTING_black: value = strStartHash(ie->GetBlackName(nbase_)); bitsUsed = nHashBits; partialHash_ = true; break; case SORTING_site: value = strStartHash(ie->GetSiteName(nbase_)); bitsUsed = nHashBits; partialHash_ = true; break; case SORTING_event: value = strStartHash(ie->GetEventName(nbase_)); bitsUsed = nHashBits; partialHash_ = true; break; case SORTING_round: value = strGetUnsigned(ie->GetRoundName(nbase_)); bitsUsed = nHashBits; partialHash_ = true; break; case SORTING_country: { const char *scountry = ie->GetSiteName (nbase_); size_t slen = std::strlen(scountry); if (slen > 3) scountry += slen - 3; value = strStartHash(scountry); bitsUsed = nHashBits; partialHash_ = true; break; } case SORTING_date: value = ie->GetDate(); bitsUsed = 24; break; case SORTING_eventdate: value = ie->GetEventDate(); bitsUsed = 32; break; case SORTING_year: value = ie->GetYear(); bitsUsed = 16; break; case SORTING_whiteelo: value = ie->GetWhiteElo(nbase_); bitsUsed = 16; break; case SORTING_blackelo: value = ie->GetBlackElo(nbase_); bitsUsed = 16; break; case SORTING_avgElo: value = ie->GetWhiteElo(nbase_) + ie->GetBlackElo(nbase_); bitsUsed = 16; break; case SORTING_result: value = RESULT_SORT[ie->GetResult()]; bitsUsed = 8; break; case SORTING_resultwin: value = ie->GetResult() == RESULT_White ? 1 : 0; bitsUsed = 8; break; case SORTING_resultdraw: value = ie->GetResult() == RESULT_Draw ? 1 : 0; bitsUsed = 8; break; case SORTING_resultloss: value = ie->GetResult() == RESULT_Black ? 1 : 0; bitsUsed = 8; break; case SORTING_moveCount: value = ie->GetNumHalfMoves(); bitsUsed = 16; break; case SORTING_eco: value = ie->GetEcoCode(); bitsUsed = 16; break; case SORTING_commentcount: value = ie->GetCommentCount(); bitsUsed = 16; break; case SORTING_varcount: value = ie->GetVariationCount(); bitsUsed = 16; break; case SORTING_nagcount: value = ie->GetNagCount(); bitsUsed = 16; break; case SORTING_deleted: value = (ie->GetDeleteFlag() ? 1 : 0); bitsUsed = 8; break; case SORTING_rating: value = ie->GetRating(nbase_); bitsUsed = 8; break; case SORTING_number: value = gameId; bitsUsed = 32; break; default: // Should never happen: ASSERT(0); partialHash_ = true; return 0; } // If reverse order, just negate the cache value if (*++field) { value = ~value; if (sizeof(value) * 8 > bitsUsed) { // Clear the unused top bits value <<= sizeof(value) * 8 - bitsUsed; value >>= sizeof(value) * 8 - bitsUsed; } } // Combine with previous hash value retValue <<= bitsUsed; retValue |= value; totalBitsUsed += bitsUsed; // If not all search attributes fit, then it is a partial hash if (totalBitsUsed > nHashBits) { retValue >>= totalBitsUsed - nHashBits; partialHash_ = true; break; } if (totalBitsUsed == nHashBits) { if (*(field + 1) != SORTING_sentinel) partialHash_ = true; break; } } return static_cast(retValue); } chessx-master/dep/scid/code/src/stored.h0000755000076500000240000000361514666426276017365 0ustar jensstaff/* * Copyright (C) 2014 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ #ifndef SCID_STORED_H #define SCID_STORED_H #include "fullmove.h" class StoredLine { static constexpr int STORED_LINES = 255; static const FullMove* Moves_[STORED_LINES + 1]; int8_t matches_[STORED_LINES + 1]; public: StoredLine(const pieceT* board, colorT toMove); // Result: //-2 : the game cannot reach the searched position //-1 : the game can reach the searched position //>=0: the game reach the searched position at the returned ply int match(byte code) const { return matches_[code]; } template static byte classify(CompareOp comp) { int res = 0; std::ptrdiff_t longest = 0; for (int i = 1; i < STORED_LINES; ++i) { const auto begin = Moves_[i]; const auto end = Moves_[i + 1]; if (std::distance(begin, end) > longest && comp(begin, end)) { res = i; longest = std::distance(begin, end); } } return static_cast(res); } static FullMove getMove (byte code, uint ply = 0) { if ((code < STORED_LINES) && (Moves_[code] + ply) < Moves_[code +1]) { return Moves_[code][ply]; } return FullMove(); } }; #endif // #ifndef SCID_STORED_H ////////////////////////////////////////////////////////////////////// // EOF: stored.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/filebuf.h0000755000076500000240000001632114666426276017477 0ustar jensstaff/* * Copyright (C) 2014-2017 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ /** @file * Extends the std:filebuf class with performance improvements. */ #ifndef FILEBUF_H #define FILEBUF_H #include "common.h" #include #include /** * Adds some helper functions to std::filebuf: * - getline() * - read and write of unsigned integers with size of 32/24/16/8 bit. */ class Filebuf : public std::filebuf { public: /** * Opens a file. * @param filename: path to the file to be opened. * @param fmode: open the file for reading, writing, or both. * @returns OK on success, an @e errorT code on failure. */ errorT Open(const char* filename, fileModeT fmode) { std::ios::openmode mode = std::ios::binary; switch (fmode) { case FMODE_ReadOnly: mode |= std::ios::in; break; case FMODE_WriteOnly: mode |= std::ios::out; break; case FMODE_Both: mode |= std::ios::in | std::ios::out; break; case FMODE_Create: mode |= std::ios::in | std::ios::out | std::ios::trunc; break; default: return ERROR_FileMode; } return (open(filename, mode) != 0) ? OK : ERROR_FileOpen; } /** * Equivalent to std::fstream::getline, but faster (no sentry [27.7.2.1.3]). * * Extracts characters from @e *this and stores them in successive locations * of the array whose first element is pointed to by @p str, until the end * of line ('\\n' char) or the end of file condition occurs. * The '\\n' char is not stored into @p str, and a null character, even in * case of errors, is appended. * * Typical usage: @code * while (file.getline(buf, sizeof buf)) { * // use buf * } * if (file.sgetc() != EOF) // error * @endcode * @param str: pointer to the character string to store the characters to * @param count: size of character string pointed to by @p str * @returns * - the number of characters read, including the '\\n' char * - 0 on failure or if the buffer is too small. */ size_t getline(char* str, size_t count) { ASSERT(str != 0); ASSERT(count != 0); size_t n = 0; for (int ch = sgetc(); ch != EOF; ch = snextc()) { ++n; if (ch == '\n') { sbumpc(); break; } if (n >= count) { n = 0; // Fail: buffer too small break; } *str++ = static_cast(ch); } *str = 0; return n; } /** * Reads a 8-bit unsigned integer. * This function do not check for errors or EOF. */ byte ReadOneByte() { return static_cast(sbumpc()); } /** * Reads a 16-bit unsigned integer. * This function do not check for errors or EOF. */ uint16_t ReadTwoBytes() { return static_cast(read<2>()); } /** * Reads a 24-bit unsigned integer. * This function do not check for errors or EOF. */ uint32_t ReadThreeBytes() { return read<3>(); } /** * Reads a 32-bit unsigned integer. * This function do not check for errors or EOF. */ uint32_t ReadFourBytes() { return read<4>(); } /** * Writes a 8-bit unsigned integer. * @returns the number of characters successfully written. */ int WriteOneByte(byte value) { int_type ch = sputc(static_cast(value)); return (ch != traits_type::eof()) ? 1 : 0; } /** * Writes a 16-bit unsigned integer. * @returns the number of characters successfully written. */ int WriteTwoBytes(uint32_t value) { return WriteOneByte(static_cast(value >> 8)) + WriteOneByte(static_cast(value)); } /** * Writes a 24-bit unsigned integer. * @returns the number of characters successfully written. */ int WriteThreeBytes(uint32_t value) { return WriteOneByte(static_cast(value >> 16)) + WriteOneByte(static_cast(value >> 8)) + WriteOneByte(static_cast(value)); } /** * Writes a 32-bit unsigned integer. * @returns the number of characters successfully written. */ int WriteFourBytes(uint32_t value) { return WriteOneByte(static_cast(value >> 24)) + WriteOneByte(static_cast(value >> 16)) + WriteOneByte(static_cast(value >> 8)) + WriteOneByte(static_cast(value)); } private: template uint32_t read() { uint32_t res = 0; if (nBytes > 3) res += static_cast(ReadOneByte()) << 24; if (nBytes > 2) res += static_cast(ReadOneByte()) << 16; if (nBytes > 1) res += static_cast(ReadOneByte()) << 8; return res + ReadOneByte(); } }; /** * Optimizes std::filebuf for random-access reading. */ class FilebufAppend : protected Filebuf { std::streamoff fileSz_; std::streamoff filePos_; public: FilebufAppend() : fileSz_(0), filePos_(-1) {} /** * Opens a file and store its size. * @param filename: path to the file to be opened. * @param fmode: open the file for reading, writing, or both. * @returns OK on success, an @e errorT code on failure. */ errorT open(const std::string& filename, fileModeT fmode) { errorT res = Open(filename.c_str(), fmode); if (res != OK) return res; fileSz_ = pubseekoff(0, std::ios::end); if (fileSz_ == -1) return ERROR_FileSeek; return OK; } /** * Returns the size of the file. */ unsigned long long size() const { return fileSz_; } /** * Invokes std::filebuf::sync() to write all pending output to the file. * @returns 0 in case of success, -1 in case of failure. */ int pubsync() { return sync(); } /** * Writes, at the end of the file, @p count characters from the character * array whose first element is pointed to by @p s. * @returns OK in case of success, an error code otherwise. */ errorT append(const char_type* s, std::streamsize count) { assert(s != 0); if (filePos_ != -2) { // Seek to end of file, if necessary. filePos_ = seekpos(fileSz_); if (filePos_ == -1) return ERROR_FileSeek; filePos_ = -2; } std::streamsize n = xsputn(s, count); fileSz_ += n; return (n == count) ? OK : ERROR_FileWrite; } /** * Invoke filebuf::xsgetn() and update @e filePos_. */ std::streamsize sgetn(char_type* s, std::streamsize count) { std::streamsize res = xsgetn(s, count); filePos_ += res; return res; } /** * Repositions the internal buffer or invoke filebuf::seekpos(). * In the standard implementation, the buffer must be abandoned to ensure * consistency when transitioning from reading to writing. */ std::streamoff pubseekpos(std::streamoff pos) { if (filePos_ < 0 || pos < filePos_) return filePos_ = seekpos(pos); if (filePos_ != pos) { const std::streamsize avail = egptr() - gptr(); if (avail >= pos - filePos_) { ASSERT(pos - filePos_ <= INT_MAX); gbump(static_cast(pos - filePos_)); filePos_ = pos; } else { filePos_ = seekpos(pos); } } return filePos_; } }; #endif // FILEBUF_H chessx-master/dep/scid/code/src/containers.h0000755000076500000240000001130114666426276020221 0ustar jensstaff/* # Copyright (C) 2014-2017 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ #ifndef CONTAINERS_H #define CONTAINERS_H #include #include /** * A container useful for implementing a undo-redo behavior. * @e UNDOMAX: max number of copies to store. * Typical use: * store(obj_ptr); // (1) * modify obj; * obj_ptr = undo(obj_ptr); // obj_ptr now contains the copy of (1) */ template class UndoRedo { std::vector undo_; std::vector redo_; public: ~UndoRedo() { clear(); } void clear() { clear(undo_); clear(redo_); } size_t undoSize() const { return undo_.size(); } size_t redoSize() const { return redo_.size(); } /** * Stores a copy of an element into the undo queue. * Deletes all the objects of the redo queue. * @param current: the element to clone and store. */ void store(TElem* current) { clear(redo_); undo_.push_back(current->clone()); if (undo_.size() > UNDOMAX) { delete undo_.front(); undo_.erase(undo_.begin()); } } /** * Retrieve the last element from the undo queue. * @param current: pointer to the current element; it will be stored into * the redo queue. * @returns the pointer to the last element of the undo queue (the pointer * will be removed from the queue). If the queue is empty returns @e current */ TElem* undo(TElem* current) { return doUndoRedo(undo_, redo_, current); } /** * Retrieve the last element from the redo queue. * @param current: pointer to the current element; it will be stored into * the undo queue. * @returns the pointer to the last element of the redo queue (the pointer * will be removed from the queue). If the queue is empty returns @e current */ TElem* redo(TElem* current) { return doUndoRedo(redo_, undo_, current); } private: // Store current into cont2; remove and return the last element of cont1 template TElem* doUndoRedo(TCont& cont1, TCont& cont2, TElem* current) { if (cont1.empty()) return current; if (cont2.empty() || cont2.back() != current) cont2.push_back(current); auto res = cont1.back(); cont1.pop_back(); return res; } template void clear(TCont& cont) { for (auto& e : cont) delete e; cont.clear(); } }; /** * A vector-like container. Not all the elements are stored contiguously like in * a normal vector, but are allocated in separate chunks so that: * - growing in size do not move the elements and old references remain valid; * - very large containers can be created. * @e CHUNKSHIFT: is the base-2 logarithm of the number of T entries per chunk. * Total size of a chunk: (2^CHUNKSHIFT)*sizeof(T) */ template class VectorChunked { std::vector chunks_; size_t size_ = 0; static constexpr size_t low_mask = ((1ULL << CHUNKSHIFT) - 1); public: VectorChunked() = default; VectorChunked(const VectorChunked&) = delete; VectorChunked& operator=(const VectorChunked&) = delete; ~VectorChunked() { for (auto& chunk : chunks_) delete[] chunk; } const T& operator[](size_t idx) const { assert(idx < size_); return chunks_[idx >> CHUNKSHIFT][idx & low_mask]; } T& operator[](size_t idx) { assert(idx < size_); return chunks_[idx >> CHUNKSHIFT][idx & low_mask]; } size_t capacity() const { return chunks_.size() << CHUNKSHIFT; } /** * @returns * the count of contiguously allocated objects starting at @e pos (included) */ size_t contiguous(size_t pos) const { assert(pos < size()); return 1 + (~pos & low_mask); } void push_back(const T& e) { size_t idx = size_; resize(size_ + 1); operator[](idx) = e; } void resize(size_t count) { size_ = count; size_t newSize = (count > 0) ? 1 + (count >> CHUNKSHIFT) : 0; size_t chunksSz = chunks_.size(); if (newSize == chunksSz) return; if (newSize > chunksSz) { chunks_.resize(newSize); for (auto i = chunksSz; i < newSize; ++i) { chunks_[i] = new T[1ULL << CHUNKSHIFT]; } } else { for (auto i = newSize; i < chunksSz; ++i) { delete[] chunks_[i]; } chunks_.resize(newSize); } } size_t size() const { return size_; } }; #endif chessx-master/dep/scid/code/src/attacks.h0000755000076500000240000002121414666426276017512 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: attacks.h // Lists of attack squares // // Part of: Scid (Shane's Chess Information Database) // Version: 1.0 // // Notice: Copyright (c) 1999 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_ATTACKS_H #define SCID_ATTACKS_H #include "board_def.h" // NOTE: These arrays have been automatically generated. Don't change // them unless the square or piece representations change! //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Knight Moves: // knightAttacks[sq] is an array of the squares a knight on sq // could move to. There are 9 target squares even though a knight // can only have at most 8 legal moves, so we can end the list with // an "NS" (null square). // // Example code to iterate through the knight moves for a square: // // squareT *dest = knightAttacks[fromSquare]; // while (*dest != NULL_SQUARE) { // /* do desired action.... */ // dest++; // } // const squareT knightAttacks[66][9] = { { /* A1 */ C2, B3, NS, NS, NS, NS, NS, NS, NS }, { /* B1 */ D2, A3, C3, NS, NS, NS, NS, NS, NS }, { /* C1 */ A2, E2, B3, D3, NS, NS, NS, NS, NS }, { /* D1 */ B2, F2, C3, E3, NS, NS, NS, NS, NS }, { /* E1 */ C2, G2, D3, F3, NS, NS, NS, NS, NS }, { /* F1 */ D2, H2, E3, G3, NS, NS, NS, NS, NS }, { /* G1 */ E2, F3, H3, NS, NS, NS, NS, NS, NS }, { /* H1 */ F2, G3, NS, NS, NS, NS, NS, NS, NS }, { /* A2 */ C1, C3, B4, NS, NS, NS, NS, NS, NS }, { /* B2 */ D1, D3, A4, C4, NS, NS, NS, NS, NS }, { /* C2 */ A1, E1, A3, E3, B4, D4, NS, NS, NS }, { /* D2 */ B1, F1, B3, F3, C4, E4, NS, NS, NS }, { /* E2 */ C1, G1, C3, G3, D4, F4, NS, NS, NS }, { /* F2 */ D1, H1, D3, H3, E4, G4, NS, NS, NS }, { /* G2 */ E1, E3, F4, H4, NS, NS, NS, NS, NS }, { /* H2 */ F1, F3, G4, NS, NS, NS, NS, NS, NS }, { /* A3 */ B1, C2, C4, B5, NS, NS, NS, NS, NS }, { /* B3 */ A1, C1, D2, D4, A5, C5, NS, NS, NS }, { /* C3 */ B1, D1, A2, E2, A4, E4, B5, D5, NS }, { /* D3 */ C1, E1, B2, F2, B4, F4, C5, E5, NS }, { /* E3 */ D1, F1, C2, G2, C4, G4, D5, F5, NS }, { /* F3 */ E1, G1, D2, H2, D4, H4, E5, G5, NS }, { /* G3 */ F1, H1, E2, E4, F5, H5, NS, NS, NS }, { /* H3 */ G1, F2, F4, G5, NS, NS, NS, NS, NS }, { /* A4 */ B2, C3, C5, B6, NS, NS, NS, NS, NS }, { /* B4 */ A2, C2, D3, D5, A6, C6, NS, NS, NS }, { /* C4 */ B2, D2, A3, E3, A5, E5, B6, D6, NS }, { /* D4 */ C2, E2, B3, F3, B5, F5, C6, E6, NS }, { /* E4 */ D2, F2, C3, G3, C5, G5, D6, F6, NS }, { /* F4 */ E2, G2, D3, H3, D5, H5, E6, G6, NS }, { /* G4 */ F2, H2, E3, E5, F6, H6, NS, NS, NS }, { /* H4 */ G2, F3, F5, G6, NS, NS, NS, NS, NS }, { /* A5 */ B3, C4, C6, B7, NS, NS, NS, NS, NS }, { /* B5 */ A3, C3, D4, D6, A7, C7, NS, NS, NS }, { /* C5 */ B3, D3, A4, E4, A6, E6, B7, D7, NS }, { /* D5 */ C3, E3, B4, F4, B6, F6, C7, E7, NS }, { /* E5 */ D3, F3, C4, G4, C6, G6, D7, F7, NS }, { /* F5 */ E3, G3, D4, H4, D6, H6, E7, G7, NS }, { /* G5 */ F3, H3, E4, E6, F7, H7, NS, NS, NS }, { /* H5 */ G3, F4, F6, G7, NS, NS, NS, NS, NS }, { /* A6 */ B4, C5, C7, B8, NS, NS, NS, NS, NS }, { /* B6 */ A4, C4, D5, D7, A8, C8, NS, NS, NS }, { /* C6 */ B4, D4, A5, E5, A7, E7, B8, D8, NS }, { /* D6 */ C4, E4, B5, F5, B7, F7, C8, E8, NS }, { /* E6 */ D4, F4, C5, G5, C7, G7, D8, F8, NS }, { /* F6 */ E4, G4, D5, H5, D7, H7, E8, G8, NS }, { /* G6 */ F4, H4, E5, E7, F8, H8, NS, NS, NS }, { /* H6 */ G4, F5, F7, G8, NS, NS, NS, NS, NS }, { /* A7 */ B5, C6, C8, NS, NS, NS, NS, NS, NS }, { /* B7 */ A5, C5, D6, D8, NS, NS, NS, NS, NS }, { /* C7 */ B5, D5, A6, E6, A8, E8, NS, NS, NS }, { /* D7 */ C5, E5, B6, F6, B8, F8, NS, NS, NS }, { /* E7 */ D5, F5, C6, G6, C8, G8, NS, NS, NS }, { /* F7 */ E5, G5, D6, H6, D8, H8, NS, NS, NS }, { /* G7 */ F5, H5, E6, E8, NS, NS, NS, NS, NS }, { /* H7 */ G5, F6, F8, NS, NS, NS, NS, NS, NS }, { /* A8 */ B6, C7, NS, NS, NS, NS, NS, NS, NS }, { /* B8 */ A6, C6, D7, NS, NS, NS, NS, NS, NS }, { /* C8 */ B6, D6, A7, E7, NS, NS, NS, NS, NS }, { /* D8 */ C6, E6, B7, F7, NS, NS, NS, NS, NS }, { /* E8 */ D6, F6, C7, G7, NS, NS, NS, NS, NS }, { /* F8 */ E6, G6, D7, H7, NS, NS, NS, NS, NS }, { /* G8 */ F6, H6, E7, NS, NS, NS, NS, NS, NS }, { /* H8 */ G6, F7, NS, NS, NS, NS, NS, NS, NS }, { /* COL*/ NS, NS, NS, NS, NS, NS, NS, NS, NS }, { /* NS */ NS, NS, NS, NS, NS, NS, NS, NS, NS } }; // King moves: // As for the knight moves, the secondary array size is 9 even // though there are only 8 possible king moves, so there can // always be a NULL_SQUARE terminating the list of moves for each // square. Castling moves are not included here. const squareT kingAttacks[66][9] = { { /* A1 */ B1, A2, B2, NS, NS, NS, NS, NS, NS }, { /* B1 */ A1, C1, A2, B2, C2, NS, NS, NS, NS }, { /* C1 */ B1, D1, B2, C2, D2, NS, NS, NS, NS }, { /* D1 */ C1, E1, C2, D2, E2, NS, NS, NS, NS }, { /* E1 */ D1, F1, D2, E2, F2, NS, NS, NS, NS }, { /* F1 */ E1, G1, E2, F2, G2, NS, NS, NS, NS }, { /* G1 */ F1, H1, F2, G2, H2, NS, NS, NS, NS }, { /* H1 */ G1, G2, H2, NS, NS, NS, NS, NS, NS }, { /* A2 */ A1, B1, B2, A3, B3, NS, NS, NS, NS }, { /* B2 */ A1, B1, C1, A2, C2, A3, B3, C3, NS }, { /* C2 */ B1, C1, D1, B2, D2, B3, C3, D3, NS }, { /* D2 */ C1, D1, E1, C2, E2, C3, D3, E3, NS }, { /* E2 */ D1, E1, F1, D2, F2, D3, E3, F3, NS }, { /* F2 */ E1, F1, G1, E2, G2, E3, F3, G3, NS }, { /* G2 */ F1, G1, H1, F2, H2, F3, G3, H3, NS }, { /* H2 */ G1, H1, G2, G3, H3, NS, NS, NS, NS }, { /* A3 */ A2, B2, B3, A4, B4, NS, NS, NS, NS }, { /* B3 */ A2, B2, C2, A3, C3, A4, B4, C4, NS }, { /* C3 */ B2, C2, D2, B3, D3, B4, C4, D4, NS }, { /* D3 */ C2, D2, E2, C3, E3, C4, D4, E4, NS }, { /* E3 */ D2, E2, F2, D3, F3, D4, E4, F4, NS }, { /* F3 */ E2, F2, G2, E3, G3, E4, F4, G4, NS }, { /* G3 */ F2, G2, H2, F3, H3, F4, G4, H4, NS }, { /* H3 */ G2, H2, G3, G4, H4, NS, NS, NS, NS }, { /* A4 */ A3, B3, B4, A5, B5, NS, NS, NS, NS }, { /* B4 */ A3, B3, C3, A4, C4, A5, B5, C5, NS }, { /* C4 */ B3, C3, D3, B4, D4, B5, C5, D5, NS }, { /* D4 */ C3, D3, E3, C4, E4, C5, D5, E5, NS }, { /* E4 */ D3, E3, F3, D4, F4, D5, E5, F5, NS }, { /* F4 */ E3, F3, G3, E4, G4, E5, F5, G5, NS }, { /* G4 */ F3, G3, H3, F4, H4, F5, G5, H5, NS }, { /* H4 */ G3, H3, G4, G5, H5, NS, NS, NS, NS }, { /* A5 */ A4, B4, B5, A6, B6, NS, NS, NS, NS }, { /* B5 */ A4, B4, C4, A5, C5, A6, B6, C6, NS }, { /* C5 */ B4, C4, D4, B5, D5, B6, C6, D6, NS }, { /* D5 */ C4, D4, E4, C5, E5, C6, D6, E6, NS }, { /* E5 */ D4, E4, F4, D5, F5, D6, E6, F6, NS }, { /* F5 */ E4, F4, G4, E5, G5, E6, F6, G6, NS }, { /* G5 */ F4, G4, H4, F5, H5, F6, G6, H6, NS }, { /* H5 */ G4, H4, G5, G6, H6, NS, NS, NS, NS }, { /* A6 */ A5, B5, B6, A7, B7, NS, NS, NS, NS }, { /* B6 */ A5, B5, C5, A6, C6, A7, B7, C7, NS }, { /* C6 */ B5, C5, D5, B6, D6, B7, C7, D7, NS }, { /* D6 */ C5, D5, E5, C6, E6, C7, D7, E7, NS }, { /* E6 */ D5, E5, F5, D6, F6, D7, E7, F7, NS }, { /* F6 */ E5, F5, G5, E6, G6, E7, F7, G7, NS }, { /* G6 */ F5, G5, H5, F6, H6, F7, G7, H7, NS }, { /* H6 */ G5, H5, G6, G7, H7, NS, NS, NS, NS }, { /* A7 */ A6, B6, B7, A8, B8, NS, NS, NS, NS }, { /* B7 */ A6, B6, C6, A7, C7, A8, B8, C8, NS }, { /* C7 */ B6, C6, D6, B7, D7, B8, C8, D8, NS }, { /* D7 */ C6, D6, E6, C7, E7, C8, D8, E8, NS }, { /* E7 */ D6, E6, F6, D7, F7, D8, E8, F8, NS }, { /* F7 */ E6, F6, G6, E7, G7, E8, F8, G8, NS }, { /* G7 */ F6, G6, H6, F7, H7, F8, G8, H8, NS }, { /* H7 */ G6, H6, G7, G8, H8, NS, NS, NS, NS }, { /* A8 */ A7, B7, B8, NS, NS, NS, NS, NS, NS }, { /* B8 */ A7, B7, C7, A8, C8, NS, NS, NS, NS }, { /* C8 */ B7, C7, D7, B8, D8, NS, NS, NS, NS }, { /* D8 */ C7, D7, E7, C8, E8, NS, NS, NS, NS }, { /* E8 */ D7, E7, F7, D8, F8, NS, NS, NS, NS }, { /* F8 */ E7, F7, G7, E8, G8, NS, NS, NS, NS }, { /* G8 */ F7, G7, H7, F8, H8, NS, NS, NS, NS }, { /* H8 */ G7, H7, G8, NS, NS, NS, NS, NS, NS }, { /* COL*/ NS, NS, NS, NS, NS, NS, NS, NS, NS }, { /* NS */ NS, NS, NS, NS, NS, NS, NS, NS, NS } }; #endif // #ifndef SCID_ATTACKS_H ////////////////////////////////////////////////////////////////////// // EOF: attacks.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/codec_native.h0000755000076500000240000001045514666426276020510 0ustar jensstaff/* * Copyright (C) 2017 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . * */ /** @file * Implements @e CodecNative, which is used as base class by native codecs. */ #ifndef CODEC_NATIVE_H #define CODEC_NATIVE_H #include "bytebuf.h" #include "codec.h" #include "game.h" #include "index.h" #include "namebase.h" #include /** * This class stores the pointers to the @e Index and @e NameBase objects used * by a native codec. It also implements the addGame() and saveGame() functions * of the ICodecDatabase interface, splitting them into 2 function calls to a * derived class (CRTP technique): * - dyn_addName() should return the ID corresponding to a name, eventually * adding the name to the @e nb_ if necessary; * - dyn_addGameData() should stores the data of the game, encoded in native * format, and returns the offset that can be used to retrieve the data. */ template class CodecNative : public ICodecDatabase { protected: Index* idx_ = nullptr; NameBase* nb_ = nullptr; std::vector bbuf_; public: // ICodecDatabase interface errorT addGame(const IndexEntry* srcIe, const NameBase* srcNb, const byte* srcData, size_t dataLen) override { IndexEntry ie = *srcIe; errorT err = addGameHelper( &ie, srcData, dataLen, srcNb->GetName(NAME_PLAYER, srcIe->GetWhite()), srcNb->GetName(NAME_PLAYER, srcIe->GetBlack()), srcNb->GetName(NAME_EVENT, srcIe->GetEvent()), srcNb->GetName(NAME_SITE, srcIe->GetSite()), srcNb->GetName(NAME_ROUND, srcIe->GetRound())); if (err != OK) return err; return derived()->dyn_addIndexEntry(ie); } errorT addGame(Game* game) override { bbuf_.clear(); IndexEntry ie; auto err = game->Encode(bbuf_, ie); if (err) return err; err = addGameHelper(&ie, bbuf_.data(), bbuf_.size(), game->GetWhiteStr(), game->GetBlackStr(), game->GetEventStr(), game->GetSiteStr(), game->GetRoundStr()); if (err) return err; return derived()->dyn_addIndexEntry(ie); } errorT saveGame(Game* game, gamenumT replaced) override { if (replaced >= idx_->GetNumGames()) return ERROR_BadArg; bbuf_.clear(); IndexEntry ie; auto err = game->Encode(bbuf_, ie); if (err) return err; err = addGameHelper(&ie, bbuf_.data(), bbuf_.size(), game->GetWhiteStr(), game->GetBlackStr(), game->GetEventStr(), game->GetSiteStr(), game->GetRoundStr()); if (err) return err; return derived()->dyn_saveIndexEntry(ie, replaced); } private: errorT addGameHelper(IndexEntry* ie, const byte* srcData, size_t dataLen, const char* white, const char* black, const char* event, const char* site, const char* round) { auto id = derived()->dyn_addName(NAME_PLAYER, white); if (id.first != OK) return id.first; ie->SetWhite(id.second); nb_->AddElo(id.second, ie->GetWhiteElo()); id = derived()->dyn_addName(NAME_PLAYER, black); if (id.first != OK) return id.first; ie->SetBlack(id.second); nb_->AddElo(id.second, ie->GetBlackElo()); id = derived()->dyn_addName(NAME_EVENT, event); if (id.first != OK) return id.first; ie->SetEvent(id.second); id = derived()->dyn_addName(NAME_SITE, site); if (id.first != OK) return id.first; ie->SetSite(id.second); id = derived()->dyn_addName(NAME_ROUND, round); if (id.first != OK) return id.first; ie->SetRound(id.second); auto offset = derived()->dyn_addGameData(srcData, dataLen); if (offset.first == OK) { ie->SetOffset(offset.second); ie->SetLength(dataLen); } return offset.first; } Derived* derived() { return static_cast(this); } }; #endif chessx-master/dep/scid/code/src/textbuf.cpp0000755000076500000240000001546414666426276020106 0ustar jensstaff/////////////////////////////////////////////////////////////////////////// // // FILE: textbuf.cpp // TextBuffer class methods // // Part of: Scid (Shane's Chess Information Database) // Version: 2.7 // // Notice: Copyright (c) 1999-2001 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // /////////////////////////////////////////////////////////////////////////// #include "textbuf.h" #include "misc.h" //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::Init(): Initialise the textbuffer. void TextBuffer::Init (void) { BufferSize = Column = IndentColumn = LineCount = ByteCount = 0; LineIsEmpty = 1; Buffer = Current = NULL; WrapColumn = 80; ConvertNewlines = true; HasTranslations = false; PausedTranslations = false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::Free(): Free the TextBuffer. void TextBuffer::Free (void) { if (Buffer != NULL) { #ifdef WINCE my_Tcl_Free( Buffer); #else delete[] Buffer; #endif Buffer = NULL; BufferSize = 0; } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::Empty(): Empty the TextBuffer. void TextBuffer::Empty (void) { ASSERT(Buffer != NULL); ByteCount = Column = LineCount = 0; LineIsEmpty = 1; Current = Buffer; *Current = 0; ConvertNewlines = true; HasTranslations = false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // TextBuffer::AddTranslation(): // Adds a translation for a character. // The translation string will be printed in place of that character. void TextBuffer::AddTranslation (char ch, const char * str) { if (! HasTranslations) { HasTranslations = true; for (uint i=0; i < 256; i++) { Translation [i] = NULL; } } Translation [(byte) ch] = str; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::SetBufferSize(): Set the buffer size. void TextBuffer::SetBufferSize (uint length) { #ifdef WINCE if (Buffer != NULL) { my_Tcl_Free( Buffer); } Buffer = my_Tcl_Alloc(sizeof(char[length])); #else if (Buffer != NULL) { delete[] Buffer; } Buffer = new char[length]; #endif BufferSize = length; ByteCount = Column = LineCount = 0; LineIsEmpty = 1; Current = Buffer; *Current = 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::NewLine(): Add a newline. errorT TextBuffer::NewLine () { ASSERT (Current != NULL); if (ByteCount >= BufferSize) { return ERROR_BufferFull; } *Current++ = '\n'; LineCount++; ByteCount++; LineIsEmpty = 1; Column = 0; while (Column < IndentColumn) { if (ByteCount >= BufferSize) { return ERROR_BufferFull; } *Current++ = ' '; Column++; ByteCount++; } *Current = 0; return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::Indent(): Indent to the current Indentation level.. errorT TextBuffer::Indent () { ASSERT (Current != NULL); if (!LineIsEmpty) { return NewLine(); } else { while (Column < IndentColumn) { if (ByteCount >= BufferSize) { return ERROR_BufferFull; } *Current++ = ' '; Column++; ByteCount++; } *Current = 0; } return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::PrintLine(): Print a string then newline. Does not // check for the line going past WrapColumn. errorT TextBuffer::PrintLine (const char * str) { ASSERT(Current != NULL); while (*str != 0) { if (ByteCount > BufferSize) { return ERROR_BufferFull; } AddChar (*str); str++; } return NewLine(); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::PrintWord(): Prints a word, wrapping if necessary. // It does NOT add a space, since that is left to the caller to // provide in the string. errorT TextBuffer::PrintWord (const char * str) { ASSERT(Current != NULL); uint length = strLength (str); if (Column + length >= WrapColumn) { NewLine(); } if (ByteCount + length >= BufferSize) { return ERROR_BufferFull; } while (*str != 0) { char ch = *str; AddChar (ch); str++; Column++; } *Current = 0; // add trailing end-of-string to buffer LineIsEmpty = 0; return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::PrintSpace(): Prints a space OR a newline character, // but not both. errorT TextBuffer::PrintSpace (void) { if (ByteCount + 1 >= BufferSize) { return ERROR_BufferFull; } if (Column + 1 >= WrapColumn) { NewLine(); } else { *Current = ' '; Current++; ByteCount++; Column++; LineIsEmpty = 0; } return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::PrintChar(): prints a single char, adding a newline // first if necessary. errorT TextBuffer::PrintChar (char b) { if (Column + 1 >= WrapColumn) { NewLine(); } if (ByteCount + 1 >= BufferSize) { return ERROR_BufferFull; } AddChar (b); Column++; LineIsEmpty = 0; return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::PrintString(): Print a string, wrapping at spaces. // Also converts newlines in the string into spaces. errorT TextBuffer::PrintString (const char * str) { errorT err; char currentWord[1024]; // should be long enough for a word while (*str != 0) { char * b = currentWord; *b = 0; // get next word and print it: while (*str != ' ' && *str != '\n' && *str != '\0') { *b = *str; b++; str++; } // end of word/line/text reached *b = 0; err = PrintWord (currentWord); if (err != OK) { return err; } if (*str == 0) { return OK; } if (*str == '\n' && !ConvertNewlines) { err = NewLine(); } else { err = PrintSpace(); } if (err != OK) { return err; } str++; } return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ //### TextBuffer::PrintInt(): Print a decimal number followed by string // as a word (so it appends a space at the end and wraps if // necessary). errorT TextBuffer::PrintInt (uint i, const char * str) { char temp[255]; snprintf(temp, 255, "%d%s", i, str); return PrintWord(temp); } /////////////////////////////////////////////////////////////////////////// // EOF: textbuf.cpp /////////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/dstring.h0000755000076500000240000000536414666426276017542 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: dstring.h // Dynamic String class // // Part of: Scid (Shane's Chess Information Database) // Version: 2.2 // // Notice: Copyright (c) 2000 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_DSTRING_H #define SCID_DSTRING_H #include #include class DString { // DEPRECATED std::string s_; public: void Clear() { s_.clear(); } const char* Data() { return s_.c_str(); } size_t Length(void) { return s_.size(); } void AddChar(char ch) { s_.append(1, ch); } void AppendUint(uint i) { char s[16]; snprintf(s, 16, "%u", i); s_.append(s); } void AppendInt(int i) { char s[16]; snprintf(s, 16, "%d", i); s_.append(s); } void Append(uint i) { AppendUint(i); } void Append(const char* str) { s_.append(str); } // To allow convenient appending of multiple strings without resorting // to messy variable-length argument lists, we define DString::Append() // for up to five string arguments, and for up to four arguments where // one is an unsigned integer and the rest are strings. void Append(const char* s1, const char* s2) { Append(s1); Append(s2); } void Append(const char* s1, uint i2) { Append(s1); Append(i2); } void Append(uint i1, const char* s2) { Append(i1); Append(s2); } void Append(const char* s1, const char* s2, const char* s3) { Append(s1); Append(s2); Append(s3); } void Append(const char* s1, const char* s2, uint i3) { Append(s1); Append(s2); Append(i3); } void Append(const char* s1, uint i2, const char* s3) { Append(s1); Append(i2); Append(s3); } void Append(uint i1, const char* s2, const char* s3) { Append(i1); Append(s2); Append(s3); } void Append(const char* s1, const char* s2, const char* s3, const char* s4) { Append(s1); Append(s2); Append(s3); Append(s4); } void Append(const char* s1, const char* s2, const char* s3, uint i4) { Append(s1); Append(s2); Append(s3); Append(i4); } void Append(const char* s1, const char* s2, uint i3, const char* s4) { Append(s1); Append(s2); Append(i3); Append(s4); } void Append(const char* s1, uint i2, const char* s3, const char* s4) { Append(s1); Append(i2); Append(s3); Append(s4); } void Append(uint i1, const char* s2, const char* s3, const char* s4) { Append(i1); Append(s2); Append(s3); Append(s4); } void Append(const char* s1, const char* s2, const char* s3, const char* s4, const char* s5) { Append(s1); Append(s2); Append(s3); Append(s4); Append(s5); } }; #endif // SCID_DSTRING_H chessx-master/dep/scid/code/src/hash.h0000755000076500000240000002533014666426276017006 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: hash.h // Pre-generated random hash values // // Part of: Scid (Shane's Chess Information Database) // Version: 3.4 // // Notice: Copyright (c) 2002 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_HASH_H #define SCID_HASH_H // goodHashValues // This is a table of 12 (pieces) * 64 (squares) = 768 pre-generated // "good" 32-bit hash values, to be used for Zobrist hashing. // The values were generated using a threshold of 10, meaning that // (a) every value has at least 10 and at most 32-10=22 bits set; // (b) every value differs from every other value by at least 10 // bits and at most 32-10=22 bits. // const uint goodHashValues [12 * 64] = { 0x039B11BFu,0x4890D6A4u,0x37539B8Au,0xA7E3A104u,0x8B263019u,0xEB71AE0Bu, 0x87099341u,0x32EF9CD4u,0x698B8BC1u,0x823FEACEu,0x8E607A5Au,0x7241E921u, 0x8E94A4B6u,0x2670B742u,0xD721044Cu,0xD1FC122Du,0xBD0CE70Eu,0xA4159629u, 0xAE24AD63u,0xAB5DA9E9u,0x83D1C843u,0x32E60A29u,0xABF131AAu,0x3C3CF99Du, 0x5553E1FDu,0xD8328308u,0x9B2FC0D4u,0x4EDC83D2u,0x852D84B3u,0x068D4A5Fu, 0x35CE432Fu,0xE4843746u,0x2B67AF9Eu,0xABCCC099u,0x217F1CAAu,0x7BF4C414u, 0x7C24E036u,0x29E3C6EAu,0x1053B4CCu,0x8D96DDA0u,0x4505DA02u,0x47EFD3ECu, 0x32B9D1EDu,0x4F688C67u,0x1FFD9115u,0xBC0156DBu,0x28BD842Eu,0xECE11B80u, 0x2088BE1Fu,0x3384DFE4u,0x05AAE96Eu,0xE697A8F5u,0x02E84551u,0x6E0B75ABu, 0xC8EE1CA1u,0x5387CC68u,0xB0991EB4u,0x332AD23Eu,0x7063DDB8u,0x844141B4u, 0x3D49AAA0u,0xB73790D3u,0x2009A159u,0x43BCD4B9u,0x3E47B851u,0x992161E6u, 0x5C73DE21u,0xA7185F26u,0xEAF78BCFu,0x9F46F244u,0x90E2E582u,0x2752602Au, 0x8D75AA38u,0x4429875Eu,0xDAB54C3Bu,0x15F07D87u,0x24936E7Du,0xD26AF16Au, 0xF0C1BAA7u,0x3A34F2E0u,0x0A86593Eu,0xBB870177u,0xF1BCB046u,0x91B63283u, 0x881BA73Au,0x7FB62D0Cu,0x9F06ED35u,0x4CF4B1ACu,0x24A21F70u,0x509421A2u, 0xE492FD51u,0x9DE1F22Fu,0xFCEADB75u,0x1244A7B5u,0x9ACABF60u,0xA32479B2u, 0x0396C362u,0x0CEF72D2u,0x9B9D27A1u,0x3306A989u,0x516008FCu,0xE544EA8Du, 0xC33DBE2Cu,0xE80D5B56u,0xDC6FC86Fu,0x4A3F3D4Du,0xAE160A34u,0x00512AA9u, 0xE6B8170Du,0x419DE2C5u,0x6B2E2517u,0x89D27208u,0x92847C09u,0x38E38217u, 0x2821286Fu,0x8AE2AAD5u,0x30FDAE11u,0x543C234Bu,0xE3A2FF38u,0x10194DDEu, 0x657AACB5u,0x9B7A5005u,0xE4F5DD9Eu,0x43C4B54Cu,0x7FB1E299u,0xBA0FBFADu, 0x6650C485u,0xA93F6201u,0x0D27DBDFu,0x03415B76u,0x6BB1E5F7u,0xFD2A98F8u, 0x3DB93342u,0xE14B1091u,0xBF290710u,0xF23142FCu,0xAB80B2CBu,0xFB60F74Du, 0x21F3BB77u,0x3888CAADu,0x8A9ADBEFu,0x789090FFu,0x9D730E8Du,0x49B24A39u, 0xD7910113u,0xD106D4B2u,0xD2EE43B5u,0x6D341063u,0xB61EDC4Eu,0x9550B69Bu, 0xB31BF6E6u,0xA77E70C6u,0xD5A2839Fu,0x36B5397Fu,0xB9ECCD6Au,0x5748A700u, 0xE55FD773u,0x05B1D3B3u,0x02C832FCu,0x44475068u,0x5A3FA331u,0x7E98673Fu, 0x019BD400u,0x2B500871u,0x1B11BBD3u,0xD9A16849u,0x3D28C47Du,0x5B5A17F8u, 0x11A56BBFu,0x7A49A7EAu,0x827A948Bu,0x9CFCA8F3u,0xD0139857u,0x66934246u, 0x010B6D83u,0x640E91CBu,0x14F7F949u,0x22E1DBDBu,0xFE39F428u,0xC1EFF01Du, 0xB7FBAA70u,0x24D621C8u,0x3E8CB46Cu,0x799C9A30u,0x9101AA6Au,0x50057267u, 