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softhyphenAmacronamacronAbreveabreveAogonekaogonek Ccircumflex ccircumflex
Cdotaccent
cdotaccentDcarondcaronDcroatEmacronemacronEbreveebreve
Edotaccent
edotaccentEogonekeogonekEcaronecaron Gcircumflex gcircumflex
Gdotaccent
gdotaccent Gcommaaccent gcommaaccent Hcircumflex hcircumflexHbarhbarItildeitildeImacronimacronIbreveibreveIogonekiogonekIJij Jcircumflex jcircumflex Kcommaaccent kcommaaccent kgreenlandicLacutelacute Lcommaaccent lcommaaccentLcaronlcaron
Ldotaccent
ldotaccentNacutenacute Ncommaaccent ncommaaccentNcaronncaron napostropheEngengOmacronomacronObreveobreve
Ohungarumlaut
ohungarumlautRacuteracute Rcommaaccent rcommaaccentRcaronrcaronSacutesacute Scircumflex scircumflexTcedillatcedillaTcarontcaronTbartbarUtildeutildeUmacronumacronUbreveubreveUringuring
Uhungarumlaut
uhungarumlautUogonekuogonek Wcircumflex wcircumflex Ycircumflex ycircumflexZacutezacute
Zdotaccent
zdotaccentslongbstrokeBtopbarbtopbarOopenDafricanDtopbardtopbar deltaturned EreversedSchwaEopenFhook IotaafricanIstrokelbaruni019B Nhookleft
nlegrightlongOcenteredtildeOhornohornyrTonetwotonetwoEshTretroflexhookUhornuhornUpsilonafricanuni01B5uni01B6Ezh Ezhreversed ezhreversed twostroke clickdental clicklateral
clickalveolarclickretroflexDZcaronDzcarondzcaronLJLjljNJNjnjAcaronacaronIcaronicaronOcaronocaronUcaronucaronUdieresismacronudieresismacronUdieresisacuteudieresisacuteUdieresiscaronudieresiscaronUdieresisgraveudieresisgraveeturnedAdieresismacronadieresismacron
Adotmacron
adotmacronAEmacronaemacronGstrokegstrokeGcarongcaronKcaronkcaronOogonekoogonek
Oogonekmacron
oogonekmacronEzhcaronezhcaronjcaronDZDzdzGacutegacuteWynnNgravengrave
Aringacute
aringacuteAEacuteaeacute Ostrokeacute ostrokeacute Adblgrave adblgraveAinvertedbreveainvertedbreve Edblgrave edblgraveEinvertedbreveeinvertedbreve Idblgrave idblgraveIinvertedbreveiinvertedbreve Odblgrave odblgraveOinvertedbreveoinvertedbreve Rdblgrave rdblgraveRinvertedbreverinvertedbreve Udblgrave udblgraveUinvertedbreveuinvertedbreve Scommaaccent scommaaccent Tcommaaccent tcommaaccentYoghyoghHcaronhcaronuni0220uni0226uni0227uni0228uni0229uni022Auni022Buni022Cuni022Duni022Euni022Funi0230uni0231uni0232uni0233dotlessjuni0238uni0239uni023Auni023Buni023Cuni023Duni023Euni0241uni0242uni0243uni0244uni0245uni0246uni0247uni0248uni0249uni024Auni024Buni024Cuni024Duni024Euni024Faturnedascript
ascriptturneduni0253oopenuni0256uni0257 ereversedschwa schwahookeopen
eopenreversedeopenreversedhookeopenreversedclosedjdotlessstrokeuni0260gscripthturneduni0266uni0267istroke iotalatin Ismallipa lmiddletildeuni026Dmturnedmlonglegturnedmhook nhookleftuni0273 Nsmallipauni0275uni0276philatinrturnedrlonglegturneduni027Brlongleguni027D rfishhookrfishhookreversed RsmallipaRsmallinvertedeshdotlessjstrokehookeshsquatreversedtturnedtretroflexhookubar upsilonlatinvturnedwturnedyturned Ysmallipaezh glottalstopglottalstopreversedglottalstopinverted
cstretched
bilabialclick eopenclosed Hsmallipakturned Lsmallipauni02A0glottalstopstrokeglottalstopstrokereverseduni02A3dezhuni02A6uni02A7uni02A9uni02AAuni02ABuni02ACuni02ADuni02AEuni02AFuni02B0uni02B1uni02B2uni02B3uni02B4uni02B5Rsmallinvertedsuperioruni02B7uni02B8primemod dblprimemodcommaturnedmod
apostrophemod afii64937uni02BEuni02BFuni02C0uni02C1uni02C2uni02C3uni02C4uni02C5uni02C8uni02C9uni02CAuni02CBuni02CCuni02CDuni02CEuni02CFcolontriangularmodcolontriangularhalfmoduni02D2uni02D3uni02D4uni02D5uni02D6uni02D7
rhotichookmoduni02DFuni02E0uni02E1uni02E2uni02E3uni02E4tonebarextrahighmodtonebarhighmod
tonebarmidmod
tonebarlowmodtonebarextralowmoduni02EAuni02EBuni02ECuni02EDuni02EEuni02EFuni02F0uni02F1uni02F2uni02F3uni02F4uni02F5uni02F6uni02F7uni02F8uni02F9uni02FAuni02FBuni02FCuni02FDuni02FEuni02FFgravecmbacutecmb
circumflexcmbtildecmb macroncmb overlinecmbbrevecmb dotaccentcmb dieresiscmbhookcmbringcmbhungarumlautcmbcaroncmbverticallineabovecmbdblverticallineabovecmb dblgravecmbcandrabinducmbbreveinvertedcmbcommaturnedabovecmb
commaabovecmbcommareversedabovecmbcommaaboverightcmb
gravebelowcmb
acutebelowcmblefttackbelowcmbrighttackbelowcmbuni031Ahorncmbringhalfleftbelowcmbuptackbelowcmbdowntackbelowcmb plusbelowcmb
minusbelowcmbuni0321uni0322 dotbelowcmbdieresisbelowcmb ringbelowcmb commaaccent
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caronbelowcmbcircumflexbelowcmb
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lowlinecmb
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koroniscmbdialytikatonoscmbypogegrammenigreekcmbuni0346uni0347uni0348uni0349uni034Auni034Buni034Cuni034Duni034Ecombininggraphemejoineruni0350uni0351uni0352uni0353uni0354uni0355uni0356uni0357uni0358uni0359uni035Auni035Buni035Cuni035Duni035Euni035Ftildedoublecmbbreveinverteddoublecmbuni0362uni0363uni0364uni0365uni0366uni0367uni0368uni0369uni036Auni036Buni036Cuni036Duni036Euni036Fnumeralsigngreeknumeralsignlowergreek
ypogegrammeniuni037Buni037Cuni037D
questiongreektonosuni0385
Alphatonos anoteleia EpsilontonosEtatonos Iotatonos Omicrontonos Upsilontonos
OmegatonosiotadieresistonosAlphaBetaGamma
DeltagreekEpsilonZetaEtaThetaIotaKappaLambdaMuNuXiOmicronPiRhoSigmaTauUpsilonPhiChiPsi
Omegagreek IotadieresisUpsilondieresis
alphatonos epsilontonosetatonos iotatonosupsilondieresistonosalphabetagammadeltaepsilonzetaetathetaiotakappalambdamugreeknuxiomicronrho
sigmafinalsigmatauupsilonphichipsiomega iotadieresisupsilondieresis omicrontonos upsilontonos
omegatonossigmalunatesymbolgreekyotgreekuni03F4uni03F5uni03F6uni03F7uni03F8uni03F9uni03FAuni03FBuni03FCuni03FDuni03FEuni03FFuni0400
Iocyrillic Djecyrillic Gjecyrillic Ecyrillic Dzecyrillic Icyrillic
Yicyrillic
Jecyrillic Ljecyrillic Njecyrillic Tshecyrillic Kjecyrillicuni040DUshortcyrillic Dzhecyrillic Acyrillic
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Iecyrillic Zhecyrillic