0x4ABB8084u,0x96A69B26u,0x64430CE7u,0x29104757u,0xF895CE65u,0xACE8C5A7u, 0x8C311979u,0xC50D43F9u,0x74E82B12u,0x7DD3F51Au,0x024CB893u,0x1082235Au, 0x267DE6F9u,0xF07D4A07u,0x2269E0C4u,0x58CD4E12u,0xA5BECEC3u,0x548B6301u, 0x1DAD51A9u,0xEDD5C126u,0x82F2633Bu,0xC03AA07Cu,0xEF54151Fu,0xAA6B4422u, 0x065BC9E0u,0xC35692CEu,0xA1D7DB4Cu,0xD8633DF3u,0x7298EB8Au,0xFF0A0ACFu, 0x0DA1A674u,0x6DE7B4C7u,0xE761833Au,0xF9FF6F50u,0x84BC2B8Cu,0xE799B3BCu, 0x16161665u,0xF8F95501u,0x576662B2u,0x16C9842Au,0xB200D414u,0xF0B5A23Au, 0xDE336B9Eu,0x6E2C4FCEu,0x0DD75B71u,0xDA5F5B65u,0x10305BF5u,0x25459D34u, 0x9024995Au,0x9A35CB81u,0xB04481ECu,0x852EADD4u,0x3979197Eu,0x758912F3u, 0xC73CDAF6u,0xDF52A76Eu,0xC7340794u,0x6C5684BBu,0x9FA057F2u,0xD740B832u, 0xB7AF5E98u,0x0BB2995Du,0xB58AB9B7u,0xFE0BD190u,0xB992ECC8u,0x9FD77CDCu, 0xCD786AFDu,0x9D06944Bu,0x94DB6416u,0xF7086164u,0x06BA82F7u,0x897BFB24u, 0xA3F57351u,0x73087E2Bu,0x05857541u,0xA0BE3365u,0x4FB89F40u,0xCC8BF6FDu, 0xB6F359A4u,0x7FFAF82Du,0xFF05C5DDu,0x41C88B7Au,0xD94586E9u,0x8ECBE977u, 0xC02DB501u,0x085DD109u,0xE167E374u,0xE22877E1u,0xFC504828u,0x5A593E86u, 0xB82D503Cu,0x0E23B9A4u,0x1DA667E5u,0xD6E88E31u,0x87B13CBDu,0x73A7CB92u, 0x1176EFD8u,0x805EC39Fu,0x0FAA9AAAu,0xB2F707B2u,0xB67AE203u,0x8BCC0DAFu, 0xE1D2659Cu,0x481CC9B6u,0x4EA7AE2Du,0x3F0E1BB1u,0xA0EFE34Bu,0xFB8D54E2u, 0xEEE20096u,0x20F49785u,0xA059722Eu,0xF54885FBu,0xBB655656u,0xD674D353u, 0x1C2249E8u,0xA4718FF5u,0x61A84E05u,0xA3126E85u,0x61D9AD54u,0x07198C19u, 0xB972FB1Bu,0x5238CA6Fu,0xA1BFB910u,0x8645AEC8u,0xE6C48940u,0xAB771F63u, 0x17E50DB8u,0x2D864432u,0x1D832682u,0x90B555C4u,0xF57533F8u,0xD7CD623Cu, 0x30F276B1u,0x968A4BC2u,0x43D75E3Fu,0x232BD8E3u,0x09D8EEF6u,0xE43898C5u, 0x590FF714u,0x578FB433u,0x7CA18ACEu,0x5E8BBA1Eu,0x9377431Cu,0x352D8B78u, 0x5D64CBE6u,0xAC0E4DFBu,0x8CC6D71Au,0x357E5A72u,0xE52B7EC4u,0x8BA3C715u, 0x637A16E7u,0xE53DE860u,0x5D8D3992u,0x69FA014Cu,0xA741FD99u,0x1D446311u, 0xD1B7AD7Du,0xB09D684Au,0x2AB52F38u,0x115A6A4Eu,0x70FA8C72u,0x280593A6u, 0x90E51413u,0x40D69014u,0xFE54E992u,0x80B0DF0Bu,0xADCEAA5Cu,0x2CE5D77Du, 0xC848DD13u,0x1816469Cu,0xF29F0F0Eu,0x5267A846u,0x9519EB95u,0x36A0F7ABu, 0x47286387u,0x1FDDB6CAu,0xBCDB9881u,0xC2D197BBu,0x6EAEE818u,0x283E0B1Bu, 0xF2E87D37u,0x210662D0u,0x093BAE47u,0x7A2307D6u,0x79876ECFu,0x19DD55B6u, 0xC8903A3Eu,0x00A6B10Fu,0xF9C00FD4u,0x494BB0A6u,0x97FF861Bu,0x70BD145Du, 0x7F46D4ACu,0xE6F63ECCu,0x707613DFu,0x89A9805Fu,0x98035A70u,0xE941DB3Du, 0x84E3C899u,0x4E8CFB84u,0xB51B01EEu,0xBFF2D163u,0xC3A8202Bu,0x18BB798Au, 0x12DF54DBu,0xD10B9FFEu,0xCEB08E5Fu,0xA2250D9Du,0x0E5C8F05u,0x3BCB935Cu, 0x1BD051C9u,0x46214EF2u,0xDDF5D4D1u,0x37A19E57u,0x16DE6F73u,0x25AFB2B9u, 0xDD2E7E69u,0x082894FAu,0x1535FCF4u,0x7EECD60Fu,0x6E9FCEAAu,0x96D6D08Du, 0x79C709AAu,0x1CA5070Fu,0xB8A7AED2u,0x80684E96u,0xC7D6497Cu,0xB93DD3FBu, 0xFA20C05Bu,0xF55A0330u,0x6D226F9Bu,0x66A532A2u,0x73FD3ABBu,0xC77B9A07u, 0xCDC921ECu,0xB68E327Bu,0xB7F9555Cu,0x30BA9B4Eu,0x4C879967u,0xC9A75320u, 0xFC83700Cu,0x4027063Bu,0x1B630D64u,0x587C3550u,0x1CFC5B44u,0xA5AD192Eu, 0xFBE9177Bu,0x1EABD059u,0xAA4468C7u,0x76AA58BBu,0xB4B08556u,0x71EE9F17u, 0xB3F5AC8Cu,0xE6D8DBA1u,0x8B0AF89Eu,0xD36C2B70u,0x128D3DEAu,0x3D460CD8u, 0x16215910u,0xCC0F0785u,0x68CC3BCFu,0xDEB2B9C7u,0x6B633805u,0x780E1005u, 0x09E49837u,0x39E80ADBu,0x012CEA31u,0x3478872Cu,0x413C1D1Eu,0x233D57C2u, 0x4DED8698u,0x2812F838u,0xF3A213C0u,0xDB90565Cu,0x7B5BCA04u,0x085A189Du, 0xD3B15A8Au,0xCE88155Au,0xC6583EF3u,0x68BAE790u,0x2B1EB054u,0x71910CC2u, 0xD0D88984u,0x210634A7u,0x6A8140B0u,0xD61986A7u,0x777843EAu,0x6D565FEFu, 0x243864EEu,0xA5EB42F5u,0xF06EFA92u,0x37214225u,0x7FD632D3u,0x5270689Bu, 0x17D003A4u,0xBFA3F882u,0x3ABF601Fu,0x9462B2F6u,0x95506548u,0xDFE5AA96u, 0x6014EF4Cu,0x95AA0C22u,0x5AA2452Du,0x537E00C9u,0xF1DA7E65u,0xB35E0497u, 0xC000C9C9u,0xC9041E45u,0x43327CAEu,0x5E1EC5E3u,0x34618D4Bu,0x19EAD6D5u, 0x2EFD99E6u,0x670EBE60u,0x9308BC47u,0x8C167E0Fu,0xE79510C8u,0x7B6872B5u, 0x3E26A6CFu,0x15C2DC3Bu,0x2D58DB58u,0xF146A05Au,0x6FED31D9u,0xB72E86A4u, 0x4C41B38Bu,0xDBD4DBFAu,0x1EC10AD0u,0x4E58E234u,0xAB4167FCu,0x6B7E733Au, 0x097C2AC0u,0x8B071EBAu,0x776CFD58u,0x6C9B3130u,0x775F8863u,0x30ACC2D6u, 0xF2E16ED1u,0x7E7B4DDBu,0xE3BE881Fu,0xD50608E1u,0x5BEEA67Cu,0x2A6FDB10u, 0x532ACD1Bu,0xEF979FD2u,0xA7076C1Eu,0xE5ED7E0Bu,0xE0C08618u,0x0A419EE5u, 0xE8A39152u,0xF8049773u,0x60E262CDu,0xB64DCB36u,0x5BC10B4Fu,0x79ED7826u, 0xBDB0D600u,0xA73B4945u,0x15D99DF1u,0x2EB2322Fu,0x905CB323u,0x8E9D7BBAu, 0xF589DA5Cu,0x3239EC36u,0xBD1A727Cu,0x9A2B964Eu,0x2738E521u,0x3D32ADFEu, 0x7CCB6CC0u,0x9408173Fu,0x314D2743u,0xE07F1718u,0x07A67FCAu,0x9A96EA79u, 0x2C83A39Cu,0x553EFFB3u,0xC45666F4u,0xE870F6FBu,0x60578B32u,0x773C8652u, 0x05210BC4u,0xF8D963F3u,0xD93511B5u,0xF1719F52u,0x2B20CE90u,0x9995F672u, 0x6C198588u,0x38759A4Du,0xDFBB53D5u,0xD7685FBCu,0x77513427u,0x6180D195u, 0xAEC6B98Eu,0x92BD89BEu,0x9225B0FDu,0x5739B0FAu,0xA9033F59u,0x141F2599u, 0xC36254D4u,0x604A7F95u,0x9E6C065Du,0x31FBCC0Fu,0x5B9ADD8Cu,0xDFFA3B0Au, 0x0DFBFC78u,0xF9CA5EBAu,0x2ADB0F37u,0xDDCCB685u,0x8A5B515Eu,0x41C144ADu, 0x34657B2Cu,0x0D450F6Au,0x826FAC71u,0x9EC05C75u,0x74DDC8D9u,0x64C7389Bu, 0x09331092u,0x3EFEA384u,0x704FB6F1u,0x6B4FEF67u,0xCE61D945u,0x9EE52925u, 0xE5A82DC9u,0x0B78A412u,0xDFCBC5A9u,0x30DEC518u,0x1F783F75u,0x4E77188Eu, 0x40A76D52u,0x38B18960u,0x09891862u,0x459A5AA7u,0x42001B9Au,0x0831CA1Eu, 0xF49286E0u,0x877982DCu,0x3B5CC623u,0x807D7FFFu,0x55540A37u,0x6227F496u, 0x8A2A89B3u,0x795F2B97u,0xF63D1ECBu,0x1124A560u,0x4580D76Fu,0xD6D5BC5Bu, 0xB116155Cu,0x52AD63D8u,0x9845DC86u,0x6689C793u,0x7EE16506u,0xDC0190E2u, 0xC37420F7u,0xE598CC3Au,0x8DC81014u,0xB6812BB9u,0xE9F50AF2u,0x0F41261Fu, 0x0466D7E3u,0xDD946A80u,0x4E326865u,0x6E005C19u,0x4146B339u,0xC60EDF2Bu, 0xE0307009u,0x0E646DF4u,0x2654FA27u,0xF81D24FEu,0xC44C94DCu,0x339B61D1u, 0x7D771304u,0x61FF6433u,0x7CDCFC56u,0x76702E78u,0x4E461F5Cu,0x4F5E4893u, 0x41521503u,0x7D997DEDu,0x2F39368Cu,0xC2A0ABE2u,0xD8ABC763u,0x0B196104u, 0x209549ACu,0x34D15315u,0x0357D995u,0x40138F8Fu,0xDC525599u,0xF629FB1Bu, 0x6A62B298u,0x3C1A805Au,0xEE1674DAu,0xBA19460Du,0x3C72676Bu,0xC34DD53Eu, 0x8DD03D72u,0xADAA7B0Du,0xFA0949AEu,0x98DD7A1Du,0x3A545F3Du,0xF4AB0851u, 0xAA1C51A5u,0xC4FEEB56u,0x7E15A604u,0x61459EDFu,0xA64B7A31u,0xDC4DBA74u, 0x57277D9Du,0x0D694801u,0xBB4B34DAu,0xECBF05E2u,0x5C192BF8u,0xDF88AED8u, 0x10D59F2Eu,0x1F4CD1FFu,0x13C17092u,0x34E8D820u,0x8D0F4AE6u,0xC22A9F84u, 0x4F757B90u,0xF647C64Bu,0xB8D5F5EFu,0x4EF2ED32u,0x08CFE621u,0x6282A765u, 0xBB3B1A28u,0x7A00FEDEu,0x7EE74E77u,0x0E72CEC6u,0x7096E317u,0xC53A15F1u, 0xA36CBB05u,0x752139ABu,0x2B28AD4Cu,0x1AA3F3FEu,0xA67D4188u,0x9CB3B791u, 0x5130A6B6u,0xF38FF94Fu,0x4B18839Du,0x92741FE8u,0xA53A3E3Bu,0x5AA03303u, 0x88E42368u,0x7A62DB87u,0xCB918AECu,0x3FE0BBBCu,0x5ED7B7A7u,0x56148AA8u, 0x5B33902Fu,0x8EF7172Cu,0x5D756F5Fu,0x67D49CA2u,0xE5F2F3CAu,0x45B9AA3Fu, 0x35B6D0AAu,0xB086D241u,0xF561EC77u,0x817289AEu,0x4ABC59C3u,0x7171D0E6u, 0xAD03F121u,0x4FB6B316u,0x2F94FD3Bu,0xAB9B2D42u,0x9C39B806u,0x139BDA75u, 0xBCFDFFA0u,0xDE2D7D42u,0xC314E010u,0x91F7D7A9u,0x961D52D0u,0x4EEBB554u, 0x8E833C6Eu,0xEC7FD2C9u,0xACD9AE8Eu,0xD31873FFu,0x7E1551F6u,0x809C8D31u, 0x8873E4B5u,0x3221744Au,0xEB3B4FBDu,0xB17E5F84u,0xEFD0E469u,0xD08C2EC3u }; #endif // SCID_HASH_H ////////////////////////////////////////////////////////////////////// // EOF: hash.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/position.h0000755000076500000240000003076314666426276017735 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: position.h // Position class // // Part of: Scid (Shane's Chess Information Database) // Version: 3.5 // // Notice: Copyright (c) 1999-2003 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_POSITION_H #define SCID_POSITION_H #include "common.h" #include "movelist.h" #include class DString; class SquareSet; class SquareList; ////////////////////////////////////////////////////////////////////// // Position: Constants const byte WQ_CASTLE = 1, WK_CASTLE = 2, BQ_CASTLE = 4, BK_CASTLE = 8; // SANFlag: since checking if a move is check (to add the "+" to its // SAN string) takes time, and checking for mate takes even // longer, we specify whether we want this done with a flag. typedef byte sanFlagT; const sanFlagT SAN_NO_CHECKTEST = 0, SAN_CHECKTEST = 1, SAN_MATETEST = 2; // Flags that Position::PrintFEN() recognises: // const uint FEN_COMPACT = 0, FEN_BOARD = 1, FEN_CASTLING_EP = 2, FEN_ALL_FIELDS = 3; // Flags that Position::GenerateMoves() recognises: // typedef uint genMovesT; const genMovesT GEN_CAPTURES = 1, GEN_NON_CAPS = 2, GEN_ALL_MOVES = (GEN_CAPTURES | GEN_NON_CAPS); // SANList: list of legal move strings in SAN. // struct sanListT { bool current; ushort num; sanStringT list [MAX_LEGAL_MOVES]; }; /////////////////////////////////////////////////////////////////////////// // Position: Class definition class Position { private: //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position: Data structures pieceT Board[66]; // the actual board + a color square // and a NULL square. uint Count[2]; // count of pieces & pawns each byte Material[16]; // count of each type of piece byte ListPos[64]; // ListPos stores the position in // List[][] for the piece on // square x. squareT List[2][16]; // list of piece squares for each side byte NumOnRank[16][8]; byte NumOnFyle[16][8]; byte NumOnLeftDiag[16][16]; // Num Queens/Bishops byte NumOnRightDiag[16][16]; byte NumOnSquareColor[16][2]; directionT Pinned[16]; // For each List[ToMove][x], stores // whether piece is pinned to its // own king and dir from king. squareT EPTarget; // square pawns can EP capture to colorT ToMove; ushort HalfMoveClock; // Count of halfmoves since last capture // or pawn move. ushort PlyCounter; byte Castling; // castling flags uint Hash; // Hash value. uint PawnHash; // Pawn structure hash value. //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position: Private Functions inline void AddHash (pieceT p, squareT sq); inline void UnHash (pieceT p, squareT sq); inline void AddToBoard (pieceT p, squareT sq); inline void RemoveFromBoard (pieceT p, squareT sq); void CalcPinsDir (directionT dir, pieceT attacker); void GenSliderMoves (MoveList * mlist, colorT c, squareT sq, directionT dir, SquareSet * sqset, bool capturesOnly); void GenKnightMoves (MoveList * mlist, colorT c, squareT sq, SquareSet * sqset, bool capturesOnly); void AddLegalMove (MoveList * mlist, squareT from, squareT to, pieceT promo); void GenCastling (MoveList * mlist); squareT castlingKingSq(colorT color) const; template squareT castlingRookSq(colorT color) const; void GenKingMoves (MoveList * mlist, genMovesT genType, bool castling); void AddPromotions (MoveList * mlist, squareT from, squareT dest); bool IsValidEnPassant (squareT from, squareT to); void GenPawnMoves (MoveList * mlist, squareT from, directionT dir, SquareSet * sqset, genMovesT genType); void GenCheckEvasions(MoveList* mlist, pieceT mask, genMovesT genType, SquareList* checkSquares); errorT MatchPawnMove(MoveList* mlist, fyleT fromFyle, squareT to, pieceT promote); errorT ReadMove(simpleMoveT* sm, const char* str, int slen, pieceT p); errorT ReadMoveCastle(simpleMoveT* sm, const char* str, int slen); errorT ReadMovePawn(simpleMoveT* sm, const char* str, int slen, fyleT from); errorT ReadMoveKing(simpleMoveT* sm, const char* str, int slen); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position: Public Functions public: Position(); static const Position& getStdStart(); void Clear(); // No pieces on board void StdStart() { *this = getStdStart(); } bool IsStdStart() const; errorT AddPiece (pieceT p, squareT sq); // Set and Get attributes -- one-liners byte PieceCount (pieceT p) { return Material[p]; } const byte* GetMaterial() const { return Material; } void SetEPTarget (squareT s) { EPTarget = s; } squareT GetEPTarget () const { return EPTarget; } void SetToMove (colorT c) { ToMove = c; } colorT GetToMove () const { return ToMove; } void SetPlyCounter (ushort x) { PlyCounter = x; } ushort GetPlyCounter () const { return PlyCounter; } ushort GetFullMoveCount() const { return PlyCounter / 2 + 1; } // Methods to get the Board or piece lists -- used in game.cpp to // decode moves: const squareT* GetList(colorT c) const { return List[c]; } squareT * GetList (colorT c) { return List[c]; } uint GetCount (colorT c) const { return Count[c]; } uint TotalMaterial () { return Count[WHITE] + Count[BLACK]; } uint NumNonPawns (colorT c) { return Count[c] - Material[piece_Make(c,PAWN)]; } bool InPawnEnding () { return (NumNonPawns(WHITE) == 1 && NumNonPawns(BLACK) == 1); } uint MaterialValue (colorT c); inline uint FyleCount (pieceT p, fyleT f) const { return NumOnFyle[p][f]; } inline uint RankCount (pieceT p, rankT r) const { return NumOnRank[p][r]; } inline uint LeftDiagCount (pieceT p, leftDiagT diag) const { return NumOnLeftDiag[p][diag]; } inline uint RightDiagCount (pieceT p, rightDiagT diag) const { return NumOnRightDiag[p][diag]; } inline uint SquareColorCount (pieceT p, colorT sqColor) const { return NumOnSquareColor[p][sqColor]; } const pieceT* GetBoard() const { const_cast(this)->Board[COLOR_SQUARE] = COLOR_CHAR[ToMove]; return Board; } pieceT GetPiece(squareT sq) const { ASSERT(sq < 64); return Board[sq]; } // Other one-line methods squareT GetKingSquare (colorT c) const { return List[c][0]; } squareT GetKingSquare () const { return List[ToMove][0]; } squareT GetEnemyKingSquare () const { return List[1-ToMove][0]; } // Castling flags inline void SetCastling (colorT c, castleDirT dir, bool flag); void ClearCastlingFlags(colorT c) { Castling &= (c == WHITE) ? 0b11111100 : 0b11110011; } bool GetCastling(colorT c, castleDirT dir) const { int b = (c == WHITE) ? 1 : 4; if (dir == KSIDE) b += b; // Now b == 1 or 2 (white flags), or 4 or 8 (black flags) return Castling & b; } byte GetCastlingFlags () { return Castling; } // Hashing inline uint HashValue (void) { return Hash; } inline uint PawnHashValue (void) { return PawnHash; } uint GetHPSig (); // Move generation and execution void CalcPins(); void GenPieceMoves (MoveList * mlist, squareT sq, SquareSet * sqset, bool capturesOnly); // Generate all legal moves: void GenerateMoves (MoveList* mlist, pieceT mask, genMovesT genType, bool maybeInCheck); void GenerateMoves (MoveList * mlist) { GenerateMoves (mlist, EMPTY, GEN_ALL_MOVES, true); } void GenerateMoves (MoveList * mlist, genMovesT genType) { GenerateMoves (mlist, EMPTY, genType, true); } void GenerateCaptures (MoveList * mlist) { GenerateMoves (mlist, EMPTY, GEN_CAPTURES, true); } bool IsLegalMove (simpleMoveT * sm); /// Check that the minimum requirements for castling are satisfied: /// - both the king and the rook exists in the position /// - the final squares of the king and the rook are empty /// @param check_legal: also test for checks or blocking pieces. /// Ignore the castling flags and if the king is already in check. bool validCastling(bool king_side, bool check_legal) const; uint CalcAttacks (colorT toMove, squareT kingSq, SquareList * squares) const; int TreeCalcAttacks (colorT toMove, squareT target); uint CalcNumChecks () const { return CalcAttacks (1-ToMove, GetKingSquare(), NULL); } uint CalcNumChecks (squareT kingSq) const { return CalcAttacks (1-ToMove, kingSq, NULL); } uint CalcNumChecks (squareT kingSq, SquareList * checkSquares) const { return CalcAttacks (1-ToMove, kingSq, checkSquares); } uint Mobility (pieceT p, colorT color, squareT from); bool IsKingInCheck () { return (CalcNumChecks() > 0); } bool IsKingInCheckDir (directionT dir); bool IsKingInCheck (simpleMoveT * sm); bool IsKingInMate (); bool IsLegal (); bool IsPromoMove (squareT from, squareT to); // TODO: replace with DoSimpleMove(const simpleMoveT&) void DoSimpleMove(simpleMoveT sm) { return DoSimpleMove(&sm); } void DoSimpleMove (simpleMoveT * sm); // move execution ... void UndoSimpleMove (simpleMoveT const* sm); // ... and taking back errorT RelocatePiece (squareT fromSq, squareT toSq); void MakeSANString (simpleMoveT * sm, char * s, sanFlagT flag); void CalcSANStrings (sanListT *sanList, sanFlagT flag); errorT ReadCoordMove(simpleMoveT* m, const char* s, int slen, bool reverse); errorT ParseMove(simpleMoveT* sm, const char* str); errorT ParseMove(simpleMoveT* sm, const char* begin, const char* end); // Board I/O void MakeLongStr (char * str); errorT ReadFromLongStr (const char * str); errorT ReadFromCompactStr (const byte * str); errorT ReadFromFEN (const char * s); void PrintCompactStr (char * cboard); void PrintCompactStrFlipped (char * cboard); byte CompactStrFirstByte () { return (Board[0] << 4) | Board[1]; } void PrintFEN(char* str, uint flags) const; void DumpLatexBoard (DString * dstr, bool flip); void DumpLatexBoard (DString * dstr) { DumpLatexBoard (dstr, false); } void DumpHtmlBoard (DString * dstr, uint style, const char * dir, bool flip); void DumpHtmlBoard (DString * dstr, uint style, const char * dir) { DumpHtmlBoard (dstr, style, dir, false); } // Copy, compare positions int Compare (Position * p); void CopyFrom (Position * src) { *this = *src; } // Set up a random position: errorT Random (const char * material); }; ////////////////////////////////////////////////////////////////////// // Position: Public Inline Functions //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::SetCastling(): // Set a castling flag. // inline void Position::SetCastling (colorT c, castleDirT dir, bool flag) { byte b = (c==WHITE ? 1 : 4); if (dir == KSIDE) b += b; // Now b = 1 or 2 (white flags), or 4 or 8 (black flags) if (flag) { Castling |= b; } else { Castling &= (255-b); } return; } #endif // SCID_POSITION_H ////////////////////////////////////////////////////////////////////// // EOF: position.h ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/movelist.h0000755000076500000240000000735714666426276017736 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: movelist.h // MoveList class // // Part of: Scid (Shane's Chess Information Database) // Version: 3.4 // // Notice: Copyright (c) 1999-2002 Shane Hudson. All rights reserved. // Copyright (c) 2016 Fulvio Benini. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #ifndef SCID_MOVELIST_H #define SCID_MOVELIST_H #include "common.h" ////////////////////////////////////////////////////////////////////// // MoveList: Constants const uint MAX_LEGAL_MOVES = 256; // max. length of the moves list /////////////////////////////////////////////////////////////////////////// // MoveList: Data Structures // *** SimpleMove: less expensive to store than a full move as defined // in game.h, but still fully undoable. // struct simpleMoveT { squareT from; squareT to; pieceT promote; // EMPTY if not a promotion, type (no color) otherwise pieceT movingPiece; byte pieceNum; byte capturedNum; pieceT capturedPiece; squareT capturedSquare; // ONLY different to "to" field if this capture // is an en passant capture. byte castleFlags; // pre-move information squareT epSquare; // pre-move information ushort oldHalfMoveClock; int32_t score; // used for alpha/beta ordering. bool isNullMove() const { return from == to && from != NULL_SQUARE && piece_Type(movingPiece) == KING; } int isCastle() const { ASSERT(piece_Type(movingPiece) == KING); if (square_Fyle(from) == E_FYLE) { squareT toFyle = square_Fyle(to); if (toFyle == G_FYLE) return 1; if (toFyle == C_FYLE) return 2; } return 0; } /// Converts the move to long algebraic notation. /// @return a pointer one past the last char written. template OutputIt toLongNotation(OutputIt dest) const { if (from == to) { // UCI standard for null move *dest++ = '0'; *dest++ = '0'; *dest++ = '0'; *dest++ = '0'; } else { *dest++ = square_FyleChar(from); *dest++ = square_RankChar(from); *dest++ = square_FyleChar(to); *dest++ = square_RankChar(to); if (promote != EMPTY) { constexpr const char promoChars[] = " qrbn "; *dest++ = promoChars[piece_Type(promote)]; } } return dest; } bool operator<(const simpleMoveT& b) const { // Highest score first return score > b.score; } }; struct cmpMove { const simpleMoveT& m; explicit cmpMove(const simpleMoveT& sm) : m(sm) {} }; inline bool operator==(const simpleMoveT& a, const cmpMove& b) { return a.from == b.m.from && a.to == b.m.to && a.promote == b.m.promote; } // typedef std::vector MoveList; class MoveList { uint ListSize = 0; simpleMoveT Moves[MAX_LEGAL_MOVES]; public: typedef simpleMoveT* iterator; iterator begin() { return Moves; }; iterator end() { return Moves + ListSize; } uint Size() { return ListSize; } void Clear() { ListSize = 0; } void emplace_back(squareT from, squareT to, pieceT promote, pieceT movingPiece, pieceT capturedPiece) { ASSERT(ListSize < MAX_LEGAL_MOVES); simpleMoveT& sm = Moves[ListSize++]; sm.from = from; sm.to = to; sm.promote = promote; sm.movingPiece = movingPiece; sm.capturedPiece = capturedPiece; } void resize(size_t count) { ASSERT(count <= MAX_LEGAL_MOVES); ListSize = static_cast(count); } void push_back(const simpleMoveT& sm) { ASSERT(ListSize < MAX_LEGAL_MOVES); Moves[ListSize++] = sm; } simpleMoveT* Get(size_t index) { ASSERT(index < ListSize); return &(Moves[index]); } }; #endif // SCID_MOVELIST_H chessx-master/dep/scid/code/src/game.cpp0000755000076500000240000031571014666426276017333 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: game.cpp // Game class methods // // Part of: Scid (Shane's Chess Information Database) // Version: 3.5 // // Notice: Copyright (c) 2000-2003 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #include "game.h" #include "bytebuf.h" #include "common.h" #include "dstring.h" #include "naglatex.h" #include "nagtext.h" #include "position.h" #include "stored.h" #include "textbuf.h" #include #include // Piece letters translation int language = 0; // default to english // 0 = en, // 1 = fr, 2 = es, 3 = de, 4 = it, 5 = ne, 6 = cz // 7 = hu, 8 = no, 9 = sw, 10 = ca, 11 = fi, 12 = gr // TODO Piece translations for greek const char * langPieces[] = { "", "PPKRQDRTBFNC", "PPKRQDRTBANC", "PBKKQDRTBLNS", "PPKRQDRTBANC", "PpKKQDRTBLNP", "PPKKQDRVBSNJ", "PGKKQVRBBFNH", "PBKKQDRTBLNS", "PBKKQDRTBLNS", "PPKRQDRTBANC", "PSKKQDRTBLNR", "" }; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // transPieces(): // Given a string, will translate pieces from english to another language void transPieces(char *s) { if (language == 0) return; char * ptr = s; int i; while (*ptr) { if (*ptr >= 'A' && *ptr <= 'Z') { for (i=0; i<12; i+=2) { if (*ptr == langPieces[language][i]) { *ptr = langPieces[language][i+1]; break; } } } ptr++; } } char transPiecesChar(char c) { char ret = c; if (language == 0) return c; for (int i=0; i<12; i+=2) { if (c == langPieces[language][i]) { ret = langPieces[language][i+1]; break; } } return ret; } const char * ratingTypeNames [17] = { "Elo", "Rating", "Rapid", "ICCF", "USCF", "DWZ", "ECF", // Reserved for future use: NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, // End of array marker: NULL }; uint strGetRatingType (const char * name) { uint i = 0; while (ratingTypeNames[i] != NULL) { if (strEqual (name, ratingTypeNames[i])) { return i; } i++; } return 0; } typedef Game * GamePtr; //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // printNag(): converts a numeric NAG to its string equivalent. // The parameter should point to a string at least 10 bytes long. // TODO // replace < and > in NAG codes by and void game_printNag (byte nag, char * str, bool asSymbol, gameFormatT format) { ASSERT (str != NULL); if (nag == 0) { *str = 0; return; } if (nag >= (sizeof evalNagsRegular / sizeof (const char *))) { if (format == PGN_FORMAT_LaTeX) *str = 0; else sprintf (str, "$%u", nag); return; } if (asSymbol) { if (format == PGN_FORMAT_LaTeX) { strcpy (str, evalNagsLatex[nag]); } else { strcpy (str, evalNagsRegular[nag]); } if (nag == NAG_Diagram) { if (format == PGN_FORMAT_LaTeX) { strcpy (str, evalNagsLatex[nag]); } else if (format == PGN_FORMAT_HTML) { strcpy(str, "(D)"); } else { str[0] = 'D'; str[1] = 0; } } return; } else { sprintf (str, "%s$%d", format == PGN_FORMAT_LaTeX ? "\\" : "", nag); } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // game_parseNag(): // Parses an annotation symbol into its numeric equivalent. // Accepts numeric format ($51) or symbols such as // !, ?, +=, -/+, N, etc. // byte game_parseNag(std::pair strview) { auto slen = std::distance(strview.first, strview.second); if (slen == 0 || slen > 7) return 0; char strbuf[8] = {0}; std::copy_n(strview.first, slen, strbuf); const char* str = strbuf; if (*str == '$') { str++; return (byte) strGetUnsigned(str); } if ((*str <= '9' && *str >= '0')) { return (byte) strGetUnsigned(str); } if (*str == '!') { // Must be "!", "!!", "!?", or invalid: str++; if (*str == 0) { return NAG_GoodMove; } // ! $1 if (*str == '!') { return NAG_ExcellentMove; } // !! $3 if (*str == '?') { return NAG_InterestingMove; } // !? $5 return 0; } if (*str == '?') { // Must be "?", "??", "?!", or invalid: str++; if (*str == 0) { return NAG_PoorMove; } // ? $2 if (*str == '?') { return NAG_Blunder; } // ?? $4 if (*str == '!') { return NAG_DubiousMove; } // ?! $6 return 0; } if (*str == '+') { // Must be "+=", "+/=", "+/-", "+-", "+--", "+>" or invalid: str++; if (*str == '=') { return NAG_WhiteSlight; } // += $14 if (*str == '-' && str[1] == 0) { // +- $18 return NAG_WhiteDecisive; } if (*str == '>') { return NAG_WithAttack; } // +> $40 if (*str == '/' && str[1] == '-') { // +/- $16 return NAG_WhiteClear; } if (*str == '/' && str[1] == '=') { // +/= $14 return NAG_WhiteSlight; } if (*str == '-' && str[1] == '-') { // +-- $20 return NAG_WhiteCrushing; } return 0; } if (*str == '=') { // Must be "=" (equal), "=+", "=/+", "=/&" or invalid: str++; if (*str == 0) { return NAG_Equal; } // = $10 if (*str == '+') { return NAG_BlackSlight; } // =+ $15 if (*str == '/' && str[1] == '+') { // =/+ $15 return NAG_BlackSlight; } if (*str == '/' && str[1] == '&') { // =/& $44 return NAG_Compensation; } return 0; } if (*str == '-') { // Must be "-+", "-/+" or "--+", "->": str++; if (*str == '+') { return NAG_BlackDecisive; } // -+ $19 if (*str == '>') { return NAG_WithBlackAttack; } // -> $41 if (*str == '/' && str[1] == '+') { // -/+ $17 return NAG_BlackClear; } if (*str == '-' && str[1] == '+') { // --+ $21 return NAG_BlackCrushing; } if (*str == '-' && str[1] == 0) { // -- $210 return NAG_See; } return 0; } if (*str == '/') { // Must be "/\" or "/" str++; if (*str == 0) { return NAG_Diagonal; } // / $150 if (*str == '\\') { return NAG_WithIdea; } // Tri $140 return 0; } if (*str == 'R') { // Must be "R", "RR" str++; if (*str == 0) { return NAG_VariousMoves; } // R $144 if (*str == 'R') { return NAG_Comment; } // RR $145 return 0; } if (*str == 'z') { // Must be "zz" str++; if (*str == 'z') { return NAG_BlackZugZwang; } // zz $23 return 0; } if (*str == 'Z') { // Must be "ZZ" str++; if (*str == 'Z') { return NAG_ZugZwang; } // ZZ $22 return 0; } if (*str == 'B') { // Must be "BB", "Bb" str++; if (*str == 'B') { return NAG_BishopPair; } // BB $151 if (*str == 'b') { return NAG_OppositeBishops; } // Bb $153 return 0; } if (*str == 'o') { // Must be "BB", "Bb" str++; if (*str == '-' && str[1] == 'o') { // o-o $192 return NAG_SeparatedPawns; } if (*str == 'o' && str[1] == 0) { // [+] $193 return NAG_UnitedPawns; } if (*str == '^' && str[1] == 0) { // o^ $212 return NAG_PassedPawn; } return 0; } if (*str == '(') { // Must be (_) str++; if (*str == '_' && str[1] == ')') { // (_) $142 return NAG_BetterIs; } return 0; } if (*str == '[') { // Must be (_) str++; if (*str == ']' && str[1] == 0) { // [] $8 return NAG_OnlyMove; } if (*str == '+' && str[1] == ']') { // [+] $48 return NAG_SlightCentre; } if (*str == '+' && str[1] == '+' && str[2] == ']') { // [++] $50 return NAG_Centre; } return 0; } if (*str == '_') { // must be _|_ or _| str++; if (*str == '|' && str[1] == '_') { // _|_ $148 return NAG_Ending; } if (*str == '|' && str[1] == 0) { // _| $215 return NAG_Without; } return 0; } if (*str == '|') { // must be ||, |_ str++; if (*str == '|' ) { return NAG_Etc; } // || $190 if (*str == '_') { return NAG_With; } // |_ $214 return 0; } if (*str == '>') { // must be >, >>, >>> str++; if (*str == 0) { return NAG_SlightKingSide; } // > $54 if (*str == '>' && str[1] == 0) { // >> $56 return NAG_ModerateKingSide; } if (*str == '>' && str[1] == '>') { // >>> $58 return NAG_KingSide; } return 0; } if (*str == '<') { // must be <, <<, <<<, <=> str++; if (*str == 0) { return NAG_SlightQueenSide; } // < $60 if (*str == '<' && str[1] == 0) { // << $62 return NAG_ModerateQueenSide; } if (*str == '<' && // <<< $64 str[1] == '<' && str[2] == 0) { return NAG_QueenSide; } if (*str == '=' && // <=> $149 str[1] == '>' && str[2] == 0) { return NAG_File; } if (*str == '+' && // <+> $130 str[1] == '>' && str[2] == 0) { return NAG_SlightCounterPlay; } if (*str == '-' && // <-> $131 str[1] == '>' && str[2] == 0) { return NAG_BlackSlightCounterPlay; } if (*str == '+' && // <++> $132 str[1] == '+' && str[2] == '>' && str[3] == 0) { return NAG_CounterPlay; } if (*str == '-' && // <--> $133 str[1] == '-' && str[2] == '>' && str[3] == 0) { return NAG_BlackCounterPlay; } if (*str == '+' && // <+++> $134 str[1] == '+' && str[2] == '+' && str[3] == '>') { return NAG_DecisiveCounterPlay; } if (*str == '-' && // <---> $135 str[1] == '-' && str[2] == '-' && str[3] == '>') { return NAG_BlackDecisiveCounterPlay; } return 0; } if (*str == '~' && *(str+1) == '=') { // ~= $44 // alternative Compensation symbol: return NAG_Compensation; } if (*str == '~') { // ~ $13 // Unclear symbol: return NAG_Unclear; } if (*str == 'x') { // x $147 return NAG_WeakPoint; } if (str[0] == 'N' && str[1] == 0) { // N $146 // Novelty symbol: return NAG_Novelty; } if (str[0] == 'D' && str[1] == 0) { // D $201 // Diagram symbol: return NAG_Diagram; } return 0; } errorT Game::AddNag (byte nag) { moveT * m = CurrentMove->prev; if (m->nagCount + 1 >= MAX_NAGS) { return ERROR_GameFull; } if (nag == 0) { /* Nags cannot be zero! */ return OK; } // If it is a move nag replace an existing if( nag >= 1 && nag <= 6) for( int i=0; inagCount; i++) if( m->nags[i] >= 1 && m->nags[i] <= 6) { m->nags[i] = nag; return OK; } // If it is a position nag replace an existing if( nag >= 10 && nag <= 21) for( int i=0; inagCount; i++) if( m->nags[i] >= 10 && m->nags[i] <= 21) { m->nags[i] = nag; return OK; } if( nag >= 1 && nag <= 6) { // Put Move Nags at the beginning for( int i=m->nagCount; i>0; i--) m->nags[i] = m->nags[i-1]; m->nags[0] = nag; } else m->nags[m->nagCount] = nag; m->nagCount += 1; m->nags[m->nagCount] = 0; return OK; } errorT Game::RemoveNag (bool isMoveNag) { moveT * m = CurrentMove->prev; if( isMoveNag) { for( int i=0; inagCount; i++) if( m->nags[i] >= 1 && m->nags[i] <= 6) { m->nagCount -= 1; for( int j=i; jnagCount; j++) m->nags[j] = m->nags[j+1]; m->nags[m->nagCount] = 0; return OK; } } else { for( int i=0; inagCount; i++) if( m->nags[i] >= 10 && m->nags[i] <= 21) { m->nagCount -= 1; for( int j=i; jnagCount; j++) m->nags[j] = m->nags[j+1]; m->nags[m->nagCount] = 0; return OK; } } return OK; } ////////////////////////////////////////////////////////////////////// // PUBLIC FUNCTIONS ////////////////////////////////////////////////////////////////////// //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Move allocation: // moves are allocated in chunks to save memory and for faster // performance. // constexpr int MOVE_CHUNKSIZE = 128; moveT* Game::allocMove() { if (moveChunkUsed_ == MOVE_CHUNKSIZE) { moveChunks_.emplace_front(new moveT[MOVE_CHUNKSIZE]); moveChunkUsed_ = 0; } return moveChunks_.front().get() + moveChunkUsed_++; } moveT* Game::NewMove(markerT marker) { moveT* res = allocMove(); res->clear(); res->marker = marker; return res; } Game::Game(const Game& obj) { extraTags_ = obj.extraTags_; WhiteStr = obj.WhiteStr; BlackStr = obj.BlackStr; EventStr = obj.EventStr; SiteStr = obj.SiteStr; RoundStr = obj.RoundStr; Date = obj.Date; EventDate = obj.EventDate; EcoCode = obj.EcoCode; WhiteElo = obj.WhiteElo; BlackElo = obj.BlackElo; WhiteRatingType = obj.WhiteRatingType; BlackRatingType = obj.BlackRatingType; Result = obj.Result; std::copy_n(obj.ScidFlags, sizeof(obj.ScidFlags), ScidFlags); if (obj.StartPos) StartPos = std::make_unique(*obj.StartPos); NumHalfMoves = obj.NumHalfMoves; WhiteEstimateElo = obj.WhiteEstimateElo; BlackEstimateElo = obj.BlackEstimateElo; NumMovesPrinted = obj.NumMovesPrinted; PgnStyle = obj.PgnStyle; PgnFormat = obj.PgnFormat; HtmlStyle = obj.HtmlStyle; moveChunkUsed_ = MOVE_CHUNKSIZE; FirstMove = obj.FirstMove->cloneLine(nullptr, [this]() { return allocMove(); }); MoveToLocationInPGN(obj.GetLocationInPGN()); } Game* Game::clone() { return new Game(*this); } void Game::strip(bool variations, bool comments, bool NAGs) { while (variations && MoveExitVariation() == OK) { // Go to main line } for (auto& chunk : moveChunks_) { moveT* move = chunk.get(); moveT* end = (chunk == moveChunks_.front()) ? move + moveChunkUsed_ : move + MOVE_CHUNKSIZE; for (; move != end; ++move) { if (variations) { move->numVariations = 0; move->varChild = nullptr; } if (comments) move->comment.clear(); if (NAGs) { move->nagCount = 0; std::fill_n(move->nags, sizeof(move->nags), 0); } } } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::ClearMoves(): clear all moves. void Game::ClearMoves() { // Delete any chunks of moves except the first: if (moveChunks_.empty()) { moveChunkUsed_ = MOVE_CHUNKSIZE; } else { moveChunks_.erase_after(moveChunks_.begin(), moveChunks_.end()); moveChunkUsed_ = 0; } StartPos = nullptr; CurrentPos->StdStart(); // Initialize FirstMove: start and end of movelist markers FirstMove = NewMove(START_MARKER); CurrentMove = NewMove(END_MARKER); FirstMove->setNext(CurrentMove); VarDepth = 0; NumHalfMoves = 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::Clear(): // Reset the game to its normal empty state. // void Game::Clear() { extraTags_.clear(); WhiteStr.clear(); BlackStr.clear(); EventStr.clear(); SiteStr.clear(); RoundStr.clear(); Date = ZERO_DATE; EventDate = ZERO_DATE; EcoCode = 0; WhiteElo = BlackElo = 0; WhiteEstimateElo = BlackEstimateElo = 0; WhiteRatingType = BlackRatingType = RATING_Elo; Result = RESULT_None; ScidFlags[0] = 0; NumMovesPrinted = 0; PgnStyle = PGN_STYLE_TAGS | PGN_STYLE_VARS | PGN_STYLE_COMMENTS; PgnFormat = PGN_FORMAT_Plain; HtmlStyle = 0; ClearMoves(); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::PgnFormatFromString(): // Converts a string to a gameFormatT, returning true on success // or false on error. // The string should be a case-insensitive unique prefix of // "plain" (or "pgn"), "HTML", "LaTeX" or "Color". bool Game::PgnFormatFromString (const char * str, gameFormatT * fmt) { if (strIsCasePrefix (str, "Plain")) { *fmt = PGN_FORMAT_Plain; } else if (strIsCasePrefix (str, "PGN")) { *fmt = PGN_FORMAT_Plain; } else if (strIsCasePrefix (str, "HTML")) { *fmt = PGN_FORMAT_HTML; } else if (strIsCasePrefix (str, "LaTeX")) { *fmt = PGN_FORMAT_LaTeX; } else if (strIsCasePrefix (str, "Color")) { *fmt = PGN_FORMAT_Color; } else { return false; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::SetPgnFormatFromString(): // Sets the PgnFormat from the provided string. // Returns true if the PgnFormat was successfully set. bool Game::SetPgnFormatFromString (const char * str) { return PgnFormatFromString (str, &PgnFormat); } errorT Game::SetStartFen (const char * fenStr) { auto pos = std::make_unique(); errorT err = pos->ReadFromFEN (fenStr); if (err != OK) return err; ClearMoves(); StartPos = std::move(pos); *CurrentPos = *StartPos; return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::AddPgnTag(): Add a PGN Tag. // void Game::AddPgnTag(const char* tag, const char* value) { // First, try to replace an existing tag: for (auto& e : extraTags_) { if (e.first == tag) { e.second.assign(value); return; } } extraTags_.emplace_back(tag, value); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::FindExtraTag(): // Finds and returns an extra PGN tag if it // exists, or NULL if it does not exist. const char* Game::FindExtraTag(const char* tag) const { for (auto& e : extraTags_) { if (e.first == tag) return e.second.c_str(); } return NULL; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::RemoveExtraTag(): // Remove an extra PGN tag if it exists. bool Game::RemoveExtraTag(const char* tag) { auto it = std::remove_if(extraTags_.begin(), extraTags_.end(), [&](const std::pair& e) { return e.first == tag; }); if (it != extraTags_.end()) { extraTags_.erase(it, extraTags_.end()); return true; } return false; } std::string& Game::accessTagValue(const char* tag, size_t tagLen) { if (tagLen == 5) { if (std::equal(tag, tag + 5, "Event")) return EventStr; if (std::equal(tag, tag + 5, "Round")) return RoundStr; if (std::equal(tag, tag + 5, "White")) return WhiteStr; if (std::equal(tag, tag + 5, "Black")) return BlackStr; } else if (tagLen == 4) { if (std::equal(tag, tag + 4, "Site")) return SiteStr; } for (auto& elem : extraTags_) { if (std::equal(tag, tag + tagLen, elem.first.begin(), elem.first.end())) return elem.second; } extraTags_.emplace_back(); extraTags_.back().first.assign(tag, tagLen); return extraTags_.back().second; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::SetMoveComment(): // Sets the comment for a move. A comment before the game itself // is stored as a comment of FirstMove. // void Game::SetMoveComment (const char * comment) { ASSERT (CurrentMove != NULL && CurrentMove->prev != NULL); moveT * m = CurrentMove->prev; if (comment == NULL) { m->comment.clear(); } else { m->comment = comment; // CommentsFlag = 1; } } int Game::setRating(colorT col, const char* ratingType, size_t ratingTypeLen, std::pair rating) { auto begin = ratingTypeNames; const size_t ratingSz = 7; auto it = std::find_if(begin, begin + ratingSz, [&](auto rType) { return std::equal(ratingType, ratingType + ratingTypeLen, rType, rType + std::strlen(rType)); }); byte rType = static_cast(std::distance(begin, it)); if (rType >= ratingSz) return -1; int res = 1; auto elo = strGetUnsigned(std::string{rating.first, rating.second}.c_str()); if (elo > MAX_ELO) { elo = 0; res = 0; } if (col == WHITE) { SetWhiteElo(static_cast(elo)); SetWhiteRatingType(rType); } else { SetBlackElo(static_cast(elo)); SetBlackRatingType(rType); } return res; } /////////////////////////////////////////////////////////////////////////// // A "location" in the game is represented by a position (Game::CurrentPos), the // next move to be played (Game::CurrentMove) and the number of parent variations // (Game::VarDepth). Since CurrentMove is the next move to be played, some // invariants must hold: it is never nullptr and it never points to a // START_MARKER (it will point to a END_MARKER if there are no more moves). This // also means that CurrentMove->prev is always valid: it will point to a // previous move or to a START_MARKER. // The following functions modify ONLY the current location of the game. //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Move current position forward one move. // Also update all the necessary fields in the simpleMove structure // (CurrentMove->moveData) so it can be undone. // errorT Game::MoveForward(void) { if (CurrentMove->endMarker()) return ERROR_EndOfMoveList; CurrentPos->DoSimpleMove(&CurrentMove->moveData); CurrentMove = CurrentMove->next; // Invariants ASSERT(CurrentMove && CurrentMove->prev); ASSERT(!CurrentMove->startMarker()); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::MoveBackup(): // Backup one move. // errorT Game::MoveBackup(void) { if (CurrentMove->prev->startMarker()) return ERROR_StartOfMoveList; CurrentMove = CurrentMove->prev; CurrentPos->UndoSimpleMove(&CurrentMove->moveData); // Invariants ASSERT(CurrentMove && CurrentMove->prev); ASSERT(!CurrentMove->startMarker()); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::MoveIntoVariation(): // Move into a subvariation. Variations are numbered from 0. errorT Game::MoveIntoVariation(uint varNumber) { for (auto subVar = CurrentMove; subVar->varChild; --varNumber) { subVar = subVar->varChild; if (varNumber == 0) { CurrentMove = subVar->next; // skip the START_MARKER ++VarDepth; // Invariants ASSERT(CurrentMove && CurrentMove->prev); ASSERT(!CurrentMove->startMarker()); return OK; } } return ERROR_NoVariation; // there is no such variation } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::MoveExitVariation(): // Move out of a variation, to the parent. // errorT Game::MoveExitVariation(void) { if (VarDepth == 0) // not in a variation! return ERROR_NoVariation; // Algorithm: go back previous moves as far as possible, then // go up to the parent of the variation. while (MoveBackup() == OK) { } CurrentMove = CurrentMove->getParent().first; --VarDepth; // Invariants ASSERT(CurrentMove && CurrentMove->prev); ASSERT(!CurrentMove->startMarker()); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Move to the beginning of the game. // void Game::MoveToStart() { if (StartPos) { *CurrentPos = *StartPos; } else { CurrentPos->StdStart(); } VarDepth = 0; CurrentMove = FirstMove->next; // Invariants ASSERT(CurrentMove && CurrentMove->prev); ASSERT(!CurrentMove->startMarker()); } void Game::MoveToEnd() { MoveToStart(); while (MoveForward() == OK) { } } errorT Game::MoveForwardInPGN() { if (CurrentMove->prev->varChild && MoveBackup() == OK) return MoveIntoVariation(0); while (MoveForward() != OK) { if (VarDepth == 0) return ERROR_EndOfMoveList; auto varnum = GetVarNumber(); MoveExitVariation(); if (MoveIntoVariation(varnum + 1) == OK) return OK; MoveForward(); } return OK; } errorT Game::MoveToLocationInPGN(unsigned stopLocation) { MoveToStart(); for (unsigned loc = 1; loc < stopLocation; ++loc) { errorT err = MoveForwardInPGN(); if (err != OK) return err; } return OK; } unsigned Game::GetLocationInPGN() const { unsigned res = 1; const moveT* last_move = CurrentMove->prev; const moveT* move = FirstMove; for (; move != last_move; move = move->nextMoveInPGN()) { if (!move->endMarker()) ++res; } return res; } unsigned Game::GetPgnOffset() const { unsigned res = 1; const moveT* last_move = CurrentMove->getPrevMove(); if (last_move) { const moveT* move = FirstMove; for (; move != last_move; move = move->nextMoveInPGN()) { if (!move->endMarker()) ++res; } } return res; } std::string Game::currentPosUCI() const { std::string res = "position startpos moves"; char FEN[256] = {}; std::vector moves; const moveT* move = CurrentMove; while ((move = move->getPrevMove())) { if (move->moveData.isNullMove()) { Position lastValidPos = *currentPos(); for (const moveT* m : moves) { lastValidPos.UndoSimpleMove(&m->moveData); } lastValidPos.PrintFEN(FEN, FEN_ALL_FIELDS); break; } moves.emplace_back(move); } if (*FEN || HasNonStandardStart(FEN)) { res.replace(9, 4, "fen "); res.replace(13, 4, FEN); } const auto allocSpeedup = res.size(); res.resize(allocSpeedup + moves.size() * 6); auto it = res.data() + allocSpeedup; for (auto m = moves.crbegin(), end = moves.crend(); m != end; ++m) { *it++ = ' '; it = (*m)->moveData.toLongNotation(it); } res.resize(std::distance(res.data(), it)); // shrink return res; } /////////////////////////////////////////////////////////////////////////// // The following functions modify the moves graph in order to add or delete // moves. Promoting variations also modifies the moves graph. //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::AddMove(): // Add a move at current position and do it. // errorT Game::AddMove(const simpleMoveT* sm) { ASSERT(sm != NULL); // We must be at the end of a game/variation to add a move: if (!CurrentMove->endMarker()) Truncate(); CurrentMove->setNext(NewMove(END_MARKER)); CurrentMove->marker = NO_MARKER; CurrentMove->moveData.from = sm->from; CurrentMove->moveData.to = sm->to; CurrentMove->moveData.promote = sm->promote; CurrentMove->moveData.movingPiece = sm->movingPiece; if (VarDepth == 0) ++NumHalfMoves; return MoveForward(); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::AddVariation(): // Add a variation for the current move. // Also moves into the variation. errorT Game::AddVariation() { auto err = MoveBackup(); if (err != OK) return err; auto newVar = NewMove(START_MARKER); newVar->setNext(NewMove(END_MARKER)); CurrentMove->appendChild(newVar); // Move into variation CurrentMove = newVar->next; ++VarDepth; // Invariants ASSERT(CurrentMove && CurrentMove->prev); ASSERT(!CurrentMove->startMarker()); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::FirstVariation(): // Promotes the current variation to first variation. errorT Game::FirstVariation() { auto parent = CurrentMove->getParent(); auto root = parent.first; if (!root) return ERROR_NoVariation; root->detachChild(parent.second); root->insertChild(parent.second, 0); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::MainVariation(): // Like FirstVariation, but promotes the variation to the main line, // demoting the main line to be the first variation. errorT Game::MainVariation() { auto parent = CurrentMove->getParent(); auto root = parent.first; if (!root) return ERROR_NoVariation; if (parent.second->next->endMarker()) // Do not promote empty variations return OK; // Make the current variation the first variation root->detachChild(parent.second); root->insertChild(parent.second, 0); // Swap the mainline with the current variation root->swapLine(*parent.second->next); ASSERT(VarDepth); if (--VarDepth == 0) { // Recalculate NumHalfMoves const auto count_moves = [](auto move) { int res = 0; while (!move->endMarker()) { ++res; move = move->next; } return res; }; ASSERT(FirstMove->startMarker() && FirstMove->next); NumHalfMoves = count_moves(FirstMove->next); } return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::DeleteVariation(): // Deletes a variation. Variations are numbered from 0. // Note that for speed and simplicity, freed moves are not // added to the free list. This means that repeatedly adding and // deleting variations will waste memory until the game is cleared. // errorT Game::DeleteVariation() { auto parent = CurrentMove->getParent(); auto root = parent.first; if (!root || MoveExitVariation() != OK) return ERROR_NoVariation; root->detachChild(parent.second); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::Truncate(): // Truncate game at the current move. // For speed and simplicity, moves and comments are not freed. // So repeatedly adding moves and truncating a game will waste // memory until the game is cleared. void Game::Truncate() { if (CurrentMove->endMarker()) return; auto endMove = NewMove(END_MARKER); CurrentMove->prev->setNext(endMove); CurrentMove = endMove; if (VarDepth == 0) NumHalfMoves = GetCurrentPly(); // Invariants ASSERT(CurrentMove && CurrentMove->prev); ASSERT(!CurrentMove->startMarker()); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::TruncateStart(): // Truncate all moves leading to current position. void Game::TruncateStart() { // It is necessary to rebuild the current position using ReadFromFEN() // because the order of pieces is important when encoding to SCIDv4 format. char tempStr[256]; CurrentPos->PrintFEN(tempStr, FEN_ALL_FIELDS); auto pos = std::make_unique(); if (pos->ReadFromFEN(tempStr) != OK) return; if (VarDepth != 0 && MainVariation() != OK) return; NumHalfMoves -= GetCurrentPly(); StartPos = std::move(pos); *CurrentPos = *StartPos; FirstMove->setNext(CurrentMove); // Do all the moves to update moveData.pieceNum to the new StartPos while (MoveForwardInPGN() == OK) { } MoveToStart(); } namespace { //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // calcHomePawnMask(): // Computes the homePawn mask for a position. // int calcHomePawnMask (pieceT pawn, const pieceT* board) { ASSERT (pawn == WP || pawn == BP); const pieceT* bd = &(board[ (pawn == WP ? H2 : H7) ]); int result = 0; if (*bd == pawn) { result |= 128; } bd--; // H-fyle pawn if (*bd == pawn) { result |= 64; } bd--; // G-fyle pawn if (*bd == pawn) { result |= 32; } bd--; // F-fyle pawn if (*bd == pawn) { result |= 16; } bd--; // E-fyle pawn if (*bd == pawn) { result |= 8; } bd--; // D-fyle pawn if (*bd == pawn) { result |= 4; } bd--; // C-fyle pawn if (*bd == pawn) { result |= 2; } bd--; // B-fyle pawn if (*bd == pawn) { result |= 1; } // A-fyle pawn return result; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // patternsMatch(): // Used by Game::MaterialMatch() to test patterns. // Returns 1 if all the patterns in the list match, 0 otherwise. // int patternsMatch(const Position* pos, patternT* ptn) { const pieceT* board = pos->GetBoard(); while (ptn != NULL) { if (ptn->rankMatch == NO_RANK) { if (ptn->fyleMatch == NO_FYLE) { // Nothing to test! } else { // Test this fyle: squareT sq = square_Make (ptn->fyleMatch, RANK_1); int found = 0; for (uint i=0; i < 8; i++, sq += 8) { if (board[sq] == ptn->pieceMatch) { found = 1; break; } } if (found != ptn->flag) { return 0; } } } else { // rankMatch is a rank from 1 to 8: if (ptn->fyleMatch == NO_FYLE) { // Test the whole rank: int found = 0; squareT sq = square_Make (A_FYLE, ptn->rankMatch); for (uint i=0; i < 8; i++, sq++) { if (board[sq] == ptn->pieceMatch) { found = 1; break; } } if (found != ptn->flag) { return 0; } } else { // Just test one square: squareT sq = square_Make(ptn->fyleMatch, ptn->rankMatch); int found = 0; if (board[sq] == ptn->pieceMatch) { found = 1; } if (found != ptn->flag) { return 0; } } } // If we get this far, this pattern matched. Try the next one: ptn = ptn->next; } // If we reach here, all patterns matched: return 1; } } // end of anonymous namespace //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::MaterialMatch(): Material search test. // The parameters min and max should each be an array of 15 // counts, to specify the maximum and minimum number of counts // of each type of piece. // bool Game::MaterialMatch (bool PromotionsFlag, ByteBuffer& buf, byte * min, byte * max, patternT * patterns, int minPly, int maxPly, int matchLength, bool oppBishops, bool sameBishops, int minDiff, int maxDiff) { ASSERT (matchLength >= 1); int matchesNeeded = matchLength; int matDiff; uint plyCount = 0; errorT err = DecodeSkipTags(&buf); while (err == OK) { bool foundMatch = false; byte wMinor, bMinor; // If current pos has LESS than the minimum of pawns, this // game can never match so return false; if (CurrentPos->PieceCount(WP) < min[WP]) { return false; } if (CurrentPos->PieceCount(BP) < min[BP]) { return false; } // If not in the valid move range, go to the next move or return: if ((int)plyCount > maxPly) { return false; } if ((int)plyCount < minPly) { goto Next_Move; } // For these comparisons, we really could only do half of them each move, // according to which side just moved. // For non-pawns, the count could be increased by promotions: if (CurrentPos->PieceCount(WQ) < min[WQ]) { goto Check_Promotions; } if (CurrentPos->PieceCount(BQ) < min[BQ]) { goto Check_Promotions; } if (CurrentPos->PieceCount(WR) < min[WR]) { goto Check_Promotions; } if (CurrentPos->PieceCount(BR) < min[BR]) { goto Check_Promotions; } if (CurrentPos->PieceCount(WB) < min[WB]) { goto Check_Promotions; } if (CurrentPos->PieceCount(BB) < min[BB]) { goto Check_Promotions; } if (CurrentPos->PieceCount(WN) < min[WN]) { goto Check_Promotions; } if (CurrentPos->PieceCount(BN) < min[BN]) { goto Check_Promotions; } wMinor = CurrentPos->PieceCount(WB) + CurrentPos->PieceCount(WN); bMinor = CurrentPos->PieceCount(BB) + CurrentPos->PieceCount(BN); if (wMinor < min[WM]) { goto Check_Promotions; } if (bMinor < min[BM]) { goto Check_Promotions; } // Now test maximum counts: if (CurrentPos->PieceCount(WQ) > max[WQ]) { goto Next_Move; } if (CurrentPos->PieceCount(BQ) > max[BQ]) { goto Next_Move; } if (CurrentPos->PieceCount(WR) > max[WR]) { goto Next_Move; } if (CurrentPos->PieceCount(BR) > max[BR]) { goto Next_Move; } if (CurrentPos->PieceCount(WB) > max[WB]) { goto Next_Move; } if (CurrentPos->PieceCount(BB) > max[BB]) { goto Next_Move; } if (CurrentPos->PieceCount(WN) > max[WN]) { goto Next_Move; } if (CurrentPos->PieceCount(BN) > max[BN]) { goto Next_Move; } if (CurrentPos->PieceCount(WP) > max[WP]) { goto Next_Move; } if (CurrentPos->PieceCount(BP) > max[BP]) { goto Next_Move; } if (wMinor > max[WM]) { goto Next_Move; } if (bMinor > max[BM]) { goto Next_Move; } // If both sides have ONE bishop, we need to check if the search // was restricted to same-color or opposite-color bishops: if (CurrentPos->PieceCount(WB) == 1 && CurrentPos->PieceCount(BB) == 1) { if (!oppBishops || !sameBishops) { // Check the restriction: colorT whiteBishCol = NOCOLOR; colorT blackBishCol = NOCOLOR; // Search for the white and black bishop, to find their // square color: const pieceT* bd = CurrentPos->GetBoard(); for (squareT sq = A1; sq <= H8; sq++) { if (bd[sq] == WB) { whiteBishCol = BOARD_SQUARECOLOR [sq]; } else if (bd[sq] == BB) { blackBishCol = BOARD_SQUARECOLOR [sq]; } } // They should be valid colors: ASSERT (blackBishCol != NOCOLOR && whiteBishCol != NOCOLOR); // If the square colors do not match the restriction, // then this game cannot match: if (oppBishops && blackBishCol == whiteBishCol) { return false; } if (sameBishops && blackBishCol != whiteBishCol) { return false; } } } // Now check if the material difference is in-range: matDiff = (int)CurrentPos->MaterialValue(WHITE) - (int)CurrentPos->MaterialValue(BLACK); if (matDiff < minDiff || matDiff > maxDiff) { goto Next_Move; } // At this point, the Material matches; do the patterns match? if (patterns == NULL || patternsMatch(currentPos(), patterns)) { foundMatch = true; matchesNeeded--; if (matchesNeeded <= 0) { return true; } } // No? well, keep trying... goto Next_Move; Check_Promotions: // We only continue if this game has promotion moves: if (! PromotionsFlag) { return false; } Next_Move: { simpleMoveT sm; err = DecodeNextMove(&buf, sm); if (err == OK) { CurrentPos->DoSimpleMove(&sm); } } plyCount++; if (! foundMatch) { matchesNeeded = matchLength; } } // End of game reached, and no match: return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::ExactMatch(): // Exact position search test. // If sm is not NULL, its from, to, promote etc will be filled with // the next move at the matching position, if there is one. // If neverMatch is non-NULL, the boolean it points to is set to // true if the game could never match even with extra moves. // bool Game::ExactMatch (Position * searchPos, ByteBuffer * buf, simpleMoveT * sm, gameExactMatchT searchType) { // If buf is NULL, the game is in memory. Otherwise, Decode only // the necessary moves: errorT err = OK; if (buf == NULL) { MoveToStart(); } else { err = DecodeSkipTags(buf); } uint plyCount = 0; //uint skip = 0; // Just for statistics on number of moves skipped. uint search_whiteHPawns = 0; uint search_blackHPawns = 0; uint current_whiteHPawns, current_blackHPawns; bool check_pawnMaskWhite, check_pawnMaskBlack; bool doHomePawnChecks = false; uint wpawnFyle [8] = {0, 0, 0, 0, 0, 0, 0, 0}; uint bpawnFyle [8] = {0, 0, 0, 0, 0, 0, 0, 0};; if (searchType == GAME_EXACT_MATCH_Fyles) { const pieceT* board = searchPos->GetBoard(); uint fyle = 0; for (squareT sq = A1; sq <= H8; sq++, board++) { if (*board == WP) { wpawnFyle[fyle]++; } else if (*board == BP) { bpawnFyle[fyle]++; } fyle = (fyle + 1) & 7; } } if (searchType == GAME_EXACT_MATCH_Exact || searchType == GAME_EXACT_MATCH_Pawns) { doHomePawnChecks = true; search_whiteHPawns = calcHomePawnMask (WP, searchPos->GetBoard()); search_blackHPawns = calcHomePawnMask (BP, searchPos->GetBoard()); } check_pawnMaskWhite = check_pawnMaskBlack = false; while (err == OK) { const pieceT* currentBoard = CurrentPos->GetBoard(); const pieceT* board = searchPos->GetBoard(); const pieceT* b1 = currentBoard; const pieceT* b2 = board; bool found = true; // If NO_SPEEDUPS is defined, a slower search is done without // optimisations that detect insufficient material. #ifndef NO_SPEEDUPS // Insufficient material optimisation: if (searchPos->GetCount(WHITE) > CurrentPos->GetCount(WHITE) || searchPos->GetCount(BLACK) > CurrentPos->GetCount(BLACK)) { return false; } // Insufficient pawns optimisation: if (searchPos->PieceCount(WP) > CurrentPos->PieceCount(WP) || searchPos->PieceCount(BP) > CurrentPos->PieceCount(BP)) { return false; } // HomePawn mask optimisation: // If current pos doesn't have a pawn on home rank where // the search pos has one, it can never match. // This happens when (current_xxHPawns & search_xxHPawns) is // not equal to search_xxHPawns. // We do not do this optimisation for a pawn files search, // because the exact pawn squares are not important there. if (searchType != GAME_EXACT_MATCH_Fyles) { if (check_pawnMaskWhite) { current_whiteHPawns = calcHomePawnMask (WP, currentBoard); if ((current_whiteHPawns & search_whiteHPawns) != search_whiteHPawns) { return false; } } if (check_pawnMaskBlack) { current_blackHPawns = calcHomePawnMask (BP, currentBoard); if ((current_blackHPawns & search_blackHPawns) != search_blackHPawns) { return false; } } } #endif // #ifndef NO_SPEEDUPS // Not correct color: skip to next move if (searchPos->GetToMove() != CurrentPos->GetToMove()) { //skip++; goto Move_Forward; } // Extra material: skip to next move if (searchPos->GetCount(WHITE) < CurrentPos->GetCount(WHITE) || searchPos->GetCount(BLACK) < CurrentPos->GetCount(BLACK)) { //skip++; goto Move_Forward; } // Extra pawns/pieces: skip to next move if (searchPos->PieceCount(WP) != CurrentPos->PieceCount(WP) || searchPos->PieceCount(BP) != CurrentPos->PieceCount(BP) || searchPos->PieceCount(WN) != CurrentPos->PieceCount(WN) || searchPos->PieceCount(BN) != CurrentPos->PieceCount(BN) || searchPos->PieceCount(WB) != CurrentPos->PieceCount(WB) || searchPos->PieceCount(BB) != CurrentPos->PieceCount(BB) || searchPos->PieceCount(WR) != CurrentPos->PieceCount(WR) || searchPos->PieceCount(BR) != CurrentPos->PieceCount(BR) || searchPos->PieceCount(WQ) != CurrentPos->PieceCount(WQ) || searchPos->PieceCount(BQ) != CurrentPos->PieceCount(BQ)) { //skip++; goto Move_Forward; } // NOW, compare the actual boards piece-by-piece. if (searchType == GAME_EXACT_MATCH_Exact) { if (searchPos->HashValue() == CurrentPos->HashValue()) { for (squareT sq = A1; sq <= H8; sq++, b1++, b2++) { if (*b1 != *b2) { found = false; break; } } } else { found = false; } } else if (searchType == GAME_EXACT_MATCH_Pawns) { if (searchPos->PawnHashValue() == CurrentPos->PawnHashValue()) { for (squareT sq = A1; sq <= H8; sq++, b1++, b2++) { if (*b1 != *b2 && (*b1 == WP || *b1 == BP)) { found = false; break; } } } else { found = false; } } else if (searchType == GAME_EXACT_MATCH_Fyles) { for (fyleT f = A_FYLE; f <= H_FYLE; f++) { if (searchPos->FyleCount(WP,f) != CurrentPos->FyleCount(WP,f) || searchPos->FyleCount(BP,f) != CurrentPos->FyleCount(BP,f)) { found = false; break; } } } else { // searchType == GAME_EXACT_Match_Material, so do nothing. } if (found) { // Found a match! Set the returned next-move: if (sm) { // We need to decode the next move. if (buf == NULL) { MoveForward(); if (CurrentMove->marker == END_MARKER) { // Position matched at last move in the game. sm->from = sm->to = NULL_SQUARE; sm->promote = EMPTY; } else { *sm = CurrentMove->prev->moveData; MoveBackup(); } } else { err = DecodeNextMove(buf, *sm); if (err != OK) { // Position matched at last move in the game. sm->from = sm->to = NULL_SQUARE; sm->promote = EMPTY; } } } return true; } Move_Forward: #ifndef NO_SPEEDUPS if (doHomePawnChecks) { check_pawnMaskWhite = false; check_pawnMaskBlack = false; rankT rTo = square_Rank (CurrentMove->moveData.to); rankT rFrom = square_Rank (CurrentMove->moveData.from); // We only re-check the home pawn masks when something moves // to or from the 2nd/7th rank: if (rTo == RANK_2 || rFrom == RANK_2) { check_pawnMaskWhite = true; } if (rTo == RANK_7 || rFrom == RANK_7) { check_pawnMaskBlack = true; } } #endif if (buf == NULL) { MoveForward (); if (CurrentMove->marker == END_MARKER) { err = ERROR_EndOfMoveList; } } else { simpleMoveT nextMove; err = DecodeNextMove(buf, nextMove); if (err == OK) { CurrentPos->DoSimpleMove(&nextMove); } if (err != OK && err != ERROR_EndOfMoveList) { return false; } } plyCount++; } return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::VarExactMatch(): // Like ExactMatch(), but also searches in variations. // This is much slower than ExactMatch(), since it will // search every position until a match is found. bool Game::VarExactMatch (Position * searchPos, gameExactMatchT searchType) { uint wpawnFyle [8] = {0, 0, 0, 0, 0, 0, 0, 0}; uint bpawnFyle [8] = {0, 0, 0, 0, 0, 0, 0, 0};; if (searchType == GAME_EXACT_MATCH_Fyles) { const pieceT* board = searchPos->GetBoard(); uint fyle = 0; for (squareT sq = A1; sq <= H8; sq++, board++) { if (*board == WP) { wpawnFyle[fyle]++; } else if (*board == BP) { bpawnFyle[fyle]++; } fyle = (fyle + 1) & 7; } } errorT err = OK; while (err == OK) { // Check if this position matches: bool match = false; if (searchPos->GetToMove() == CurrentPos->GetToMove() && searchPos->GetCount(WHITE) == CurrentPos->GetCount(WHITE) && searchPos->GetCount(BLACK) == CurrentPos->GetCount(BLACK) && searchPos->PieceCount(WP) == CurrentPos->PieceCount(WP) && searchPos->PieceCount(BP) == CurrentPos->PieceCount(BP) && searchPos->PieceCount(WN) == CurrentPos->PieceCount(WN) && searchPos->PieceCount(BN) == CurrentPos->PieceCount(BN) && searchPos->PieceCount(WB) == CurrentPos->PieceCount(WB) && searchPos->PieceCount(BB) == CurrentPos->PieceCount(BB) && searchPos->PieceCount(WR) == CurrentPos->PieceCount(WR) && searchPos->PieceCount(BR) == CurrentPos->PieceCount(BR) && searchPos->PieceCount(WQ) == CurrentPos->PieceCount(WQ) && searchPos->PieceCount(BQ) == CurrentPos->PieceCount(BQ)) { match = true; const pieceT* b1 = CurrentPos->GetBoard(); const pieceT* b2 = searchPos->GetBoard(); if (searchType == GAME_EXACT_MATCH_Pawns) { for (squareT sq = A1; sq <= H8; sq++, b1++, b2++) { if (*b1 != *b2 && (*b1 == WP || *b1 == BP)) { match = false; break; } } } else if (searchType == GAME_EXACT_MATCH_Fyles) { uint wpf[8] = { 0, 0, 0, 0, 0, 0, 0, 0 }; uint bpf[8] = { 0, 0, 0, 0, 0, 0, 0, 0 }; uint fyle = 0; for (squareT sq = A1; sq <= H8; sq++, b1++) { if (*b1 == WP) { wpf[fyle]++; if (wpf[fyle] > wpawnFyle[fyle]) { match = false; break; } } else if (*b1 == BP) { bpf[fyle]++; if (bpf[fyle] > bpawnFyle[fyle]) { match = false; break; } } fyle = (fyle + 1) & 7; } } else if (searchType == GAME_EXACT_MATCH_Exact) { if (searchPos->HashValue() == CurrentPos->HashValue()) { for (squareT sq = A1; sq <= H8; sq++, b1++, b2++) { if (*b1 != *b2) { match = false; break; } } } else { match = false; } } else { // searchType == GAME_EXACT_MATCH_Material, so do nothing. } } if (match) { return true; } // Now try searching each variation in turn: for (uint i=0; i < CurrentMove->numVariations; i++) { MoveIntoVariation (i); match = VarExactMatch (searchPos, searchType); MoveExitVariation(); if (match) { return true; } } // Continue down this variation: MoveForward(); if (CurrentMove->marker == END_MARKER) { err = ERROR_EndOfMoveList; } } return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::GetPartialMoveList(): // Write the first few moves of a game. // errorT Game::GetPartialMoveList (DString * outStr, uint plyCount) { // First, copy the relevant data so we can leave the game state // unaltered: auto location = currentLocation(); MoveToStart(); char temp [80]; for (uint i=0; i < plyCount; i++) { if (CurrentMove->marker == END_MARKER) { break; } if (i != 0) { outStr->Append (" "); } if (i == 0 || CurrentPos->GetToMove() == WHITE) { snprintf (temp, 80, "%d%s", CurrentPos->GetFullMoveCount(), (CurrentPos->GetToMove() == WHITE ? "." : "...")); outStr->Append (temp); } moveT * m = CurrentMove; if (m->san[0] == 0) { CurrentPos->MakeSANString(&(m->moveData), m->san, SAN_CHECKTEST); } // add one space for indenting to work out right outStr->Append (" "); outStr->Append (m->san); MoveForward(); } // Now reconstruct the original game state: restoreLocation(location); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Returns the SAN representation of the next move or an empty string ("") if // not at a move. const char* Game::GetNextSAN() { ASSERT(!CurrentMove->endMarker() || *CurrentMove->san == '\0'); if (!CurrentMove->endMarker() && *CurrentMove->san == '\0') { CurrentPos->MakeSANString( &CurrentMove->moveData, CurrentMove->san, CurrentMove->next->endMarker() ? SAN_MATETEST : SAN_CHECKTEST); } return CurrentMove->san; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::GetSAN(): // Print the SAN representation of the current move to a string. // Prints an empty string ("") if not at a move. void Game::GetSAN(char* str) { ASSERT(str != NULL); strcpy(str, GetNextSAN()); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::GetPrevSAN(): // Print the SAN representation of the previous move to a string. // Prints an empty string ("") if not at a move. void Game::GetPrevSAN (char * str) { ASSERT (str != NULL); moveT * m = CurrentMove->prev; if (m->marker == START_MARKER || m->marker == END_MARKER) { str[0] = 0; return; } if (m->san[0] == 0) { MoveBackup(); CurrentPos->MakeSANString (&(m->moveData), m->san, SAN_MATETEST); MoveForward(); } strcpy (str, m->san); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::GetPrevMoveUCI(): // Print the UCI representation of the current move to a string. // Prints an empty string ("") if not at a move. void Game::GetPrevMoveUCI(char* str) const { ASSERT(str != NULL); const auto m = CurrentMove->prev; if (!m->startMarker()) str = m->moveData.toLongNotation(str); *str = '\0'; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::GetNextMoveUCI(): // Print the UCI representation of the next move to a string. // Prints an empty string ("") if not at a move. void Game::GetNextMoveUCI (char * str) { ASSERT (str != NULL); if (!CurrentMove->endMarker()) str = CurrentMove->moveData.toLongNotation(str); *str = '\0'; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // commentEmpty: // Called by WriteMoveList to check there is really // something to print given display options. // comment is supposed to be non null bool Game::CommentEmpty ( const char * comment) { char * s = NULL; bool ret = false; if (comment == NULL) return true; if (comment[0] == '\0') return true; if (PgnStyle & PGN_STYLE_STRIP_MARKS) { s = strDuplicate (comment); strTrimMarkCodes (s); char * tmp = s; bool empty = true; while (tmp[0] != 0) { if (tmp[0] != ' ') { empty = false; break; } tmp++; } ret = empty; delete[] s; } return ret; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // writeComment: // Called by WriteMoveList to write a single comment. void Game::WriteComment (TextBuffer * tb, const char * preStr, const char * comment, const char * postStr) { char* s_duplicate = nullptr; const char* s = comment; if (PgnStyle & PGN_STYLE_STRIP_MARKS) { s_duplicate = strDuplicate(comment); strTrimMarkCodes(s_duplicate); s = s_duplicate; } if (s[0] != '\0') { if (IsColorFormat()) { tb->PrintString ("PrintInt (NumMovesPrinted); tb->PrintChar ('>'); } if (IsColorFormat()) { // Translate "<", ">" in comments: tb->AddTranslation ('<', ""); tb->AddTranslation ('>', ""); // S.A any issues ? tb->NewlinesToSpaces (0); tb->PrintString (s); tb->ClearTranslation ('<'); tb->ClearTranslation ('>'); } else { tb->PrintString (preStr); tb->PrintString (s); tb->PrintString (postStr); } if (IsColorFormat()) { tb->PrintString (""); } } if (PgnStyle & PGN_STYLE_STRIP_MARKS) { delete[] s_duplicate; } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::WriteMoveList(): // Write the moves, variations and comments in PGN notation. // Recursive; calls itself to write variations. // errorT Game::WriteMoveList(TextBuffer* tb, moveT* oldCurrentMove, bool printMoveNum, bool inComment) { char tempTrans[10]; const char * preCommentStr = "{"; const char * postCommentStr = "}"; const char * startTable = "\n"; const char * startColumn = "\t"; const char * nextColumn = "\t"; const char * endColumn = "\n"; const char * endTable = "\n"; bool printDiagrams = false; if (IsHtmlFormat()) { preCommentStr = ""; postCommentStr = ""; startTable = "\n"; startColumn = "\n \n \n\n"; endTable = "
"; nextColumn = ""; endColumn = "
\n"; printDiagrams = true; } if (IsLatexFormat()) { preCommentStr = "\\begin{nochess}{\\rm "; postCommentStr = "}\\end{nochess}"; startTable = "\n\\begin{tabular}{p{1cm}p{2cm}p{2cm}}\n"; startColumn = ""; nextColumn = "&"; endColumn = "\\\\\n"; endTable = "\\end{tabular}\n\n"; printDiagrams = true; } if (IsColorFormat()) { startTable = "
"; endColumn = "
"; } if (IsHtmlFormat() && VarDepth == 0) { tb->PrintString (""); } if ((PgnStyle & PGN_STYLE_COLUMN) && VarDepth == 0) { tb->PrintString (startTable); } if (IsPlainFormat() && inComment) { preCommentStr = ""; postCommentStr = ""; } moveT * m = CurrentMove; // Print null moves: if ((PgnStyle & PGN_STYLE_NO_NULL_MOVES) && !inComment && IsPlainFormat() && m->isNull()) { inComment = true; tb->PrintString(preCommentStr); preCommentStr = ""; postCommentStr = ""; } // If this is a variation and it starts with a comment, print it: if ((VarDepth > 0 || CurrentMove->prev == FirstMove) && ! CurrentMove->prev->comment.empty()) { if (PgnStyle & PGN_STYLE_COMMENTS) { WriteComment (tb, preCommentStr, CurrentMove->prev->comment.c_str(), postCommentStr); tb->PrintSpace(); if (!VarDepth) { tb->ClearTranslation ('\n'); tb->NewLine(); if (IsColorFormat() || IsLatexFormat()) { tb->NewLine(); } } } } while (CurrentMove->marker != END_MARKER) { moveT *m = CurrentMove; bool commentLine = false; if (m->san[0] == 0) { // If there is a next move we can skip the SAN_MATETEST CurrentPos->MakeSANString( &(m->moveData), m->san, (m->next->marker != END_MARKER) ? SAN_CHECKTEST : SAN_MATETEST); } bool printThisMove = true; if (m->isNull()) { // Null moves are not printed in LaTeX or HTML: if (IsLatexFormat() || IsHtmlFormat()) { printThisMove = false; printMoveNum = true; } // If Plain PGN format, check whether to convert the // null move and remainder of the line to a comment: if ((PgnStyle & PGN_STYLE_NO_NULL_MOVES) && IsPlainFormat()) { if (!inComment) { // Enter inComment mode to convert rest of line // to a comment: inComment = true; tb->PrintString(preCommentStr); preCommentStr = ""; postCommentStr = ""; } printThisMove = false; printMoveNum = true; } } int colWidth = 6; NumMovesPrinted++; if (printThisMove) { // Print the move number and following dots if necessary: if (IsColorFormat()) { tb->PrintString ("PrintInt (NumMovesPrinted); tb->PrintChar ('>'); } if (printMoveNum || (CurrentPos->GetToMove() == WHITE)) { if ((PgnStyle & PGN_STYLE_COLUMN) && VarDepth == 0) { tb->PrintString (startColumn); char temp [10]; snprintf (temp, 10, "%4u.", CurrentPos->GetFullMoveCount()); tb->PrintString (temp); if (CurrentPos->GetToMove() == BLACK) { tb->PauseTranslations(); tb->PrintString (nextColumn); tb->PrintString ("..."); if (IsPlainFormat() || IsColorFormat()) { tb->PrintString (" "); } tb->ResumeTranslations(); } } else { if (PgnStyle & PGN_STYLE_MOVENUM_SPACE) { tb->PrintInt(CurrentPos->GetFullMoveCount(), (CurrentPos->GetToMove() == WHITE ? "." : ". ...")); } else { tb->PrintInt(CurrentPos->GetFullMoveCount(), (CurrentPos->GetToMove() == WHITE ? "." : "...")); } if (PgnStyle & PGN_STYLE_MOVENUM_SPACE) { if (IsLatexFormat()) { tb->PrintChar ('~'); } else { tb->PrintChar (' '); } } } printMoveNum = false; } // Now print the move: only regenerate the SAN string if necessary. if ((PgnStyle & PGN_STYLE_COLUMN) && VarDepth == 0) { tb->PauseTranslations(); tb->PrintString (nextColumn); tb->ResumeTranslations(); } if (IsColorFormat() && (PgnStyle & PGN_STYLE_UNICODE)) { char buf[100]; char* q = buf; for (char const* p = m->san; *p; ++p) { ASSERT(q - buf < static_cast(sizeof(buf) - 4)); switch (*p) { case 'K': q = std::copy_n("\xe2\x99\x94", 3, q); break; case 'Q': q = std::copy_n("\xe2\x99\x95", 3, q); break; case 'R': q = std::copy_n("\xe2\x99\x96", 3, q); break; case 'B': q = std::copy_n("\xe2\x99\x97", 3, q); break; case 'N': q = std::copy_n("\xe2\x99\x98", 3, q); break; case 'P': q = std::copy_n("\xe2\x99\x99", 3, q); break; default: *q++ = *p; break; } } *q = '\0'; tb->PrintWord (buf); } else { // translate pieces strcpy(tempTrans, m->san); transPieces(tempTrans); //tb->PrintWord (m->san); tb->PrintWord (tempTrans); } colWidth -= (int) std::strlen(m->san); if (IsColorFormat()) { tb->PrintString (""); } } bool endedColumn = false; // Print NAGs and comments if the style indicates: if (PgnStyle & PGN_STYLE_COMMENTS) { bool printDiagramHere = false; if (IsColorFormat() && m->nagCount > 0) { tb->PrintString (""); } for (uint i = 0; i < (uint) m->nagCount; i++) { char temp[20]; game_printNag (m->nags[i], temp, PgnStyle & PGN_STYLE_SYMBOLS, PgnFormat); // Do not print a space before the Nag if it is the // first nag and starts with "!" or "?" -- those symbols // look better printed next to the move: if (i > 0 || (temp[0] != '!' && temp[0] != '?')) { tb->PrintSpace(); colWidth--; } if (printDiagrams && m->nags[i] == NAG_Diagram) { printDiagramHere = true; } tb->PrintWord (temp); colWidth -= (int) std::strlen(temp); } if (IsColorFormat() && m->nagCount > 0) { tb->PrintString (""); } tb->PrintSpace(); colWidth--; if ((PgnStyle & PGN_STYLE_COLUMN) && VarDepth == 0) { if (IsPlainFormat() || IsColorFormat()) { while (colWidth-- > 0) { tb->PrintSpace(); } } } if (printDiagramHere) { if ((PgnStyle & PGN_STYLE_COLUMN) && VarDepth == 0) { if (! endedColumn) { if (CurrentPos->GetToMove() == WHITE) { tb->PauseTranslations (); tb->PrintString (nextColumn); tb->ResumeTranslations (); } tb->PrintString (endColumn); tb->PrintString (endTable); endedColumn = true; } } if (IsHtmlFormat() && VarDepth == 0) { tb->PrintString (""); } if (IsLatexFormat()) { // The commented-out code below will print diagrams // in variations smaller than game diagrams: //if (VarDepth == 0) { // tb->PrintString("\n\\font\\Chess=chess20\n"); //} else { // tb->PrintString("\n\\font\\Chess=chess10\n"); //} tb->PrintString ("\n\\begin{diagram}\n"); } MoveForward (); DString * dstr = new DString; if (IsHtmlFormat()) { CurrentPos->DumpHtmlBoard (dstr, HtmlStyle, NULL); } else { CurrentPos->DumpLatexBoard (dstr); } MoveBackup (); tb->PrintString (dstr->Data()); delete dstr; if (IsHtmlFormat() && VarDepth == 0) { tb->PrintString (""); } if (IsLatexFormat()) { tb->PrintString ("\n\\end{diagram}\n"); } printMoveNum = true; } if (!m->comment.empty() && ! CommentEmpty(m->comment.c_str()) ) { if (!inComment && IsPlainFormat() && (PgnStyle & PGN_STYLE_NO_NULL_MOVES)) { // If this move has no variations, but the next move // is a null move, enter inComment mode: if (m->next->isNull() && ((!(PgnStyle & PGN_STYLE_VARS)) || (CurrentMove->next->numVariations == 0))) { inComment = true; tb->PrintString(preCommentStr); preCommentStr = ""; postCommentStr = ""; } } /* Code commented to remove extra lines if ((PgnStyle & PGN_STYLE_COLUMN) && VarDepth == 0) { if (! endedColumn) { if (CurrentPos->GetToMove() == WHITE) { tb->PauseTranslations (); tb->PrintString (nextColumn); tb->ResumeTranslations (); } tb->PrintString (endColumn); tb->PrintString (endTable); endedColumn = true; } } */ if (IsHtmlFormat() && VarDepth == 0) { tb->PrintString ("