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Kacyrillic
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Escyrillic
Tecyrillic Ucyrillic
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IAcyrillic acyrillic
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encyrillic ocyrillic
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escyrillic
tecyrillic ucyrillic
efcyrillic khacyrillic tsecyrillic checyrillic shacyrillic
shchacyrillichardsigncyrillic yericyrillicsoftsigncyrillicereversedcyrillic
iucyrillic
iacyrillicuni0450
iocyrillic djecyrillic gjecyrillic ecyrillic dzecyrillic icyrillic
yicyrillic
jecyrillic ljecyrillic njecyrillic tshecyrillic kjecyrillicuni045Dushortcyrillic dzhecyrillic Yatcyrillic yatcyrillicEiotifiedcyrilliceiotifiedcyrillicYuslittlecyrillicyuslittlecyrillicYuslittleiotifiedcyrillicyuslittleiotifiedcyrillicYusbigcyrillicyusbigcyrillicYusbigiotifiedcyrillicyusbigiotifiedcyrillic Psicyrillic psicyrillic Fitacyrillic fitacyrillicIzhitsacyrillicizhitsacyrillicIzhitsadblgravecyrillicizhitsadblgravecyrillicuni0478uni0479GheupturncyrillicgheupturncyrillicGhestrokecyrillicghestrokecyrillicZhedescendercyrilliczhedescendercyrillicZedescendercyrilliczedescendercyrillicKadescendercyrillickadescendercyrillicKaverticalstrokecyrillickaverticalstrokecyrillicKabashkircyrillickabashkircyrillicEndescendercyrillicendescendercyrillic
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tetsecyrillicChedescendercyrillicchedescendercyrillicCheverticalstrokecyrilliccheverticalstrokecyrillic Shhacyrillic shhacyrillicCheabkhasiancyrilliccheabkhasiancyrillic Chedescenderabkhasiancyrillic chedescenderabkhasiancyrillicpalochkacyrillicZhebrevecyrilliczhebrevecyrillicEnhookcyrillicenhookcyrillicuni04CFAbrevecyrillicabrevecyrillicAdieresiscyrillicadieresiscyrillic Aiecyrillic aiecyrillicIebrevecyrilliciebrevecyrillic
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schwacyrillicSchwadieresiscyrillicschwadieresiscyrillicZhedieresiscyrilliczhedieresiscyrillicZedieresiscyrilliczedieresiscyrillicDzeabkhasiancyrillicdzeabkhasiancyrillicImacroncyrillicimacroncyrillicIdieresiscyrillicidieresiscyrillicOdieresiscyrillicodieresiscyrillicObarredcyrillicobarredcyrillicObarreddieresiscyrillicobarreddieresiscyrillicuni04ECuni04EDUmacroncyrillicumacroncyrillicUdieresiscyrillicudieresiscyrillicUhungarumlautcyrillicuhungarumlautcyrillicChedieresiscyrillicchedieresiscyrillicuni04F6uni04F7Yerudieresiscyrillicyerudieresiscyrillicuni04FEuni04FFuni0500uni0501uni0510uni0511uni0512uni0513uni0E3F.bahtthaiu10D0u10D1u10D2u10D3u10D4u10D5u10D6u10D7u10D8u10D9u10DAu10DBu10DCu10DDu10DEu10DFu10E0u10E1u10E2u10E3u10E4u10E5u10E6u10E7u10E8u10E9u10EAu10EBu10ECu10EDu10EEu10EFu10F0u10F1u10F2u10F3u10F4u10F5u10F6u10FBuni1D01uni1D08uni1D09uni1D0Euni1D11uni1D12uni1D13uni1D14uni1D16uni1D17uni1D18uni1D19uni1D1Auni1D1Duni1D1Euni1D1Funi1D43uni1D44uni1D45uni1D46uni1D47uni1D48uni1D49uni1D4Auni1D4Buni1D4Cuni1D4Duni1D4Euni1D4Funi1D50uni1D51uni1D52uni1D53uni1D54uni1D55uni1D56uni1D57uni1D58uni1D59uni1D5Auni1D5Buni1D5Duni1D5Euni1D5Funi1D61uni1D62uni1D63uni1D64uni1D65uni1D66uni1D67uni1D68uni1D6Auni1D6Buni1D6Cuni1D6Duni1D6Euni1D71uni1D72uni1D73uni1D75uni1D7Auni1DBF.smallthetauni1DC0uni1DC1uni1DC4uni1DC5uni1DC6uni1DC7uni1DC8uni1DC9uni1DCA
Aringbelow
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Bdotaccent
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Blinebelow
blinebelow
Ccedillaacute
ccedillaacute
Ddotaccent
ddotaccent Ddotbelow ddotbelow
Dlinebelow
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ecedillabreve
Fdotaccent
fdotaccentGmacrongmacron
Hdotaccent
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Klinebelow
klinebelow Ldotbelow ldotbelowLdotbelowmacronldotbelowmacron
Llinebelow
llinebelowLcircumflexbelowlcircumflexbelowMacutemacute
Mdotaccent
mdotaccent Mdotbelow mdotbelow
Ndotaccent
ndotaccent Ndotbelow ndotbelow
Nlinebelow
nlinebelowNcircumflexbelowncircumflexbelow Otildeacute otildeacuteOtildedieresisotildedieresis Omacrongrave omacrongrave Omacronacute omacronacutePacutepacute
Pdotaccent
pdotaccent
Rdotaccent
rdotaccent Rdotbelow rdotbelowRdotbelowmacronrdotbelowmacron
Rlinebelow
rlinebelow
Sdotaccent
sdotaccent Sdotbelow sdotbelowSacutedotaccentsacutedotaccentScarondotaccentscarondotaccentSdotbelowdotaccentsdotbelowdotaccent
Tdotaccent
tdotaccent Tdotbelow tdotbelow
Tlinebelow
tlinebelowTcircumflexbelowtcircumflexbelowUdieresisbelowudieresisbelow Utildebelow utildebelowUcircumflexbelowucircumflexbelow Utildeacute utildeacuteUmacrondieresisumacrondieresisVtildevtilde Vdotbelow vdotbelowWgravewgraveWacutewacute Wdieresis wdieresis
Wdotaccent
wdotaccent Wdotbelow wdotbelow
Xdotaccent
xdotaccent Xdieresis xdieresis
Ydotaccent
ydotaccent Zcircumflex zcircumflex Zdotbelow zdotbelow
Zlinebelow
zlinebelow
hlinebelow tdieresiswringyringarighthalfringslongdotaccent Adotbelow adotbelow
Ahookabove
ahookaboveAcircumflexacuteacircumflexacuteAcircumflexgraveacircumflexgraveAcircumflexhookaboveacircumflexhookaboveAcircumflextildeacircumflextildeAcircumflexdotbelowacircumflexdotbelow Abreveacute abreveacute Abrevegrave abrevegraveAbrevehookaboveabrevehookabove Abrevetilde abrevetildeAbrevedotbelowabrevedotbelow Edotbelow edotbelow
Ehookabove
ehookaboveEtildeetildeEcircumflexacuteecircumflexacuteEcircumflexgraveecircumflexgraveEcircumflexhookaboveecircumflexhookaboveEcircumflextildeecircumflextildeEcircumflexdotbelowecircumflexdotbelow
Ihookabove
ihookabove Idotbelow idotbelow Odotbelow odotbelow
Ohookabove
ohookaboveOcircumflexacuteocircumflexacuteOcircumflexgraveocircumflexgraveOcircumflexhookaboveocircumflexhookaboveOcircumflextildeocircumflextildeOcircumflexdotbelowocircumflexdotbelow
Ohornacute
ohornacute
Ohorngrave
ohorngraveOhornhookaboveohornhookabove
Ohorntilde
ohorntilde
Ohorndotbelow
ohorndotbelow Udotbelow udotbelow