"); } if ((PgnStyle & PGN_STYLE_INDENT_COMMENTS) && VarDepth == 0) { if (IsColorFormat()) { tb->PrintString ("
"); } else { tb->SetIndent (tb->GetIndent() + 4); tb->Indent(); } } WriteComment (tb, preCommentStr, m->comment.c_str(), postCommentStr); if ((PgnStyle & PGN_STYLE_INDENT_COMMENTS) && VarDepth == 0) { if (IsColorFormat()) { tb->PrintString ("
"); commentLine = true; } else { tb->SetIndent (tb->GetIndent() - 4); tb->Indent(); } } else { tb->PrintSpace(); } if (printDiagrams && strIsPrefix ("#", m->comment.c_str())) { if (IsLatexFormat()) { tb->PrintString ("\n\\begin{diagram}\n"); } MoveForward (); DString * dstr = new DString; if (IsHtmlFormat()) { CurrentPos->DumpHtmlBoard (dstr, HtmlStyle, NULL); } else { CurrentPos->DumpLatexBoard (dstr); } MoveBackup (); tb->PrintString (dstr->Data()); if (IsLatexFormat()) { tb->PrintString ("\n\\end{diagram}\n"); } delete dstr; } if (IsHtmlFormat() && VarDepth == 0) { tb->PrintString ("
"); } printMoveNum = true; } } else { tb->PrintSpace(); } // Print any variations if the style indicates: if ((PgnStyle & PGN_STYLE_VARS) && (m->numVariations > 0)) { if ((PgnStyle & PGN_STYLE_COLUMN) && VarDepth == 0) { if (! endedColumn) { if (CurrentPos->GetToMove() == WHITE) { tb->PauseTranslations (); tb->PrintString (nextColumn); tb->ResumeTranslations (); } // Doesn't seem wanted!! S.A (see a few lines below) // tb->PrintString (endColumn); tb->PrintString (endTable); endedColumn = true; } } if (IsColorFormat() && VarDepth == 0) { tb->PrintString (""); } // Doesn't indent first var in column mode properly // if including !(PgnStyle & PGN_STYLE_COLUMN) here. // But as-is, depth 3 vars don't indent in COLUMN mode (bug) if ((PgnStyle & PGN_STYLE_INDENT_VARS) && IsColorFormat()) { if ( !commentLine ) { tb->PrintString ("
"); } } for (uint i=0; i < m->numVariations; i++) { if (PgnStyle & PGN_STYLE_INDENT_VARS) { if (IsColorFormat()) { if (VarDepth < 19) { char tmp_str[16]; snprintf(tmp_str, 16, "", VarDepth + 1); tb->PrintString(tmp_str); } } else { tb->SetIndent (tb->GetIndent() + 4); tb->Indent(); } } if (IsHtmlFormat()) { if (VarDepth == 0) { tb->PrintString ("
"); } } if (IsLatexFormat() && VarDepth == 0) { if (PgnStyle & PGN_STYLE_INDENT_VARS) { tb->PrintLine ("\\begin{variation}"); } else { tb->PrintString ("{\\rm "); } } if (IsColorFormat()) { tb->PrintString (""); } // Note tabs in column mode don't work after this VarDepth>1 for some reason // this VarDepth check is redundant i think if (!IsLatexFormat() || VarDepth != 0) { tb->PrintChar ('('); } MoveIntoVariation (i); NumMovesPrinted++; tb->PrintSpace(); // Recursively print the variation: WriteMoveList (tb, oldCurrentMove, true, inComment); MoveExitVariation(); if (!IsLatexFormat() || VarDepth != 0) { tb->PrintChar (')'); } if (IsColorFormat()) { tb->PrintString (""); } if (IsHtmlFormat()) { if (VarDepth == 0) { tb->PrintString ("
"); } } if (IsLatexFormat() && VarDepth == 0) { if (PgnStyle & PGN_STYLE_INDENT_VARS) { tb->PrintLine ("\\end{variation}"); } else { tb->PrintString ("}"); } } if (PgnStyle & PGN_STYLE_INDENT_VARS) { if (IsColorFormat()) { if (VarDepth < 19) { char tmp_str[16]; snprintf(tmp_str, 16, "
", VarDepth + 1); tb->PrintString(tmp_str); } } else { tb->SetIndent (tb->GetIndent() - 4); tb->Indent(); } } else { tb->PrintSpace(); } printMoveNum = true; } if (IsColorFormat() && VarDepth == 0) { tb->PrintString (""); } } if ((PgnStyle & PGN_STYLE_COLUMN) && VarDepth == 0) { if (endedColumn) { tb->PrintString(startTable); } if (!endedColumn && CurrentPos->GetToMove() == BLACK) { tb->PrintString (endColumn); endedColumn = true; } } MoveForward(); } if (inComment) { tb->PrintString ("}"); } if (IsHtmlFormat() && VarDepth == 0) { tb->PrintString (""); } if ((PgnStyle & PGN_STYLE_COLUMN) && VarDepth == 0) { tb->PrintString(endTable); } return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::WritePGN(): // Write a game in PGN to a textbuffer. // errorT Game::WritePGN(TextBuffer* tb) { char temp[256]; char dateStr [20]; const char * newline = "\n"; tb->NewlinesToSpaces (false); if (IsHtmlFormat()) { newline = "
\n"; } if (IsLatexFormat()) { newline = "\\\\\n"; tb->AddTranslation ('#', "\\#"); tb->AddTranslation ('%', "\\%"); tb->AddTranslation ('&', "\\&"); tb->AddTranslation ('<', "$<$"); tb->AddTranslation ('>', "$>$"); tb->AddTranslation ('_', "\\_"); // tb->AddTranslation ('[', "$[$"); // tb->AddTranslation (']', "$]$"); } if (IsColorFormat()) { newline = "
"; } if (PgnStyle & PGN_STYLE_COLUMN) { PgnStyle |= PGN_STYLE_INDENT_COMMENTS; PgnStyle |= PGN_STYLE_INDENT_VARS; } // First: is there a pre-game comment? If so, print it: // if (FirstMove->comment != NULL && (PgnStyle & PGN_STYLE_COMMENTS) // && ! strIsAllWhitespace (FirstMove->comment)) { // tb->AddTranslation ('\n', newline); // char * s = FirstMove->comment; // if (PgnStyle & PGN_STYLE_STRIP_MARKS) { // s = strDuplicate (FirstMove->comment); // strTrimMarkCodes (s); // } // if (IsColorFormat()) { // sprintf (temp, "", NumMovesPrinted); // tb->PrintString (temp); // tb->AddTranslation ('<', ""); // tb->AddTranslation ('>', ""); // tb->PrintString (s); // tb->ClearTranslation ('<'); // tb->ClearTranslation ('>'); // tb->PrintLine (""); // } else { // tb->PrintLine (s); // } // if (PgnStyle & PGN_STYLE_STRIP_MARKS) { delete[] s; } // tb->ClearTranslation ('\n'); // tb->NewLine(); // } date_DecodeToString (Date, dateStr); if (IsHtmlFormat()) { tb->PrintLine("

"); } if (IsLatexFormat()) { tb->PrintLine ("{\\bf"); } // if (IsColorFormat()) { // tb->AddTranslation ('<', ""); // tb->AddTranslation ('>', ""); // } if (PgnStyle & PGN_STYLE_SHORT_HEADER) { // Print tags in short, 3-line format: //if (IsHtmlFormat()) { tb->PrintString (""); } if (IsLatexFormat()) { tb->PrintString ("$\\circ$ "); } if (PgnFormat==PGN_FORMAT_Color) {tb->PrintString (""); } tb->PrintString (GetWhiteStr()); if (WhiteElo > 0) { snprintf (temp, 256, " (%u)", WhiteElo); tb->PrintString (temp); } switch (PgnFormat) { case PGN_FORMAT_HTML: tb->PrintString ("    --    "); break; case PGN_FORMAT_LaTeX: tb->PrintString (newline); tb->PrintString ("$\\bullet$ "); break; default: tb->PrintString (" -- "); break; } tb->PrintString (GetBlackStr()); if (BlackElo > 0) { snprintf (temp, 256, " (%u)", BlackElo); tb->PrintString (temp); } //if (IsHtmlFormat()) { tb->PrintString (""); } tb->PrintString (newline); tb->PrintString (GetEventStr()); if (!RoundStr.empty() && RoundStr != "?") { tb->PrintString (IsHtmlFormat() ? "  (" : " ("); tb->PrintString (GetRoundStr()); tb->PrintString (")"); } tb->PrintString (IsHtmlFormat() ? "   " : " "); if (IsLatexFormat()) { tb->PrintString (newline); } if (!SiteStr.empty() && SiteStr != "?") { tb->PrintString (GetSiteStr()); tb->PrintString (newline); } // Remove ".??" or ".??.??" from end of dateStr, then print it: if (dateStr[4] == '.' && dateStr[5] == '?') { dateStr[4] = 0; } if (dateStr[7] == '.' && dateStr[8] == '?') { dateStr[7] = 0; } tb->PrintString (dateStr); // Print ECO code: tb->PrintString (IsHtmlFormat() ? "     " : " "); if (IsLatexFormat()) { tb->PrintString ("\\hfill "); } tb->PrintString (RESULT_LONGSTR[Result]); if (EcoCode != 0) { tb->PrintString (IsHtmlFormat() ? "     " : " "); if (IsLatexFormat()) { tb->PrintString ("\\hfill "); } ecoStringT ecoStr; eco_ToExtendedString (EcoCode, ecoStr); tb->PrintString (ecoStr); } auto annotator = FindExtraTag("Annotator"); if (annotator != NULL) { snprintf(temp, 256, " (%s)", annotator); tb->PrintString(temp); } tb->PrintString (newline); if (PgnFormat==PGN_FORMAT_Color) {tb->PrintString (""); } // Print FEN if non-standard start: if (StartPos) { if (IsLatexFormat()) { tb->PrintString ("\n\\begin{diagram}\n"); DString dstr; StartPos->DumpLatexBoard (&dstr); tb->PrintString (dstr.Data()); tb->PrintString ("\n\\end{diagram}\n"); } else if (IsHtmlFormat()) { DString dstr; StartPos->DumpHtmlBoard (&dstr, HtmlStyle, NULL); tb->PrintString (dstr.Data()); } else { StartPos->PrintFEN(std::copy_n("Position: ", 10, temp), FEN_ALL_FIELDS); std::strcat(temp, newline); tb->PrintString (temp); } } } else { // Print tags in standard PGN format, one per line: // Note: we want no line-wrapping when printing PGN tags // so set it to a huge value for now: uint wrapColumn = tb->GetWrapColumn(); tb->SetWrapColumn (99999); if (IsColorFormat()) { tb->PrintString (""); } snprintf (temp, 256, "[Event \"%s\"]%s", GetEventStr(), newline); tb->PrintString (temp); snprintf (temp, 256, "[Site \"%s\"]%s", GetSiteStr(), newline); tb->PrintString (temp); snprintf (temp, 256, "[Date \"%s\"]%s", dateStr, newline); tb->PrintString (temp); snprintf (temp, 256, "[Round \"%s\"]%s", GetRoundStr(), newline); tb->PrintString (temp); snprintf (temp, 256, "[White \"%s\"]%s", GetWhiteStr(), newline); tb->PrintString (temp); snprintf (temp, 256, "[Black \"%s\"]%s", GetBlackStr(), newline); tb->PrintString (temp); snprintf (temp, 256, "[Result \"%s\"]%s", RESULT_LONGSTR[Result], newline); tb->PrintString (temp); // Print all tags, not just the standard seven, if applicable: if (PgnStyle & PGN_STYLE_TAGS) { if (WhiteElo > 0) { snprintf (temp, 256, "[White%s \"%u\"]%s", ratingTypeNames [WhiteRatingType], WhiteElo, newline); tb->PrintString (temp); } if (BlackElo > 0) { snprintf (temp, 256, "[Black%s \"%u\"]%s", ratingTypeNames [BlackRatingType], BlackElo, newline); tb->PrintString (temp); } if (EcoCode != 0) { ecoStringT ecoStr; eco_ToExtendedString (EcoCode, ecoStr); snprintf (temp, 256, "[ECO \"%s\"]%s", ecoStr, newline); tb->PrintString (temp); } if (EventDate != ZERO_DATE) { char edateStr [20]; date_DecodeToString (EventDate, edateStr); snprintf (temp, 256, "[EventDate \"%s\"]%s", edateStr, newline); tb->PrintString (temp); } if (PgnStyle & PGN_STYLE_SCIDFLAGS && *ScidFlags != 0) { snprintf (temp, 256, "[ScidFlags \"%s\"]%s", ScidFlags, newline); tb->PrintString (temp); } // Now print other tags for (auto& e : extraTags_) { snprintf(temp, 256, "[%s \"%s\"]%s", e.first.c_str(), e.second.c_str(), newline); tb->PrintString(temp); } } // Finally, write the FEN tag if necessary: if (StartPos) { StartPos->PrintFEN(std::copy_n("[FEN \"", 6, temp), FEN_ALL_FIELDS); auto it_end = std::copy_n("\"]", 2, temp + std::strlen(temp)); std::strcpy(it_end, newline); tb->PrintString (temp); } if (IsColorFormat()) { tb->PrintString (""); } // Now restore the linewrap column: tb->SetWrapColumn (wrapColumn); } // if (IsColorFormat()) { // tb->ClearTranslation ('<'); // tb->ClearTranslation ('>'); // } if (IsHtmlFormat()) { tb->PrintLine("

"); } if (IsLatexFormat()) { tb->PrintLine ("}\n\\begin{chess}{\\bf "); } else { tb->PrintString (newline); } MoveToStart(); if (IsHtmlFormat()) { tb->PrintString ("

"); } NumMovesPrinted = 1; WriteMoveList(tb, CurrentMove, true, false); if (IsHtmlFormat()) { tb->PrintString (""); } if (IsLatexFormat()) { tb->PrintString ("\n}\\end{chess}\n{\\bf "); } if (IsColorFormat()) { tb->PrintString (""); } tb->PrintWord (RESULT_LONGSTR [Result]); if (IsLatexFormat()) { tb->PrintString ("}\n\\begin{center} \\hrule \\end{center}"); } if (IsHtmlFormat()) { tb->PrintString ("

"); } if (IsColorFormat()) { tb->PrintString (""); } tb->NewLine(); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::WriteToPGN(): // Print the entire game. // std::pair Game::WriteToPGN(uint lineWidth, bool NewLineAtEnd, bool newLineToSpaces) { static TextBuffer tbuf; auto location = currentLocation(); tbuf.Empty(); tbuf.SetWrapColumn(lineWidth ? lineWidth : tbuf.GetBufferSize()); tbuf.NewlinesToSpaces(newLineToSpaces); WritePGN(&tbuf); if (NewLineAtEnd) tbuf.NewLine(); restoreLocation(location); return std::make_pair(tbuf.GetBuffer(), tbuf.GetByteCount()); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::LoadStandardTags(): // Sets the standard tag values for this game, given an // index file entry and a namebase that stores the // player/site/event/round names. // void Game::LoadStandardTags (const IndexEntry* ie, const NameBase* nb) { ASSERT (ie != NULL && nb != NULL); SetEventStr (ie->GetEventName (nb)); SetSiteStr (ie->GetSiteName (nb)); SetWhiteStr (ie->GetWhiteName (nb)); SetBlackStr (ie->GetBlackName (nb)); SetRoundStr (ie->GetRoundName (nb)); SetDate (ie->GetDate()); SetEventDate (ie->GetEventDate()); SetWhiteElo (ie->GetWhiteElo()); SetBlackElo (ie->GetBlackElo()); WhiteEstimateElo = nb->GetElo (ie->GetWhite()); BlackEstimateElo = nb->GetElo (ie->GetBlack()); SetWhiteRatingType (ie->GetWhiteRatingType()); SetBlackRatingType (ie->GetBlackRatingType()); SetResult (ie->GetResult()); SetEco (ie->GetEcoCode()); ie->GetFlagStr (ScidFlags, NULL); } eloT Game::GetAverageElo () { eloT white = WhiteElo; eloT black = BlackElo; if (white == 0) { white = WhiteEstimateElo; } if (black == 0) { black = BlackEstimateElo; } return (white + black) / 2; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // makeMoveByte(): inline routine used for encoding most moves. // static inline byte makeMoveByte (byte pieceNum, byte value) { ASSERT (pieceNum <= 15 && value <= 15); return (byte)((pieceNum & 15) << 4) | (byte)(value & 15); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // encodeKing(): encoding of King moves. // static byte encodeKing(const simpleMoveT* sm) { // Valid King difference-from-old-square values are: // -9, -8, -7, -1, 1, 7, 8, 9, and -2 and 2 for castling. // To convert this to a val in the range [1-10], we add 9 and // then look up the val[] table. // Coded values 1-8 are one-square moves; 9 and 10 are Castling. ASSERT(sm->pieceNum == 0); // Kings MUST be piece Number zero. int diff = (int) sm->to - (int) sm->from; static const byte val[] = { /* -9 -8 -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 9 */ 1, 2, 3, 0, 0, 0, 0, 9, 4, 0, 5, 10, 0, 0, 0, 0, 6, 7, 8 }; // If target square is the from square, it is the null move, which // is represented as a king move to its own square and is encoded // as the byte value zero. if (sm->to == sm->from) { return 0; } // Verify we have a valid King move: ASSERT(diff >= -9 && diff <= 9 && val[diff+9] != 0); return val[diff + 9]; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // encodeKnight(): encoding Knight moves. // static byte encodeKnight(const simpleMoveT* sm) { // Valid Knight difference-from-old-square values are: // -17, -15, -10, -6, 6, 10, 15, 17. // To convert this to a value in the range [1-8], we add 17 to // the difference and then look up the val[] table. int diff = (int) sm->to - (int) sm->from; static const byte val[] = { /* -17 -16 -15 -14 -13 -12 -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 */ 1, 0, 2, 0, 0, 0, 0, 3, 0, 0, 0, 4, 0, 0, 0, 0, 0, 0, /* 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 */ 0, 0, 0, 0, 0, 5, 0, 0, 0, 6, 0, 0, 0, 0, 7, 0, 8 }; // Verify we have a valid knight move: ASSERT (diff >= -17 && diff <= 17 && val[diff + 17] != 0); return val[diff + 17]; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // encodeRook(): encoding rook moves. // static byte encodeRook(const simpleMoveT* sm) { // Valid Rook moves are to same rank, OR to same fyle. // We encode the 8 squares on the same rank 0-8, and the 8 // squares on the same fyle 9-15. This means that for any particular // rook move, two of the values in the range [0-15] will be // meaningless, as they will represent the from-square. ASSERT (sm->from <= H8 && sm->to <= H8); // Check if the two squares share the same rank: if (square_Rank(sm->from) == square_Rank(sm->to)) { return square_Fyle(sm->to); } return 8 + square_Rank(sm->to); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // encodeBishop(): encoding Bishop moves. // static byte encodeBishop(const simpleMoveT* sm) { // We encode a Bishop move as the Fyle moved to, plus // a one-bit flag to indicate if the direction was // up-right/down-left or vice versa. ASSERT (sm->to <= H8 && sm->from <= H8); int rankdiff = (int)square_Rank(sm->to) - (int)square_Rank(sm->from); int fylediff = (int)square_Fyle(sm->to) - (int)square_Fyle(sm->from); // If (rankdiff * fylediff) is negative, it's up-left/down-right: if (rankdiff * fylediff < 0) return square_Fyle(sm->to) + 8; return square_Fyle(sm->to); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // encodeQueen(): encoding Queen moves. // template void encodeQueen(DestT* buf, const simpleMoveT* sm) { // We cannot fit all Queen moves in one byte, so Rooklike moves // are in one byte (encoded the same way as Rook moves), // while diagonal moves are in two bytes. ASSERT (sm->to <= H8 && sm->from <= H8); byte val; if (square_Rank(sm->from) == square_Rank(sm->to)) { // Rook-horizontal move: val = square_Fyle(sm->to); buf->emplace_back(makeMoveByte (sm->pieceNum, val)); } else if (square_Fyle(sm->from) == square_Fyle(sm->to)) { // Rook-vertical move: val = 8 + square_Rank(sm->to); buf->emplace_back(makeMoveByte (sm->pieceNum, val)); } else { // Diagonal move: ASSERT(std::abs(sm->to / 8 - sm->from / 8) == std::abs(sm->to % 8 - sm->from % 8)); // First, we put a rook-horizontal move to the from square (which // is illegal of course) to indicate it is NOT a rooklike move: val = square_Fyle(sm->from); buf->emplace_back(makeMoveByte (sm->pieceNum, val)); // Now we put the to-square in the next byte. We add a 64 to it // to make sure that it cannot clash with the Special tokens (which // are in the range 0 to 15, since they are special King moves). buf->emplace_back(sm->to + 64); } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // encodePawn(): encoding Pawn moves. // static byte encodePawn(const simpleMoveT* sm) { // Pawn moves require a promotion encoding. // The pawn moves are: // 0 = capture-left, // 1 = forward, // 2 = capture-right (all no promotion); // 3/4/5 = 0/1/2 with Queen promo; // 6/7/8 = 0/1/2 with Rook promo; // 9/10/11 = 0/1/2 with Bishop promo; // 12/13/14 = 0/1/2 with Knight promo; // 15 = forward TWO squares. byte val; int diff = (int)(sm->to) - (int)(sm->from); if (diff < 0) { diff = -diff; } if (diff == 16) { // Move forward two squares val = 15; ASSERT (sm->promote == EMPTY); } else { if (diff == 7) { val = 0; } else if (diff == 8) { val = 1; } else { // diff is 9: ASSERT (diff == 9); val = 2; } if (sm->promote != EMPTY) { // Handle promotions. // sm->promote must be Queen=2,Rook=3, Bishop=4 or Knight=5. // We add 3 for Queen, 6 for Rook, 9 for Bishop, 12 for Knight. ASSERT (sm->promote >= QUEEN && sm->promote <= KNIGHT); val += 3 * ((sm->promote) - 1); } } return val; } // Special-move tokens: // Since king-move values 1-10 are taken for actual King moves, only // 11-15 (and zero) are available for non-move information. #define ENCODE_NAG 11 #define ENCODE_COMMENT 12 #define ENCODE_START_MARKER 13 #define ENCODE_END_MARKER 14 #define ENCODE_END_GAME 15 #define ENCODE_FIRST 11 #define ENCODE_LAST 15 // The end-game and end-variation tokens could be the same single token, // but having two different tokens allows for detecting corruption, since // a game must end with the end-game token. //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // decodeMove(): // Decode a move from a bytebuffer. Assumes the byte val is an // actual move, not the value of a "special" (non-move) token. // This function needs to be passed the bytebuffer because some // moves (only Queen diagonal moves) are encoded in two bytes, so // it may be necessary to read the next byte as well. // static errorT decodeMove(ByteBuffer* buf, simpleMoveT* sm, byte val, const Position* pos) { const colorT toMove = pos->GetToMove(); const squareT from = pos->GetList(toMove)[val >> 4]; if (from > H8) return ERROR_Decode; sm->from = from; sm->to = from; sm->promote = EMPTY; sm->movingPiece = pos->GetBoard()[from]; const auto [to, promo] = (toMove == WHITE) ? buf->decodeMove(piece_Type(sm->movingPiece), from, val) : buf->decodeMove(piece_Type(sm->movingPiece), from, val); if (to < 0 || to > 63) return ERROR_Decode; if (to == from) { if (promo == INVALID_PIECE) return ERROR_Decode; if (promo == PAWN) // NULL MOVE return OK; if (!pos->validCastling(promo == KING, false)) return ERROR_Decode; sm->to += (promo == KING) ? 2 : -2; return OK; // CASTLE } if (to == pos->GetKingSquare(WHITE) || to == pos->GetKingSquare(BLACK)) return ERROR_Decode; if (promo != INVALID_PIECE) sm->promote = promo; sm->to = static_cast(to); return OK; } template void encodeMove(const simpleMoveT& sm, DestT& dest) { byte val; switch (piece_Type(sm.movingPiece)) { case KING: val = encodeKing(&sm); break; case QUEEN: return encodeQueen(&dest, &sm); case ROOK: val = encodeRook(&sm); break; case BISHOP: val = encodeBishop(&sm); break; case KNIGHT: val = encodeKnight(&sm); break; default: ASSERT(PAWN == piece_Type(sm.movingPiece)); val = encodePawn(&sm); } const auto encoded = makeMoveByte(sm.pieceNum, val); dest.emplace_back(encoded); } /// Encode the moves, the nags, the comment mark and the variations. template std::pair encodeMovelist(const MoveT* m, DestT& dest) { ASSERT(m && m->startMarker()); // Check if there is a pre-game comment if (!m->comment.empty()) dest.emplace_back(ENCODE_COMMENT); unsigned n_vars = 0; unsigned n_nags = 0; while ((m = m->nextMoveInPGN())) { if (m->startMarker()) { ++n_vars; dest.emplace_back(ENCODE_START_MARKER); if (!m->comment.empty()) dest.emplace_back(ENCODE_COMMENT); } else if (m->endMarker()) { if (m->nextMoveInPGN()) dest.emplace_back(ENCODE_END_MARKER); } else { encodeMove(m->moveData, dest); for (int i = 0, n = m->nagCount; i < n; ++i) { dest.emplace_back(ENCODE_NAG); dest.emplace_back(m->nags[i]); ++n_nags; } if (!m->comment.empty()) dest.emplace_back(ENCODE_COMMENT); } } dest.emplace_back(ENCODE_END_GAME); return {n_vars, n_nags}; } /// Decodes the game moves errorT Game::DecodeVariation(ByteBuffer& buf) { simpleMoveT sm; for (;;) { auto [err, val] = buf.nextMove( this->VarDepth, [&](auto) { return true; }, [&] { // Mark this comment as needing to be read this->CurrentMove->prev->comment = '*'; }, [&](auto newVariation) { if (newVariation) return AddVariation() == OK; return (MoveExitVariation() == OK && MoveForward() == OK); }, [&](auto nag) { return this->AddNag(nag) == OK; }); if (err) return (err == ERROR_EndOfMoveList) ? OK : err; auto errMove = decodeMove(&buf, &sm, val, currentPos()); if (!errMove) errMove = AddMove(&sm); if (errMove) return errMove; } } /** * The Comments section is composed by null-terminated strings. The comments are * stored in the order in which they will appear in the PGN notation: * {C1} 1.d4 {C2} (1.b4 {C3} 1...e5 {C4} (1...Na6 {C5}) 2.e4 {C6}) * ({C7} 1.g4 {C8}) 1...d5 {C9} */ template auto encodeComments(const MoveT* m, DestT& dest) { ASSERT(m); unsigned n_comments = 0; do { if (!m->comment.empty()) { const auto len = m->comment.size() + 1; // Include the null char const auto data = m->comment.c_str(); dest.insert(dest.end(), data, data + len); ++n_comments; } } while ((m = m->nextMoveInPGN())); return n_comments; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // decodeComments(): // Decodes the comments of the game. When decoding the moves, the // comment field of each move that has a comment is marked (made // not empty), so this function recurses the movelist and subvariations // and allocates each comment to its move. // template static errorT decodeComments(SourceT& buf, MoveT* m) { ASSERT(m); do { if (!m->comment.empty()) { ASSERT(m->comment == "*"); auto str = buf.GetTerminatedString(); if (!str) return ERROR_BufferRead; m->comment = str; } } while ((m = m->nextMoveInPGN())); return OK; } /// Calculate the game's main line information: /// - home pawn delta information /// - promotions flags /// - number of half moves /// - final material signature /// - stored line code template std::pair mainlineInfo(const Position* customStart, const MoveT* firstMove, IndexEntry& dest) { ushort nHalfMoves = 0; bool PromoFlag = false; bool UnderPromosFlag = false; unsigned hpCount = 0; byte hpVal[8] = {}; Position pos = customStart ? *customStart : Position::getStdStart(); auto hpOld = HPSIG_StdStart; // All 16 pawns are on their home squares. for (auto move = firstMove; !move->endMarker(); move = move->next) { ++nHalfMoves; if (move->moveData.promote != EMPTY) { PromoFlag = true; if (piece_Type(move->moveData.promote) != QUEEN) { UnderPromosFlag = true; } } pos.DoSimpleMove(move->moveData); if (!customStart) { const auto hpNew = pos.GetHPSig(); if (unsigned changed = hpOld - hpNew) { hpOld = hpNew; byte idxMovedPawn = 0; // __builtin_ctz(changed) while (changed >>= 1) { ++idxMovedPawn; } assert(idxMovedPawn <= 0x0F); if ((hpCount & 1) == 0) // There are only 16 pawns, so we can idxMovedPawn <<= 4; // store two pawn moves in every byte hpVal[hpCount++ / 2] |= idxMovedPawn; } } } byte storedCode = 0; if (!customStart) { storedCode = StoredLine::classify([&](auto begin, auto end) { if (std::distance(begin, end) > nHalfMoves) return false; const moveT* gameMove = firstMove; for (; begin != end; ++begin) { if (gameMove->moveData.from != begin->getFrom() || gameMove->moveData.to != begin->getTo()) return false; gameMove = gameMove->next; } return true; }); } dest.SetHomePawnData(static_cast(hpCount), hpVal); dest.SetPromotionsFlag(PromoFlag); dest.SetUnderPromoFlag(UnderPromosFlag); dest.SetNumHalfMoves(nHalfMoves); dest.SetFinalMatSig(matsig_Make(pos.GetMaterial())); dest.SetStoredLineCode(storedCode); return {PromoFlag, UnderPromosFlag}; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::Encode(): Encode the game to a buffer for disk storage. // If passed a NON-null IndexEntry pointer, it will fill in the // following fields of that index entry, which are computed as // the game is encoded: // - result, ecoCode, whiteElo, blackElo // - promotion flag // - nMoves: the number of halfmoves // - finalMatSig: the material signature of the final position. // - homePawnData: the home pawn change list. // errorT Game::Encode(std::vector& dest, IndexEntry& ie) const { ie.clearFlags(); // Set the fields in the IndexEntry: ie.SetDate(Date); ie.SetEventDate(EventDate); ie.SetResult(Result); ie.SetEcoCode(EcoCode); ie.SetWhiteElo(WhiteElo); ie.SetBlackElo(BlackElo); ie.SetWhiteRatingType(WhiteRatingType); ie.SetBlackRatingType(BlackRatingType); ie.SetStartFlag(HasNonStandardStart()); ie.SetFlag(IndexEntry::StrToFlagMask(ScidFlags), true); const auto [promo, underPromo] = mainlineInfo(StartPos.get(), FirstMove->next, ie); // First, encode info not already stored in the index // This will be the non-STR (non-"seven tag roster") PGN tags. encodeTags(GetExtraTags(), dest); // Encode the promotion flags and the start position char FEN[256]; encodeStartBoard(promo, underPromo, HasNonStandardStart(FEN) ? FEN : nullptr, dest); // Now the movelist: auto [varCount, nagCount] = encodeMovelist(FirstMove, dest); // Now do the comments const auto commentCount = encodeComments(FirstMove, dest); ie.SetCommentCount(commentCount); ie.SetVariationCount(varCount); ie.SetNagCount(nagCount); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::DecodeNextMove(): // Decodes one more mainline move of the game from the bytebuffer. // Used in searches for speed, since it is usually possible to // determine if a game matches the search criteria without decoding // all of it. // If the game flag KeepDecodedMoves is true, the move decodes is // added normally. If it is false, only the current position is // updated and the list of moves is not updated -- this is done // in searches for speed. // Returns OK if a move was found, or ERROR_EndOfMoveList if all the // moves have been decoded. Returns ERROR_Game if some corruption was // detected. // errorT Game::DecodeNextMove(ByteBuffer* buf, simpleMoveT& sm) { ASSERT(buf != NULL); auto [err, val] = buf->nextLineMove(); if (err) return err; return decodeMove(buf, &sm, val, currentPos()); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::DecodeStart(): // Decodes the starting information from the game's on-disk // representation in the bytebuffer. After this is called, // DecodeNextMove() can be called to decode each successive // mainline move. // errorT Game::DecodeSkipTags(ByteBuffer* buf) { ASSERT(buf != NULL); Clear(); errorT err = buf->decodeTags([](auto, auto) {}); if (err != OK) return err; const auto [err_startpos, fen] = buf->decodeStartBoard(); if (err_startpos) return err_startpos; if (fen) return SetStartFen(fen); return OK; } errorT Game::DecodeMovesOnly(ByteBuffer& buf) { if (errorT err = DecodeSkipTags(&buf)) return err; return DecodeVariation(buf); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Game::Decode(): // Decodes a game from its on-disk representation in a bytebuffer. // Decodes all the information: comments, variations, non-standard // tags, etc. // errorT Game::Decode(ByteBuffer& buf) { Clear(); errorT err = buf.decodeTags([&](const auto& tag, const auto& value) { accessTagValue(tag.data(), tag.size()).assign(value); }); if (err) return err; const auto [err_startpos, fen] = buf.decodeStartBoard(); if (err_startpos) return err_startpos; if (fen) err = SetStartFen(fen); if (err == OK) err = DecodeVariation(buf); if (err == OK) err = decodeComments(buf, FirstMove); return err; } ////////////////////////////////////////////////////////////////////// // EOF: game.cpp ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/position.cpp0000755000076500000240000030550014666426276020262 0ustar jensstaff////////////////////////////////////////////////////////////////////// // // FILE: position.cpp // Position class methods // // Part of: Scid (Shane's Chess Information Database) // Version: 3.5 // // Notice: Copyright (c) 1999-2003 Shane Hudson. All rights reserved. // // Author: Shane Hudson (sgh@users.sourceforge.net) // ////////////////////////////////////////////////////////////////////// #include "common.h" #include "position.h" #include "attacks.h" #include "misc.h" #include "hash.h" #include "sqmove.h" #include "dstring.h" #include "movegen.h" #include static uint hashVal [16][64]; static uint stdStartHash = 0; static uint stdStartPawnHash = 0; // HASH and UNHASH are identical: XOR the hash value for a (piece,square). #define HASH(h,p,sq) (h) ^= hashVal[(p)][(sq)] #define UNHASH(h,p,sq) (h) ^= hashVal[(p)][(sq)] inline void Position::AddHash (pieceT p, squareT sq) { HASH (Hash, p, sq); if (piece_Type(p) == PAWN) { HASH (PawnHash, p, sq); } } inline void Position::UnHash (pieceT p, squareT sq) { UNHASH (Hash, p, sq); if (piece_Type(p) == PAWN) { UNHASH (PawnHash, p, sq); } } inline void Position::AddToBoard (pieceT p, squareT sq) { ASSERT (Board[sq] == EMPTY); Board[sq] = p; NumOnRank[p][square_Rank(sq)]++; NumOnFyle[p][square_Fyle(sq)]++; NumOnLeftDiag[p][square_LeftDiag(sq)]++; NumOnRightDiag[p][square_RightDiag(sq)]++; NumOnSquareColor[p][square_Color(sq)]++; AddHash (p, sq); } inline void Position::RemoveFromBoard (pieceT p, squareT sq) { ASSERT (Board[sq] == p); Board[sq] = EMPTY; NumOnRank[p][square_Rank(sq)]--; NumOnFyle[p][square_Fyle(sq)]--; NumOnLeftDiag[p][square_LeftDiag(sq)]--; NumOnRightDiag[p][square_RightDiag(sq)]--; NumOnSquareColor[p][square_Color(sq)]--; UnHash (p, sq); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // initHashValues: // Initialises the table of Zobrist hash values. static void initHashValues (void) { // Ensure we set up the hash values only once: static int firstCall = 1; if (! firstCall) { return; } firstCall = 0; // First, set all values to 0: uint sq; for (uint p = 0; p < 16; p++) { for (sq = A1; sq <= H8; sq++) { hashVal[p][sq] = 0; } } // Fill in the hash values for each valid [piece][square] index, // using a table of pre-generated good values: const unsigned int * hash = goodHashValues; for (sq=A1; sq <= H8; sq++) { hashVal[WK][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[WQ][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[WR][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[WB][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[WN][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[WP][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[BK][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[BQ][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[BR][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[BB][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[BN][sq] = *hash; hash++; } for (sq=A1; sq <= H8; sq++) { hashVal[BP][sq] = *hash; hash++; } // Compute the hash values for the standard starting position: uint h = 0; // First the pawns: HASH (h,WP,A2); HASH (h,WP,B2); HASH (h,WP,C2); HASH (h,WP,D2); HASH (h,WP,E2); HASH (h,WP,F2); HASH (h,WP,G2); HASH (h,WP,H2); HASH (h,BP,A7); HASH (h,BP,B7); HASH (h,BP,C7); HASH (h,BP,D7); HASH (h,BP,E7); HASH (h,BP,F7); HASH (h,BP,G7); HASH (h,BP,H7); stdStartPawnHash = h; // Now the nonpawns: HASH (h,WR,A1); HASH (h,WN,B1); HASH (h,WB,C1); HASH (h,WQ,D1); HASH (h,WK,E1); HASH (h,WB,F1); HASH (h,WN,G1); HASH (h,WR,H1); HASH (h,BR,A8); HASH (h,BN,B8); HASH (h,BB,C8); HASH (h,BQ,D8); HASH (h,BK,E8); HASH (h,BB,F8); HASH (h,BN,G8); HASH (h,BR,H8); stdStartHash = h; } /////////////////////////////////////////////////////////////////////////// // sqDir[][]: Array listing the direction between any two squares. // For example, sqDir[A1][B2] == UP_RIGHT, and sqDir[A1][C2] == NULL_DIR. directionT sqDir[66][66]; struct sqDir_Init { sqDir_Init() { // Initialise the sqDir[][] array of directions between every pair // of squares. squareT i, j; directionT dirArray[] = { UP, DOWN, LEFT, RIGHT, UP_LEFT, UP_RIGHT, DOWN_LEFT, DOWN_RIGHT, NULL_DIR }; // First, set everything to NULL_DIR: for (i=A1; i <= NS; i++) { for (j=A1; j <= NS; j++) { sqDir[i][j] = NULL_DIR; } } // Now fill in the valid directions: for (i=A1; i <= H8; i++) { directionT * dirptr = dirArray; while (*dirptr != NULL_DIR) { j = square_Move (i, *dirptr); while (j != NS) { sqDir[i][j] = *dirptr; j = square_Move (j, *dirptr); } dirptr++; } } } } sqDir_Init_singleton; /////////////////////////////////////////////////////////////////////////// // PRIVATE FUNCTIONS -- small ones are inline for speed //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::CalcPinsDir(): // Look for a pinned piece in the direction 'dir' relative to // the position of the king to move. // inline void Position::CalcPinsDir (directionT dir, pieceT attacker) { // Two pieces can pin along any path. A queen is always one, // the other is a bishop or rook. To save calculating it here, the // appropriate piece (BISHOP) or (ROOK) is passed along with the // direction. squareT king = GetKingSquare (ToMove); squareT friendly = NULL_SQUARE; squareT x = king; squareT last = square_Last (king, dir); int delta = direction_Delta (dir); while (x != last) { x += delta; pieceT p = Board[x]; if (p == EMPTY) { // Empty square, so keep searching. } else if (piece_Color_NotEmpty(p) == ToMove) { // Found a friendly piece. if (friendly == NULL_SQUARE) { // Found first friendly in this direction friendly = x; } else { // Found second friendly in this direction, so stop. return; } } else { // Found an enemy piece if (friendly != NULL_SQUARE) { // Potential pin: pieceT ptype = piece_Type(p); if (ptype == QUEEN || ptype == attacker) { Pinned[ListPos[friendly]] = dir; } } return; // found an enemy piece, so end search } } return; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::AddLegalMove(): // Add a legal move to the move list. // inline void Position::AddLegalMove (MoveList * mlist, squareT from, squareT to, pieceT promo) { ASSERT (mlist != NULL); // We do NOT set the pre-move castling/ep flags, or the captured // piece info, here since that is ONLY needed if the move is // going to be executed with DoSimpleMove() and then undone. mlist->emplace_back(from, to, promo, Board[from], Board[to]); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::GenSliderMoves(): // Generate slider moves along a direction, for a sliding // piece of the specified color from the specified square. // If sqset != NULL, moves must be to a square in sqset. inline void Position::GenSliderMoves (MoveList * mlist, colorT color, squareT fromSq, directionT dir, SquareSet * sqset, bool capturesOnly) { squareT dest = fromSq; squareT last = square_Last (fromSq, dir); int delta = direction_Delta (dir); while (dest != last) { dest += delta; pieceT p = Board[dest]; if (p == EMPTY) { if (! capturesOnly) { if (sqset == NULL || sqset->Contains(dest)) { AddLegalMove (mlist, fromSq, dest, EMPTY); } } continue; } // We have reached a piece. Add the capture if it is an