Uhookabove
uhookabove
Uhornacute
uhornacute
Uhorngrave
uhorngraveUhornhookaboveuhornhookabove
Uhorntilde
uhorntilde
Uhorndotbelow
uhorndotbelowYgraveygrave Ydotbelow ydotbelow
Yhookabove
yhookaboveYtildeytildeuni1F00uni1F01uni1F02uni1F03uni1F04uni1F05uni1F06uni1F07uni1F08uni1F09uni1F0Auni1F0Buni1F0Cuni1F0Duni1F0Euni1F0Funi1F10uni1F11uni1F12uni1F13uni1F14uni1F15uni1F18uni1F19uni1F1Auni1F1Buni1F1Cuni1F1Duni1F20uni1F21uni1F22uni1F23uni1F24uni1F25uni1F26uni1F27uni1F28uni1F29uni1F2Auni1F2Buni1F2Cuni1F2Duni1F2Euni1F2Funi1F30uni1F31uni1F32uni1F33uni1F34uni1F35uni1F36uni1F37uni1F38uni1F39uni1F3Auni1F3Buni1F3Cuni1F3Duni1F3Euni1F3Funi1F40uni1F41uni1F42uni1F43uni1F44uni1F45uni1F48uni1F49uni1F4Auni1F4Buni1F4Cuni1F4Duni1F50uni1F51uni1F52uni1F53uni1F54uni1F55uni1F56uni1F57uni1F59uni1F5Buni1F5Duni1F5Funi1F60uni1F61uni1F62uni1F63uni1F64uni1F65uni1F66uni1F67uni1F68uni1F69uni1F6Auni1F6Buni1F6Cuni1F6Duni1F6Euni1F6Funi1F70uni1F71uni1F72uni1F73uni1F74uni1F75uni1F76uni1F77uni1F78uni1F79uni1F7Auni1F7Buni1F7Cuni1F7Duni1F80uni1F81uni1F82uni1F83uni1F84uni1F85uni1F86uni1F87uni1F88uni1F89uni1F8Auni1F8Buni1F8Cuni1F8Duni1F8Euni1F8Funi1F90uni1F91uni1F92uni1F93uni1F94uni1F95uni1F96uni1F97uni1F98uni1F99uni1F9Auni1F9Buni1F9Cuni1F9Duni1F9Euni1F9Funi1FA0uni1FA1uni1FA2uni1FA3uni1FA4uni1FA5uni1FA6uni1FA7uni1FA8uni1FA9uni1FAAuni1FABuni1FACuni1FADuni1FAEuni1FAFuni1FB0uni1FB1uni1FB2uni1FB3uni1FB4uni1FB6uni1FB7uni1FB8uni1FB9uni1FBAuni1FBBuni1FBCuni1FBDuni1FBEuni1FBFuni1FC0uni1FC1uni1FC2uni1FC3uni1FC4uni1FC6uni1FC7uni1FC8uni1FC9uni1FCAuni1FCBuni1FCCuni1FCDuni1FCEuni1FCFuni1FD0uni1FD1uni1FD2uni1FD3uni1FD6uni1FD7uni1FD8uni1FD9uni1FDAuni1FDBuni1FDDuni1FDEuni1FDFuni1FE0uni1FE1uni1FE2uni1FE3uni1FE4uni1FE5uni1FE6uni1FE7uni1FE8uni1FE9uni1FEAuni1FEBuni1FECuni1FEDuni1FEEuni1FEFuni1FF2uni1FF3uni1FF4uni1FF6uni1FF7uni1FF8uni1FF9uni1FFAuni1FFBuni1FFCuni1FFDuni1FFEuni2000uni2001enspaceemspaceuni2004uni2005uni2006uni2007uni2008uni2009uni200Azerowidthspacezerowidthnonjoinerzerowidthjoinerlefttorightmarkrighttoleftmark hyphentwononbreakinghyphen
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# doesn't declare constraints on it. Unclear if/how we should validate.
font, font_size = cls._get_tokens(idx, tokens)
return cls(font, float(font_size))
class Text(metaclass=TupleCommand):
COMMAND = 'Tj'
ARGS = ['text']
def resolve(self):
return '({}) {}'.format(self.text, self.COMMAND)
class XObject(metaclass=TupleCommand):
COMMAND = 'Do'
ARGS = ['name']
def resolve(self):
return '/{} {}'.format(self.name, self.COMMAND)
class GraphicsState(metaclass=TupleCommand):
COMMAND = 'gs'
ARGS = ['name']
def resolve(self):
return '/{} {}'.format(self.name, self.COMMAND)
class Rect(metaclass=FloatTupleCommand):
COMMAND = 're'
ARGS = ['x', 'y', 'width', 'height']
def transform(self, t):
x, y = transform_point((self.x, self.y), t)
width, height = transform_vector((self.width, self.height), t)
return Rect(x, y, width, height)
class Move(metaclass=FloatTupleCommand):
COMMAND = 'm'
ARGS = ['x', 'y']
def transform(self, t):
x, y = transform_point((self.x, self.y), t)
return Move(x, y)
class Line(metaclass=FloatTupleCommand):
COMMAND = 'l'
ARGS = ['x', 'y']
def transform(self, t):
x, y = transform_point((self.x, self.y), t)
return Line(x, y)
class Bezier(metaclass=FloatTupleCommand):
"""Cubic bezier curve, from the current point to (x3, y3), using (x1, y1)
and (x2, y2) as control points.
"""
COMMAND = 'c'
ARGS = ['x1', 'y1', 'x2', 'y2', 'x3', 'y3']
def transform(self, t):
x1, y1 = transform_point((self.x1, self.y1), t)
x2, y2 = transform_point((self.x2, self.y2), t)
x3, y3 = transform_point((self.x3, self.y3), t)
return Bezier(x1, y1, x2, y2, x3, y3)
class BezierV(metaclass=FloatTupleCommand):
"""Cubic bezier curve, from the current point to (x3, y3), using (x2, y2)
and (x3, y3) as control points.
"""
COMMAND = 'v'
ARGS = ['x2', 'y2', 'x3', 'y3']
def transform(self, t):
x2, y2 = transform_point((self.x2, self.y2), t)
x3, y3 = transform_point((self.x3, self.y3), t)
return BezierV(x2, y2, x3, y3)
class BezierY(metaclass=FloatTupleCommand):
"""Cubic bezier curve, from the current point to (x3, y3), using (x1, y1)
and (x3, y3) as control points.
"""
COMMAND = 'y'
ARGS = ['x1', 'y1', 'x3', 'y3']
def transform(self, t):
x1, y1 = transform_point((self.x1, self.y1), t)
x3, y3 = transform_point((self.x3, self.y3), t)
return BezierY(x1, y1, x3, y3)
class MatrixCommand(TupleCommand):
def __new__(cls, name, parents, attrs):
attrs['ARGS'] = ['matrix']
attrs['NUM_ARGS'] = 6
return super(MatrixCommand, cls).__new__(cls, name, parents, attrs)
def __init__(cls, name, parents, attrs):
def transform(self, t):
return cls(matrix_multiply(t, self.matrix))
def resolve(self):
return ' '.join([format_number(n) for n in self.matrix] + [self.COMMAND])
@classmethod
def from_tokens(cls, idx, tokens):
return cls([float(tok) for tok in cls._get_tokens(idx, tokens)])
def __init__(self, matrix):
if len(matrix) != 6:
raise ValueError('go away you bad dude')
setattr(cls, 'transform', transform)
setattr(cls, 'resolve', resolve)
setattr(cls, 'from_tokens', from_tokens)
setattr(cls, '__init__', __init__)
class TextMatrix(metaclass=MatrixCommand):
COMMAND = 'Tm'
class CTM(metaclass=MatrixCommand):
COMMAND = 'cm'
def format_number(n):
# Really small numbers should just be rounded to 0
if -ZERO_TOLERANCE <= n <= ZERO_TOLERANCE:
return '0'
# Cut off unnecessary decimals
if n % 1 == 0:
return str(int(n))
# Otherwise return 10 decimal places, but remove trailing zeros. I wish I
# could use 'g' for this, but that switches to scientific notation at
# certain thresholds.
string = '{:.10f}'.format(n)
i = len(string) - 1
while string[i] == '0':
i -= 1
return string[:i + 1]
def quadratic_to_cubic_bezier(
start_x, start_y,
control_x, control_y,
end_x, end_y
):
"""Make a cubic bezier curve from the parameters of a quadratic bezier.
This is necessary because PDF doesn't have quadratic beziers.
"""
cp1x = start_x + 2 / 3 * (control_x - start_x)
cp1y = start_y + 2 / 3 * (control_y - start_y)
cp2x = end_x + 2 / 3 * (control_x - end_x)
cp2y = end_y + 2 / 3 * (control_y - end_y)
return Bezier(cp1x, cp1y, cp2x, cp2y, end_x, end_y)
endesive-2.19.1/endesive/pdf/PyPDF2_annotate/pdfrw.py 0000664 0000000 0000000 00000003067 15042366745 0022374 0 ustar 00root root 0000000 0000000 from endesive.pdf.PyPDF2 import generic as pdf
def makeObject(obj):
if isinstance(obj, pdf.PdfObject):
return obj
if isinstance(obj, int):
return pdf.NumberObject(obj)
if isinstance(obj, float):
return pdf.NumberObject(obj)
if isinstance(obj, str):
return pdf.createStringObject(obj)
if isinstance(obj, (list, tuple)):
result = pdf.ArrayObject()
for v in obj:
v = makeObject(v)
result.append(v)
return result
if isinstance(obj, dict):
result = PdfDict()
for k, v in obj.items():
v = makeObject(v)
result[k] = v
return result
raise ValueError("can`t convert to PdfObject", obj)
class PdfDict(pdf.DictionaryObject):
indirect = False
stream = None
def __init__(self, *args, **kwargs):
super(PdfDict, self).__init__({})
for k, v in kwargs.items():
self[k] = v
def __setitem__(self, k, v):
if k == "stream":
if isinstance(v, str):
v = v.encode("latin1")
self.stream = v
return
if not isinstance(k, pdf.NameObject):
k = PdfName(k)
v = makeObject(v)
super(PdfDict, self).__setitem__(k, v)
class IndirectPdfDict(PdfDict):
indirect = True
def PdfName(name):
return pdf.NameObject("/" + name)
def PdfString(s):
return pdf.createStringObject(s)
def PdfArray(l):
result = pdf.ArrayObject([])
for v in l:
v = makeObject(v)
result.append(v)
return result
endesive-2.19.1/endesive/pdf/PyPDF2_annotate/pdfttf.py 0000664 0000000 0000000 00000020635 15042366745 0022541 0 ustar 00root root 0000000 0000000 import os
import re
import zlib
from ..fpdf.ttfonts import TTFontFile
from .pdfrw import PdfDict, PdfName, PdfString, PdfArray, IndirectPdfDict
class TTFFont:
def __init__(self, ttffilename):
self.size = 12
self.font = None
ttf = TTFontFile()
ttf.getMetrics(ttffilename)
desc = {
"Ascent": int(round(ttf.ascent, 0)),
"Descent": int(round(ttf.descent, 0)),
"CapHeight": int(round(ttf.capHeight, 0)),
"Flags": ttf.flags,
"FontBBox": (
int(round(ttf.bbox[0], 0)),
int(round(ttf.bbox[1], 0)),
int(round(ttf.bbox[2], 0)),
int(round(ttf.bbox[3], 0)),
),
"ItalicAngle": int(ttf.italicAngle),
"StemV": int(round(ttf.stemV, 0)),
"MissingWidth": int(round(ttf.defaultWidth, 0)),
}
font_dict = {
"type": "TTF",
"name": re.sub("[ ()]", "", ttf.fullName),
"desc": desc,
"up": round(ttf.underlinePosition),
"ut": round(ttf.underlineThickness),
"cw": ttf.charWidths,
"ttffile": ttffilename,
# "fontkey": fontkey,
"originalsize": os.stat(ttffilename).st_size,
"subset": set(range(0, 32)),
}
self.font = font_dict
def font_widths(self, font, maxUni):
rangeid = 0
range_ = {}
range_interval = {}
prevcid = -2
prevwidth = -1
interval = False
startcid = 1
cwlen = maxUni + 1
# for each character
for cid in range(startcid, cwlen):
if font["cw"][cid] == 0:
continue
width = font["cw"][cid]
if width == 65535:
width = 0
if cid > 255 and (cid not in font["subset"]) or not cid: #
continue
if "dw" not in font or (font["dw"] and width != font["dw"]):
if cid == (prevcid + 1):
if width == prevwidth:
if width == range_[rangeid][0]:
range_.setdefault(rangeid, []).append(width)
else:
range_[rangeid].pop()
# new range
rangeid = prevcid
range_[rangeid] = [prevwidth, width]
interval = True
range_interval[rangeid] = True
else:
if interval:
# new range
rangeid = cid
range_[rangeid] = [width]
else:
range_[rangeid].append(width)
interval = False
else:
rangeid = cid
range_[rangeid] = [width]
interval = False
prevcid = cid
prevwidth = width
prevk = -1
nextk = -1
prevint = False
for k, ws in sorted(range_.items()):
cws = len(ws)
if k == nextk and not prevint and (not k in range_interval or cws < 3):
if k in range_interval:
del range_interval[k]
range_[prevk] = range_[prevk] + range_[k]
del range_[k]
else:
prevk = k
nextk = k + cws
if k in range_interval:
prevint = cws > 3
del range_interval[k]
nextk -= 1
else:
prevint = False
w = []
for k, ws in sorted(range_.items()):
if len(set(ws)) == 1:
w.extend((k, k + len(ws) - 1, ws[0]))
else:
w.extend((k, ws))
return w
def get_font(self):
font = self.font
# Font objects
ttf = TTFontFile()
fontname = "MPDFAA" + "+" + font["name"]
subset = font["subset"].difference(set([0]))
ttfontstream = ttf.makeSubset(font["ttffile"], subset)
ttfontstream = zlib.compress(ttfontstream)
codeToGlyph = ttf.codeToGlyph
##del codeToGlyph[0]
# Font file
FontFile2 = IndirectPdfDict(stream=ttfontstream, Filter=PdfName("FlateDecode"))
# CIDSystemInfo dictionary
CIDSystemInfo = IndirectPdfDict(
Registry=PdfString("Adobe"), Ordering=PdfString("UCS"), Supplement=0
)
# Font descriptor
FontDescriptor = IndirectPdfDict(
Type=PdfName("FontDescriptor"),
FontName=PdfName(fontname),
Flags=(font["desc"]["Flags"] | 4) & ~32,
FontBBox=font["desc"]["FontBBox"],
ItalicAngle=font["desc"]["ItalicAngle"],
Ascent=font["desc"]["Ascent"],
Descent=font["desc"]["Descent"],
CapHeight=font["desc"]["CapHeight"],
StemV=font["desc"]["StemV"],
MissingWidth=font["desc"]["MissingWidth"],
FontFile2=FontFile2,
)
# Embed CIDToGIDMap
# A specification of the mapping from CIDs to glyph indices
cidtogidmap = ["\x00"] * 256 * 256 * 2
for cc, glyph in codeToGlyph.items():
cidtogidmap[cc * 2] = chr(glyph >> 8)
cidtogidmap[cc * 2 + 1] = chr(glyph & 0xFF)
cidtogidmap = "".join(cidtogidmap)
# manage binary data as latin1 until PEP461-like function is implemented
cidtogidmap = cidtogidmap.encode("latin1")
cidtogidmap = zlib.compress(cidtogidmap)
CIDToGIDMap = IndirectPdfDict(stream=cidtogidmap, Filter=PdfName("FlateDecode"))
# CIDFontType2
# A CIDFont whose glyph descriptions are based on TrueType font technology
CIDFontType2 = IndirectPdfDict(
Type=PdfName("Font"),
Subtype=PdfName("CIDFontType2"),
BaseFont=PdfName(fontname),
CIDSystemInfo=CIDSystemInfo,
FontDescriptor=FontDescriptor,
W=PdfArray(self.font_widths(font, ttf.maxUni)),
CIDToGIDMap=CIDToGIDMap,
)
if font["desc"].get("MissingWidth"):
CIDFontType2[PdfName("DW")] = font["desc"]["MissingWidth"]
# ToUnicode
ToUnicode = IndirectPdfDict(
stream="\n".join(
(