enemy. if (piece_Color_NotEmpty(p) != color) { if (sqset == NULL || sqset->Contains(dest)) { AddLegalMove (mlist, fromSq, dest, EMPTY); } } break; } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::GenKnightMoves(): // Generate knight moves. // If sqset != NULL, moves must be to a square in sqset. inline void Position::GenKnightMoves (MoveList * mlist, colorT c, squareT fromSq, SquareSet * sqset, bool capturesOnly) { const squareT * destPtr = knightAttacks[fromSq]; while (true) { squareT dest = *destPtr; if (dest == NULL_SQUARE) { break; } destPtr++; pieceT p = Board[dest]; if (capturesOnly && p == EMPTY) { continue; } if (piece_Color(p) != c) { if (sqset == NULL || sqset->Contains(dest)) { AddLegalMove (mlist, fromSq, dest, EMPTY); } } } } squareT Position::castlingKingSq(colorT color) const { return square_Relative(color, E1); } template squareT Position::castlingRookSq(colorT color) const { return king_side ? square_Relative(color, H1) : square_Relative(color, A1); } bool Position::validCastling(bool king_side, bool check_legal) const { const squareT kingFrom = castlingKingSq(ToMove); const squareT rookFrom = king_side ? castlingRookSq(ToMove) : castlingRookSq(ToMove); const squareT rookTo = king_side ? square_Relative(ToMove, F1) : square_Relative(ToMove, D1); const squareT kingTo = king_side ? square_Relative(ToMove, G1) : square_Relative(ToMove, C1); if (Board[kingFrom] != piece_Make(ToMove, KING) || Board[rookFrom] != piece_Make(ToMove, ROOK)) return false; const int stepRook = rookFrom < rookTo ? -1 : 1; for (int sq = rookTo; sq != rookFrom; sq += stepRook) { if (Board[sq] != EMPTY && sq != kingFrom) return false; if (!check_legal) break; } const int stepKing = kingFrom < kingTo ? -1 : 1; for (int sq = kingTo; sq != kingFrom; sq += stepKing) { if (Board[sq] != EMPTY && sq != rookFrom) return false; if (!check_legal) break; if (CalcNumChecks(sq) > 0) return false; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::GenCastling(): // Generate the legal castling moves. // Assumes the side to move is NOT in check, so the caller // should verify this first. // void Position::GenCastling(MoveList* mlist) { const squareT from = square_Relative(ToMove, E1); if (GetCastling(ToMove, KSIDE) && validCastling(true, true)) AddLegalMove(mlist, from, from + 2, EMPTY); if (GetCastling(ToMove, QSIDE) && validCastling(false, true)) AddLegalMove(mlist, from, from - 2, EMPTY); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::GenKingMoves(): // Generate the legal King moves. Castling is generated as well, if // the specified flag is true. // void Position::GenKingMoves (MoveList * mlist, genMovesT genType, bool castling) { squareT kingSq = GetKingSquare(); squareT enemyKingSq = GetEnemyKingSquare(); colorT enemy = color_Flip(ToMove); const squareT * destPtr; pieceT king = piece_Make (ToMove, KING); bool genNonCaptures = (genType & GEN_NON_CAPS); ASSERT (Board[kingSq] == king); destPtr = kingAttacks[kingSq]; while (*destPtr != NULL_SQUARE) { // Try this move and see if it legal: squareT destSq = *destPtr; bool addThisMove = false; // Only try this move if the target square has an enemy piece, // or if it is empty and noncaptures are to be generated: if ( (genNonCaptures && Board[destSq] == EMPTY) || piece_Color (Board[destSq]) == enemy) { // Empty or enemy piece there, so try the move: pieceT captured = Board[destSq]; Board[destSq] = king; Board[kingSq] = EMPTY; // It is legal if the two kings will not be adjacent and the // moving king will not be in check on its new square: if (! square_Adjacent (destSq, enemyKingSq)) { if (CalcNumChecks (destSq) == 0) { addThisMove = true; } } Board[kingSq] = king; Board[destSq] = captured; } if (addThisMove) { AddLegalMove (mlist, kingSq, destSq, EMPTY); } destPtr++; } // Now generate castling moves, if possible: if (genNonCaptures && castling) { GenCastling (mlist); } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::AddPromotions(): // Add promotion moves. // Called by GenPawnMoves() when a pawn can be promoted. // inline void Position::AddPromotions (MoveList * mlist, squareT from, squareT dest) { ASSERT (piece_Type (Board[from]) == PAWN); ASSERT (square_Rank (dest) == RANK_1 || square_Rank (dest) == RANK_8); AddLegalMove (mlist, from, dest, QUEEN); AddLegalMove (mlist, from, dest, ROOK); AddLegalMove (mlist, from, dest, BISHOP); AddLegalMove (mlist, from, dest, KNIGHT); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::IsValidEnPassant // Used to verify that an en passant pawn capture is valid. // This is needed because illegal en passant captures can appear // legal according to calculations of pinned pieces. For example, // consider WK d5, WP e5, BP f5 (just moved there), BR h5 and // the en passant capture exf6 would be illegal. inline bool Position::IsValidEnPassant (squareT from, squareT to) { ASSERT (from <= H8 && to <= H8); ASSERT (to == EPTarget); // Check that this en passant capture is legal: pieceT ownPawn = piece_Make(ToMove, PAWN); pieceT enemyPawn = piece_Make (color_Flip(ToMove), PAWN); squareT enemyPawnSq = (ToMove == WHITE) ? to - 8 : to + 8; ASSERT (Board[from] == ownPawn); ASSERT (Board[enemyPawnSq] == enemyPawn); Board[from] = EMPTY; // PG Board[to] = ownPawn; Board[enemyPawnSq] = EMPTY; bool isValid = ! IsKingInCheck(); //PG Board[to] = EMPTY; Board[from] = ownPawn; Board[enemyPawnSq] = enemyPawn; return isValid; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::GenPawnMoves(): // Generate legal pawn moves. // If dir != NULL_DIR, pawn MUST move in direction dir or its opposite. // If sqset != NULL, pawn MUST move to a square in sqset. // The dir and sq parameters are for pinned pawns and check evasions. void Position::GenPawnMoves (MoveList * mlist, squareT from, directionT dir, SquareSet * sqset, genMovesT genType) { bool genNonCaptures = (genType & GEN_NON_CAPS); directionT oppdir = direction_Opposite(dir); directionT forward; rankT promoRank; rankT secondRank; if (ToMove == WHITE) { forward = UP; promoRank = RANK_8; secondRank = RANK_2; } else { forward = DOWN; promoRank = RANK_1; secondRank = RANK_7; } squareT dest; ASSERT (Board[from] == piece_Make (ToMove, PAWN)); if (genNonCaptures && (dir == NULL_DIR || dir == forward || oppdir == forward)) { dest = square_Move (from, forward); if (Board[dest]==EMPTY && (sqset==NULL || sqset->Contains(dest))) { if (square_Rank(dest) == promoRank) { AddPromotions (mlist, from, dest); } else { AddLegalMove (mlist, from, dest, EMPTY); } } if (square_Rank(from) == secondRank && Board[dest] == EMPTY) { dest = square_Move (dest, forward); if (Board[dest]==EMPTY && (sqset==NULL || sqset->Contains(dest))) { AddLegalMove (mlist, from, dest, EMPTY); } } } // Now do captures: left, then right // To be a possible capture, dest square must be EPTarget or hold // an enemy piece. #define POSSIBLE_CAPTURE(d) ((d != NULL_SQUARE) \ && ((piece_Color (Board[d]) == (color_Flip(ToMove))) \ || (d == EPTarget && IsValidEnPassant(from,d)))) directionT capdir = forward | LEFT; if (dir == NULL_DIR || dir == capdir || oppdir == capdir) { dest = square_Move (from, capdir); if (POSSIBLE_CAPTURE(dest) && (sqset==NULL || sqset->Contains(dest))) { if (square_Rank(dest) == promoRank) { AddPromotions (mlist, from, dest); } else { AddLegalMove (mlist, from, dest, EMPTY); } } } capdir = forward | RIGHT; if (dir == NULL_DIR || dir == capdir || oppdir == capdir) { dest = square_Move (from, capdir); if (POSSIBLE_CAPTURE(dest) && (sqset==NULL || sqset->Contains(dest))) { if (square_Rank(dest) == promoRank) { AddPromotions (mlist, from, dest); } else { AddLegalMove (mlist, from, dest, EMPTY); } } } return; } ////////////////////////////////////////////////////////////////////// // PUBLIC FUNCTIONS //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::GetHPSig(): // Return the position's home pawn signature. // uint Position::GetHPSig (void) { uint hpSig = 0; pieceT * b = &(Board[A2]); if (*b == WP) { hpSig |= 0x8000; } b++; /* a2 */ if (*b == WP) { hpSig |= 0x4000; } b++; /* b2 */ if (*b == WP) { hpSig |= 0x2000; } b++; /* c2 */ if (*b == WP) { hpSig |= 0x1000; } b++; /* d2 */ if (*b == WP) { hpSig |= 0x0800; } b++; /* e2 */ if (*b == WP) { hpSig |= 0x0400; } b++; /* f2 */ if (*b == WP) { hpSig |= 0x0200; } b++; /* g2 */ if (*b == WP) { hpSig |= 0x0100; } /* h2 */ b = &(Board[A7]); if (*b == BP) { hpSig |= 0x0080; } b++; /* a7 */ if (*b == BP) { hpSig |= 0x0040; } b++; /* b7 */ if (*b == BP) { hpSig |= 0x0020; } b++; /* c7 */ if (*b == BP) { hpSig |= 0x0010; } b++; /* d7 */ if (*b == BP) { hpSig |= 0x0008; } b++; /* e7 */ if (*b == BP) { hpSig |= 0x0004; } b++; /* f7 */ if (*b == BP) { hpSig |= 0x0002; } b++; /* g7 */ if (*b == BP) { hpSig |= 0x0001; } /* h7 */ return hpSig; } Position::Position() { // Setting up a valid board is left to StdStart() or Clear(). Board [COLOR_SQUARE] = EMPTY; Board [NULL_SQUARE] = END_OF_BOARD; // Make sure all tables used for move generation, hashing, // square tests, etc have been computed: initHashValues(); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::Clear(): // Clear the board and associated structures. // void Position::Clear (void) { int i; for (i=A1; i <= H8; i++) { Board[i] = EMPTY; } for (i=WK; i <= BP; i++) { Material[i] = 0; for (uint j=0; j < 8; j++) { NumOnRank[i][j] = NumOnFyle[i][j] = 0; } for (uint d=0; d < 15; d++) { NumOnLeftDiag[i][d] = NumOnRightDiag[i][d] = 0; } NumOnSquareColor[i][WHITE] = NumOnSquareColor[i][BLACK] = 0; } Count[WHITE] = Count[BLACK] = 0; EPTarget = NULL_SQUARE; Castling = 0; Board [NULL_SQUARE] = END_OF_BOARD; PlyCounter = 0; HalfMoveClock = 0; Hash = 0; PawnHash = 0; return; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::StdStart(): // Set up the standard chess starting position. For performance the data is copied from a // template. // const Position& Position::getStdStart() { static Position startPositionTemplate; static bool init = true; if (init){ init = false; Position* p = &startPositionTemplate; p->Clear(); p->Material[WK] = p->Material[BK] = 1; p->Material[WQ] = p->Material[BQ] = 1; p->Material[WR] = p->Material[BR] = 2; p->Material[WB] = p->Material[BB] = 2; p->Material[WN] = p->Material[BN] = 2; p->Material[WP] = p->Material[BP] = 8; p->Count[WHITE] = p->Count[BLACK] = 16; p->AddToBoard(WK, E1); p->List[WHITE][0] = E1; p->ListPos[E1] = 0; p->AddToBoard(BK, E8); p->List[BLACK][0] = E8; p->ListPos[E8] = 0; p->AddToBoard(WR, A1); p->List[WHITE][1] = A1; p->ListPos[A1] = 1; p->AddToBoard(BR, A8); p->List[BLACK][1] = A8; p->ListPos[A8] = 1; p->AddToBoard(WN, B1); p->List[WHITE][2] = B1; p->ListPos[B1] = 2; p->AddToBoard(BN, B8); p->List[BLACK][2] = B8; p->ListPos[B8] = 2; p->AddToBoard(WB, C1); p->List[WHITE][3] = C1; p->ListPos[C1] = 3; p->AddToBoard(BB, C8); p->List[BLACK][3] = C8; p->ListPos[C8] = 3; p->AddToBoard(WQ, D1); p->List[WHITE][4] = D1; p->ListPos[D1] = 4; p->AddToBoard(BQ, D8); p->List[BLACK][4] = D8; p->ListPos[D8] = 4; p->AddToBoard(WB, F1); p->List[WHITE][5] = F1; p->ListPos[F1] = 5; p->AddToBoard(BB, F8); p->List[BLACK][5] = F8; p->ListPos[F8] = 5; p->AddToBoard(WN, G1); p->List[WHITE][6] = G1; p->ListPos[G1] = 6; p->AddToBoard(BN, G8); p->List[BLACK][6] = G8; p->ListPos[G8] = 6; p->AddToBoard(WR, H1); p->List[WHITE][7] = H1; p->ListPos[H1] = 7; p->AddToBoard(BR, H8); p->List[BLACK][7] = H8; p->ListPos[H8] = 7; for (uint i=0; i < 8; i++) { p->AddToBoard(WP, A2+i); p->List[WHITE][i+8] = A2+i; p->ListPos[A2+i] = i+8; p->AddToBoard(BP, A7+i); p->List[BLACK][i+8] = A7+i; p->ListPos[A7+i] = i+8; } p->Castling = 0; p->SetCastling (WHITE, QSIDE, true); p->SetCastling (WHITE, KSIDE, true); p->SetCastling (BLACK, QSIDE, true); p->SetCastling (BLACK, KSIDE, true); p->EPTarget = NULL_SQUARE; p->ToMove = WHITE; p->PlyCounter = 0; p->HalfMoveClock = 0; p->Board [NULL_SQUARE] = END_OF_BOARD; p->Hash = stdStartHash; p->PawnHash = stdStartPawnHash; } return startPositionTemplate; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::IsStdStart // Returns true if the position is the standard starting position. bool Position::IsStdStart() const { if (ToMove != WHITE || Hash != stdStartHash || PawnHash != stdStartPawnHash || GetCount(WHITE) != 16 || GetCount(BLACK) != 16 || RankCount(WP,RANK_2) != 8 || RankCount(BP,RANK_7) != 8 || RankCount(WN,RANK_1) != 2 || RankCount(BN,RANK_8) != 2 || !GetCastling(WHITE,KSIDE) || !GetCastling(WHITE,QSIDE) || !GetCastling(BLACK,KSIDE) || !GetCastling(BLACK,QSIDE)) { return false; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::AddPiece(): // Add a piece to the board and piecelist. // Checks that a side cannot have more than 16 pieces or more // than one king. // errorT Position::AddPiece (pieceT p, squareT sq) { ASSERT (p != EMPTY); colorT c = piece_Color(p); if ((c != WHITE && c != BLACK) || Count[c] > 15) return ERROR_PieceCount; if (piece_Type(p) == KING) { // Check there is not already a King: if (Material[p] > 0) { return ERROR_PieceCount; } // King is always at the start of the piecelist, so move the piece // already at location 0 if there is one: if (Count[c] > 0) { squareT oldsq = List[c][0]; List[c][Count[c]] = oldsq; ListPos[oldsq] = Count[c]; } List[c][0] = sq; ListPos[sq] = 0; } else { ListPos[sq] = Count[c]; List[c][Count[c]] = sq; } Count[c]++; Material[p]++; AddToBoard (p, sq); return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::CalcPins(): // Calculate the pieces for the side to move that are // pinned to their king. The array Pinned[] stores, for // each piece, the direction in which it is pinned. // // For example WK on e1, WQ on e2, BQ on e7 on the e-fyle // means the WQ is Pinned in the direction UP. // void Position::CalcPins (void) { Pinned[ 0] = Pinned[ 1] = Pinned[ 2] = Pinned[ 3] = Pinned[ 4] = Pinned[ 5] = Pinned[ 6] = Pinned[ 7] = Pinned[ 8] = Pinned[ 9] = Pinned[10] = Pinned[11] = Pinned[12] = Pinned[13] = Pinned[14] = Pinned[15] = NULL_DIR; squareT kingSq = GetKingSquare (ToMove); colorT enemy = color_Flip (ToMove); pieceT enemyQueen = piece_Make (enemy, QUEEN); pieceT enemyRook = piece_Make (enemy, ROOK); pieceT enemyBishop = piece_Make (enemy, BISHOP); // Pins and checks from Bishops/Queens/Rooks: fyleT fyle = square_Fyle (kingSq); if (FyleCount(enemyQueen,fyle) + FyleCount(enemyRook,fyle) > 0) { CalcPinsDir (UP, ROOK); CalcPinsDir (DOWN, ROOK); } rankT rank = square_Rank (kingSq); if (RankCount(enemyQueen,rank) + RankCount(enemyRook,rank) > 0) { CalcPinsDir (LEFT, ROOK); CalcPinsDir (RIGHT, ROOK); } leftDiagT ld = square_LeftDiag (kingSq); if (LeftDiagCount(enemyQueen,ld) + LeftDiagCount(enemyBishop,ld) > 0) { CalcPinsDir (UP_LEFT, BISHOP); CalcPinsDir (DOWN_RIGHT, BISHOP); } rightDiagT rd = square_RightDiag (kingSq); if (RightDiagCount(enemyQueen,rd) + RightDiagCount(enemyBishop,rd) > 0) { CalcPinsDir (UP_RIGHT, BISHOP); CalcPinsDir (DOWN_LEFT, BISHOP); } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::GenPieceMoves(): // Generates moves for a nonpawn, nonking piece. // If sqset != NULL, moves must be to a square in sqset.< void Position::GenPieceMoves (MoveList * mlist, squareT fromSq, SquareSet * sqset, bool capturesOnly) { colorT c = ToMove; pieceT p = Board[fromSq]; pieceT ptype = piece_Type(p); ASSERT (p != EMPTY && ptype != KING && ptype != PAWN); if (ptype == KNIGHT) { GenKnightMoves (mlist, c, fromSq, sqset, capturesOnly); return; } if (ptype != BISHOP) { GenSliderMoves (mlist, c, fromSq, UP, sqset, capturesOnly); GenSliderMoves (mlist, c, fromSq, DOWN, sqset, capturesOnly); GenSliderMoves (mlist, c, fromSq, LEFT, sqset, capturesOnly); GenSliderMoves (mlist, c, fromSq, RIGHT, sqset, capturesOnly); } if (ptype != ROOK) { GenSliderMoves (mlist, c, fromSq, UP_LEFT, sqset, capturesOnly); GenSliderMoves (mlist, c, fromSq, DOWN_LEFT, sqset, capturesOnly); GenSliderMoves (mlist, c, fromSq, UP_RIGHT, sqset, capturesOnly); GenSliderMoves (mlist, c, fromSq, DOWN_RIGHT, sqset, capturesOnly); } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::GenerateMoves // Generate the legal moves list. // If the specified pieceType is not EMPTY, then only legal // moves for that type of piece are generated. void Position::GenerateMoves (MoveList* mlist, pieceT pieceType, genMovesT genType, bool maybeInCheck) { ASSERT(mlist != NULL); bool genNonCaptures = (genType & GEN_NON_CAPS); bool capturesOnly = !genNonCaptures; uint mask = 0; if (pieceType != EMPTY) { mask = 1 << pieceType; } else { mask = (1 << KING) | (1 << QUEEN) | (1 << ROOK) | (1 << BISHOP) | (1 << KNIGHT) | (1 << PAWN); } // Use the objects own move list if none was provided: mlist->Clear(); // Compute which pieces of the side to move are pinned to the king: CalcPins(); // Determine if the side to move is in check and find where the // checking pieces are, unless the caller has passed maybeInCheck=false // indicating it is CERTAIN the side to move is not in check here. uint numChecks = 0; if (maybeInCheck) { SquareList checkSquares; numChecks = CalcNumChecks (GetKingSquare(ToMove), &checkSquares); if (numChecks > 0) { // The side to move IS in check: GenCheckEvasions (mlist, pieceType, genType, &checkSquares); return; } } // The side to move is NOT in check. Iterate over each non-king // piece, and then generate King moves last of all: uint npieces = Count[ToMove]; for (uint x = 1; x < npieces; x++) { squareT sq = List[ToMove][x]; pieceT p = Board[sq]; pieceT ptype = piece_Type(p); if (! (mask & (1 << ptype))) { continue; } directionT pinned = Pinned[x]; // If Pinned[x] == dir (not NULL_DIR), x can ONLY move along // that direction or its opposite. if (pinned != NULL_DIR) { // piece x is pinned to king if (ptype == PAWN) { GenPawnMoves (mlist, sq, pinned, NULL, genType); } else if (ptype == KNIGHT) { // do nothing -- pinned knights cannot move } else { // Piece is a pinned Queen/Rook/Bishop. Only generate // moves along the pinned direction and its opposite: if (ptype == QUEEN || (ptype == ROOK && !direction_IsDiagonal(pinned)) || (ptype == BISHOP && direction_IsDiagonal(pinned))) { GenSliderMoves (mlist, ToMove, sq, pinned, NULL, capturesOnly); GenSliderMoves (mlist, ToMove, sq, dirOpposite[pinned], NULL, capturesOnly); } } } else { // This piece is free to move anywhere if (ptype == PAWN) { GenPawnMoves (mlist, sq, NULL_DIR, NULL, genType); } else { // Knight/Queen/Bishop/Rook: GenPieceMoves (mlist, sq, NULL, capturesOnly); } } } // Lastly, king moves... if (mask & (1 << KING)) { bool castling = !numChecks; GenKingMoves (mlist, genType, castling); } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::IsLegalMove // Determines whether the specified move is legal in this position, // without requiring move generation (except for castling moves). bool Position::IsLegalMove (simpleMoveT * sm) { squareT from = sm->from; squareT to = sm->to; if (from > H8 || to > H8) { return false; } if (from == to) { return false; } pieceT mover = Board[from]; pieceT captured = Board[to]; if (piece_Color(mover) != ToMove) { return false; } if (piece_Color(captured) == ToMove) { return false; } if (sm->movingPiece != mover) { return false; } mover = piece_Type (mover); if (sm->promote != EMPTY && mover != PAWN) { return false; } if (mover == PAWN) { rankT rfrom = square_Rank(from); rankT rto = square_Rank(to); if (ToMove == BLACK) { rfrom = RANK_8 - rfrom; rto = RANK_8 - rto; } int rdiff = (int)rto - (int)rfrom; int fdiff = (int)square_Fyle(to) - (int)square_Fyle(from); if (rdiff < 1 || rdiff > 2) { return false; } if (fdiff < -1 || fdiff > 1) { return false; } if (fdiff == 0) { // Pawn push: if (captured != EMPTY) { return false; } if (rdiff == 2) { // Two-square push: if (rfrom != RANK_2) { return false; } // Make sure the square in between is empty: squareT midsquare = from + ((to - from) / 2); if (Board[midsquare] != EMPTY) { return false; } } } else { // Pawn capture: if (rdiff != 1) { return false; } if (captured == EMPTY) { // It must be en passant, or illegal if (to != EPTarget) { return false; } } } // Check the promotion piece: if (rto == RANK_8) { pieceT p = sm->promote; if (p != QUEEN && p != ROOK && p != BISHOP && p != KNIGHT) { return false; } } else { if (sm->promote != EMPTY) { return false; } } } else if (piece_IsSlider(mover)) { // Make sure the direction is valid: directionT dir = sqDir[from][to]; if (dir == NULL_DIR) { return false; } if (mover == ROOK && direction_IsDiagonal(dir)) { return false; } if (mover == BISHOP && !direction_IsDiagonal(dir)) { return false; } int delta = direction_Delta (dir); // Make sure all the in-between squares are empty: squareT dest = from + delta; while (dest != to) { if (Board[dest] != EMPTY) { return false; } dest += delta; } } else if (mover == KNIGHT) { if (! square_IsKnightHop (from, to)) { return false; } } else /* (mover == KING) */ { colorT enemy = color_Flip(ToMove); if (! square_Adjacent (from, to)) { // The move must be castling, or illegal. if (IsKingInCheck()) { return false; } MoveList mlist; GenCastling (&mlist); return std::find(mlist.begin(), mlist.end(), cmpMove(*sm)) != mlist.end(); } if (square_Adjacent (to, GetKingSquare(enemy))) { return false; } } // The move looks good, but does it leave the king in check? squareT kingSq = (mover == KING) ? to : GetKingSquare(ToMove); colorT enemy = color_Flip(ToMove); DoSimpleMove (sm); uint nchecks = CalcAttacks (enemy, kingSq, NULL); UndoSimpleMove (sm); return (nchecks == 0); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::MatchPawnMove(): // Sets the LegalMoves list to contain the matching pawn move, // if there is one. // errorT Position::MatchPawnMove (MoveList * mlist, fyleT fromFyle, squareT to, pieceT promote) { ASSERT(mlist != NULL); mlist->Clear(); sint diff = (int)square_Fyle(to) - (int)fromFyle; if (diff < -1 || diff > 1) { return ERROR_InvalidMove; } pieceT pawn; rankT toRank = square_Rank(to); fyleT toFyle = square_Fyle(to); rankT promoteRank = (ToMove == WHITE ? RANK_8 : RANK_1); // from is the from square; backup is the alternative from square // for a pawn move two squares forward. squareT from, backup = NS; if (ToMove == WHITE) { pawn = WP; if (toRank < RANK_3) { return ERROR_InvalidMove; } from = square_Make(fromFyle, toRank - 1); if (toRank == RANK_4 && fromFyle == toFyle) { backup = to - 16; } } else { pawn = BP; if (toRank > RANK_6) { return ERROR_InvalidMove; } from = square_Make(fromFyle, toRank + 1); if (toRank == RANK_5 && fromFyle == toFyle) { backup = to + 16; } } // See if the promotion piece is valid: if (toRank == promoteRank) { // if (promote == EMPTY) { return ERROR_InvalidMove; } if (promote == EMPTY) { // autopromote to queen promote = QUEEN; } } else { if (promote != EMPTY) { return ERROR_InvalidMove; } } if (Board[from] != pawn) { // No match; but it could be a foward-two-squares move: if (backup == NS || Board[from] != EMPTY || Board[backup] != pawn) { // A forward-two-squares move is impossible. return ERROR_InvalidMove; } from = backup; } // OK, now 'from' is the only possible from-square. Is the move legal? // We make the move on the board and see if the King is in check. uint legal = 0; if (fromFyle == toFyle) { // Not a capture: if (Board[to] != EMPTY) { return ERROR_InvalidMove; } Board[to] = pawn; Board[from] = EMPTY; if (CalcNumChecks (GetKingSquare()) == 0) { legal = 1; } Board[to] = EMPTY; Board[from] = pawn; } else { // It is a capture -- is it legal? pieceT captured = Board[to]; if (captured == EMPTY) { // Must be an en passant or illegal move. if (to != EPTarget) { return ERROR_InvalidMove; } squareT epSquare = square_Make(toFyle, square_Rank(from)); pieceT enemyPawn = piece_Make (color_Flip(ToMove), PAWN); // If following assert fails, eptarget was corrupt ASSERT (Board[epSquare] == enemyPawn); Board[to] = pawn; Board[from] = EMPTY; Board[epSquare] = EMPTY; Material[enemyPawn] --; if (CalcNumChecks (GetKingSquare()) == 0) { legal = 1; } Board[epSquare] = enemyPawn; Board[to] = EMPTY; Board[from] = pawn; Material[enemyPawn]++; } else { if (piece_Color(captured) == ToMove) { // Capturing a friendly! return ERROR_InvalidMove; } else { // A regular capture. See if it leaves King in check: Board[to] = pawn; Board[from] = EMPTY; Material[captured]--; if (CalcNumChecks (GetKingSquare()) == 0) { legal = 1; } Material[captured]++; Board[to] = captured; Board[from] = pawn; } } } if (legal == 1) { AddLegalMove (mlist, from, to, promote); return OK; } return ERROR_InvalidMove; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::GenCheckEvasions(): // Generate legal moves for the side to move when the // King is in check. // void Position::GenCheckEvasions (MoveList * mlist, pieceT mask, genMovesT genType, SquareList * checkSquares) { ASSERT(mlist != NULL); uint numChecks = checkSquares->Size(); // Assert that king IS actually in check: ASSERT (numChecks > 0); bool genNonCaptures = (genType & GEN_NON_CAPS); bool capturesOnly = !genNonCaptures; mlist->Clear(); squareT king = GetKingSquare (ToMove); // if it's double check, we can ONLY move the king if (numChecks == 1) { // OK, it is NOT a double check // Try to block piece/capture piece. Remember en passant! // First, generate a list of targets: squares between the king // and attacker to block, and the attacker's square. squareT attackSq = checkSquares->Get(0); directionT dir = sqDir[king][attackSq]; SquareSet targets; // Set of blocking/capturing squares. targets.Add(attackSq); // Now add squares we can might be able to block on. if (dir != NULL_DIR) { squareT sq = square_Move (king, dir); while (sq != attackSq) { if (Board[sq] == EMPTY) { targets.Add(sq); } sq = square_Move (sq, dir); } } // Try each non-King piece in turn. If a piece is pinned to // the king, don't bother since it cannot possibly block or // capture the piece that is giving check! uint numPieces = Count[ToMove]; for (uint p2 = 1; p2 < numPieces; p2++) { squareT from = List[ToMove][p2]; pieceT p2piece = Board[from]; if (Pinned[p2] != NULL_DIR) { continue; } if (mask == EMPTY || mask == piece_Type(p2piece)) { if (piece_Type(p2piece) == PAWN) { GenPawnMoves (mlist, from, NULL_DIR, &targets, genType); // Capturing a pawn en passant will only get out // of check if the pawn that moved two squares // is doing the checking. If it is not, that means // a discovered check with the last pawn move so // taking en passant cannot get out of check. if (EPTarget != NULL_SQUARE) { squareT pawnSq = (ToMove == WHITE ? EPTarget - 8 : EPTarget + 8); if (pawnSq == attackSq) { SquareSet epset; epset.Add(EPTarget); GenPawnMoves (mlist, from, NULL_DIR, &epset, genType); } } } else { GenPieceMoves (mlist, from, &targets, capturesOnly); } } } // end of search for captures/blocks } // Now king moves -- just compute them normally: if (mask == EMPTY || mask == KING) { GenKingMoves(mlist, genType, false); } return; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::TreeCalcAttacks(): // Calculate attack score for a side on a square, // using a recursive tree search. int Position::TreeCalcAttacks(colorT side, squareT target) { int maxScore = -2; uint moveCount = 0, zeroCount = 0; MoveList moveList; GenerateCaptures(&moveList); for (uint i=0; i < moveList.Size(); i++) { simpleMoveT *smPtr = moveList.Get(i); if (smPtr->to == target) { if (piece_IsKing(Board[target])) return -1; moveCount++; DoSimpleMove(smPtr); int score = TreeCalcAttacks(color_Flip(side), target); UndoSimpleMove(smPtr); if (!score && ++zeroCount > 1) return -2; if (score > maxScore) maxScore = score; } } if (!moveCount) return 0; if (!maxScore) return -1; return -maxScore; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::CalcAttacks(): // Calculate the number of attacks by a side on a square. // This function also puts a list of the attacking piece squares // in the fromSqs parameter if it is non-NULL. // // It ONLY uses the Board[] and Material[] lists of the Position, and // ASSUMES they are correct with respect to each other, but it does // NOT use the List[] or ListPos[] information. // This allows us to move pieces quickly (altering only Board[] and // Material[]) and detect whether they leave the king in check, // without having to update other information. uint Position::CalcAttacks (colorT side, squareT target, SquareList * fromSquares) const { // If squares is NULL, caller doesn't want a list of the squares of // attacking pieces. To avoid comparing fromSquares with NULL every time // we find a check, we set up a local array to use instead if fromSquares // is NULL. SquareList fromSqs; if (fromSquares == NULL) { fromSquares = &fromSqs; } fromSquares->Clear(); squareT sq; // Bishop/Queen/Rook attacks: look at each of the 8 directions pieceT king, queen, rook, bishop, knight; if (side == WHITE) { king = WK; queen = WQ; rook = WR; bishop = WB; knight = WN; } else { king = BK; queen = BQ; rook = BR; bishop = BB; knight = BN; } uint numQueensRooks = Material[queen] + Material[rook]; uint numQueensBishops = Material[queen] + Material[bishop]; // We only bother if there are any sliding pieces of each type: if (numQueensRooks > 0) { fyleT fyle = square_Fyle (target); rankT rank = square_Rank (target); directionT dirs[4]; uint ndirs = 0; if (FyleCount(queen,fyle) + FyleCount(rook,fyle) > 0) { dirs[ndirs++] = UP; dirs[ndirs++] = DOWN; } if (RankCount(queen,rank) + RankCount(rook,rank) > 0) { dirs[ndirs++] = LEFT; dirs[ndirs++] = RIGHT; } for (uint i = 0; i < ndirs; i++) { directionT dir = dirs[i]; int delta = direction_Delta (dir); squareT dest = target; squareT last = square_Last (target, dir); while (dest != last) { dest += delta; pieceT p = Board[dest]; if (p == EMPTY) { // empty square: keep searching } else if (p == queen || p == rook) { // Found an attacking piece fromSquares->Add(dest); break; } else { // Found a piece, but not a queen or rook break; } } } } // Now diagonal sliders: Queens/Bishops: if (numQueensBishops > 0) { leftDiagT left = square_LeftDiag (target); rightDiagT right = square_RightDiag (target); directionT dirs[4]; uint ndirs = 0; if (LeftDiagCount(queen,left) + LeftDiagCount(bishop,left) > 0) { dirs[ndirs++] = UP_LEFT; dirs[ndirs++] = DOWN_RIGHT; } if (RightDiagCount(queen,right) + RightDiagCount(bishop,right) > 0) { dirs[ndirs++] = UP_RIGHT; dirs[ndirs++] = DOWN_LEFT; } for (uint i = 0; i < ndirs; i++) { directionT dir = dirs[i]; int delta = direction_Delta (dir); squareT dest = target; squareT last = square_Last (target, dir); while (dest != last) { dest += delta; pieceT p = Board[dest]; if (p == EMPTY) { // empty square: keep searching } else if (p == queen || p == bishop) { // Found an attacking piece fromSquares->Add(dest); break; } else { // Found a piece, but not an enemy queen or bishop break; } } } } // Now knight checks: we only bother if there is a knight on the // opposite square color of the target square color. if (Material[knight] > 0 && SquareColorCount(knight, color_Flip(square_Color(target))) > 0) { const squareT * destPtr = knightAttacks[target]; while (true) { squareT dest = *destPtr; if (dest == NULL_SQUARE) { break; } if (Board[dest] == knight) { fromSquares->Add(dest); } destPtr++; } } // Now pawn attacks: if (side == WHITE) { if (square_Rank(target) != RANK_1) { //if (Material[WP] > 0) { sq = square_Move (target, DOWN_LEFT); if (Board[sq] == WP) { fromSquares->Add(sq); } sq = square_Move (target, DOWN_RIGHT); if (Board[sq] == WP) { fromSquares->Add(sq); } } } else { if (square_Rank(target) != RANK_8) { //if (Material[BP] > 0) { sq = square_Move (target, UP_LEFT); if (Board[sq] == BP) { fromSquares->Add(sq); } sq = square_Move (target, UP_RIGHT); if (Board[sq] == BP) { fromSquares->Add(sq); } } } // King attacks: const squareT *destPtr = kingAttacks[target]; do if (Board[*destPtr] == king) fromSquares->Add(*destPtr); while (*++destPtr != NULL_SQUARE); return fromSquares->Size(); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::IsKingInCheckDir // Returns true if the King of the side to move is attacked // by an enemy sliding piece (Queen/Rook/Bishop) from the // specified direction. bool Position::IsKingInCheckDir (directionT dir) { ASSERT (dir != NULL_DIR); squareT kingSq = GetKingSquare(ToMove); colorT enemy = color_Flip(ToMove); bool isDiagonal = direction_IsDiagonal(dir); pieceT queen = piece_Make (enemy, QUEEN); pieceT slider = piece_Make (enemy, (isDiagonal ? BISHOP : ROOK)); // First, make sure the enemy has sliding pieces that could give check: uint nSliders = PieceCount(queen) + PieceCount(slider); if (nSliders == 0) { return false; } // Now make sure the enemy has a sliding piece on the appropriate // rank, file or diagonal: fyleT fyle = square_Fyle (kingSq); rankT rank = square_Rank (kingSq); leftDiagT ldiag = square_LeftDiag (kingSq); rightDiagT rdiag = square_RightDiag (kingSq); switch (dir) { case UP: case DOWN: nSliders = FyleCount(queen,fyle) + FyleCount(slider,fyle); break; case LEFT: case RIGHT: nSliders = RankCount(queen,rank) + RankCount(slider,rank); break; case UP_LEFT: case DOWN_RIGHT: nSliders = LeftDiagCount(queen,ldiag) + LeftDiagCount(slider,ldiag); break; case UP_RIGHT: case DOWN_LEFT: nSliders = RightDiagCount(queen,rdiag) + RightDiagCount(slider,rdiag); break; } if (nSliders == 0) { return false; } // Now move along the specified direction looking for a checking piece: squareT dest = kingSq; squareT last = square_Last (kingSq, dir); int delta = direction_Delta (dir); while (dest != last) { dest += delta; pieceT p = Board[dest]; if (p == EMPTY) { // empty square: keep searching } else if (p == queen || p == slider) { // Found an checking slider piece return true; } else { // Found a piece, but not an enemy queen or rook/bishop break; } } return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::IsKingInCheck // Returns true if the king of the side to move is in check. // If the specified move is not NULL, it must be the legal move // that the opponent played to reach this position. This will // be used as a speed optimization, by skipping cases where the // move could not have left the king in check. // bool Position::IsKingInCheck (simpleMoveT * sm) { if (sm == NULL) { return IsKingInCheck(); } squareT kingSq = GetKingSquare(ToMove); pieceT p = piece_Type (sm->movingPiece); if (sm->promote != EMPTY) { p = piece_Type(sm->promote); } // No optimization of the last move was castling: if (p == KING && square_Fyle(sm->from) == E_FYLE) { fyleT toFyle = square_Fyle(sm->to); if (toFyle == C_FYLE || toFyle == G_FYLE) { return IsKingInCheck(); } } // No optimization for en passant capture: if (p == PAWN && piece_Type(sm->capturedPiece) == PAWN) { rankT fromRank = square_Rank(sm->from); rankT capturedRank = square_Rank(sm->capturedSquare); if (fromRank == capturedRank) { return IsKingInCheck(); } } if (p == PAWN) { if (ToMove == WHITE) { if (Material[BP] > 0) { squareT sq = square_Move (kingSq, UP_LEFT); if (Board[sq] == BP) { return true; } sq = square_Move (kingSq, UP_RIGHT); if (Board[sq] == BP) { return true; } } } else { if (Material[WP] > 0) { squareT sq = square_Move (kingSq, DOWN_LEFT); if (Board[sq] == WP) { return true; } sq = square_Move (kingSq, DOWN_RIGHT); if (Board[sq] == WP) { return true; } } } } else if (p == KNIGHT) { if (square_IsKnightHop (kingSq, sm->to)) { return true; } } else if (p == KING) { // A king cannot directly check its adversary. } else { // A sliding piece: directionT toDir = sqDir[kingSq][sm->to]; if (toDir != NULL_DIR && IsKingInCheckDir(toDir)) { return true; } } // Now look for a discovered check from a sliding piece: directionT dir = sqDir[kingSq][sm->from]; if (dir != NULL_DIR && IsKingInCheckDir(dir)) { return true; } ASSERT (IsKingInCheck() == false); return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::Mobility // Returns the number of squares a rook or bishop of the specified // color would attack from the specified square. uint Position::Mobility (pieceT p, colorT color, squareT from) { ASSERT (p == ROOK || p == BISHOP); uint mobility = 0; directionT rookDirs[4] = { UP, DOWN, LEFT, RIGHT }; directionT bishopDirs[4] = { UP_LEFT, UP_RIGHT, DOWN_LEFT, DOWN_RIGHT }; directionT * dirPtr = (p == ROOK ? rookDirs : bishopDirs); for (uint i=0; i < 4; i++) { directionT dir = dirPtr[i]; int delta = direction_Delta (dir); squareT dest = from; squareT last = square_Last (from, dir); while (dest != last) { dest += delta; pieceT p = Board[dest]; if (p == EMPTY) { // Empty square mobility++; } else if (piece_Color(p) == color) { // Friendly piece break; // Finished with this direction. } else { // Enemy piece mobility++; break; // Finished with this direction. } } } return mobility; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::IsKingInMate(): // Quick check if king is in mate. // bool Position::IsKingInMate (void) { SquareList checkSquares; uint numChecks = CalcNumChecks (GetKingSquare(ToMove), &checkSquares); if (numChecks == 0) { return false; } CalcPins (); MoveList mlist; GenCheckEvasions (&mlist, EMPTY, GEN_ALL_MOVES, &checkSquares); if (mlist.Size() == 0) { return true; } return false; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::IsLegal() // Verifies the position as being legal. // Returns false for any of the following: // - if the two kings are adjacent; // - if there are any pawns on the 1st/8th rank; // - if the side to