"/CIDInit /ProcSet findresource begin",
"12 dict begin",
"begincmap",
"/CIDSystemInfo",
"<> def",
"/CMapName /Adobe-Identity-UCS def",
"/CMapType 2 def",
"1 begincodespacerange",
"<0000> ",
"endcodespacerange",
"1 beginbfrange",
"<0000> <0000>",
"endbfrange",
"endcmap",
"CMapName currentdict /CMap defineresource pop",
"end",
"end",
)
)
)
# Type0 Font
# A composite font - a font composed of other fonts, organized hierarchically
Type0 = IndirectPdfDict(
Type=PdfName("Font"),
Subtype=PdfName("Type0"),
BaseFont=PdfName(fontname),
Encoding=PdfName("Identity-H"),
DescendantFonts=PdfArray([CIDFontType2]),
ToUnicode=ToUnicode,
)
return Type0
def set_size(self, pt):
self.size = pt
def set_text(self, text):
uni = set([ord(c) for c in text])
self.font["subset"] = self.font["subset"].union(uni)
def measure_text(self, text):
"Get width of a string in the current font"
cw = self.font["cw"]
w = 0
l = len(text)
for char in text:
char = ord(char)
if len(cw) > char:
w += cw[char] # ord(cw[2*char])<<8 + ord(cw[2*char+1])
# elif (char>0 and char<128 and isset($cw[chr($char)])) { $w += $cw[chr($char)]; }
elif self.font["desc"]["MissingWidth"]:
w += self.font["desc"]["MissingWidth"]
# elif (isset($this->CurrentFont['MissingWidth'])) { $w += $this->CurrentFont['MissingWidth']; }
else:
w += 500
return w * self.size / 1000.0
endesive-2.19.1/endesive/pdf/PyPDF2_annotate/util/ 0000775 0000000 0000000 00000000000 15042366745 0021647 5 ustar 00root root 0000000 0000000 endesive-2.19.1/endesive/pdf/PyPDF2_annotate/util/__init__.py 0000664 0000000 0000000 00000000000 15042366745 0023746 0 ustar 00root root 0000000 0000000 endesive-2.19.1/endesive/pdf/PyPDF2_annotate/util/font_metrics.py 0000664 0000000 0000000 00000002533 15042366745 0024720 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
"""
Font Metrics Utils
~~~~~~~~~~
:copyright: Copyright 2019 Autodesk, Inc.
:license: MIT, see LICENSE for details.
"""
import attr
from .validation import Number, List, Dict
@attr.s
class FontMetrics:
"""
Class to hold our font metric calculations.
"""
italicAngle = Number(default=0)
usWeightClass = Number(default=500)
isFixedPitch = Number(default=0)
unitsPerEm = Number(default=1000)
scale = Number(default=float(1))
bbox = List(default=[])
ascent = Number(default=None)
descent = Number(default=None)
capHeight = Number(default=None)
stemV = Number(default=None)
defaultWidth = Number(default=None)
widths = List(default=[])
cmap = Dict(default={})
@property
def flags(self):
"""
See Section 9.8.2 - Font Descriptor Flags of PDF 1.7 Spec
Bit 1 - FixedPitch
Bit 2 - Serif
Bit 3 - Symbolic
Bit 4 - Script
Bit 6 - Nonsymbolic
Bit 7 - Italic
Bit 17 - AllCap
Bit 18 - SmallCap
Bit 19 - ForceBold
:return:
"""
flags = 4
if self.italicAngle != 0:
flags = flags | 64
if self.usWeightClass >= 600:
flags = flags | 262144
if self.isFixedPitch:
flags = flags | 1
return flags
endesive-2.19.1/endesive/pdf/PyPDF2_annotate/util/geometry.py 0000664 0000000 0000000 00000010536 15042366745 0024061 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
"""
Geometry
~~~~~~~~
Geometry utility functions
:copyright: Copyright 2019 Autodesk, Inc.
:license: MIT, see LICENSE for details.
"""
import math
def normalize_rotation(rotate):
if rotate % 90:
raise ValueError('Invalid Rotate value: {}'.format(rotate))
while rotate < 0:
rotate += 360
while rotate >= 360:
rotate -= 360
return rotate
def to_radians(degrees):
return degrees * math.pi / 180
def rotate(degrees):
"""Return a homogenous rotation matrix by degrees
:params int degrees: integer degrees
:returns list: matrix rotated by degrees, 6-item list
"""
radians = to_radians(degrees)
return [
math.cos(radians),
math.sin(radians),
-math.sin(radians),
math.cos(radians),
0,
0,
]
def translate(x, y):
return [1, 0, 0, 1, x, y]
def scale(x_scale, y_scale):
return [x_scale, 0, 0, y_scale, 0, 0]
def identity():
return [1, 0, 0, 1, 0, 0]
def matrix_multiply(*args):
"""Multiply a series of matrices. len(args) must be at least two. If more
than two matrices are specified, the multiplications are chained, with the
left-most matrices being multiplied first.
E.g. matrix_multiply(A, B, C) => (A*B)*C
What this means for combining affine transformations is that they are
applied in reverse order. For instance, to perform rotation R, scale S, and
translation T, in that order, you would use:
matrix_multiply(T, S, R)
Each matrix is a 6-item homogenous matrix.
"""
if len(args) < 2:
raise ValueError('Cannot multiply fewer than two matrices')
r = _matrix_multiply(args[0], args[1])
for m in args[2:]:
r = _matrix_multiply(r, m)
return r
def matrix_inverse(matrix):
"""Invert a 6-item homogenous transform matrix.
A transform matrix [a, b, c, d, e, f] is part of a 3x3 matrix:
a b 0
c d 0
e f 1
Invert it using the formula for the inverse of a 3x3 matrix from
http://mathworld.wolfram.com/MatrixInverse.html
"""
a, b, c, d, e, f = matrix
determinant = float(a * d - b * c)
unscaled = [d, -b, -c, a, c * f - d * e, b * e - a * f]
return [x / determinant for x in unscaled]
def _matrix_multiply(A, B):
a00, a01, a10, a11, a20, a21 = A
b00, b01, b10, b11, b20, b21 = B
b02, b12, b22 = 0, 0, 1
# We don't have to compute all entries of the new matrix during
# multiplication, since any multiple of affine transformations is an affine
# transformation, and therefore homogenous coordinates.
c00 = b00 * a00 + b01 * a10 + b02 * a20
c01 = b00 * a01 + b01 * a11 + b02 * a21
c10 = b10 * a00 + b11 * a10 + b12 * a20
c11 = b10 * a01 + b11 * a11 + b12 * a21
c20 = b20 * a00 + b21 * a10 + b22 * a20
c21 = b20 * a01 + b21 * a11 + b22 * a21
return [c00, c01, c10, c11, c20, c21]
def transform_point(point, matrix):
"""Transform point by matrix.
:param list point: 2-item list
:param list matrix: 6-item list representing transformation matrix
:returns list: 2-item transformed point
"""
x, y = point
a, b, c, d, e, f = matrix
# This leaves out some unnecessary stuff from the fact that the matrix is
# homogenous coordinates.
new_x = x * a + y * c + e
new_y = x * b + y * d + f
return [new_x, new_y]
def transform_vector(vector, matrix):
"""Transform a vector by a matrix. This is similar to transform_point,
except that translation isn't honored. Think of a vector as displacement in
space, and a point as, well, a point in space.
:param list vector: 2-item list
:param list matrix: 6-item list representing transformation matrix
:returns list: 2-item transformed point
"""
x, y = vector
a, b, c, d, _, _ = matrix
new_x = x * a + y * c
new_y = x * b + y * d
return [new_x, new_y]
def transform_rect(rect, matrix):
"""Transform a rectangle specified by two points (lower left and upper
right) by a transformation matrix.
:param list rect: [x1, y1, x2, y2]
:param list matrix: transformation matrix
:returns list: [x1, y1, x2, y2] with transformed points
"""
x1, y1 = transform_point(rect[:2], matrix)
x2, y2 = transform_point(rect[2:], matrix)
x1, x2 = sorted([x1, x2])
y1, y2 = sorted([y1, y2])
return [x1, y1, x2, y2]
endesive-2.19.1/endesive/pdf/PyPDF2_annotate/util/text.py 0000664 0000000 0000000 00000007145 15042366745 0023214 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
"""
Text Utils
~~~~~~~~~~
:copyright: Copyright 2019 Autodesk, Inc.
:license: MIT, see LICENSE for details.
"""
def unshift_token(text):
"""Remove a token from the front of a string.
:param str text:
:returns: {'text': str, 'separator': str, 'remainder': str}
"""
if len(text) == 0:
return {'text': text, 'separator': '', 'remainder': ''}
token = ''
for i in range(0, len(text)):
char = text[i]
if (char == ' ' and (len(token) >= 1 and token[i - 1] == ' ')):
token += char
elif (char == ' ' and len(token) == 0):
token += char
elif char == ' ':
return {'text': token, 'separator': ' ', 'remainder': text[i + 1:]}
elif char == '\n':
return {
'text': token,
'separator': '\n',
'remainder': text[i + 1:],
}
elif (len(token) >= 1 and token[i - 1] == ' '):
return {
'text': token,
'separator': '',
'remainder': text[len(token):],
}
else:
token += char
return {'text': token, 'separator': '', 'remainder': ''}
def unshift_line(text, measure, max_length):
"""Remove a line of text from a string.
:param str text: text to be broken
:param func measure: function that takes a string and returns its width
:param int max_length: max width of each line
:returns: {'text': str, 'remainder': str}
"""
line = ''
token = {'text': '', 'separator': '', 'remainder': text}
while True:
token = unshift_token(token['remainder'])
token_text = token['text']
remainder = token['remainder']
separator = token['separator']
if len(line) == 0:
if len(token_text) > 0:
# This allows us to add partial tokens for the first token
for char in token_text:
if measure(line + char) > max_length:
line = char if len(line) == 0 else line
return {
'text': line,
'remainder': text[len(line):],
}
else:
line += char
if separator == '\n':
return {'text': line, 'remainder': remainder}
line += separator
else:
return {
'text': line,
'remainder': text[len(line) + len(separator):],
}
else:
if measure(line + token_text) <= max_length:
line += token_text
if separator == '\n' or remainder == '':
return {'text': line, 'remainder': remainder}
else:
line += separator
else:
return {'text': line, 'remainder': text[len(line):]}
def get_wrapped_lines(text, measure, max_length):
"""Break a string of text into lines wrapped to max_length.
The algorithm is the same one used in the PGBS TextElement in web-viewer,
to maintain consistency in line breaks.
:param str text: text to be broken
:param func measure: function that takes a string and returns its width
:param int max_length: max width of each line
:returns: list of strings
"""
line = unshift_line(text, measure, max_length)
lines = [line['text']]
while (len(line['remainder']) > 0):
line = unshift_line(line['remainder'], measure, max_length)
lines.append(line['text'])
return lines
endesive-2.19.1/endesive/pdf/PyPDF2_annotate/util/true_type_font.py 0000664 0000000 0000000 00000016635 15042366745 0025302 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
"""
True Type Fonts Utility Class
~~~~~~~~~~
:copyright: Copyright 2019 Autodesk, Inc.
:license: MIT, see LICENSE for details.
"""
from fontTools.ttLib import TTFont
from .font_metrics import FontMetrics
_FONT_CACHE = {}
def get_true_type_font(path, font_name, font_size=None):
"""Helper to avoid having to reload font from disk multiple times in a session
:param str path: path to .ttf font file
:param str font_name: name of the font to be included in the PDF file
:param int|None font_size:
:returns TrueTypeFont:
"""
key = (path, font_name, font_size)
font = _FONT_CACHE.get(key)
if font is not None:
return font
font = TrueTypeFont(path, font_name, font_size)
_FONT_CACHE[key] = font
return font
class TrueTypeFont:
"""
Used to load a true type font and calculate font metrics from it that are
needed to embed the font program in a PDF.
"""
def __init__(self, path, font_name, font_size=None):
self.ttfPath = path
self._ttfFont = TTFont(self.ttfPath)
# Subsetted fonts have 6 random letters prepended to their names
# See section 9.6.4 - Font Subsets of the PDF 1.7 Spec
self.fontName = 'RXMLFT+' + font_name
self.metrics = self._calculate(self._ttfFont)
self._glyph_set = self._ttfFont.getGlyphSet()
self._font_size = font_size
def get_glyph_id(self, glyph_name):
"""
Wrapper for getting a glyph name via font tools.
:param glyph_name: The name of the glyph we're retrieving.
:return: The corresponding glyph ID.
"""
return self._ttfFont['glyf'].getGlyphID(glyph_name)
def measure_text(self, text, font_size=None):
"""Measure a block of text using the font's metrics. If the text
contains characters the font does not define, the .notdef character's
width is used.
:param str text: The text to measure
:param int|None font_size: Font size (in em units) to scale
measurements. If missing, self._font_size is used.
:returns int: width of text
"""
font_size = font_size if font_size is not None else self._font_size
if font_size is None:
raise ValueError('Font size must be specified')
total_width = 0
notdef_width = self._glyph_set['.notdef'].width
for character in text:
# If the cmap doesn't contain the character, this'll just return
# None for the glyph and use .notdef
glyph = self._glyph_set.get(self.metrics.cmap.get(ord(character)))
total_width += glyph.width if glyph is not None else notdef_width
# Scale total width by font size
return total_width * font_size / self.metrics.unitsPerEm
@staticmethod
def _calculate(font):
"""
Calculates metrics about our true type font. These calculations are taken from
previous work done in the mpdf/fpdf projects.
:param font: The fonttools font object.
:return: A FontMetrics object containing the calculated metrics.
"""
# Font Header Table
units_per_em = font['head'].unitsPerEm
scale = 1000 / float(units_per_em)
x_min = font['head'].xMin
y_min = font['head'].yMin
x_max = font['head'].xMax
y_max = font['head'].yMax
bbox = [
(x_min * scale),
(y_min * scale),
(x_max * scale),
(y_max * scale)
]
# hhead metrics table, these seem to be used instead of OS/2 for compatibility reasons
if 'hhea' in font:
ascent = font['hhea'].ascent * scale
descent = font['hhea'].descent * scale
# OS/2 and Windows metrics table
if 'OS/2' in font:
us_weight_class = font['OS/2'].usWeightClass
if not ascent:
ascent = font['OS/2'].sTypoAscender * scale
if not descent:
descent = font['OS/2'].sTypoDescender * scale
if font['OS/2'].version > 1:
cap_height = font['OS/2'].sCapHeight * scale
else:
cap_height = ascent
else:
us_weight_class = 500
if not ascent:
ascent = y_max * scale
if not descent:
descent = y_min * scale
cap_height = ascent
stem_v = 50 + int(pow((us_weight_class / 65.0), 2))
# Post table
is_fixed_pitch = font['post'].isFixedPitch
italic_angle = font['post'].italicAngle
# hmtx - contains advance width and left side bearing for each glyph
default_width = font['hmtx'].metrics['.notdef'][0]
# Character map
cmap = font['cmap'].getBestCmap()
# Widths
glyph_set = font.getGlyphSet()
cids = [cid for cid in cmap]
if len(cids) <= 0:
raise MetricsParsingError("Couldn't find any characters in font")
widths = TrueTypeFont._format_widths(glyph_set, cmap, cids)
return FontMetrics(
italicAngle=italic_angle,
usWeightClass=us_weight_class,
isFixedPitch=is_fixed_pitch,
unitsPerEm=units_per_em,
scale=scale,
bbox=bbox,
ascent=ascent,
descent=descent,
capHeight=cap_height,
stemV=stem_v,
defaultWidth=default_width,
widths=widths,
cmap=cmap,
)
@staticmethod
def _format_widths(glyph_set, cmap, cids):
"""
See Section 9.7.4.3 Glyph Metrics in CIDFonts
This function will take a uniform list of widths and format it to the PDF compacted format.