move is already checking the enemy king. bool Position::IsLegal (void) { squareT stmKing = GetKingSquare(); squareT enemyKing = GetEnemyKingSquare(); if (square_Adjacent (stmKing, enemyKing)) { return false; } if (RankCount (WP, RANK_1) != 0) { return false; } if (RankCount (WP, RANK_8) != 0) { return false; } if (RankCount (BP, RANK_1) != 0) { return false; } if (RankCount (BP, RANK_8) != 0) { return false; } if (CalcAttacks (ToMove, enemyKing, NULL) > 0) { return false; } return true; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::IsPromoMove(): // Returns true if the move is a promotion move. // NOTE that the move may not actually be legal! // The arguments 'from' and 'to' can be in either order. bool Position::IsPromoMove (squareT from, squareT to) { rankT seventh, eighth; pieceT pawn; if (ToMove == WHITE) { seventh = RANK_7; eighth = RANK_8; pawn = WP; } else { seventh = RANK_2; eighth = RANK_1; pawn = BP; } rankT fromR, toR; fromR = square_Rank(from); toR = square_Rank(to); if ( (fromR == seventh && toR == eighth && Board[from] == pawn) || (toR == seventh && fromR == eighth && Board[to] == pawn) ) { return 1; } return 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::DoSimpleMove(): // Make the move on the board and update all the necessary // fields in the simpleMove structure so it can be undone. // void Position::DoSimpleMove (simpleMoveT * sm) { ASSERT (sm != NULL); // The caller must have set the first 4 members of sm const squareT from = sm->from; const squareT to = sm->to; const auto promo = sm->promote; const auto ptype = piece_Type(sm->movingPiece); const auto pieceNum = ListPos[from]; // update move fields that (maybe) have not yet been set: sm->pieceNum = pieceNum; sm->capturedPiece = Board[to]; sm->capturedSquare = to; sm->castleFlags = Castling; sm->epSquare = EPTarget; sm->oldHalfMoveClock = HalfMoveClock; HalfMoveClock++; PlyCounter++; auto finalUpdate = [&](auto enPassantSq) { EPTarget = enPassantSq; ToMove = color_Flip(ToMove); }; auto addPiece = [&](auto idx, auto pieceType, squareT destSq) { List[ToMove][idx] = destSq; ListPos[destSq] = idx; AddToBoard(piece_Make(ToMove, pieceType), destSq); }; if (sm->isNullMove()) return finalUpdate(NULL_SQUARE); if (ptype == KING) { ClearCastlingFlags(ToMove); if (auto castleSide = sm->isCastle()) { squareT rookfrom, rookto; if (castleSide == 1) { rookfrom = castlingRookSq(ToMove); rookto = to - 1; } else { rookfrom = castlingRookSq(ToMove); rookto = to + 1; } const int kingIdx = 0; const int rookIdx = ListPos[rookfrom]; RemoveFromBoard(piece_Make(ToMove, ROOK), rookfrom); RemoveFromBoard(piece_Make(ToMove, KING), GetKingSquare(ToMove)); addPiece(kingIdx, KING, to); addPiece(rookIdx, ROOK, rookto); sm->pieceNum = kingIdx; sm->capturedPiece = EMPTY; return finalUpdate(NULL_SQUARE); } } colorT enemy = color_Flip(ToMove); ASSERT(ptype == piece_Type(Board[from])); // Handle en passant capture: if (ptype == PAWN && sm->capturedPiece == EMPTY && square_Fyle(from) != square_Fyle(to)) { // This was an EP capture. We do not need to check it was a capture // since if a pawn lands on EPTarget it must capture to get there. sm->capturedSquare = (ToMove == WHITE ? (to - 8) : (to + 8)); ASSERT (Board[sm->capturedSquare] == piece_Make(enemy, PAWN)); sm->capturedPiece = Board[sm->capturedSquare]; } // handle captures: if (sm->capturedPiece != EMPTY) { ASSERT (piece_Type(sm->capturedPiece) != KING); sm->capturedNum = ListPos[sm->capturedSquare]; // update opponents List of pieces Count[enemy]--; ListPos[List[enemy][Count[enemy]]] = sm->capturedNum; List[enemy][sm->capturedNum] = List[enemy][Count[enemy]]; Material[sm->capturedPiece]--; HalfMoveClock = 0; RemoveFromBoard (sm->capturedPiece, sm->capturedSquare); } // now make the move: ASSERT(sm->movingPiece == Board[from]); const pieceT movingPiece = Board[from]; RemoveFromBoard(movingPiece, from); if (promo != EMPTY) { ASSERT(movingPiece == piece_Make(ToMove, PAWN)); Material[movingPiece]--; Material[piece_Make(ToMove, promo)]++; addPiece(pieceNum, promo, to); } else { addPiece(pieceNum, ptype, to); } // Handle clearing of castling flags: if (Castling) { // See if a rook moved or was captured: if (from == castlingRookSq(ToMove)) SetCastling(ToMove, QSIDE, false); if (from == castlingRookSq(ToMove)) SetCastling(ToMove, KSIDE, false); if (to == castlingRookSq(enemy)) SetCastling(enemy, QSIDE, false); if (to == castlingRookSq(enemy)) SetCastling(enemy, KSIDE, false); } // Set the EPTarget square, if a pawn advanced two squares and an // enemy pawn is on a square where en passant may be possible. EPTarget = NULL_SQUARE; if (ptype == PAWN) { rankT fromRank = square_Rank(from); rankT toRank = square_Rank(to); if (fromRank == RANK_2 && toRank == RANK_4 && (Board[square_Move(to,LEFT)] == BP || Board[square_Move(to,RIGHT)] == BP)) { EPTarget = square_Move(from, UP); } if (fromRank == RANK_7 && toRank == RANK_5 && (Board[square_Move(to,LEFT)] == WP || Board[square_Move(to,RIGHT)] == WP)) { EPTarget = square_Move(from, DOWN); } HalfMoveClock = 0; // 50-move clock resets on pawn moves. } ToMove = enemy; return; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::UndoSimpleMove(): // Take back a simple move that has been made with DoSimpleMove(). // void Position::UndoSimpleMove (simpleMoveT const* m) { ASSERT (m != NULL); const squareT from = m->from; const squareT to = m->to; const auto pieceNum = ListPos[to]; pieceT p = Board[to]; EPTarget = m->epSquare; Castling = m->castleFlags; HalfMoveClock = m->oldHalfMoveClock; PlyCounter--; ToMove = color_Flip(ToMove); // Check for a null move: if (m->isNullMove()) { return; } auto addPiece = [&](auto idx, auto pieceType, squareT destSq) { List[ToMove][idx] = destSq; ListPos[destSq] = idx; AddToBoard(piece_Make(ToMove, pieceType), destSq); }; // handle Castling: if (piece_Type(p) == KING) { if (auto castleSide = m->isCastle()) { squareT rookfrom, rookto; if (castleSide == 1) { rookfrom = to - 1; rookto = castlingRookSq(ToMove); } else { rookfrom = to + 1; rookto = castlingRookSq(ToMove); } const int kingIdx = 0; const int rookIdx = ListPos[rookfrom]; RemoveFromBoard(piece_Make(ToMove, KING), GetKingSquare(ToMove)); RemoveFromBoard(piece_Make(ToMove, ROOK), rookfrom); addPiece(rookIdx, ROOK, rookto); addPiece(kingIdx, KING, castlingKingSq(ToMove)); return; } } // Handle a capture: insert piece back into piecelist. // This works for EP captures too, since the square of the captured // piece is in the "capturedSquare" field rather than assuming the // value of the "to" field. The only time these two fields are // different is for an en passant move. if (m->capturedPiece != EMPTY) { colorT c = color_Flip(ToMove); ListPos[List[c][m->capturedNum]] = Count[c]; ListPos[m->capturedSquare] = m->capturedNum; List[c][Count[c]] = List[c][m->capturedNum]; List[c][m->capturedNum] = m->capturedSquare; Material[m->capturedPiece]++; Count[c]++; } // handle promotion: if (m->promote != EMPTY) { Material[p]--; RemoveFromBoard (p, to); p = piece_Make(ToMove, PAWN); Material[p]++; AddToBoard (p, to); } // now make the move: List[ToMove][pieceNum] = from; ListPos[from] = pieceNum; RemoveFromBoard (p, to); AddToBoard (p, from); if (m->capturedPiece != EMPTY) { AddToBoard (m->capturedPiece, m->capturedSquare); } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::RelocatePiece(): // Given a from-square and to-square, modifies the position so // the piece on the from-square is relocated to the to-square. // Returns an error if the from square is empty, or the target // square is not empty, or the relocation would otherwise // produce an illegal position (e.g. pawn on the 1st or 8th rank // or a King in check). // errorT Position::RelocatePiece (squareT fromSq, squareT toSq) { // Must have on-board squares: if (fromSq == NS || toSq == NS) { return ERROR; } // If squares are identical, just return success: if (fromSq == toSq) { return OK; } pieceT piece = Board[fromSq]; pieceT ptype = piece_Type(piece); colorT pcolor = piece_Color(piece); // Must be relocating a nonempty piece to an empty square: if (piece == EMPTY || Board[toSq] != EMPTY) { return ERROR; } // Pawns cannot relocate to the first or last rank: if (ptype == PAWN) { rankT toRank = square_Rank(toSq); if (toRank == RANK_1 || toRank == RANK_8) { return ERROR; } } // Locate the piece index in the appropriate list of pieces: uint index = ListPos[fromSq]; ASSERT(List[pcolor][index] == fromSq); // Relocate the piece: List[pcolor][index] = toSq; ListPos[toSq] = index; RemoveFromBoard (piece, fromSq); AddToBoard (piece, toSq); // Check for adjacent kings or side to move giving check: if (! IsLegal()) { // Undo the relocation and return error: List[pcolor][index] = fromSq; RemoveFromBoard (piece, toSq); AddToBoard (piece, fromSq); return ERROR; } // Relocation successful: return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::MaterialValue(): // Returns the sum value of material for a particular side, // where piece values are: // King: 0 (since both sides always have one) // Queen: 9 // Rook: 5 // Bishop, Knight: 3 each // Pawn: 1 uint Position::MaterialValue (colorT c) { ASSERT (c == WHITE || c == BLACK); uint value = 0; if (c == WHITE) { value += 9 * PieceCount(WQ); value += 5 * PieceCount(WR); value += 3 * PieceCount(WB); value += 3 * PieceCount(WN); value += 1 * PieceCount(WP); } else { value += 9 * PieceCount(BQ); value += 5 * PieceCount(BR); value += 3 * PieceCount(BB); value += 3 * PieceCount(BN); value += 1 * PieceCount(BP); } return value; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::MakeSANString(): // Make the SAN string for a simpleMove. // The parameter 'sanFlag' indicates whether '+' and '#' symbols // should be added to checking or mating moves. // void Position::MakeSANString (simpleMoveT * m, char * s, sanFlagT flag) { ASSERT (m != NULL && s != NULL); auto isOccupied = [this](auto square) { return Board[square] != EMPTY; }; ASSERT(m->from == List[ToMove][ListPos[m->from]]); const squareT from = m->from; const squareT to = m->to; char * c = s; pieceT piece = Board[from]; pieceT p = piece_Type(piece); if (p == PAWN) { if (square_Fyle(from) != square_Fyle(to)) { // pawn capture *c++ = square_FyleChar(from); *c++ = 'x'; } *c++ = square_FyleChar(to); *c++ = square_RankChar(to); if ((square_Rank(to)==RANK_1) || (square_Rank(to)==RANK_8)) { *c++ = '='; *c++ = piece_Char(m->promote); p = piece_Type(m->promote); } } else if (p == KING) { if (m->isNullMove()) { //*c++ = 'n'; *c++ = 'u'; *c++ = 'l'; *c++ = 'l'; *c++ = '-'; *c++ = '-'; } else { switch (m->isCastle()) { case 0: *c++ = 'K'; if (Board[to] != EMPTY) *c++ = 'x'; *c++ = square_FyleChar(to); *c++ = square_RankChar(to); break; case 1: *c++ = 'O'; *c++ = '-'; *c++ = 'O'; break; case 2: *c++ = 'O'; *c++ = '-'; *c++ = 'O'; *c++ = '-'; *c++ = 'O'; break; } } } else { // Queen/Rook/Bishop/Knight *c++ = piece_Char(p); // We only need to calculate legal moves to disambiguate if there // are more than one of this type of piece. if (Material[piece] > 1) { int ambiguity = 0; for (uint i = 1, n = Count[ToMove]; i < n; i++) { squareT sq = List[ToMove][i]; if (sq == from || Board[sq] != piece) continue; if (!movegen::pseudo(sq, to, ToMove, p, isOccupied)) continue; // Skip illegal move const auto pin = movegen::opens_ray(sq, to, GetKingSquare(), isOccupied); if (pin.first != INVALID_PIECE && piece_Color_NotEmpty(Board[pin.second]) != ToMove) { pieceT pt = piece_Type(Board[pin.second]); if (pt == QUEEN || pt == pin.first) continue; // Skip pinned piece } // Ambiguity: // 1 (0001) --> need from-file (preferred) or from-rank // 3 (0011) --> need from-file // 5 (0101) --> need from-rank // 7 (0111) --> need both from-file and from-rank ambiguity |= 1; if (square_Rank(from) == square_Rank(sq)) { ambiguity |= 2; // 0b0010 } else if (square_Fyle(from) == square_Fyle(sq)) { ambiguity |= 4; // 0b0100 } } if (ambiguity) { if (ambiguity != 5) *c++ = square_FyleChar(from); // print from-fyle if (ambiguity >= 5) *c++ = square_RankChar(from); // print from-rank } } if (Board[to] != EMPTY) *c++ = 'x'; *c++ = square_FyleChar(to); *c++ = square_RankChar(to); } bool check; if (flag != SAN_NO_CHECKTEST) { squareT oldTo = Board[to]; Board[to] = Board[from]; Board[from] = EMPTY; squareT enemyKingSq = GetEnemyKingSquare(); check = (p != KING) && movegen::attack(to, enemyKingSq, ToMove, p, isOccupied); if (!check) { bool enpassant = (p == PAWN && oldTo == EMPTY && square_Fyle(from) != square_Fyle(to)); if (!enpassant && (p != KING || !m->isCastle()) && !movegen::attack_slider(from, enemyKingSq, QUEEN, isOccupied)) { flag = SAN_NO_CHECKTEST; } } else if (flag != SAN_MATETEST) { *c++ = '+'; flag = SAN_NO_CHECKTEST; } Board[from] = Board[to]; Board[to] = oldTo; } // Now do the check or mate symbol: if (flag != SAN_NO_CHECKTEST) { // Now we make the move to test for check: DoSimpleMove (m); if (check || CalcNumChecks(GetKingSquare()) > 0) { char ch = '+'; if (flag == SAN_MATETEST) { MoveList mlist; GenerateMoves (&mlist); if (mlist.Size() == 0) { ch = '#'; } } *c++ = ch; } UndoSimpleMove (m); } *c = 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::ReadCoordMove(): // Given a move in coordinate notation, // e.g. "e2e4" or "g1f3", generates the legal move it represents. // Returns: OK or ERROR_InvalidMove. // If "reverse" is true, coordinates in reverse order are acceptable, // e.g. "f3g1" for 1.Nf3. // errorT Position::ReadCoordMove(simpleMoveT* m, const char* str, int slen, bool reverse) { ASSERT (m != NULL && str != NULL); fyleT fromFyle, toFyle; rankT fromRank, toRank; squareT from, to; pieceT promo = EMPTY; if (slen == 5) { promo = piece_FromChar(toupper(str[4])); } else if (slen != 4) { return ERROR_InvalidMove; } fromFyle = fyle_FromChar (str[0]); fromRank = rank_FromChar (str[1]); from = square_Make (fromFyle, fromRank); if (from == NS) { return ERROR_InvalidMove; } toFyle = fyle_FromChar (str[2]); toRank = rank_FromChar (str[3]); to = square_Make (toFyle, toRank); if (to == NS) { return ERROR_InvalidMove; } MoveList mlist; GenerateMoves(&mlist); for (size_t i = 0, n = mlist.Size(); i < n; i++) { simpleMoveT* sm = mlist.Get(i); if (sm->promote == promo) { if (sm->from == from && sm->to == to) { *m = *sm; return OK; } if (reverse && sm->to == from && sm->from == to) { *m = *sm; return OK; } } } return ERROR_InvalidMove; } static int trimCheck(const char* str, int slen) { while (slen > 0) { // trim mate '#' or check '+' --slen; if (str[slen] != '#' && str[slen] != '+') { ++slen; break; } } return slen; } errorT Position::ReadMovePawn(simpleMoveT* sm, const char* str, int slen, fyleT frFyle) { ASSERT(sm != NULL && str != NULL && frFyle <= H_FYLE); slen = trimCheck(str, slen); if (slen < 2) return ERROR_InvalidMove; auto is_digit = [](char ch) { return isdigit(static_cast(ch)); }; auto is_lower = [](char ch) { return islower(static_cast(ch)); }; if (slen >= 4 && // Check if it is a coordinates-style move ("e2e4") is_digit(str[1]) && is_lower(str[2]) && is_digit(str[3])) { return ReadCoordMove(sm, str, slen, false); } MoveList mlist; pieceT promo = EMPTY; auto last_ch = static_cast(str[slen - 1]); if (!is_digit(last_ch)) { // Promotion, last char must be Q/R/B/N. promo = piece_FromChar(toupper(last_ch)); if (promo != QUEEN && promo != ROOK && promo != KNIGHT && promo != BISHOP) { return ERROR_InvalidMove; } slen--; // Accept the move even if it is of the form "a8Q" not "a8=Q": if (str[slen - 1] == '=') { slen--; } } if (slen < 2) return ERROR_InvalidMove; // Check for the compact form of capture with no rank, // e.g. "ed" or "de=Q": if (slen == 2 && (str[1] >= 'a' && str[1] <= 'h')) { auto toFyle = fyle_FromChar(str[1]); // Check each rank in turn, looking for the capture: for (rankT r = RANK_1; r <= RANK_8; r++) { auto to = square_Make(toFyle, r); if (MatchPawnMove(&mlist, frFyle, to, promo) == OK) { *sm = *(mlist.Get(0)); return OK; } } // It is NOT a valid capture with no rank: return ERROR_InvalidMove; } auto toFyle = fyle_FromChar(str[slen - 2]); auto toRank = rank_FromChar(str[slen - 1]); if (toRank == NO_RANK || toFyle == NO_FYLE) return ERROR_InvalidMove; auto to = square_Make(toFyle, toRank); if (MatchPawnMove(&mlist, frFyle, to, promo) != OK) return ERROR_InvalidMove; *sm = *(mlist.Get(0)); return OK; } errorT Position::ReadMoveKing(simpleMoveT* sm, const char* str, int slen) { ASSERT(sm != NULL && str != NULL); slen = trimCheck(str, slen); if (slen < 3 || slen > 6) return ERROR_InvalidMove; auto toRank = rank_FromChar(str[slen - 1]); auto toFyle = fyle_FromChar(str[slen - 2]); if (toRank == NO_RANK || toFyle == NO_FYLE) return ERROR_InvalidMove; auto target = square_Make(toFyle, toRank); squareT kingSq = GetKingSquare(ToMove); if (!movegen::valid_king(kingSq, target)) return ERROR_InvalidMove; pieceT captured = Board[target]; if (captured != EMPTY && (piece_Color_NotEmpty(captured) == ToMove || piece_Type(captured) == KING)) { return ERROR_InvalidMove; } // XXX We should also check for adjacency to enemy King!! if (movegen::valid_king(GetKingSquare(color_Flip(ToMove)), target)) return ERROR_InvalidMove; // Now make the move on the Board and Material lists, and see if it // leaves the King in check: auto movingPiece = piece_Make(ToMove, KING); Board[target] = movingPiece; Board[kingSq] = EMPTY; if (captured != EMPTY) { Material[captured]--; } auto nChecks = CalcNumChecks(target); if (captured != EMPTY) { Material[captured]++; } Board[target] = captured; Board[kingSq] = movingPiece; if (nChecks) return ERROR_InvalidMove; sm->from = kingSq; sm->to = target; sm->promote = EMPTY; sm->movingPiece = movingPiece; return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::ReadMove(): // Given a move in (possibly sloppy) PGN notation, // generates the legal move it corresponds to. // Returns: OK or ERROR_InvalidMove. // errorT Position::ReadMove(simpleMoveT* sm, const char* str, int slen, pieceT piece) { ASSERT(sm != NULL && str != NULL); ASSERT(piece == QUEEN || piece == ROOK || piece == BISHOP || piece == KNIGHT); slen = trimCheck(str, slen); if (slen < 3 || slen > 6) return ERROR_InvalidMove; auto toRank = rank_FromChar(str[slen - 1]); auto toFyle = fyle_FromChar(str[slen - 2]); if (toRank == NO_RANK || toFyle == NO_FYLE) return ERROR_InvalidMove; auto to = square_Make(toFyle, toRank); pieceT captured = Board[to]; if (captured != EMPTY && (piece_Color_NotEmpty(captured) == ToMove || piece_Type(captured) == KING)) { return ERROR_InvalidMove; } auto frFyle = NO_FYLE; auto frRank = NO_RANK; if (slen > 3) { // There is some ambiguity information in the input string. frFyle = fyle_FromChar(str[1]); frRank = rank_FromChar(str[1]); if (frRank == NO_RANK && slen > 4) { frRank = rank_FromChar(str[2]); } } // Loop through looking for pieces of the corresponding type. We start at 1 // since the King is always the piece at position 0 in the list. int matchCount = 0; auto movingPiece = piece_Make(ToMove, piece); int nPieces = Material[movingPiece]; squareT kingSq = GetKingSquare(ToMove); for (unsigned i = 1, n = Count[ToMove]; i < n && nPieces; i++) { auto from = List[ToMove][i]; if (Board[from] != movingPiece) continue; --nPieces; if ((frFyle != NO_FYLE && frFyle != square_Fyle(from)) || (frRank != NO_RANK && frRank != square_Rank(from))) continue; auto isOccupied = [this](auto sq) { return Board[sq] != EMPTY; }; if (!movegen::pseudo(from, to, ToMove, piece, isOccupied)) continue; const auto pin = movegen::opens_ray(from, to, kingSq, isOccupied); if (pin.first != INVALID_PIECE) { auto p = Board[pin.second]; if (piece_Color_NotEmpty(p) != ToMove && (piece_Type(p) == QUEEN || piece_Type(p) == pin.first)) continue; } ++matchCount; sm->from = from; sm->to = to; sm->promote = EMPTY; sm->movingPiece = movingPiece; } return (matchCount == 1) ? OK // ok. : ERROR_InvalidMove; // No match, or too many // (ambiguous) moves match. } errorT Position::ReadMoveCastle(simpleMoveT* sm, const char* str, int slen) { slen = trimCheck(str, slen); auto str_equal = [&](const char* const_str, const int len) { return slen == len && std::equal(str, str + len, const_str); }; sm->from = square_Relative(ToMove, E1); sm->promote = EMPTY; sm->movingPiece = piece_Make(ToMove, KING); sm->capturedPiece = EMPTY; if (str_equal("O-O", 3) || str_equal("OO", 2)) { sm->to = sm->from + 2; if (!IsKingInCheck() && validCastling(true, true)) // short castle return GetCastling(ToMove, KSIDE) ? OK : ERROR_CastlingAvailability; return validCastling(true, false) ? ERROR_CastlingAvailability : ERROR_InvalidMove; } if (str_equal("O-O-O", 5) || str_equal("OOO", 3)) { sm->to = sm->from - 2; if (!IsKingInCheck() && validCastling(false, true)) // long castle return GetCastling(ToMove, QSIDE) ? OK : ERROR_CastlingAvailability; return validCastling(false, false) ? ERROR_CastlingAvailability : ERROR_InvalidMove; } return ERROR_InvalidMove; } errorT Position::ParseMove(simpleMoveT* sm, const char* str) { while (!isalpha(static_cast(*str)) && *str != '\0') { str++; // trim left } const char* begin = str; while (!isspace(static_cast(*str)) && *str != '\0') { str++; // trim right } return ParseMove(sm, begin, str); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::ParseMove(): // Parse a single move from SAN-style notation. // errorT Position::ParseMove(simpleMoveT* sm, const char* str, const char* strEnd) { ASSERT(str != NULL); int length = static_cast(std::distance(str, strEnd)); if (length < 2 || length > 9) return ERROR_InvalidMove; switch (str[0]) { case 'a': return ReadMovePawn(sm, str, length, A_FYLE); case 'b': return ReadMovePawn(sm, str, length, B_FYLE); case 'c': return ReadMovePawn(sm, str, length, C_FYLE); case 'd': return ReadMovePawn(sm, str, length, D_FYLE); case 'e': return ReadMovePawn(sm, str, length, E_FYLE); case 'f': return ReadMovePawn(sm, str, length, F_FYLE); case 'g': return ReadMovePawn(sm, str, length, G_FYLE); case 'h': return ReadMovePawn(sm, str, length, H_FYLE); case 'K': return ReadMoveKing(sm, str, length); case 'Q': return ReadMove(sm, str, length, QUEEN); case 'R': return ReadMove(sm, str, length, ROOK); case 'B': return ReadMove(sm, str, length, BISHOP); case 'N': return ReadMove(sm, str, length, KNIGHT); case 'O': return ReadMoveCastle(sm, str, length); } // Check for a null move: if ((length == 2 && std::equal(str, str + 2, "--")) || (length == 2 && std::equal(str, str + 2, "Z0")) || (length == 4 && std::equal(str, str + 4, "null"))) { sm->from = GetKingSquare(ToMove); sm->to = sm->from; sm->movingPiece = Board[sm->from]; sm->promote = EMPTY; return OK; } // Invalid move, check for a misspelled first char: switch (str[0]) { case 'A': return ReadMovePawn(sm, str, length, A_FYLE); case 'C': return ReadMovePawn(sm, str, length, C_FYLE); case 'D': return ReadMovePawn(sm, str, length, D_FYLE); case 'E': return ReadMovePawn(sm, str, length, E_FYLE); case 'F': return ReadMovePawn(sm, str, length, F_FYLE); case 'G': return ReadMovePawn(sm, str, length, G_FYLE); case 'H': return ReadMovePawn(sm, str, length, H_FYLE); case 'P': return ParseMove(sm, str + 1, strEnd); case 'k': return ReadMoveKing(sm, str, length); case 'q': return ReadMove(sm, str, length, QUEEN); case 'r': return ReadMove(sm, str, length, ROOK); case 'n': return ReadMove(sm, str, length, KNIGHT); } return ERROR_InvalidMove; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::CalcSANStrings(): // Calculate the SAN string for each move in the legal moves list. // void Position::CalcSANStrings (sanListT *sanList, sanFlagT flag) { MoveList mlist; GenerateMoves(&mlist); for (size_t i = 0, n = mlist.Size(); i < n; i++) { MakeSANString(mlist.Get(i), sanList->list[i], flag); } sanList->num = mlist.Size(); sanList->current = true; } errorT Position::ReadFromLongStr (const char * str) { pieceT pieceFromByte [256] = {EMPTY}; pieceFromByte [(int) 'K'] = WK; pieceFromByte [(int) 'k'] = BK; pieceFromByte [(int) 'Q'] = WQ; pieceFromByte [(int) 'q'] = BQ; pieceFromByte [(int) 'R'] = WR; pieceFromByte [(int) 'r'] = BR; pieceFromByte [(int) 'B'] = WB; pieceFromByte [(int) 'b'] = BB; pieceFromByte [(int) 'N'] = WN; pieceFromByte [(int) 'n'] = BN; pieceFromByte [(int) 'P'] = WP; pieceFromByte [(int) 'p'] = BP; Clear(); for (squareT sq=A1; sq <= H8; sq++) { if (str[sq] == '.') { continue; } pieceT p = pieceFromByte [(byte) str[sq]]; if (p == EMPTY) { return ERROR_Corrupt; } if (AddPiece (p,sq) != OK) { return ERROR_Corrupt; } } switch (str[65]) { case 'w': SetToMove (WHITE); break; case 'b': SetToMove (BLACK); break; default: return ERROR_Corrupt; } return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::MakeLongStr(): // Make a string representing the board. It will be 66 characters // long, encoding the 64 squares (in the order a1,b1,...,g8,h8 // with white pieces in upper case, black pieces in lower case, // and empty squares as dots) then a space, and finally "w" or "b" // indicating the side to move. Example for the starting position: // "RNBQKBNRPPPPPPPP................................pppppppprbnqkbnr w" // void Position::MakeLongStr (char * str) { ASSERT (str != NULL); char * s = str; for (squareT sq = A1; sq <= H8; sq++) { *s++ = PIECE_CHAR[Board[sq]]; } *s++ = ' '; *s++ = (ToMove == WHITE ? 'w' : 'b'); *s = 0; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::ReadFromCompactStr(): // Sets the position from the provided Null-terminated 33-byte // compact string. // The first 32 bytes contain the square valued, 4 bits per value, // for the square order A1, B1, ...., G8, H8. // The next byte contains the side to move, 1 for White or 2 for Black. // The final two bytes contain castling and en passant rights. // To ensure no bytes within the staring are zero-valued (so it // can be used as a regular null-terminated string), the value 1 // is added to the color, castling and en passant fields. errorT Position::ReadFromCompactStr (const byte * str) { Clear(); for (uint i=0; i < 32; i++) { pieceT p = str[i] >> 4; if (p != EMPTY) { if (AddPiece (p, i * 2) != OK) { return ERROR_Corrupt; } } p = str[i] & 15; if (p != EMPTY) { if (AddPiece (p, i * 2 + 1) != OK) { return ERROR_Corrupt; } } } colorT toMove = str[32] - 1; if (toMove != WHITE && toMove != BLACK) { return ERROR_Corrupt; } ToMove = toMove; Castling = str[33] - 1; EPTarget = str[34] - 1; return OK; } void Position::PrintCompactStr (char * cboard) { for (uint i=0; i < 32; i++) { uint i2 = i << 1; cboard[i] = (byte)(Board[i2] << 4) | Board[i2+1]; } cboard[32] = 1 + ToMove; cboard[33] = 1 + Castling; // Check that there really is an enemy pawn that might // be able to capture to the en passant square. For example, // if the EP square is c6 but there is no white pawn on // b5 or d5, then en passant should be ignored. squareT ep = EPTarget; if (ToMove == WHITE) { if (Board[square_Move (ep, DOWN_LEFT)] != WP && Board[square_Move (ep, DOWN_RIGHT)] != WP) { ep = NULL_SQUARE; } } else { if (Board[square_Move (ep, UP_LEFT)] != BP && Board[square_Move (ep, UP_RIGHT)] != BP) { ep = NULL_SQUARE; } } cboard[34] = 1 + ep; cboard[35] = 0; } void Position::PrintCompactStrFlipped (char * cboard) { for (uint i=0; i < 32; i++) { uint i2 = i << 1; // Flip 1st rank to 8th, etc: i2 = ((7 - (i2)/8) * 8 + ((i2) % 8)); cboard[i] = (byte)(PIECE_FLIP[Board[i2]] << 4) | (byte)(PIECE_FLIP[Board[i2+1]]); } cboard[32] = 1 + color_Flip(ToMove); cboard[33] = 1 + Castling; cboard[34] = 1 + EPTarget; cboard[35] = 0; } /// Setup the position from a FEN string. /// Note: the slashes usually found in Fen strings to mark the start /// of a new row do not need to be present, but if they are, they must /// appear at the actual start of a new row or the string will be /// considered corrupt. /// /// IMPORTANT: the shortcut of having a two-digit number to represent /// a number of empty rows (e.g. "/24/" instead of "/8/8/8/") is NOT /// accepted by this function. /// /// It is not considered an error for the halfmove clock or fullmove /// counter to be invalid, so this routine can also read positions /// from EPD lines (which only share the first four fields with FEN). errorT Position::ReadFromFEN(const char* str) { ASSERT (str != NULL); auto is_space = [](char ch) { return isspace(static_cast(ch)); }; auto skip_spaces = [&]() { while (isspace(*str)) { str++; } }; // pieceFromByte[] converts a character to its piece, e.g. 'k' -> BK. static pieceT pieceFromByte [256]; // Note the first Call to set up the static arrays only once: static int firstCall = 1; if (firstCall) { firstCall = 0; // Set up pieceFromByte[]: for (int i=0; i < 256; i++) { pieceFromByte[i] = EMPTY; } pieceFromByte [(int) 'K'] = WK; pieceFromByte [(int) 'k'] = BK; pieceFromByte [(int) 'Q'] = WQ; pieceFromByte [(int) 'q'] = BQ; pieceFromByte [(int) 'R'] = WR; pieceFromByte [(int) 'r'] = BR; pieceFromByte [(int) 'B'] = WB; pieceFromByte [(int) 'b'] = BB; pieceFromByte [(int) 'N'] = WN; pieceFromByte [(int) 'n'] = BN; pieceFromByte [(int) 'P'] = WP; pieceFromByte [(int) 'p'] = BP; } Clear(); // Piece placement skip_spaces(); for (int row = 7; row >= 0; --row) { for (int col = 0; col < 8;) { const auto ch = *str++; if (ch == '/') { // A FEN string does not have to contain '/'s but if one // appears anywhere except the start of a row, it is an error: if (col != 0) return ERROR_InvalidFEN; } else if (ch > '0' && ch < '9') { col += (ch - '0'); if (col > 8) return ERROR_InvalidFEN; } else { auto piece = pieceFromByte[static_cast(ch)]; if (piece == EMPTY) return ERROR_InvalidFEN; if (AddPiece(piece, static_cast(row * 8 + col)) != OK) return ERROR_InvalidFEN; col++; } } } if (Material[WK] != 1 || Material[BK] != 1) { return ERROR_InvalidFEN; } // Now the side to move: skip_spaces(); switch (*str++) { case 'w': SetToMove (WHITE); break; case 'b': SetToMove (BLACK); break; default: return ERROR_InvalidFEN; } if (! IsLegal()) { return ERROR_InvalidFEN; } // Now the castling flags: skip_spaces(); if (*str == '-') { str++; // do nothing } else if (*str == 0) { // The FEN has no castling field, so just guess that // castling is possible whenever a king and rook are // still on their starting squares: if (Board[E1] == WK) { if (Board[A1] == WR) { SetCastling (WHITE, QSIDE, true); } if (Board[H1] == WR) { SetCastling (WHITE, KSIDE, true); } } if (Board[E8] == BK) { if (Board[A8] == BR) { SetCastling (BLACK, QSIDE, true); } if (Board[H8] == BR) { SetCastling (BLACK, KSIDE, true); } } } else { while (!is_space(*str) && *str != 0) { switch (*str++) { case 'Q': SetCastling (WHITE, QSIDE, true); break; case 'q': SetCastling (BLACK, QSIDE, true); break; case 'K': SetCastling (WHITE, KSIDE, true); break; case 'k': SetCastling (BLACK, KSIDE, true); break; default: return ERROR_InvalidFEN; } } } // Now the EP target: skip_spaces(); if (*str == '-') { EPTarget = NULL_SQUARE; str++; // No EP target } else if (*str) { char fylec = *str++; if (fylec < 'a' || fylec > 'h') { return ERROR_InvalidFEN; } char rankc = *str++; if (rankc != '3' && rankc != '6') { return ERROR_InvalidFEN; } EPTarget = square_Make(fyle_FromChar(fylec), rank_FromChar(rankc)); } // Now the capture/pawn halfmove clock: skip_spaces(); if (*str) { char* end; HalfMoveClock = (ushort)std::max(0l, strtol(str, &end, 10)); str = end; } // Finally, the fullmove counter: skip_spaces(); if (*str) { int i = atoi(str); if (i >= 1) { PlyCounter = (i - 1) * 2; } } if (ToMove == BLACK) { PlyCounter++; } return OK; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::PrintFEN(): // Print the FEN representation of the position. // If flags == FEN_COMPACT, only the board and side-to-move fields // are printed, in compact form (no slashes between rows). // If flags == FEN_BOARD, only the board and side-to-move fields // are printed. // If flags == FEN_CASTLING_EP, the castling and en passant fields // are also printed. // If flags == FEN_ALL_FIELDS, all fields are printed including // the halfmove clock and ply counter. // void Position::PrintFEN(char* str, uint flags) const { ASSERT (str != NULL); uint emptyRun, iRank, iFyle; for (iRank = 0; iRank < 8; iRank++) { const pieceT* pBoard = &(Board[(7 - iRank) * 8]); emptyRun = 0; if (iRank > 0 && flags > FEN_COMPACT) { *str++ = '/'; } for (iFyle = 0; iFyle < 8; iFyle++, pBoard++) { if (*pBoard != EMPTY) { if (emptyRun) { *str++ = (byte) emptyRun + '0'; } emptyRun = 0; *str++ = PIECE_CHAR[*pBoard]; } else { emptyRun++; } } if (emptyRun) { *str++ = (byte) emptyRun + '0'; } } if (flags > FEN_COMPACT) { *str++ = ' '; } *str++ = (ToMove == WHITE ? 'w' : 'b'); *str = 0; if (flags >= FEN_CASTLING_EP) { // Add the castling flags and EP flag as well: *str++ = ' '; if (Castling == 0) { *str++ = '-'; } else { if (GetCastling (WHITE, KSIDE)) { *str++ = 'K'; } if (GetCastling (WHITE, QSIDE)) { *str++ = 'Q'; } if (GetCastling (BLACK, KSIDE)) { *str++ = 'k'; } if (GetCastling (BLACK, QSIDE)) { *str++ = 'q'; } } *str++ = ' '; // Now the EP target square: if (EPTarget == NULL_SQUARE) { *str++ = '-'; } else { *str++ = square_FyleChar (EPTarget); *str++ = square_RankChar (EPTarget); } *str = 0; if (flags >= FEN_ALL_FIELDS) { // Also print the Halfmove and ply counters: *str++ = ' '; sprintf (str, "%d %d", HalfMoveClock, (PlyCounter / 2) + 1); } } return; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::DumpHtmlBoard(): // Prints the board in a format for use in HTML documents. // Assumes that the HTML document will be in a directory that // has a subdirectory bitmapsDir with files "bwr.gif", etc. // The numeric arguments are the pixel width and height for each // square -- if zero, then the bitmaps are not scaled. // The following values define the available HTML styles. // Style 0 has 40x40 non-transparent images in the "bitmaps" directory. // Style 1 has 36x35 non-transparent images in the "bitmaps2" directory. struct htmlStyleT { const char * dir; // directory containing images. uint width; // width value specified in tag. uint height; // height value specified in tag. bool transparent; // True if the style uses transparent images, // with square colors set by "bgcolor". }; void Position::DumpHtmlBoard (DString * dstr, uint style, const char * dir, bool flip) { const uint HTML_DIAG_STYLES = 2; htmlStyleT hs [HTML_DIAG_STYLES]; hs[0].dir = "bitmaps"; hs[0].width = 40; hs[0].height = 40; hs[1].dir = "bitmaps2"; hs[1].width = 36; hs[1].height = 35; if (style >= HTML_DIAG_STYLES) { style = 0; } uint width = hs[style].width; uint height = hs[style].height; uint iRank, iFyle; pieceT * pBoard; if (dir == NULL) { dir = hs[style].dir; } dstr->Append ("

\n"); dstr->Append ("\n"); for (iRank = 0; iRank < 8; iRank++) { dstr->Append ("\n"); pBoard = &(Board[(7 - iRank) * 8]); for (iFyle = 0; iFyle < 8; iFyle++, pBoard++) { pieceT piece = *pBoard; if (flip) { piece = Board[iRank * 8 + (7 - iFyle)]; } dstr->Append (" \n"); } dstr->Append ("\n"); } dstr->Append ("
0) { char temp[40]; snprintf (temp, 40, "width=%u ", width); dstr->Append (temp); } if (height > 0) { char temp[40]; snprintf (temp, 40, "height=%u ", height); dstr->Append (temp); } dstr->Append ("src=\""); dstr->Append (dir); dstr->AddChar ('/'); bool lightSq = ((iRank % 2) == (iFyle % 2)); if (lightSq) { dstr->AddChar ('w'); } else { dstr->AddChar ('b'); } if (piece == EMPTY) { dstr->Append ("sq.gif"); } else { colorT c = piece_Color(piece); dstr->AddChar (c == WHITE ? 'w' : 'b'); dstr->AddChar (tolower (PIECE_CHAR[piece])); dstr->Append (".gif"); } dstr->Append ("\" alt=\""); if (piece == EMPTY) { if (! lightSq) { dstr->Append ("::"); } } else { colorT c = piece_Color(piece); dstr->AddChar (c == WHITE ? 'W' : 'B'); dstr->AddChar (toupper (PIECE_CHAR[piece])); } dstr->Append ("\">
\n"); //if (ToMove == WHITE) { // dstr->Append ("
White to move.\n"); //} else { // dstr->Append ("
Black to move.\n"); //} dstr->Append("

"); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::DumpLatexBoard(): // Prints the board in a format used by a chess package that is // available for the LaTeX or TeX typesetting language. void Position::DumpLatexBoard (DString * dstr, bool flip) { uint iRank, iFyle; pieceT * pBoard; dstr->Append ("\\board{"); for (iRank = 0; iRank < 8; iRank++) { pBoard = &(Board[(7 - iRank) * 8]); for (iFyle = 0; iFyle < 8; iFyle++, pBoard++) { pieceT piece = *pBoard; if (flip) { piece = Board[iRank * 8 + (7 - iFyle)]; } if (piece != EMPTY) { dstr->AddChar (PIECE_CHAR[piece]); } else { // put a space or a '*': dstr->AddChar (((iRank % 2) == (iFyle % 2)) ? ' ' : '*'); } } if (iRank < 7) { dstr->Append ("}\n {"); } else { dstr->AddChar ('}'); } } } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::Compare(): // Compare another position with this one. // sint Position::Compare (Position * p) { int i = 32; byte *p1, *p2; p1 = Board; p2 = p->Board; while (i && *p1 == *p2) { i--; p1++; p2++; } if (p1 < p2) { return -1; } if (p1 > p2) { return 1; } return (ToMove - p->GetToMove()); } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // Position::Random // Given a string such as "KRPKR" or "KRP-kr", sets up a // random position with that material configuration. inline squareT randomSquare (void) { return rand() % 64; } inline squareT randomPawnSquare (void) { return (rand() % 48) + A2; } errorT Position::Random (const char * material) { pieceT pieces [32]; // List of pieces excluding kings uint nPieces[2] = {0, 0}; // Number of pieces per side excluding kings. uint total = 0; // Total number of pieces excluding kings. colorT side = WHITE; // The material string must start with a king: if (toupper(*material) != 'K') { return ERROR_Corrupt; } material++; // Read the material string: while (1) { char ch = toupper(*material); if (ch == 0) { break; } switch (ch) { case 'K': if (side == BLACK) { return ERROR_Corrupt; } // Seen third king! side = BLACK; break; case 'Q': case 'R': case 'B': case 'N': case 'P': if (nPieces[side] >= 15) { return ERROR_Corrupt; } nPieces[side]++; if (ch == 'P') { pieces[total] = piece_Make (side, PAWN); } else { pieces[total] = piece_Make (side, piece_FromChar(ch)); } total++; break; case ' ': case '-': case '.': case ',': case ':': // Ignore spaces, commas, etc: break; default: return ERROR_Corrupt; } material++; } if (side != BLACK) { return ERROR_Corrupt; } // Never saw Black king! // Generate two non-adjacent king squares: squareT wk = randomSquare(); squareT bk = randomSquare(); while (wk == bk || square_Adjacent (wk, bk)) { bk = randomSquare(); } // Now add all other pieces to empty squares, looping until a legal // position is found: while (1) { Clear(); ToMove = (rand() % 2) ? WHITE : BLACK; AddPiece (WK, wk); AddPiece (BK, bk); for (uint i=0; i < total; i++) { squareT sq; pieceT p = pieces[i]; bool isPawn = (piece_Type(p) == PAWN); while (1) { sq = isPawn ? randomPawnSquare() : randomSquare(); if (Board[sq] == EMPTY) { break; } } // Add this piece on the random empty square: AddPiece (p, sq); } // Generated a random position with kings not adjacent and // every piece on its own square. We can stop at this // attempt if the enemy king is not in check: squareT enemyKing = (ToMove == WHITE) ? bk : wk; if (CalcAttacks (ToMove, enemyKing, NULL) == 0) { break; } } return OK; } ////////////////////////////////////////////////////////////////////// // EOF: position.cpp ////////////////////////////////////////////////////////////////////// chessx-master/dep/scid/code/src/board_def.h0000755000076500000240000001034714666426276017772 0ustar jensstaff/* * Copyright (C) 2000-2004 Shane Hudson.. * * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ /** @file * Constants and definitions of the chess board. */ #pragma once typedef unsigned char pieceT; // e.g ROOK or WK typedef unsigned char colorT; // WHITE or BLACK typedef unsigned char squareT; // e.g. A3 typedef unsigned char rankT; // Chess board rank typedef unsigned char fyleT; // Chess board file //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // PIECES COLORS const unsigned NUM_COLOR_TYPES = 2; const colorT WHITE = 0, BLACK = 1, NOCOLOR = 2; const char COLOR_CHAR[3] = {'W', 'B', '_'}; inline colorT color_Flip(colorT c) { return 1 - c; } inline char color_Char(colorT c) { return COLOR_CHAR[c]; } // PIECE TYPES (without color; same value as a white piece) const pieceT INVALID_PIECE = 0, KING = 1, QUEEN = 2, ROOK = 3, BISHOP = 4, KNIGHT = 5, PAWN = 6; // PIECES: // Note that color(x) == ((x & 0x8) >> 3) and type(x) == (x & 0x7) // EMPTY is deliberately nonzero, and END_OF_BOARD is zero, so that // a board can be used as a regular 0-terminated string, provided // that board[NULL_SQUARE] == END_OF_BOARD, as it always should be. const pieceT EMPTY = 7; const pieceT END_OF_BOARD = 0; const pieceT WK = 1, WQ = 2, WR = 3, WB = 4, WN = 5, WP = 6; const pieceT BK = 9, BQ = 10, BR = 11, BB = 12, BN = 13, BP = 14; inline colorT piece_Color(pieceT p) { return (p == EMPTY) ? NOCOLOR : ((p & 8) >> 3); } // Slightly faster piece_Color when we are sure the piece is not empty: inline colorT piece_Color_NotEmpty(pieceT p) { return (p & 8) >> 3; } inline pieceT piece_Type(pieceT p) { return (p & 7); } inline pieceT piece_Make(colorT c, pieceT p) { return ((c << 3) | (p & 7)); } // PIECE_CHAR[]: array of piece characters, capitals for White pieces. const char PIECE_CHAR[] = "xKQRBNP.xkqrbnpxMm"; inline char piece_Char(pieceT p) { return PIECE_CHAR[piece_Type(p)]; } //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ // SQUARES const squareT A1 = 0, B1 = 1, C1 = 2, D1 = 3, E1 = 4, F1 = 5, G1 = 6, H1 = 7, A2 = 8, B2 = 9, C2 = 10, D2 = 11, E2 = 12, F2 = 13, G2 = 14, H2 = 15, A3 = 16, B3 = 17, C3 = 18, D3 = 19, E3 = 20, F3 = 21, G3 = 22, H3 = 23, A4 = 24, B4 = 25, C4 = 26, D4 = 27, E4 = 28, F4 = 29, G4 = 30, H4 = 31, A5 = 32, B5 = 33, C5 = 34, D5 = 35, E5 = 36, F5 = 37, G5 = 38, H5 = 39, A6 = 40, B6 = 41, C6 = 42, D6 = 43, E6 = 44, F6 = 45, G6 = 46, H6 = 47, A7 = 48, B7 = 49, C7 = 50, D7 = 51, E7 = 52, F7 = 53, G7 = 54, H7 = 55, A8 = 56, B8 = 57, C8 = 58, D8 = 59, E8 = 60, F8 = 61, G8 = 62, H8 = 63, COLOR_SQUARE = 64, NULL_SQUARE = 65, NS = 65; // NS is abbreviation for NULL_SQUARE. const rankT RANK_1 = 0, RANK_2 = 1, RANK_3 = 2, RANK_4 = 3, RANK_5 = 4, RANK_6 = 5, RANK_7 = 6, RANK_8 = 7, NO_RANK = 64; const fyleT // we use "fyle" instead of "file" to avoid confusion with disk files. A_FYLE = 0, B_FYLE = 1, C_FYLE = 2, D_FYLE = 3, E_FYLE = 4, F_FYLE = 5, G_FYLE = 6, H_FYLE = 7, NO_FYLE = 64; inline rankT rank_FromChar(char c) { if (c < '1' || c > '8') { return NO_RANK; } else return (c - '1'); } inline fyleT fyle_FromChar(char c) { if (c < 'a' || c > 'h') { return NO_FYLE; } else return (c - 'a'); } inline squareT square_Make(fyleT f, rankT r) { return ((r << 3) | f); } inline fyleT square_Fyle(squareT sq) { return (sq & 0x7); } inline rankT square_Rank(squareT sq) { return ((sq >> 3) & 0x7); } constexpr squareT square_Relative(colorT c, squareT sq) { return static_cast(sq ^ (c * 56)); } constexpr rankT rank_Relative(colorT c, rankT r) { return static_cast(r ^ (c * 7)); } chessx-master/dep/scid/code/src/stored.cpp0000755000076500000240000007705514666426276017731 0ustar jensstaff/* * Copyright (C) 2014 Fulvio Benini * This file is part of Scid (Shane's Chess Information Database). * * Scid is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation. * * Scid is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Scid. If not, see . */ #include "stored.h" #include // Stored line codes: used to speed up tree searches. // The basic idea is: keep a fixed dictionary of popular opening lines where // move order is significant (e.g. 1.d4 e6 2.e4 is NOT equal to 1.e4 e6 2.d4). // For each game, the longest sequence of initial moves found in the // dictionary is stored in the index file, as an integer value. // When tree-searching for a position, each stored line is searched // first and if an exact match is found for one (and it has a further // move), all games with that stored line code can be found as matches // without decoding. // Furthermore, if we detect that a line cannot possibly lead to a match // because of its end material value or pawn configuration, all games with // that stored line code can be excluded and skipped without decoding. namespace { class Board { pieceT b_[64]; public: Board(const pieceT* b) { for (int i=0; i < 64; i++) b_[i] = b[i]; } void doMove(FullMove m) { //No promo, no null moves, no queenside castle if (! m.isCastle()) { b_[m.getFrom()] = EMPTY; b_[m.getTo()] = piece_Make(m.getColor(), m.getPiece()); } else { b_[m.getFrom()] = EMPTY; b_[m.getTo()] = EMPTY; int black = (m.getColor() == BLACK) ? 56 : 0; b_[black + G1] = piece_Make(m.getColor(), KING); b_[black + F1] = piece_Make(m.getColor(), ROOK); } } bool operator==(const Board& b) const { return (std::memcmp(b_, b.b_, sizeof b_) == 0); } bool neverMatch(const Board& m) const { // Pawns allows to exclude some games: int p[3][8] = {{0}}; for (int i=0; i < 64; i++) { pieceT a = b_[i]; pieceT b = m.b_[i]; // 1) because a pawn will never go back to home position if (b == WP && a != WP && (i/8) == 1) return true; if (b == BP && a != BP && (i/8) == 6) return true; p[piece_Color(a)][piece_Type(a)] += 1; p[piece_Color(b)][piece_Type(b)] -= 1; } int df[2] = {0}; for (pieceT i=QUEEN; i < PAWN; i++) { if (p[WHITE][i] < 0) df[WHITE] -= p[WHITE][i]; if (p[BLACK][i] < 0) df[BLACK] -= p[BLACK][i]; } // 2) because only extra pawns can be promoted to create other pieces. if (p[WHITE][PAWN] < df[WHITE] || p[BLACK][PAWN] < df[BLACK]) return true; return false; } }; constexpr FullMove fm[] = { // "1.b3" 0x6000251, // "1.c4" 0x600029a, // "1.c4 c5" 0x600029a, 0xe000ca2, // "1.c4 c5 2.Nf3" 0x600029a, 0xe000ca2, 0x5000195, // "1.c4 e5" 0x600029a, 0xe000d24, // "1.c4 e5 2.Nc3" 0x600029a, 0xe000d24, 0x5000052, // "1.c4 e5 2.Nc3 Nf6" 0x600029a, 0xe000d24, 0x5000052, 0xd000fad, // "1.c4 e6" 0x600029a, 0xe000d2c, // "1.c4 e6 2.Nf3" 0x600029a, 0xe000d2c, 0x5000195, // "1.c4 g6" 0x600029a, 0xe000dae, // "1.c4 Nf6" 0x600029a, 0xd000fad, // "1.c4 Nf6 2.Nc3" 0x600029a, 0xd000fad, 0x5000052, // "1.c4 Nf6 2.Nc3 e6" 0x600029a, 0xd000fad, 0x5000052, 0xe000d2c, // "1.c4 Nf6 2.Nc3 g6" 0x600029a, 0xd000fad, 0x5000052, 0xe000dae, // "1.d4" 0x60002db, // "1.d4 d5" 0x60002db, 0xe000ce3, // "1.d4 d5 2.c4" 0x60002db, 0xe000ce3, 0x600029a, // "1.d4 d5 2.c4 c6" 0x60002db, 0xe000ce3, 0x600029a, 0xe000caa, // "1.d4 d5 2.c4 c6 3.Nc3" 0x60002db, 0xe000ce3, 0x600029a, 0xe000caa, 0x5000052, // "1.d4 d5 2.c4 c6 3.Nc3 Nf6" 0x60002db, 0xe000ce3, 0x600029a, 0xe000caa, 0x5000052, 0xd000fad, // "1.d4 d5 2.c4 c6 3.Nc3 Nf6 4.Nf3" 0x60002db, 0xe000ce3, 0x600029a, 0xe000caa, 0x5000052, 0xd000fad, 0x5000195, // "1.d4 d5 2.c4 c6 3.Nf3" 0x60002db, 0xe000ce3, 0x600029a, 0xe000caa, 0x5000195, // "1.d4 d5 2.c4 c6 3.Nf3 Nf6" 0x60002db, 0xe000ce3, 0x600029a, 0xe000caa, 0x5000195, 0xd000fad, // "1.d4 d5 2.c4 c6 3.Nf3 Nf6 4.Nc3" 0x60002db, 0xe000ce3, 0x600029a, 0xe000caa, 0x5000195, 0xd000fad, 0x5000052, // "1.d4 d5 2.c4 c6 3.Nf3 Nf6 4.Nc3 e6" 0x60002db, 0xe000ce3, 0x600029a, 0xe000caa, 0x5000195, 0xd000fad, 0x5000052, 0xe000d2c, // "1.d4 d5 2.c4 dxc4" 0x60002db, 0xe000ce3, 0x600029a, 0xec008da, // "1.d4 d5 2.c4 dxc4 3.Nf3" 0x60002db, 0xe000ce3, 0x600029a, 0xec008da, 0x5000195, // "1.d4 d5 2.c4 dxc4 3.Nf3 Nf6" 0x60002db, 0xe000ce3, 0x600029a, 0xec008da, 0x5000195, 0xd000fad, // "1.d4 d5 2.c4 e6" 0x60002db, 0xe000ce3, 0x600029a, 0xe000d2c, // "1.d4 d5 2.c4 e6 3.Nc3" 0x60002db, 0xe000ce3, 0x600029a, 0xe000d2c, 0x5000052, // "1.d4 d5 2.c4 e6 3.Nc3 c6" 0x60002db, 0xe000ce3, 0x600029a, 0xe000d2c, 0x5000052, 0xe000caa, // "1.d4 d5 2.c4 e6 3.Nc3 Nf6" 0x60002db, 0xe000ce3, 0x600029a, 0xe000d2c, 0x5000052, 0xd000fad, // "1.d4 d5 2.c4 e6 3.Nf3" 0x60002db, 0xe000ce3, 0x600029a, 0xe000d2c, 0x5000195, // "1.d4 d5 2.Nf3" 0x60002db, 0xe000ce3, 0x5000195, // "1.d4 d5 2.Nf3 Nf6" 0x60002db, 0xe000ce3, 0x5000195, 0xd000fad, // "1.d4 d5 2.Nf3 Nf6 3.c4" 0x60002db, 0xe000ce3, 0x5000195, 0xd000fad, 0x600029a, // "1.d4 d5 2.Nf3 Nf6 3.c4 c6" 0x60002db, 0xe000ce3, 0x5000195, 0xd000fad, 0x600029a, 0xe000caa, // "1.d4 d5 2.Nf3 Nf6 3.c4 e6" 0x60002db, 0xe000ce3, 0x5000195, 0xd000fad, 0x600029a, 0xe000d2c, // "1.d4 d6" 0x60002db, 0xe000ceb, // "1.d4 d6 2.Nf3" 0x60002db, 0xe000ceb, 0x5000195, // "1.d4 e6" 0x60002db, 0xe000d2c, // "1.d4 e6 2.c4" 0x60002db, 0xe000d2c, 0x600029a, // "1.d4 e6 2.c4 Nf6" 0x60002db, 0xe000d2c, 0x600029a, 0xd000fad, // "1.d4 f5" 0x60002db, 0xe000d65, // "1.d4 f5 2.g3 Nf6 3.Bg2" 0x60002db, 0xe000d65, 0x6000396, 0xd000fad, 0x400014e, // "1.d4 g6" 0x60002db, 0xe000dae, // "1.d4 g6 2.c4 Bg7" 0x60002db, 0xe000dae, 0x600029a, 0xc000f76, // "1.d4 Nf6" 0x60002db, 0xd000fad, // "1.d4 Nf6 2.Bg5" 0x60002db, 0xd000fad, 0x40000a6, // "1.d4 Nf6 2.Bg5 Ne4" 0x60002db, 0xd000fad, 0x40000a6, 0xd000b5c, // "1.d4 Nf6 2.c4" 0x60002db, 0xd000fad, 0x600029a, // "1.d4 Nf6 2.c4 c5" 0x60002db, 0xd000fad, 0x600029a, 0xe000ca2, // "1.d4 Nf6 2.c4 c5 3.d5" 0x60002db, 0xd000fad, 0x600029a, 0xe000ca2, 0x60006e3, // "1.d4 Nf6 2.c4 c5 3.d5 b5" 0x60002db, 0xd000fad, 0x600029a, 0xe000ca2, 0x60006e3, 0xe000c61, // "1.d4 Nf6 2.c4 c5 3.d5 b5 4.cxb5 a6" 0x60002db, 0xd000fad, 0x600029a, 0xe000ca2, 0x60006e3, 0xe000c61, 0x6c006a1, 0xe000c28, // "1.d4 Nf6 2.c4 e6 3.g3" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x6000396, // "1.d4 Nf6 2.c4 e6 3.g3 d5" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x6000396, 0xe000ce3, // "1.d4 Nf6 2.c4 e6 3.Nc3" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000052, // "1.d4 Nf6 2.c4 e6 3.Nc3 Bb4" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000052, 0xc000f59, // "1.d4 Nf6 2.c4 e6 3.Nc3 Bb4 4.e3" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000052, 0xc000f59, 0x6000314, // "1.d4 Nf6 2.c4 e6 3.Nc3 Bb4 4.e3 O-O" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000052, 0xc000f59, 0x6000314, 0x900cf3f, // "1.d4 Nf6 2.c4 e6 3.Nc3 Bb4 4.Qc2" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000052, 0xc000f59, 0x20000ca, // "1.d4 Nf6 2.c4 e6 3.Nc3 Bb4 4.Qc2 O-O" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000052, 0xc000f59, 0x20000ca, 0x900cf3f, // "1.d4 Nf6 2.c4 e6 3.Nc3 Bb4 4.Qc2 O-O 5.a3 Bxc3+ 6.Qxc3" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000052, 0xc000f59, 0x20000ca, 0x900cf3f, 0x6000210, 0x4ca00652, 0x2800292, // "1.d4 Nf6 2.c4 e6 3.Nc3 d5" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000052, 0xe000ce3, // "1.d4 Nf6 2.c4 e6 3.Nf3" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000195, // "1.d4 Nf6 2.c4 e6 3.Nf3 b6" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000195, 0xe000c69, // "1.d4 Nf6 2.c4 e6 3.Nf3 b6 4.a3" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000195, 0xe000c69, 0x6000210, // "1.d4 Nf6 2.c4 e6 3.Nf3 b6 4.g3" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000195, 0xe000c69, 0x6000396, // "1.d4 Nf6 2.c4 e6 3.Nf3 b6 4.g3 Ba6" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000195, 0xe000c69, 0x6000396, 0xc000ea8, // "1.d4 Nf6 2.c4 e6 3.Nf3 Bb4+" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000195, 0x4c000f59, // "1.d4 Nf6 2.c4 e6 3.Nf3 d5" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000195, 0xe000ce3, // "1.d4 Nf6 2.c4 e6 3.Nf3 d5 4.Nc3" 0x60002db, 0xd000fad, 0x600029a, 0xe000d2c, 0x5000195, 0xe000ce3, 0x5000052, // "1.d4 Nf6 2.c4 g6" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.Be2 O-O" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x400014c, 0x900cf3f, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.Be2 O-O 6.Nf3" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x400014c, 0x900cf3f, 0x5000195, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.f3" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x6000355, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.f3 O-O" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x6000355, 0x900cf3f, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.f3 O-O 6.Be3" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x6000355, 0x900cf3f, 0x4000094, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.Nf3 O-O" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x5000195, 0x900cf3f, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.Nf3 O-O 6.Be2" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x5000195, 0x900cf3f, 0x400014c, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.Nf3 O-O 6.Be2 e5" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x5000195, 0x900cf3f, 0x400014c, 0xe000d24, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.Nf3 O-O 6.Be2 e5 7.O-O" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x5000195, 0x900cf3f, 0x400014c, 0xe000d24, 0x100c107, // "1.d4 Nf6 2.c4 g6 3.Nc3 Bg7 4.e4 d6 5.Nf3 O-O 6.Be2 e5 7.O-O Nc6 8.d5 Ne7" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xc000f76, 0x600031c, 0xe000ceb, 0x5000195, 0x900cf3f, 0x400014c, 0xe000d24, 0x100c107, 0xd000e6a, 0x60006e3, 0xd000ab4, // "1.d4 Nf6 2.c4 g6 3.Nc3 d5" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xe000ce3, // "1.d4 Nf6 2.c4 g6 3.Nc3 d5 4.Nf3" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xe000ce3, 0x5000195, // "1.d4 Nf6 2.c4 g6 3.Nc3 d5 4.cxd5 Nxd5" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xe000ce3, 0x6c006a3, 0xdc00b63, // "1.d4 Nf6 2.c4 g6 3.Nc3 d5 4.cxd5 Nxd5 5.e4 Nxc3 6.bxc3 Bg7" 0x60002db, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, 0xe000ce3, 0x6c006a3, 0xdc00b63, 0x600031c, 0xda008d2, 0x6a00252, 0xc000f76, // "1.d4 Nf6 2.Nf3" 0x60002db, 0xd000fad, 0x5000195, // "1.d4 Nf6 2.Nf3 c5" 0x60002db, 0xd000fad, 0x5000195, 0xe000ca2, // "1.d4 Nf6 2.Nf3 d5" 0x60002db, 0xd000fad, 0x5000195, 0xe000ce3, // "1.d4 Nf6 2.Nf3 e6" 0x60002db, 0xd000fad, 0x5000195, 0xe000d2c, // "1.d4 Nf6 2.Nf3 e6 3.Bg5" 0x60002db, 0xd000fad, 0x5000195, 0xe000d2c, 0x40000a6, // "1.d4 Nf6 2.Nf3 e6 3.c4" 0x60002db, 0xd000fad, 0x5000195, 0xe000d2c, 0x600029a, // "1.d4 Nf6 2.Nf3 g6" 0x60002db, 0xd000fad, 0x5000195, 0xe000dae, // "1.d4 Nf6 2.Nf3 g6 3.Bg5" 0x60002db, 0xd000fad, 0x5000195, 0xe000dae, 0x40000a6, // "1.d4 Nf6 2.Nf3 g6 3.c4" 0x60002db, 0xd000fad, 0x5000195, 0xe000dae, 0x600029a, // "1.d4 Nf6 2.Nf3 g6 3.c4 Bg7" 0x60002db, 0xd000fad, 0x5000195, 0xe000dae, 0x600029a, 0xc000f76, // "1.d4 Nf6 2.Nf3 g6 3.c4 Bg7 4.Nc3" 0x60002db, 0xd000fad, 0x5000195, 0xe000dae, 0x600029a, 0xc000f76, 0x5000052, // "1.d4 Nf6 2.Nf3 g6 3.c4 Bg7 4.Nc3 O-O" 0x60002db, 0xd000fad, 0x5000195, 0xe000dae, 0x600029a, 0xc000f76, 0x5000052, 0x900cf3f, // "1.d4 Nf6 2.Nf3 g6 3.g3" 0x60002db, 0xd000fad, 0x5000195, 0xe000dae, 0x6000396, // "1.d4 Nf6 2.Nf3 g6 3.g3 Bg7 4.Bg2" 0x60002db, 0xd000fad, 0x5000195, 0xe000dae, 0x6000396, 0xc000f76, 0x400014e, // "1.e4" 0x600031c, // "1.e4 c5" 0x600031c, 0xe000ca2, // "1.e4 c5 2.c3" 0x600031c, 0xe000ca2, 0x6000292, // "1.e4 c5 2.c3 d5 3.exd5 Qxd5 4.d4" 0x600031c, 0xe000ca2, 0x6000292, 0xe000ce3, 0x6c00723, 0xac00ee3, 0x60002db, // "1.e4 c5 2.c3 d5 3.exd5 Qxd5 4.d4 Nf6" 0x600031c, 0xe000ca2, 0x6000292, 0xe000ce3, 0x6c00723, 0xac00ee3, 0x60002db, 0xd000fad, // "1.e4 c5 2.c3 Nf6 3.e5 Nd5" 0x600031c, 0xe000ca2, 0x6000292, 0xd000fad, 0x6000724, 0xd000b63, // "1.e4 c5 2.c3 Nf6 3.e5 Nd5 4.d4 cxd4" 0x600031c, 0xe000ca2, 0x6000292, 0xd000fad, 0x6000724, 0xd000b63, 0x60002db, 0xec0089b, // "1.e4 c5 2.d4 cxd4" 0x600031c, 0xe000ca2, 0x60002db, 0xec0089b, // "1.e4 c5 2.Nc3" 0x600031c, 0xe000ca2, 0x5000052, // "1.e4 c5 2.Nc3 Nc6" 0x600031c, 0xe000ca2, 0x5000052, 0xd000e6a, // "1.e4 c5 2.Nc3 Nc6 3.g3" 0x600031c, 0xe000ca2, 0x5000052, 0xd000e6a, 0x6000396, // "1.e4 c5 2.Nc3 Nc6 3.g3 g6" 0x600031c, 0xe000ca2, 0x5000052, 0xd000e6a, 0x6000396, 0xe000dae, // "1.e4 c5 2.Nc3 Nc6 3.g3 g6 4.Bg2 Bg7" 0x600031c, 0xe000ca2, 0x5000052, 0xd000e6a, 0x6000396, 0xe000dae, 0x400014e, 0xc000f76, // "1.e4 c5 2.Nc3 Nc6 3.g3 g6 4.Bg2 Bg7 5.d3" 0x600031c, 0xe000ca2, 0x5000052, 0xd000e6a, 0x6000396, 0xe000dae, 0x400014e, 0xc000f76, 0x60002d3, // "1.e4 c5 2.Nf3" 0x600031c, 0xe000ca2, 0x5000195, // "1.e4 c5 2.Nf3 d6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, // "1.e4 c5 2.Nf3 d6 3.Bb5+" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x44000161, // "1.e4 c5 2.Nf3 d6 3.d4" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 a6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000c28, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 a6 6.Bc4" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000c28, 0x400015a, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 a6 6.Be2" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000c28, 0x400014c, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 a6 6.Be3" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000c28, 0x4000094, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 a6 6.Bg5" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000c28, 0x40000a6, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 a6 6.Bg5 e6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000c28, 0x40000a6, 0xe000d2c, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 g6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000dae, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 g6 6.Be3 Bg7 7.f3" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000dae, 0x4000094, 0xc000f76, 0x6000355, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 g6 6.Be3 Bg7 7.f3 O-O" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000dae, 0x4000094, 0xc000f76, 0x6000355, 0x900cf3f, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 Nc6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xd000e6a, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 Nc6 6.Bg5" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xd000e6a, 0x40000a6, // "1.e4 c5 2.Nf3 d6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 Nc6 6.Bg5 e6 7.Qd2" 0x600031c, 0xe000ca2, 0x5000195, 0xe000ceb, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xd000e6a, 0x40000a6, 0xe000d2c, 0x20000cb, // "1.e4 c5 2.Nf3 e6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, // "1.e4 c5 2.Nf3 e6 3.d3" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002d3, // "1.e4 c5 2.Nf3 e6 3.d4 cxd4 4.Nxd4" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002db, 0xec0089b, 0x5c0055b, // "1.e4 c5 2.Nf3 e6 3.d4 cxd4 4.Nxd4 a6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002db, 0xec0089b, 0x5c0055b, 0xe000c28, // "1.e4 c5 2.Nf3 e6 3.d4 cxd4 4.Nxd4 a6 5.Bd3" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002db, 0xec0089b, 0x5c0055b, 0xe000c28, 0x4000153, // "1.e4 c5 2.Nf3 e6 3.d4 cxd4 4.Nxd4 Nc6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000e6a, // "1.e4 c5 2.Nf3 e6 3.d4 cxd4 4.Nxd4 Nc6 5.Nc3" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000e6a, 0x5000052, // "1.e4 c5 2.Nf3 e6 3.d4 cxd4 4.Nxd4 Nc6 5.Nc3 Qc7" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000e6a, 0x5000052, 0xa000ef2, // "1.e4 c5 2.Nf3 e6 3.d4 cxd4 4.Nxd4 Nf6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, // "1.e4 c5 2.Nf3 e6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, // "1.e4 c5 2.Nf3 e6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 d6" 0x600031c, 0xe000ca2, 0x5000195, 0xe000d2c, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000ceb, // "1.e4 c5 2.Nf3 Nc6" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, // "1.e4 c5 2.Nf3 Nc6 3.Bb5" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x4000161, // "1.e4 c5 2.Nf3 Nc6 3.Bb5 g6" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x4000161, 0xe000dae, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4 e5" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, 0xe000d24, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4 g6" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, 0xe000dae, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 d6" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000ceb, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 d6 6.Bg5" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000ceb, 0x40000a6, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 e5" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000d24, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 e5 6.Ndb5 d6" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000d24, 0x150006e1, 0xe000ceb, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 e5 6.Ndb5 d6 7.Bg5 a6" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000d24, 0x150006e1, 0xe000ceb, 0x40000a6, 0xe000c28, // "1.e4 c5 2.Nf3 Nc6 3.d4 cxd4 4.Nxd4 Nf6 5.Nc3 e5 6.Ndb5 d6 7.Bg5 a6 8.Na3 b5" 0x600031c, 0xe000ca2, 0x5000195, 0xd000e6a, 0x60002db, 0xec0089b, 0x5c0055b, 0xd000fad, 0x5000052, 0xe000d24, 0x150006e1, 0xe000ceb, 0x40000a6, 0xe000c28, 0x5000850, 0xe000c61, // "1.e4 c6" 0x600031c, 0xe000caa, // "1.e4 c6 2.d4 d5" 0x600031c, 0xe000caa, 0x60002db, 0xe000ce3, // "1.e4 c6 2.d4 d5 3.e5" 0x600031c, 0xe000caa, 0x60002db, 0xe000ce3, 0x6000724, // "1.e4 c6 2.d4 d5 3.e5 Bf5" 0x600031c, 0xe000caa, 0x60002db, 0xe000ce3, 0x6000724, 0xc000ea5, // "1.e4 c6 2.d4 d5 3.exd5 cxd5" 0x600031c, 0xe000caa, 0x60002db, 0xe000ce3, 0x6c00723, 0xec00aa3, // "1.e4 c6 2.d4 d5 3.exd5 cxd5 4.c4 Nf6 5.Nc3" 0x600031c, 0xe000caa, 0x60002db, 0xe000ce3, 0x6c00723, 0xec00aa3, 0x600029a, 0xd000fad, 0x5000052, // "1.e4 c6 2.d4 d5 3.Nc3" 0x600031c, 0xe000caa, 0x60002db, 0xe000ce3, 0x5000052, // "1.e4 c6 2.d4 d5 3.Nc3 dxe4 4.Nxe4" 0x600031c, 0xe000caa, 0x60002db, 0xe000ce3, 0x5000052, 0xec008dc, 0x5c0049c, // "1.e4 c6 2.d4 d5 3.Nd2 dxe4 4.Nxe4" 0x600031c, 0xe000caa, 0x60002db, 0xe000ce3, 0x500004b, 0xec008dc, 0x5c002dc, // "1.e4 d5 2.exd5 Nf6" 0x600031c, 0xe000ce3, 0x6c00723, 0xd000fad, // "1.e4 d5 2.exd5 Qxd5" 0x600031c, 0xe000ce3, 0x6c00723, 0xac00ee3, // "1.e4 d5 2.exd5 Qxd5 3.Nc3" 0x600031c, 0xe000ce3, 0x6c00723, 0xac00ee3, 0x5000052, // "1.e4 d5 2.exd5 Qxd5 3.Nc3 Qa5" 0x600031c, 0xe000ce3, 0x6c00723, 0xac00ee3, 0x5000052, 0xa0008e0, // "1.e4 d6" 0x600031c, 0xe000ceb, // "1.e4 d6 2.d4" 0x600031c, 0xe000ceb, 0x60002db, // "1.e4 d6 2.d4 Nf6" 0x600031c, 0xe000ceb, 0x60002db, 0xd000fad, // "1.e4 d6 2.d4 Nf6 3.Nc3" 0x600031c, 0xe000ceb, 0x60002db, 0xd000fad, 0x5000052, // "1.e4 d6 2.d4 Nf6 3.Nc3 g6" 0x600031c, 0xe000ceb, 0x60002db, 0xd000fad, 0x5000052, 0xe000dae, // "1.e4 d6 2.d4 Nf6 3.Nc3 g6 4.f4 Bg7 5.Nf3" 0x600031c, 0xe000ceb, 0x60002db, 0xd000fad, 0x5000052, 0xe000dae, 0x600035d, 0xc000f76, 0x5000195, // "1.e4 d6 2.d4 Nf6 3.Nc3 g6 4.Nf3 Bg7" 0x600031c, 0xe000ceb, 0x60002db, 0xd000fad, 0x5000052, 0xe000dae, 0x5000195, 0xc000f76, // "1.e4 e5" 0x600031c, 0xe000d24, // "1.e4 e5 2.f4" 0x600031c, 0xe000d24, 0x600035d, // "1.e4 e5 2.Nc3" 0x600031c, 0xe000d24, 0x5000052, // "1.e4 e5 2.Nf3" 0x600031c, 0xe000d24, 0x5000195, // "1.e4 e5 2.Nf3 Nc6" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, // "1.e4 e5 2.Nf3 Nc6 3.Bb5" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4 Nf6" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, 0xd000fad, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4 Nf6 5.O-O" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, 0xd000fad, 0x100c107, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4 Nf6 5.O-O b5 6.Bb3" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, 0xd000fad, 0x100c107, 0xe000c61, 0x4000611, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4 Nf6 5.O-O Be7" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, 0xd000fad, 0x100c107, 0xc000f74, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4 Nf6 5.O-O Be7 6.Re1 b5 7.Bb3 d6" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, 0xd000fad, 0x100c107, 0xc000f74, 0x3000144, 0xe000c61, 0x4000611, 0xe000ceb, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4 Nf6 5.O-O Be7 6.Re1 b5 7.Bb3 d6 8.c3 O-O" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, 0xd000fad, 0x100c107, 0xc000f74, 0x3000144, 0xe000c61, 0x4000611, 0xe000ceb, 0x6000292, 0x900cf3f, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4 Nf6 5.O-O Be7 6.Re1 b5 7.Bb3 d6 8.c3 O-O 9.h3" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, 0xd000fad, 0x100c107, 0xc000f74, 0x3000144, 0xe000c61, 0x4000611, 0xe000ceb, 0x6000292, 0x900cf3f, 0x60003d7, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4 Nf6 5.O-O Be7 6.Re1 b5 7.Bb3 d6 8.c3 O-O 9.h3 Na5 10.Bc2 c5 11.d4" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, 0xd000fad, 0x100c107, 0xc000f74, 0x3000144, 0xe000c61, 0x4000611, 0xe000ceb, 0x6000292, 0x900cf3f, 0x60003d7, 0xd000aa0, 0x400044a, 0xe000ca2, 0x60002db, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 a6 4.Ba4 Nf6 5.O-O Be7 6.Re1 b5 7.Bb3 O-O" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xe000c28, 0x4000858, 0xd000fad, 0x100c107, 0xc000f74, 0x3000144, 0xe000c61, 0x4000611, 0x900cf3f, // "1.e4 e5 2.Nf3 Nc6 3.Bb5 Nf6" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x4000161, 0xd000fad, // "1.e4 e5 2.Nf3 Nc6 3.Bc4" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x400015a, // "1.e4 e5 2.Nf3 Nc6 3.Bc4 Nf6" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x400015a, 0xd000fad, // "1.e4 e5 2.Nf3 Nc6 3.d4 exd4" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x60002db, 0xec0091b, // "1.e4 e5 2.Nf3 Nc6 3.d4 exd4 4.Nxd4" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x60002db, 0xec0091b, 0x5c0055b, // "1.e4 e5 2.Nf3 Nc6 3.Nc3" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x5000052, // "1.e4 e5 2.Nf3 Nc6 3.Nc3 Nf6" 0x600031c, 0xe000d24, 0x5000195, 0xd000e6a, 0x5000052, 0xd000fad, // "1.e4 e5 2.Nf3 Nf6" 0x600031c, 0xe000d24, 0x5000195, 0xd000fad, // "1.e4 e5 2.Nf3 Nf6 3.Nxe5 d6" 0x600031c, 0xe000d24, 0x5000195, 0xd000fad, 0x5c00564, 0xe000ceb, // "1.e4 e6" 0x600031c, 0xe000d2c, // "1.e4 e6 2.d3" 0x600031c, 0xe000d2c, 0x60002d3, // "1.e4 e6 2.d4" 0x600031c, 0xe000d2c, 0x60002db, // "1.e4 e6 2.d4 d5" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, // "1.e4 e6 2.d4 d5 3.e5 c5" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x6000724, 0xe000ca2, // "1.e4 e6 2.d4 d5 3.e5 c5 4.c3" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x6000724, 0xe000ca2, 0x6000292, // "1.e4 e6 2.d4 d5 3.Nc3" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x5000052, // "1.e4 e6 2.d4 d5 3.Nc3 Bb4" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x5000052, 0xc000f59, // "1.e4 e6 2.d4 d5 3.Nc3 Bb4 4.e5" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x5000052, 0xc000f59, 0x6000724, // "1.e4 e6 2.d4 d5 3.Nc3 Bb4 4.e5 c5" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x5000052, 0xc000f59, 0x6000724, 0xe000ca2, // "1.e4 e6 2.d4 d5 3.Nc3 Bb4 4.e5 c5 5.a3 Bxc3+ 6.bxc3" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x5000052, 0xc000f59, 0x6000724, 0xe000ca2, 0x6000210, 0x4ca00652, 0x6800252, // "1.e4 e6 2.d4 d5 3.Nc3 Nf6" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x5000052, 0xd000fad, // "1.e4 e6 2.d4 d5 3.Nc3 Nf6 4.Bg5" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x5000052, 0xd000fad, 0x40000a6, // "1.e4 e6 2.d4 d5 3.Nd2" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x500004b, // "1.e4 e6 2.d4 d5 3.Nd2 c5" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x500004b, 0xe000ca2, // "1.e4 e6 2.d4 d5 3.Nd2 Nf6" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x500004b, 0xd000fad, // "1.e4 e6 2.d4 d5 3.Nd2 Nf6 4.e5 Nfd7" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x500004b, 0xd000fad, 0x6000724, 0x1d000b73, // "1.e4 e6 2.d4 d5 3.Nd2 Nf6 4.e5 Nfd7 5.Bd3 c5 6.c3 Nc6 7.Ne2" 0x600031c, 0xe000d2c, 0x60002db, 0xe000ce3, 0x500004b, 0xd000fad, 0x6000724, 0x1d000b73, 0x4000153, 0xe000ca2, 0x6000292, 0xd000e6a, 0x500018c, // "1.e4 g6" 0x600031c, 0xe000dae, // "1.e4 g6 2.d4" 0x600031c, 0xe000dae, 0x60002db, // "1.e4 g6 2.d4 Bg7" 0x600031c, 0xe000dae, 0x60002db, 0xc000f76, // "1.e4 g6 2.d4 Bg7 3.Nc3" 0x600031c, 0xe000dae, 0x60002db, 0xc000f76, 0x5000052, // "1.e4 g6 2.d4 Bg7 3.Nc3 d6" 0x600031c, 0xe000dae, 0x60002db, 0xc000f76, 0x5000052, 0xe000ceb, // "1.e4 Nf6" 0x600031c, 0xd000fad, // "1.e4 Nf6 2.e5 Nd5" 0x600031c, 0xd000fad, 0x6000724, 0xd000b63, // "1.e4 Nf6 2.e5 Nd5 3.d4 d6" 0x600031c, 0xd000fad, 0x6000724, 0xd000b63, 0x60002db, 0xe000ceb, // "1.e4 Nf6 2.e5 Nd5 3.d4 d6 4.Nf3" 0x600031c, 0xd000fad, 0x6000724, 0xd000b63, 0x60002db, 0xe000ceb, 0x5000195, // "1.f4" 0x600035d, // "1.g3" 0x6000396, // "1.Nf3" 0x5000195, // "1.Nf3 c5" 0x5000195, 0xe000ca2, // "1.Nf3 c5 2.c4" 0x5000195, 0xe000ca2, 0x600029a, // "1.Nf3 d5" 0x5000195, 0xe000ce3, // "1.Nf3 d5 2.c4" 0x5000195, 0xe000ce3, 0x600029a, // "1.Nf3 d5 2.d4" 0x5000195, 0xe000ce3, 0x60002db, // "1.Nf3 d5 2.g3" 0x5000195, 0xe000ce3, 0x6000396, // "1.Nf3 g6" 0x5000195, 0xe000dae, // "1.Nf3 Nf6" 0x5000195, 0xd000fad, // "1.Nf3 Nf6 2.c4" 0x5000195, 0xd000fad, 0x600029a, // "1.Nf3 Nf6 2.c4 c5" 0x5000195, 0xd000fad, 0x600029a, 0xe000ca2, // "1.Nf3 Nf6 2.c4 e6" 0x5000195, 0xd000fad, 0x600029a, 0xe000d2c, // "1.Nf3 Nf6 2.c4 g6" 0x5000195, 0xd000fad, 0x600029a, 0xe000dae, // "1.Nf3 Nf6 2.c4 g6 3.Nc3" 0x5000195, 0xd000fad, 0x600029a, 0xe000dae, 0x5000052, // "1.Nf3 Nf6 2.g3" 0x5000195, 0xd000fad, 0x6000396, // "1.Nf3 Nf6 2.g3 g6" 0x5000195, 0xd000fad, 0x6000396, 0xe000dae }; } // End of anonymous namespace const FullMove* StoredLine::Moves_ [STORED_LINES +1] = { // index zero is unused // last index ( Moves_[STORED_LINES] ) is used to detect the end of the array fm + 0, fm + 0, fm + 1, fm + 2, fm + 4, fm + 7, fm + 9, fm + 12, fm + 16, fm + 18, fm + 21, fm + 23, fm + 25, fm + 28, fm + 32, fm + 36, fm + 37, fm + 39, fm + 42, fm + 46, fm + 51, fm + 57, fm + 64, fm + 69, fm + 75, fm + 82, fm + 90, fm + 94, fm + 99, fm + 105, fm + 109, fm + 114, fm + 120, fm + 126, fm + 131, fm + 134, fm + 138, fm + 143, fm + 149, fm + 155, fm + 157, fm + 160, fm + 162, fm + 165, fm + 169, fm + 171, fm + 176, fm + 178, fm + 182, fm + 184, fm + 187, fm + 191, fm + 194, fm + 198, fm + 203, fm + 209, fm + 217, fm + 222, fm + 228, fm + 233, fm + 239, fm + 246, fm + 254, fm + 261, fm + 269, fm + 280, fm + 286, fm + 291, fm + 297, fm + 304, fm + 311, fm + 319, fm + 325, fm + 331, fm + 338, fm + 342, fm + 348, fm + 355, fm + 363, fm + 373, fm + 384, fm + 393, fm + 403, fm + 414, fm + 424, fm + 435, fm + 447, fm + 460, fm + 476, fm + 482, fm + 489, fm + 497, fm + 509, fm + 512, fm + 516, fm + 520, fm + 524, fm + 529, fm + 534, fm + 538, fm + 543, fm + 548, fm + 554, fm + 561, fm + 569, fm + 574, fm + 581, fm + 582, fm + 584, fm + 587, fm + 594, fm + 602, fm + 608, fm + 616, fm + 620, fm + 623, fm + 627, fm + 632, fm + 638, fm + 646, fm + 655, fm + 658, fm + 662, fm + 667, fm + 672, fm + 678, fm + 685, fm + 693, fm + 702, fm + 712, fm + 723, fm + 734, fm + 745, fm + 756, fm + 768, fm + 778, fm + 791, fm + 805, fm + 815, fm + 826, fm + 839, fm + 843, fm + 848, fm + 855, fm + 863, fm + 872, fm + 880, fm + 889, fm + 899, fm + 907, fm + 916, fm + 926, fm + 930, fm + 935, fm + 941, fm + 948, fm + 956, fm + 964, fm + 973, fm + 983, fm + 994, fm +1004, fm +1016, fm +1030, fm +1046, fm +1048, fm +1052, fm +1057, fm +1063, fm +1069, fm +1078, fm +1083, fm +1090, fm +1097, fm +1101, fm +1105, fm +1110, fm +1116, fm +1118, fm +1121, fm +1125, fm +1130, fm +1136, fm +1145, fm +1153, fm +1155, fm +1158, fm +1161, fm +1164, fm +1168, fm +1173, fm +1179, fm +1186, fm +1194, fm +1203, fm +1214, fm +1224, fm +1238, fm +1254, fm +1271, fm +1292, fm +1306, fm +1312, fm +1317, fm +1323, fm +1329, fm +1336, fm +1341, fm +1347, fm +1351, fm +1357, fm +1359, fm +1362, fm +1365, fm +1369, fm +1375, fm +1382, fm +1387, fm +1393, fm +1400, fm +1408, fm +1419, fm +1425, fm +1432, fm +1437, fm +1443, fm +1449, fm +1457, fm +1470, fm +1472, fm +1475, fm +1479, fm +1484, fm +1490, fm +1492, fm +1496, fm +1502, fm +1509, fm +1510, fm +1511, fm +1512, fm +1514, fm +1517, fm +1519, fm +1522, fm +1525, fm +1528, fm +1530, fm +1532, fm +1535, fm +1539, fm +1543, fm +1547, fm +1552, fm +1555, fm +1559 }; StoredLine::StoredLine(const pieceT* board, colorT toMove) { Board search(board); matches_[0] = -1; matches_[STORED_LINES] = -1; for (int line = 1; line < STORED_LINES; line++) { Board b(START_BOARD); const FullMove* end = Moves_[line +1]; for (int ply=0; ply < 99; ply++) { if (((ply %2) == toMove) && b == search) { matches_[line] = ply; break; } const FullMove* m = Moves_[line] + ply; if (m == end) { matches_[line] = b.neverMatch(search) ? -2 : -1; break; } b.doMove(*m); } } } chessx-master/dep/CMakeLists.txt0000755000076500000240000000007214666426276016023 0ustar jensstaffif (ENABLE_SCID_SUPPORT) add_subdirectory(scid) endif() chessx-master/COPYING.md0000755000076500000240000004274714666426276014164 0ustar jensstaff### GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. ### Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Lesser General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. ### TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION **0.** This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. **1.** You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. **2.** You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: **a)** You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. **b)** You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. **c)** If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. **3.** You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: **a)** Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, **b)** Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, **c)** Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. **4.** You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. **5.** You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. **6.** Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. **7.** If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. 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This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. **8.** If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. **9.** The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. **10.** If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. **NO WARRANTY** **11.** BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. **12.** IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. ### END OF TERMS AND CONDITIONS ### How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. one line to give the program's name and an idea of what it does. Copyright (C) yyyy name of author This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands \`show w' and \`show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than \`show w' and \`show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. signature of Ty Coon, 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the [GNU Lesser General Public License](https://www.gnu.org/licenses/lgpl.html) instead of this License. chessx-master/chessx.pro0000755000076500000240000004403014666426276014534 0ustar jensstaff# Main application DEFINES += QT_DEPRECATED_WARNINGS CONFIG += uic warn_on sdk_no_version_check QT += network svg TEMPLATE = app greaterThan(QT_MAJOR_VERSION, 4) { QT += printsupport QT += core gui widgets QT += xml QT -= multimediawidgets # Comment out sound for Ubuntu with Qt5 if multimedia is not available (default in Ubuntu) CONFIG += sound # Comment out speech for Linux - there is a bug in Speech which will make ChessX crash (QTBUG-90626) # Also comment out speech if libspeechdis is not available win32|macx { CONFIG += speech } # Scid requires c++17 CONFIG += c++17 # Add lc0 to package # CONFIG += lc0 DEFINES += USE_C11 CONFIG += scid } greaterThan(QT_MAJOR_VERSION, 5) { # Needed for QStringRef etc. QT += core5compat } speech { DEFINES += USE_SPEECH QT += texttospeech } sound { DEFINES += USE_SOUND QT += multimedia } DEFINES += QUAZIP_STATIC DEFINES += QT_NO_CAST_TO_ASCII DEFINES *= QT_USE_QSTRINGBUILDER macx { QMAKE_CXXFLAGS += -fvisibility=hidden QMAKE_LFLAGS_RELEASE -= -O2 QMAKE_LFLAGS_RELEASE += -m64 -Ofast QMAKE_CXXFLAGS_RELEASE -= -O2 QMAKE_CXXFLAGS_RELEASE *= -m64 -Ofast QMAKE_LFLAGS_DEBUG += -m64 -O0 QMAKE_CXXFLAGS_DEBUG *= -m64 -O0 } unix|!macx { isEmpty(PREFIX) { bsd { PREFIX = /usr/local } PREFIX = /usr } BINDIR = $$PREFIX/bin DATADIR = $$PREFIX/share INSTALLS += appdata desktop icons binfiles appdata.files = unix/io.sourceforge.ChessX.metainfo.xml appdata.path = $$DATADIR/metainfo desktop.files = unix/chessx.desktop desktop.path = $$DATADIR/applications icons.path = $$DATADIR/icons/hicolor icons.commands = install -Dm644 data/images/chessx.png $${icons.path}/128x128/apps/chessx.png; \ install -Dm644 data/images/chessx-32.png $${icons.path}/32x32/apps/chessx.png; \ install -Dm644 data/images/chessx-64.png $${icons.path}/64x64/apps/chessx.png; binfiles.files = release/chessx binfiles.path = $$BINDIR # Note: Compile SSL 1.1.1, uncomment the following line and put the lib path here # LIBS += -L/home/parallels/openssl-1.1.1q -lcrypto -lssl } scid { # Scid sources HEADERS += \ dep/scid/code/src/attacks.h \ dep/scid/code/src/board_def.h \ dep/scid/code/src/bytebuf.h \ dep/scid/code/src/codec_native.h \ dep/scid/code/src/codec_scid4.h \ dep/scid/code/src/codec.h \ dep/scid/code/src/common.h \ dep/scid/code/src/containers.h \ dep/scid/code/src/date.h \ dep/scid/code/src/dstring.h \ dep/scid/code/src/error.h \ dep/scid/code/src/fastgame.h \ dep/scid/code/src/filebuf.h \ dep/scid/code/src/fullmove.h \ dep/scid/code/src/game.h \ dep/scid/code/src/hash.h \ dep/scid/code/src/hfilter.h \ dep/scid/code/src/index.h \ dep/scid/code/src/indexentry.h \ dep/scid/code/src/matsig.h \ dep/scid/code/src/misc.h \ dep/scid/code/src/movegen.h \ dep/scid/code/src/movelist.h \ dep/scid/code/src/movetree.h \ dep/scid/code/src/naglatex.h \ dep/scid/code/src/nagtext.h \ dep/scid/code/src/namebase.h \ dep/scid/code/src/position.h \ dep/scid/code/src/sortcache.h \ dep/scid/code/src/sqmove.h \ dep/scid/code/src/stored.h \ dep/scid/code/src/textbuf.h SOURCES += \ dep/scid/code/src/codec_scid4.cpp \ dep/scid/code/src/game.cpp \ dep/scid/code/src/matsig.cpp \ dep/scid/code/src/misc.cpp \ dep/scid/code/src/position.cpp \ dep/scid/code/src/sortcache.cpp \ dep/scid/code/src/stored.cpp \ dep/scid/code/src/textbuf.cpp INCLUDEPATH += dep/scid/code/src # database implementation HEADERS += src/database/scid/sciddatabase.h SOURCES += src/database/scid/sciddatabase.cpp INCLUDEPATH += src/database/scid DEFINES += USE_SCID } FORMS += \ src/dialogs/aboutdlg.ui \ src/dialogs/actiondialog.ui \ src/dialogs/boardsearchdialog.ui \ src/dialogs/commentdialog.ui \ src/dialogs/copydialog.ui \ src/dialogs/databasetagdialog.ui \ src/dialogs/dlgsavebook.ui \ src/dialogs/matchparameterdlg.ui \ src/dialogs/onlinebase.ui \ src/dialogs/preferences.ui \ src/dialogs/promotiondialog.ui \ src/dialogs/quicksearch.ui \ src/dialogs/recipientaddressdialog.ui \ src/dialogs/renametagdialog.ui \ src/dialogs/savedialog.ui \ src/dialogs/tagdialog.ui \ src/dialogs/tournamentselectiondialog.ui \ src/gui/analysiswidget.ui \ src/gui/annotationwidget.ui \ src/gui/boardsetup.ui \ src/gui/boardviewex.ui \ src/gui/engineoptiondialog.ui \ src/gui/ficsconsole.ui \ src/gui/gamewindow.ui \ src/gui/helpbrowsershell.ui \ src/gui/loadquery.ui \ src/gui/openingtreewidget.ui \ src/gui/tagdetailwidget.ui HEADERS += src/database/board.h \ src/database/abk.h \ src/database/analysis.h \ src/database/annotation.h \ src/database/arenabook.h \ src/database/bitboard.h \ src/database/bitfind.h \ src/database/circularbuffer.h \ src/database/clipboarddatabase.h \ src/database/ctg.h \ src/database/ctgbookwriter.h \ src/database/ctgdatabase.h \ src/database/database.h \ src/database/databaseconversion.h \ src/database/databaseinfo.h \ src/database/datesearch.h \ src/database/downloadmanager.h \ src/database/duplicatesearch.h \ src/database/ecoinfo.h \ src/database/ecopositions.h \ src/database/editaction.h \ src/database/elosearch.h \ src/database/enginedata.h \ src/database/enginelist.h \ src/database/engineoptiondata.h \ src/database/engineparameter.h \ src/database/enginex.h \ src/database/eventinfo.h \ src/database/ficsclient.h \ src/database/ficsdatabase.h \ src/database/filter.h \ src/database/filtermodel.h \ src/database/filteroperator.h \ src/database/filtersearch.h \ src/database/gamecursor.h \ src/database/gameid.h \ src/database/gameundocommand.h \ src/database/gamex.h \ src/database/historylist.h \ src/database/index.h \ src/database/indexitem.h \ src/database/lichessopening.h \ src/database/lichessopeningdatabase.h \ src/database/lichesstransfer.h \ src/database/memorydatabase.h \ src/database/move.h \ src/database/movedata.h \ src/database/nag.h \ src/database/networkhelper.h \ src/database/numbersearch.h \ src/database/openingtree.h \ src/database/openingtreethread.h \ src/database/output.h \ src/database/outputoptions.h \ src/database/partialdate.h \ src/database/pdbtest.h \ src/database/pgndatabase.h \ src/database/piece.h \ src/database/playerdata.h \ src/database/playerdatabase.h \ src/database/playerinfo.h \ src/database/polyglotdatabase.h \ src/database/polyglotwriter.h \ src/database/positionsearch.h \ src/database/refcount.h \ src/database/result.h \ src/database/search.h \ src/database/settings.h \ src/database/spellchecker.h \ src/database/square.h \ src/database/streamdatabase.h \ src/database/tablebase.h \ src/database/tags.h \ src/database/tagsearch.h \ src/database/telnetclient.h \ src/database/threadedguess.h \ src/database/uciengine.h \ src/database/version.h \ src/database/wbengine.h \ src/dialogs/aboutdlg.h \ src/dialogs/actiondialog.h \ src/dialogs/boardsearchdialog.h \ src/dialogs/commentdialog.h \ src/dialogs/copydialog.h \ src/dialogs/databasetagdialog.h \ src/dialogs/dlgsavebook.h \ src/dialogs/matchparameterdlg.h \ src/dialogs/onlinebase.h \ src/dialogs/preferences.h \ src/dialogs/promotiondialog.h \ src/dialogs/quicksearch.h \ src/dialogs/recipientaddressdialog.h \ src/dialogs/renametagdialog.h \ src/dialogs/savedialog.h \ src/dialogs/tagdialog.h \ src/dialogs/tournamentselectiondialog.h \ src/guess/guess.h \ src/guess/guess_attacks.h \ src/guess/guess_common.h \ src/guess/guess_compileeco.h \ src/guess/guess_error.h \ src/guess/guess_guessengine.h \ src/guess/guess_hash.h \ src/guess/guess_misc.h \ src/guess/guess_movelist.h \ src/guess/guess_position.h \ src/guess/guess_recog.h \ src/guess/guess_sqlist.h \ src/guess/guess_sqmove.h \ src/guess/guess_sqset.h \ src/gui/GameMimeData.h \ src/gui/analysiswidget.h \ src/gui/annotationtimeedit.h \ src/gui/annotationwidget.h \ src/gui/boardsetup.h \ src/gui/boardsetuptoolbutton.h \ src/gui/boardtheme.h \ src/gui/boardview.h \ src/gui/boardviewex.h \ src/gui/chartwidget.h \ src/gui/chessbrowser.h \ src/gui/chessxsettings.h \ src/gui/colorlist.h \ src/gui/databaselist.h \ src/gui/databaselistmodel.h \ src/gui/digitalclock.h \ src/gui/dockwidgetex.h \ src/gui/ecolistwidget.h \ src/gui/ecothread.h \ src/gui/engineoptiondialog.h \ src/gui/engineoptionlist.h \ src/gui/engineoptionmodel.h \ src/gui/eventlistwidget.h \ src/gui/exclusiveactiongroup.h \ src/gui/exttool.h \ src/gui/ficsconsole.h \ src/gui/gamelist.h \ src/gui/gamelistsortmodel.h \ src/gui/gamenotationwidget.h \ src/gui/gametoolbar.h \ src/gui/gamewindow.h \ src/gui/helpbrowser.h \ src/gui/helpbrowsershell.h \ src/gui/historylabel.h \ src/gui/htmlitemdelegate.h \ src/gui/kbaction.h \ src/gui/listwidgetex.h \ src/gui/loadquery.h \ src/gui/logstream.h \ src/gui/mainwindow.h \ src/gui/messagedialog.h \ src/gui/ooo/converter.h \ src/gui/ooo/document.h \ src/gui/ooo/formatproperty.h \ src/gui/ooo/kzip.h \ src/gui/ooo/styleinformation.h \ src/gui/ooo/styleparser.h \ src/gui/openingtreewidget.h \ src/gui/plaintextedit.h \ src/gui/playerlistwidget.h \ src/gui/qled.h \ src/gui/qt6compat.h \ src/gui/shellhelper.h \ src/gui/simplelabel.h \ src/gui/style.h \ src/gui/tableview.h \ src/gui/testadapter.h \ src/gui/textbrowserex.h \ src/gui/textedit.h \ src/gui/toolmainwindow.h \ src/gui/translatingslider.h \ src/quazip/JlCompress.h \ src/quazip/crypt.h \ src/quazip/ioapi.h \ src/quazip/quaadler32.h \ src/quazip/quachecksum32.h \ src/quazip/quacrc32.h \ src/quazip/quagzipfile.h \ src/quazip/quaziodevice.h \ src/quazip/quazip.h \ src/quazip/quazip_global.h \ src/quazip/quazipdir.h \ src/quazip/quazipfile.h \ src/quazip/quazipfileinfo.h \ src/quazip/quazipnewinfo.h \ src/quazip/unzip.h \ src/quazip/zip.h SOURCES += \ src/database/analysis.cpp \ src/database/annotation.cpp \ src/database/arenabook.cpp \ src/database/bitboard.cpp \ src/database/board.cpp \ src/database/clipboarddatabase.cpp \ src/database/ctgbookwriter.cpp \ src/database/ctgdatabase.cpp \ src/database/database.cpp \ src/database/databaseconversion.cpp \ src/database/databaseinfo.cpp \ src/database/datesearch.cpp \ src/database/downloadmanager.cpp \ src/database/duplicatesearch.cpp \ src/database/ecoinfo.cpp \ src/database/ecopositions.cpp \ src/database/editaction.cpp \ src/database/elosearch.cpp \ src/database/enginedata.cpp \ src/database/enginelist.cpp \ src/database/engineoptiondata.cpp \ src/database/enginex.cpp \ src/database/eventinfo.cpp \ src/database/ficsclient.cpp \ src/database/ficsdatabase.cpp \ src/database/filter.cpp \ src/database/filtermodel.cpp \ src/database/filtersearch.cpp \ src/database/gamecursor.cpp \ src/database/gamex.cpp \ src/database/historylist.cpp \ src/database/index.cpp \ src/database/indexitem.cpp \ src/database/lichessopening.cpp \ src/database/lichessopeningdatabase.cpp \ src/database/lichesstransfer.cpp \ src/database/memorydatabase.cpp \ src/database/movedata.cpp \ src/database/nag.cpp \ src/database/networkhelper.cpp \ src/database/numbersearch.cpp \ src/database/openingtree.cpp \ src/database/openingtreethread.cpp \ src/database/output.cpp \ src/database/outputoptions.cpp \ src/database/partialdate.cpp \ src/database/pdbtest.cpp \ src/database/pgndatabase.cpp \ src/database/piece.cpp \ src/database/playerdata.cpp \ src/database/playerdatabase.cpp \ src/database/playerinfo.cpp \ src/database/polyglotdatabase.cpp \ src/database/polyglotwriter.cpp \ src/database/positionsearch.cpp \ src/database/refcount.cpp \ src/database/result.cpp \ src/database/search.cpp \ src/database/settings.cpp \ src/database/spellchecker.cpp \ src/database/streamdatabase.cpp \ src/database/tablebase.cpp \ src/database/tags.cpp \ src/database/tagsearch.cpp \ src/database/telnetclient.cpp \ src/database/threadedguess.cpp \ src/database/uciengine.cpp \ src/database/wbengine.cpp \ src/dialogs/aboutdlg.cpp \ src/dialogs/actiondialog.cpp \ src/dialogs/boardsearchdialog.cpp \ src/dialogs/commentdialog.cpp \ src/dialogs/copydialog.cpp \ src/dialogs/databasetagdialog.cpp \ src/dialogs/dlgsavebook.cpp \ src/dialogs/matchparameterdlg.cpp \ src/dialogs/onlinebase.cpp \ src/dialogs/preferences.cpp \ src/dialogs/promotiondialog.cpp \ src/dialogs/quicksearch.cpp \ src/dialogs/recipientaddressdialog.cpp \ src/dialogs/renametagdialog.cpp \ src/dialogs/savedialog.cpp \ src/dialogs/tagdialog.cpp \ src/dialogs/tournamentselectiondialog.cpp \ src/guess/guess.cpp \ src/guess/guess_compileeco.cpp \ src/guess/guess_guessengine.cpp \ src/guess/guess_misc.cpp \ src/guess/guess_movelist.cpp \ src/guess/guess_position.cpp \ src/guess/guess_recog.cpp \ src/gui/analysiswidget.cpp \ src/gui/annotationtimeedit.cpp \ src/gui/annotationwidget.cpp \ src/gui/boardsetup.cpp \ src/gui/boardsetuptoolbutton.cpp \ src/gui/boardtheme.cpp \ src/gui/boardview.cpp \ src/gui/boardviewex.cpp \ src/gui/chartwidget.cpp \ src/gui/chessbrowser.cpp \ src/gui/chessxsettings.cpp \ src/gui/colorlist.cpp \ src/gui/databaselist.cpp \ src/gui/databaselistmodel.cpp \ src/gui/digitalclock.cpp \ src/gui/dockwidgetex.cpp \ src/gui/ecolistwidget.cpp \ src/gui/engineoptiondialog.cpp \ src/gui/engineoptionlist.cpp \ src/gui/engineoptionmodel.cpp \ src/gui/eventlistwidget.cpp \ src/gui/exclusiveactiongroup.cpp \ src/gui/exttool.cpp \ src/gui/ficsconsole.cpp \ src/gui/gamelist.cpp \ src/gui/gamelistsortmodel.cpp \ src/gui/gamenotationwidget.cpp \ src/gui/gametoolbar.cpp \ src/gui/gamewindow.cpp \ src/gui/helpbrowser.cpp \ src/gui/helpbrowsershell.cpp \ src/gui/historylabel.cpp \ src/gui/htmlitemdelegate.cpp \ src/gui/kbaction.cpp \ src/gui/listwidgetex.cpp \ src/gui/loadquery.cpp \ src/gui/logstream.cpp \ src/gui/main.cpp \ src/gui/mainwindow.cpp \ src/gui/mainwindowabout.cpp \ src/gui/mainwindowactions.cpp \ src/gui/messagedialog.cpp \ src/gui/ooo/converter.cpp \ src/gui/ooo/document.cpp \ src/gui/ooo/formatproperty.cpp \ src/gui/ooo/kzip.cpp \ src/gui/ooo/styleinformation.cpp \ src/gui/ooo/styleparser.cpp \ src/gui/openingtreewidget.cpp \ src/gui/plaintextedit.cpp \ src/gui/playerlistwidget.cpp \ src/gui/qled.cpp \ src/gui/shellhelper.cpp \ src/gui/simplelabel.cpp \ src/gui/style.cpp \ src/gui/tableview.cpp \ src/gui/testadapter.cpp \ src/gui/textedit.cpp \ src/gui/toolmainwindow.cpp \ src/gui/translatingslider.cpp \ src/quazip/JlCompress.cpp \ src/quazip/qioapi.cpp \ src/quazip/quaadler32.cpp \ src/quazip/quacrc32.cpp \ src/quazip/quagzipfile.cpp \ src/quazip/quaziodevice.cpp \ src/quazip/quazip.cpp \ src/quazip/quazipdir.cpp \ src/quazip/quazipfile.cpp \ src/quazip/quazipnewinfo.cpp \ src/quazip/unzip.cpp \ src/quazip/zip.cpp INCLUDEPATH += src/database INCLUDEPATH += src/guess INCLUDEPATH += src/gui INCLUDEPATH += src/dialogs INCLUDEPATH += src/quazip INCLUDEPATH += $$[QT_INSTALL_PREFIX]/src/3rdparty/zlib win32 { # DEFINES += ZLIB_WINAPI # LIBS += -lz INCLUDEPATH += $$[QT_INSTALL_HEADERS]/QtZlib win32-g++:LIBS += -lz } UI_DIR = src/generated MOC_DIR = src/generated RCC_DIR = src/generated CONFIG(debug, debug|release) { DESTDIR = "debug" OBJECTS_DIR = "obj_dbg" DEFINES += _DEBUG } CONFIG(release, debug|release) { DESTDIR = "release" OBJECTS_DIR = "obj_rel" DEFINES += QT_NO_DEBUG_OUTPUT NDEBUG } !win32 { CONFIG(debug, debug|release) { LIBS += -lz } CONFIG(release, debug|release) { LIBS += -lz } } TARGET = chessx ICON = data/images/chessx.icns RC_FILE = src/chessx.rc macx { INSTALLATION_DATA.files = mac_osx/qt_menu.nib INSTALLATION_DATA.path = Contents/Resources/ QMAKE_BUNDLE_DATA += INSTALLATION_DATA TIMESEAL_DATA.files = data/timeseal/mac/timeseal TIMESEAL_DATA.path = Contents/MacOS/data/timeseal/mac QMAKE_BUNDLE_DATA += TIMESEAL_DATA QMAKE_INFO_PLIST = mac_osx/Info.plist } RESOURCES = \ resources.qrc translations.qrc TRANSLATIONS = i18n/chessx_de.ts # i18n/chessx_fr.ts \ # i18n/chessx_da.ts \ # i18n/chessx_fr.ts \ # i18n/chessx_it.ts \ # i18n/chessx_cz.ts \ # i18n/chessx_ru.ts \ # i18n/chessx_es.ts # i18n/chessx_nl.ts \ # i18n/chessx_pl.ts \ # i18n/chessx_pt_BR.ts \ # i18n/chessx_ro.ts \ # i18n/chessx_zh.ts isEmpty(QMAKE_LRELEASE) { win32:QMAKE_LRELEASE = $$[QT_INSTALL_BINS]\\lrelease.exe else:QMAKE_LRELEASE = $$[QT_INSTALL_BINS]/lrelease } isEmpty(TS_DIR):TS_DIR = i18n TSQM.name = lrelease ${QMAKE_FILE_IN} TSQM.input = TRANSLATIONS TSQM.output = $$TS_DIR/${QMAKE_FILE_BASE}.qm TSQM.commands = $$QMAKE_LRELEASE ${QMAKE_FILE_IN} -qm ${QMAKE_FILE_PATH}/${QMAKE_FILE_BASE}.qm TSQM.CONFIG += no_link target_predeps QMAKE_EXTRA_COMPILERS += TSQM PRE_TARGETDEPS += compiler_TSQM_make_all OTHER_FILES += \ data/templates/pgn-default.template \ data/templates/notation-default.template \ data/templates/latex-default.template \ data/templates/html-default.template \ ChangeLog.md \ COPYING.md \ ChangeLog.txt \ data/help/about.css \ data/help/about-dark.css \ data/help/about0.html \ data/help/about1.html \ data/help/about1a.html \ data/help/about2.html \ data/help/about3.html \ data/help/about4.html \ data/help/about5.html \ setup7-64.iss \ data/styles/orange.css \ unix/chessx.desktop macx { OTHER_FILES += \ mac_osx/Info.plist \ mac_osx/qt_menu.nib \ data/timeseal/mac/timeseal } win32 { OTHER_FILES += \ src/chessx.rc \ src/chessx.ico } DISTFILES += \ INSTALL.md \ TODO.md \ Doxyfile \ License.txt \ README.developers.md \ unix/make_tarball \ mac_osx/svnlist \ mac_osx/fix_paths.sh \ mac_osx/mac_deploy_dyn \ mac_osx/qt_menu.nib \ data/lang/readme-lang.txt chessx-master/lib/0000755000076500000240000000000014666636300013246 5ustar jensstaffchessx-master/lib/chessx-eco/0000755000076500000240000000000014666426276015320 5ustar jensstaffchessx-master/lib/chessx-eco/chessx-eco.pro0000755000076500000240000000323214666426276020106 0ustar jensstaffQT -= gui TEMPLATE = lib CONFIG += staticlib CONFIG += c++11 # You can make your code fail to compile if it uses deprecated APIs. # In order to do so, uncomment the following line. #DEFINES += QT_DISABLE_DEPRECATED_BEFORE=0x060000 # disables all the APIs deprecated before Qt 6.0.0 win32:CONFIG(debug, debug|release) { DESTDIR = "debug" } win32:CONFIG(release, debug|release) { DESTDIR = "release" } SOURCES += \ ../../src/database/ecopositions.cpp \ ../../src/guess/guess_compileeco.cpp HEADERS += \ ../../src/database/ecopositions.h \ ../../src/guess/guess_compileeco.h # Default rules for deployment. unix { target.path = $$[QT_INSTALL_PLUGINS]/generic } !isEmpty(target.path): INSTALLS += target win32:CONFIG(release, debug|release): LIBS += -L$$OUT_PWD/../chessx-board/release/ -lchessx-board else:win32:CONFIG(debug, debug|release): LIBS += -L$$OUT_PWD/../chessx-board/debug/ -lchessx-board else:unix: LIBS += -L$$OUT_PWD/../chessx-board/ -lchessx-board INCLUDEPATH += $$PWD/../../src/database INCLUDEPATH += $$PWD/../../src/guess DEPENDPATH += $$PWD/../../src/database DEPENDPATH += $$PWD/../../src/guess win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/release/libchessx-board.a else:win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/debug/libchessx-board.a else:win32:!win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/release/chessx-board.lib else:win32:!win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/debug/chessx-board.lib else:unix: PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/libchessx-board.a chessx-master/lib/chessx-pgn/0000755000076500000240000000000014666426276015336 5ustar jensstaffchessx-master/lib/chessx-pgn/pgn.cpp0000755000076500000240000000004114666426276016624 0ustar jensstaff#include "pgn.h" pgn::pgn() { } chessx-master/lib/chessx-pgn/pgn.h0000755000076500000240000000012014666426276016267 0ustar jensstaff#ifndef PGN_H #define PGN_H class pgn { public: pgn(); }; #endif // PGN_H chessx-master/lib/chessx-pgn/chessx-pgn.pro0000755000076500000240000000564014666426276020147 0ustar jensstaffQT -= gui TEMPLATE = lib CONFIG += staticlib CONFIG += c++11 # You can make your code fail to compile if it uses deprecated APIs. # In order to do so, uncomment the following line. #DEFINES += QT_DISABLE_DEPRECATED_BEFORE=0x060000 # disables all the APIs deprecated before Qt 6.0.0 win32:CONFIG(debug, debug|release) { DESTDIR = "debug" } win32:CONFIG(release, debug|release) { DESTDIR = "release" } SOURCES += \ ../../src/database/annotation.cpp \ ../../src/database/database.cpp \ ../../src/database/filter.cpp \ ../../src/database/gamecursor.cpp \ ../../src/database/gamex.cpp \ ../../src/database/index.cpp \ ../../src/database/indexitem.cpp \ ../../src/database/memorydatabase.cpp \ ../../src/database/nag.cpp \ ../../src/database/output.cpp \ ../../src/database/outputoptions.cpp \ ../../src/database/partialdate.cpp \ ../../src/database/pgndatabase.cpp \ ../../src/database/refcount.cpp \ ../../src/database/result.cpp \ ../../src/database/search.cpp \ ../../src/database/settings.cpp \ ../../src/database/streamdatabase.cpp \ ../../src/database/tags.cpp HEADERS += \ ../../src/database/annotation.h \ ../../src/database/database.h \ ../../src/database/filter.h \ ../../src/database/gamecursor.h \ ../../src/database/gameid.h \ ../../src/database/gamex.h \ ../../src/database/index.h \ ../../src/database/indexitem.h \ ../../src/database/memorydatabase.h \ ../../src/database/nag.h \ ../../src/database/output.h \ ../../src/database/outputoptions.h \ ../../src/database/partialdate.h \ ../../src/database/pgndatabase.h \ ../../src/database/refcount.h \ ../../src/database/result.h \ ../../src/database/search.h \ ../../src/database/settings.h \ ../../src/database/streamdatabase.h \ ../../src/database/tags.h \ ../../src/database/version.h # Default rules for deployment. unix { target.path = $$[QT_INSTALL_PLUGINS]/generic } !isEmpty(target.path): INSTALLS += target win32:CONFIG(release, debug|release): LIBS += -L$$OUT_PWD/../chessx-eco/release/ -lchessx-eco else:win32:CONFIG(debug, debug|release): LIBS += -L$$OUT_PWD/../chessx-eco/debug/ -lchessx-eco else:unix: LIBS += -L$$OUT_PWD/../chessx-eco/ -lchessx-eco INCLUDEPATH += $$PWD/../../src/database INCLUDEPATH += $$PWD/../../src/guess DEPENDPATH += $$PWD/../../src/database DEPENDPATH += $$PWD/../../src/guess win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/release/libchessx-eco.a else:win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/debug/libchessx-eco.a else:win32:!win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/release/chessx-eco.lib else:win32:!win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/debug/chessx-eco.lib else:unix: PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/libchessx-eco.a chessx-master/lib/chessx-board/0000755000076500000240000000000014666426276015641 5ustar jensstaffchessx-master/lib/chessx-board/chessx-board.pro0000755000076500000240000000156014666426276020752 0ustar jensstaffQT -= gui TEMPLATE = lib CONFIG += staticlib CONFIG += c++17 # You can make your code fail to compile if it uses deprecated APIs. # In order to do so, uncomment the following line. #DEFINES += QT_DISABLE_DEPRECATED_BEFORE=0x060000 # disables all the APIs deprecated before Qt 6.0.0 win32:CONFIG(debug, debug|release) { DESTDIR = "debug" } win32:CONFIG(release, debug|release) { DESTDIR = "release" } SOURCES += \ ../../src/database/bitboard.cpp \ ../../src/database/board.cpp \ ../../src/database/piece.cpp HEADERS += \ ../../src/database/bitboard.h \ ../../src/database/bitfind.h \ ../../src/database/board.h \ ../../src/database/move.h \ ../../src/database/piece.h \ ../../src/database/square.h # Default rules for deployment. unix { target.path = $$[QT_INSTALL_PLUGINS]/generic } !isEmpty(target.path): INSTALLS += target chessx-master/lib/pgn-convert/0000755000076500000240000000000014666426276015521 5ustar jensstaffchessx-master/lib/pgn-convert/pgn-convert.pro0000755000076500000240000000752614666426276020522 0ustar jensstaffQT -= gui CONFIG += c++11 console CONFIG -= app_bundle # You can make your code fail to compile if it uses deprecated APIs. # In order to do so, uncomment the following line. #DEFINES += QT_DISABLE_DEPRECATED_BEFORE=0x060000 # disables all the APIs deprecated before Qt 6.0.0 SOURCES += \ main.cpp RESOURCES = \ ../../resources.qrc # Default rules for deployment. qnx: target.path = /tmp/$${TARGET}/bin else: unix:!android: target.path = /opt/$${TARGET}/bin !isEmpty(target.path): INSTALLS += target CONFIG(debug, debug|release) { DESTDIR = "debug" } CONFIG(release, debug|release) { DESTDIR = "release" } win32:CONFIG(release, debug|release): LIBS += -L$$OUT_PWD/../chessx-board/release/ -lchessx-board else:win32:CONFIG(debug, debug|release): LIBS += -L$$OUT_PWD/../chessx-board/debug/ -lchessx-board else:unix: LIBS += -L$$OUT_PWD/../chessx-board/ -lchessx-board win32:CONFIG(release, debug|release): LIBS += -L$$OUT_PWD/../chessx-board/release/ -lchessx-board else:win32:CONFIG(debug, debug|release): LIBS += -L$$OUT_PWD/../chessx-board/debug/ -lchessx-board else:unix: LIBS += -L$$OUT_PWD/../chessx-board/ -lchessx-board win32:CONFIG(release, debug|release): LIBS += -L$$OUT_PWD/../chessx-eco/release/ -lchessx-eco else:win32:CONFIG(debug, debug|release): LIBS += -L$$OUT_PWD/../chessx-eco/debug/ -lchessx-eco else:unix: LIBS += -L$$OUT_PWD/../chessx-eco/ -lchessx-eco win32:CONFIG(release, debug|release): LIBS += -L$$OUT_PWD/../chessx-pgn/release/ -lchessx-pgn else:win32:CONFIG(debug, debug|release): LIBS += -L$$OUT_PWD/../chessx-pgn/debug/ -lchessx-pgn else:unix: LIBS += -L$$OUT_PWD/../chessx-pgn/ -lchessx-pgn INCLUDEPATH += $$PWD/../../src/database INCLUDEPATH += $$PWD/../../src/guess DEPENDPATH += $$PWD/../../src/database DEPENDPATH += $$PWD/../../src/guess win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/release/libchessx-board.a else:win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/debug/libchessx-board.a else:win32:!win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/release/chessx-board.lib else:win32:!win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/debug/chessx-board.lib else:unix: PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/libchessx-board.a win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/release/libchessx-board.a else:win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/debug/libchessx-board.a else:win32:!win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/release/chessx-board.lib else:win32:!win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/debug/chessx-board.lib else:unix: PRE_TARGETDEPS += $$OUT_PWD/../chessx-board/libchessx-board.a win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/release/libchessx-eco.a else:win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/debug/libchessx-eco.a else:win32:!win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/release/chessx-eco.lib else:win32:!win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/debug/chessx-eco.lib else:unix: PRE_TARGETDEPS += $$OUT_PWD/../chessx-eco/libchessx-eco.a win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-pgn/release/libchessx-pgn.a else:win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-pgn/debug/libchessx-pgn.a else:win32:!win32-g++:CONFIG(release, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-pgn/release/chessx-pgn.lib else:win32:!win32-g++:CONFIG(debug, debug|release): PRE_TARGETDEPS += $$OUT_PWD/../chessx-pgn/debug/chessx-pgn.lib else:unix: PRE_TARGETDEPS += $$OUT_PWD/../chessx-pgn/libchessx-pgn.a chessx-master/lib/pgn-convert/main.cpp0000755000076500000240000000134414666426276017156 0ustar jensstaff#include #include #include "output.h" #include "memorydatabase.h" #include "settings.h" int main(int argc, char *argv[]) { QCoreApplication a(argc, argv); AppSettings = new Settings("pgn-convert.settings"); if (argc >= 2) { PgnDatabase db; QString filename = argv[1]; QFileInfo fi(filename); QString outfile = fi.baseName() + ".processed.pgn"; if (db.open(filename, true) && db.parseFile()) { qDebug() << "Processing" << db.count() << "games in file" << filename; Output output(Output::Pgn); output.output(outfile, db); qDebug() << "Done"; } return 0; } return 1; } chessx-master/lib/pgn-convert/debug/0000755000076500000240000000000014666426276016607 5ustar jensstaffchessx-master/lib/pgn-convert/debug/pgn-convert0000755000076500000240002040273014666426276021007 0ustar jensstaff !H__PAGEZEROx__TEXT@7@7__text__TEXT :n :__stubs__TEXTB'__stub_helper__TEXTE` E__gcc_except_tab__TEXT0PU0P__cstring__TEXT8O28__const__TEXT|O.__unwind_info__TEXT '7 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L Y))kk!.=4\\ si"<0^$$p9/nnv.- %N)kk!.)!A7%pgn-convert.settings.processed.pgnmain.cppint main(int, char **)Processinggames in fileDone&other != this/Users/jens/Qt/5.15.2/clang_64/lib/QtCore.framework/Headers/qstring.hdefaultsize == 0 || offset < 0 || size_t(offset) >= sizeof(QArrayData)/Users/jens/Qt/5.15.2/clang_64/lib/QtCore.framework/Headers/qarraydata.hKQRB♔♕♖♗♘%1...O-OO-O-Ofrom < 64../../src/database/bitboard.cpps < 64isValidPiece(p) || p == Emptywp == m_pawnCount[White]bp == m_pawnCount[Black]wp + wk + wo == m_pieceCount[White]bp + bk + bo == m_pieceCount[Black]%1/pppppppp/8/8/8/8/PPPPPPPP/%2 w KQkq - 0 1o-o-o0-0-0o-o0-0000000K0QZ0nullQRBN w b - BitBoardw%1 b%2 %3 to move (%1+%2).rnbqkbnr/pppppppp/8/8/8/8/PPPPPPPP/RNBQKBNR w KQkq - 0 10 <= type && type < PieceTypeCount../../src/database/bitboard.h KQRBNPkqrbnp KQRBNPKQRBNP:\[%(egt|emt|clk)\s*(\d?\d:\d?\d:\d\d(\.\d)?)\]\[%(emt)\s*(\d?\d:\d?\d:\d\d(\.\d)?)\]\[%(clk)\s*(\d?\d:\d?\d:\d\d(\.\d)?)\]\[%(egt)\s*(\d?\d:\d?\d:\d\d(\.\d)?)\]\[%(csl|cal)\s*([^\]]*)\]\[%(csl)\s*([^\]]*)\]\[%(cal)\s*([^\]]*)\]\[%(eval)\s*((-?\d?\d(\.\d\d?)?)|#\d\d?)\]MoveData[end]QVector::QVectorSize must be greater than or equal to 0.variations().contains(moveId)../../src/database/gamecursor.cppvoid GameCursor::dumpMoveNode(MoveId) constMove Id : Next node : Prev node : Parent node : Deleted : # Variations: Variations : Move : ()--xxXKQRBNPKQRBNPm_ply<0x7FFF../../src/database/gamecursor.htrueQList::swapvoid QList::removeAt(int) [T = int]QList::removeAt(): Index out of range.QList::eraseThe specified iterator argument 'afirst' is invalidThe specified iterator argument 'alast' is invalidCopy gameAdd move([%emt 0:%1:%2]noneW%1-%2 %3Merge game.??Replace moveAdd lineAdd variationPromote variationRemove variationSetupTruncate variationRemove variationsRemove commentsRemove time commentsSet annotationEdit annotationAppend annotation[%csl %1]%1%2,.%1,%2%3 ,,,'Colorize square%1%2%3%1,%2%3%4Paint arrow[%cal %1]Add nagSet nagsMove variation^.\)%1) %2Enumerate variationsSet resultChess960../../src/database/gamex.cppvoid GameX::dumpAnnotations(MoveId) const Annotations Text : Start : Nags : void GameX::dumpAllMoveNodes() constCurrent Node: Moves: Comments: Nags: ----------------------------------../../src/database/index.cppvoid IndexX::reserve(quint32)Index space void IndexX::squeeze()\-\(\)QWriteLockerQReadWriteLock pointer is misaligned/Users/jens/Qt/5.15.2/clang_64/lib/QtCore.framework/Headers/qreadwritelock.hQReadLocker/Users/jens/Qt/5.15.2/clang_64/lib/QtCore.framework/Headers/qbitarray.hQVector::insertQVector::insertThe specified iterator argument 'before' is invalid $□∞⩲⩱±∓+--+++----++⊙With slight space advantageWith moderate space advantageWith decisive space advantageWith slight development advantage↻→With lasting initiative↑With insufficient compensation for material deficit≌With more than adequate compensation for material deficitWith slight center control advantageWith moderate center control advantageWith decisive center control advantageWith slight kingside control advantageWith moderate kingside control advantageWith decisive kingside control advantageWith slight queenside control advantageWith moderate queenside control advantageWith decisive queenside control advantageWith vulnerable first rankWith well protected first rankWith poorly protected kingWith well protected kingWith poorly placed kingWith well placed kingWith very weak pawn structureWith moderately weak pawn structureWith moderately strong pawn structureWith very strong pawn structureWith poor knight placementWith good knight placementWith poor bishop placementWith good bishop placementWith poor rook placementWith good rook placementWith poor queen placementWith good queen placementWith poor piece coordinationWith good piece coordinationWhite played the opening very poorlyBlack played the opening very poorlyWhite played the opening poorlyBlack played the opening poorlyWhite played the opening wellBlack played the opening wellWhite played the opening very wellBlack played the opening very wellWhite played the middlegame very poorlyBlack played the middlegame very poorlyWhite played the middlegame poorlyBlack played the middlegame poorlyWhite played the middlegame wellBlack played the middlegame wellWhite played the middlegame very wellBlack played the middlegame very wellWhite played the ending very poorlyBlack played the ending very poorlyWhite played the ending poorlyBlack played the ending poorlyWhite played the ending wellBlack played the ending wellWhite played the ending very wellBlack played the ending very well⇄Moderate time control pressure⊕△Aimed against≥<Equivalent wasRRNx⊥⇔⇗⧉◨▞->Good MovePoor MoveVery good MoveBlunderSpeculative MoveDubious MoveOnly MoveWorst MoveEqualUnclearWhite has slight advantageBlack has slight advantageWhite has moderate advantageBlack has moderate advantageWhite has decisive advantageBlack has decisive advantageWhite has crushing advantageBlack has crushing advantageZugzwangWith moderate development advantageWith decisive development advantageWith initiativeWith attackWith compensationWith counterplaySevere time control pressureWith the ideaBetter wasWorse wasWeak pointEndgameLineDiagonalPair of bishopsBishops of opposite colorBishops of the same colorDiagram∝±→↑⊕Δ⇔%1 (%2)NagSetQVector::removeQVector::eraseThe specified iterator argument 'abegin' is invalidThe specified iterator argument 'aend' is invalidabegin >= d->begin()aend <= d->end()abegin <= aendtemplateshtml-default.templatenotation-default.templatelatex-default.templatepgn-default.templatefalse../../src/database/output.cpp
^\s*$^\s*#[OPTIONSDEFINITIONS][OPTIONS][OUTPUTHEADER][OUTPUTFOOTER][MARKUPTAGS]\\n\\^\n,void Output::readTemplateFile(const QString &)Could not create option. Ignoring line %d in file %s : %sInvalid option or value in file %s line %d. Ignoring : %sMarkupHeaderBlockMarkupNotationBlockMarkupResultMarkupDiagramMarkupMainLineMoveMarkupVariationMoveMarkupMainLineMarkupVariationInlineMarkupVariationResumeMarkupVariationResume1MarkupVariationResume2MarkupVariationResume3MarkupVariationResume4MarkupVariationResume5MarkupVariationResume6MarkupVariationResume7MarkupVariationResume8MarkupVariationResume9MarkupVariationIndentMarkupVariationIndent1MarkupNagMarkupAnnotationInlineMarkupAnnotationIndentMarkupPreAnnotationInlineMarkupPreAnnotationIndentMarkupHeaderLineMarkupHeaderTagNameMarkupHeaderTagValueMarkupWhiteTagMarkupBlackTagMarkupEventTagMarkupDateTagMarkupSiteTagMarkupResultTagMarkupRoundTagMarkupColumnStyleMoveMarkupColumnStyleRowMarkupColumnStyleMainlineMarkupMateUnknown Markup Tag found in file %s line %d. Ignoring : %sUnknown Section in Template File %s line %d : %sHtml OutputPgn OutputLatex OutputNotation Widget OutputPNGDiagram SymbolicNagDiagramSizeColumnStyle. ... #***VariationIndentLevelCommentIndentAlwaysOnlyMainlineHTMLCommentsECOWhiteElo (%1)BlackEloWhite - BlackEvent%1SiteRound, ShowHeader@(\w+)@@TextWidth ISO 8859-1utf8void Output::setTemplateFile(QString)Could not decide which template file to use. Maybe strange OutputType:/Date*node == e || (*node)->next/Users/jens/Qt/5.15.2/clang_64/lib/QtCore.framework/Headers/qhash.hNotation in Column StyleAllow HTML in commentsShow symbolic Nags0:20080Text width1:2004Indent variations from LevelVariationIndentSize1:103Variation IndentationAlways|OnlyMainline|NeverComment indentationMainLineMoveColorMain Line ColorVariationColorVariation ColorCommentColorComment ColorNagColorNAG ColorHeaderColorHeader ColorShow HeaderShowDiagramsShow Diagrams0:500200Diagram SizeFontBrowserTextFont for textFontBrowserMoveFont for movesComment Indentation../../src/database/outputoptions.cppbool OutputOptions::createOption(const QString &, OutputOptions::OutputOptionType, const QString &, const QString &, const QString &)Option '%s' could not be createdbool OutputOptions::setOption(const QString &, const QString &)Option '%s' could not be 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uint(aalloc)isDetached()!this->isEmpty()/Users/jens/Qt/5.15.2/clang_64/lib/QtCore.framework/Headers/qstack.hQVector::atQVector::operator[]chessxGameTextPieceStringdata/log/engines-macucichessx.eco:chessx.ecochessx.gtm:chessx.gtmwinboardtimesealmacchessdata/General/DefaultDataPathindexshotsColumnCount/General/EditLimit/General/automaticECO/General/useIndexFile/General/ListFontSize/General/onlineTablebases/General/tablebaseSource/General/onlineVersionCheck/General/autoCommitDB/General/languageDefault/General/BuiltinDbInstalled/GameText/FontSize/GameText/ColumnStyle/GameText/HTMLComments/GameText/HideSpecAnnotations/GameText/SymbolicNag/GameText/TextWidth/GameText/VariationIndentLevel/GameText/VariationIndentSize/GameText/CommentIndentNever/GameText/MainLineMoveColorblack/GameText/VariationColorblue/GameText/CommentColorgreen/GameText/NagColorred/GameText/HeaderColor/GameText/ShowHeader/GameText/ShowDiagrams/GameText/DiagramSize/GameText/FontBrowserTextArial Unicode 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