The widths use one of two formats for each segment.
For varying widths: c [w1 w2 .. wn]
For constant widths: cfirst clast w
ie. [ 120 [ 400 325 500 ] 7080 8032 1000 ]
Would have 120 be 400, 121 be 325, 122 be 500 and 7080 to 8032 all be 1000 width
:return: A list of lists conforming to the PDF compacted format for widths.
"""
cids_length = len(cids)
if cids_length == 0:
return []
cids.sort()
start = 0
i = 1
# See Section 9.7.4.3 Glyph Metrics in CIDFonts
# The widths use one of two formats for each segment.
# For varying widths: c [w1 w2 .. wn]
# For constant widths: cfirst clast w
# ie. [ 120 [ 400 325 500 ] 7080 8032 1000 ]
# Would have 120 be 400, 121 be 325, 122 be 500 and 7080 to 8032 all be 1000 width
widths = []
while True:
if i >= cids_length or (cids[i] - cids[i - 1] > 1):
indices = [x for x in range(cids[start], cids[i - 1] + 1)]
w = [glyph_set[cmap[index]].width for index in indices]
if len(set(w)) == 1:
# Append a 'cfirst clast w' style width to our width segments
widths.append(cids[start])
widths.append(cids[i - 1])
widths.append(w[0])
else:
# Append a 'c [w1 w2 .. wn]' style width to our width segments
widths.append(cids[start])
widths.append(w)
# No more ranges
if i >= cids_length:
break
start = i
i = i + 1
return widths
class MetricsParsingError(Exception):
pass
endesive-2.19.1/endesive/pdf/PyPDF2_annotate/util/validation.py 0000664 0000000 0000000 00000011737 15042366745 0024364 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
"""
Validation Utils
~~~~~~~~~~~~~~~~
:copyright: Copyright 2019 Autodesk, Inc.
:license: MIT, see LICENSE for details.
"""
import attr
NUMERIC_TYPES = (int, float)
def Boolean(**kwargs):
_add_validator_to_kwargs(kwargs, instance_of(bool))
return attr.ib(**kwargs)
def Integer(**kwargs):
_add_validator_to_kwargs(kwargs, instance_of(int))
return attr.ib(**kwargs)
def Number(**kwargs):
_add_validator_to_kwargs(kwargs, is_number())
return attr.ib(**kwargs)
def Enum(values, **kwargs):
_add_validator_to_kwargs(kwargs, one_of(values))
return attr.ib(**kwargs)
def String(**kwargs):
_add_validator_to_kwargs(kwargs, instance_of(str))
return attr.ib(**kwargs)
def List(**kwargs):
_add_validator_to_kwargs(kwargs, instance_of(list))
return attr.ib(**kwargs)
def Dict(**kwargs):
_add_validator_to_kwargs(kwargs, instance_of(dict))
return attr.ib(**kwargs)
def Color(**kwargs):
"""Color value. Can be specified as three-item list/tuple (RGB) or four-
item list/tuple (RGBA).
"""
_add_validator_to_kwargs(kwargs, is_color())
return attr.ib(**kwargs)
def Points(**kwargs):
_add_validator_to_kwargs(kwargs, is_points_list())
return attr.ib(**kwargs)
def Field(allowed_type, **kwargs):
"""Generic field, e.g. Field(ContentStream)."""
_add_validator_to_kwargs(kwargs, instance_of(allowed_type))
return attr.ib(**kwargs)
def is_points_list():
def validate(obj, attr, value):
if isinstance(value, (list, tuple)):
for point in value:
if len(point) != 2 or not (
isinstance(point[0], NUMERIC_TYPES) and
isinstance(point[1], NUMERIC_TYPES)
):
raise ValueError(
'Value ({}) must be a list of points'.format(value)
)
elif value is not None:
raise ValueError(
'Value ({}) must be a list of points'.format(value)
)
return validate
def greater_than_eq(i):
def validate(obj, attr, value):
if value is not None and not value >= i:
raise ValueError('Value ({}) must be >= than {}'.format(value, i))
return validate
positive = greater_than_eq(0)
def between(a, b):
def validate(obj, attr, value):
if value is not None and not (a <= value <= b):
raise ValueError(
'Value ({}) must be between {} and {}'.format(value, a, b)
)
return validate
def instance_of(types):
def validate(obj, attr, value):
if value is not None and not isinstance(value, _tupleize(types)):
raise ValueError(
'Value ({}) must be of type ({})'.format(value, types)
)
return validate
def is_number():
def validate(obj, attr, value):
if value is not None and not isinstance(value, NUMERIC_TYPES):
raise ValueError('Value ({}) must be numeric'.format(value))
return validate
def one_of(values):
def validate(obj, attr, value):
if value is not None and value not in values:
raise ValueError(
'Value ({}) must be in ({})'.format(value, values)
)
return validate
def is_color():
def validate(obj, attr, value):
if isinstance(value, (list, tuple)):
if len(value) not in (3, 4):
raise ValueError(
'Value ({}) is not a RGB(A) color'.format(value)
)
for component in value:
if not (
isinstance(component, NUMERIC_TYPES) and
component >= 0 and
component <= 1
):
raise ValueError(
'Value ({}) is not a RGB(A) color'.format(value)
)
elif value is not None:
raise ValueError('Value ({}) is not a RGB(A) color'.format(value))
return validate
def validate_dash_array(obj, attr, value):
msg = (
'Value ({}) must be a dash array of the form '
'[dash_array, dash_phase], where dash_array is a list of integers,'
' and dash_phase is an integer'
)
if isinstance(value, list):
if (
len(value) != 2 or
not isinstance(value[0], list) or
any(not isinstance(x, int) for x in value[0]) or
not isinstance(value[1], int)
):
raise ValueError(msg.format(value))
elif value is not None:
raise ValueError(msg.format(value))
def _listify(v):
if isinstance(v, tuple):
return list(v)
elif not isinstance(v, list):
return [v]
return v
def _tupleize(v):
if isinstance(v, list):
return tuple(v)
elif not isinstance(v, tuple):
return (v,)
return v
def _add_validator_to_kwargs(kwargs, validator):
existing = _listify(kwargs.pop('validator', []))
existing.append(validator)
kwargs['validator'] = existing
endesive-2.19.1/endesive/pdf/__init__.py 0000664 0000000 0000000 00000000114 15042366745 0020102 0 ustar 00root root 0000000 0000000 from . import cms
from . import pdf
from .verify import PDFVerifier, verify
endesive-2.19.1/endesive/pdf/cms.py 0000664 0000000 0000000 00000124172 15042366745 0017140 0 ustar 00root root 0000000 0000000 #!/usr/bin/env vpython3
import sys
import time
import random
import io
import struct
import datetime
import hashlib
import codecs
import struct
from cryptography.hazmat import backends
from cryptography.hazmat.primitives import serialization
from cryptography.hazmat.primitives.serialization import pkcs12
from cryptography.hazmat.primitives.asymmetric import ec
from cryptography.x509 import ObjectIdentifier
from endesive import signer
from endesive.pdf.PyPDF2 import pdf, generic as po
def EncodedString(s):
return po.createStringObject(codecs.BOM_UTF16_BE + s.encode("utf-16be"))
class UnencryptedBytes(po.utils.bytes_type, po.PdfObject):
original_bytes = property(lambda self: self)
def writeToStream(self, stream, encryption_key):
stream.write(b"<")
stream.write(self)
stream.write(b">")
class WNumberObject(po.NumberObject):
Format = b"%08d"
def writeToStream(self, stream, encryption_key):
stream.write(self.Format % self)
class SignedData(pdf.PdfFileWriter):
def encrypt(self, prev, password, rc):
encrypt = prev.trailer["/Encrypt"].getObject()
if encrypt["/V"] == 2:
rev = 3
keylen = 128 // 8
else:
rev = 2
keylen = 40 // 8
P = encrypt["/P"].getObject()
O = encrypt["/O"].getObject()
ID_1 = prev.trailer["/ID"].getObject()[0]
real_U = encrypt["/U"].getObject().original_bytes
if rev == 2:
U, key = pdf._alg34(password, O, P, ID_1)
else:
assert rev == 3
U, key = pdf._alg35(
password,
rev,
keylen,
O,
P,
ID_1,
encrypt.get("/EncryptMetadata", pdf.BooleanObject(False)).getObject(),
)
U, real_U = U[:16], real_U[:16]
assert U == real_U
self._encrypt_key = key
def write(self, stream, prev, startdata):
stream.write(pdf.b_("\r\n"))
positions = {}
for i in range(len(self._objects)):
idnum = i + 1
obj = self._objects[i]
if obj is None:
positions[idnum] = 0
continue
positions[idnum] = startdata + stream.tell()
stream.write(pdf.b_(str(idnum) + " 0 obj\n"))
key = None
if self._encrypt_key is not None:
pack1 = struct.pack("q", offset)
dataindex = ["0 1"]
dataxref = [b"\x00" + pack(0)]
keys = sorted(positions.keys())
i = 0
while i < len(keys):
off = positions[keys[i]]
if off != 0:
start = i
while i < len(keys) and positions[keys[i]] != 0:
dataxref.append(b"\x01" + pack(positions[keys[i]]))
i += 1
dataindex.append("%d %d" % (keys[start], i - start))
else:
i += 1
dataindex = " ".join(dataindex)
dataxref = b"".join(dataxref)
trailer[po.NameObject("/Type")] = po.NameObject("/XRef")
trailer[po.NameObject("/W")] = po.NameObject("[1 8 0]")
trailer[po.NameObject("/Index")] = po.NameObject("[%s]" % dataindex)
trailer._data = dataxref
retval = trailer.flateEncode()
trailer.update(retval)
trailer._data = retval._data
stream.write(pdf.b_("%d 0 obj\n" % (len(self._objects))))
trailer.writeToStream(stream, None)
stream.write(pdf.b_("\nendobj"))
# eof
stream.write(pdf.b_("\nstartxref\n%s\n%%%%EOF\n" % (xref_location)))
def _extend(self, obj):
stream = getattr(obj, "stream", None)
if stream is not None:
# stream = stream.encode("utf-16be")
d = {"__streamdata__": stream, "/Length": len(stream)}
d.update(obj)
dct = pdf.StreamObject.initializeFromDictionary(d)
if "/Filter" in obj and obj["/Filter"] == "/FlatDecode":
del dct["/Filter"]
dct = dct.flateEncode()
else:
dct = pdf.DictionaryObject()
for k, v in obj.items():
if isinstance(v, pdf.DictionaryObject):
if v.indirect:
v = self._extend(v)
v = self._addObject(v)
else:
v = self._extend(v)
elif isinstance(v, list):
result = pdf.ArrayObject()
for va in v:
if isinstance(va, pdf.DictionaryObject):
if va.indirect:
va = self._extend(va)
va = self._addObject(va)
else:
va = self._extend(va)
result.append(va)
v = result
dct[k] = v
return dct
def _make_signature(self, Contents=None, Type=None, SubFilter=None):
sig = po.DictionaryObject()
sig_ref = self._addObject(sig)
sig.update(
{
po.NameObject("/Type"): Type,
po.NameObject("/Filter"): po.NameObject("/Adobe.PPKLite"),
po.NameObject("/SubFilter"): SubFilter,
po.NameObject("/ByteRange"): po.ArrayObject(
[
WNumberObject(0),
WNumberObject(0),
WNumberObject(0),
WNumberObject(0),
]
),
po.NameObject("/Contents"): Contents,
}
)
return sig, sig_ref
def _make_sig_annotation(self, F=None, Vref=None, T=None, Pref=None):
annot = po.DictionaryObject()
annot_ref = self._addObject(annot)
annot.update(
{
po.NameObject("/FT"): po.NameObject("/Sig"),
po.NameObject("/Type"): po.NameObject("/Annot"),
po.NameObject("/Subtype"): po.NameObject("/Widget"),
po.NameObject("/F"): F,
po.NameObject("/T"): T,
po.NameObject("/V"): Vref,
po.NameObject("/P"): Pref,
# For an invisible signature, /Rect should be a size 0 box
# Defaulting to that
po.NameObject("/Rect"): po.ArrayObject(
[
po.FloatObject(0.0),
po.FloatObject(0.0),
po.FloatObject(0.0),
po.FloatObject(0.0),
]
),
}
)
return annot, annot_ref
def addAnnotation(self, cert, udct, box, page0ref, obj13, obj13ref, new_13):
from endesive.pdf.PyPDF2_annotate.annotations.signature import Signature
from endesive.pdf.PyPDF2_annotate.config.appearance import Appearance
from endesive.pdf.PyPDF2_annotate.config.location import Location
from endesive.pdf.PyPDF2_annotate.util.geometry import identity
x1, y1, x2, y2 = box
annotation = Signature(
Location(x1=x1, y1=y1, x2=x2, y2=y2, page=0), Appearance()
)
if "signature" in udct:
# Plain text signature with the default font
# text to render is contained in udct['signature']
# font parameters are in udct['signature']['text']
annotationtext = udct["signature"]
wrap_text = udct.get("text", {}).get("wraptext", True)
font_size = udct.get("text", {}).get("fontsize", 12)
text_align = udct.get("text", {}).get("textalign", "left")
line_spacing = udct.get("text", {}).get("linespacing", 1.2)
annotation.add_default_font()
annotation.set_signature_appearance(
["fill_colour", 0, 0, 0],
["font", "default", font_size],
[
"text_box",
annotationtext,
"default",
0,
0,
x2 - x1,
y2 - y1,
font_size,
wrap_text,
text_align,
"middle",
line_spacing,
],
)
elif "signature_img" in udct:
# Simple image signature, stretches to fit the box
# image to render is contained in udct['signature_image']
annotation.add_image(udct["signature_img"], "Image")
annotation.set_signature_appearance(
[
"image",
"Image",
0,
0,
x2 - x1,
y2 - y1,
udct.get("signature_img_distort", True),
udct.get("signature_img_centred", False),
]
)
elif "signature_appearance" in udct:
# Adobe-inspired signature with text and images
# Parameters are contained in udct['signature_appearance']
# If a field is included in the display list, that field
# will be contained in the annotation.
#
# Text and border are the colour specified by outline,
# and border is the the inset distance from the outer
# edge of the annotation. The R G B values range between
# 0 and 1.
#
# Icon is an image to display above the background and
# border at the left-hand side of the anntoation. If
# there is no text, it is centred.
#
# The text block is left-aligned to the right of the icon
# image. If there is no image, the text is left-aliged
# with the left-hand border of the annotation
#
# display fields:
# CN, DN, date, contact, reason, location
#
# Dict format:
# appearance = dict(
# background = Image with alpha / None,
# icon = Image with alpha / None,
# labels = bool,
# display = list,
# software = str,
# outline = [R, G, B],
# border = int,
# )
sig = {}
for f in ("background", "icon", "labels", "border", "outline"):
if f in udct["signature_appearance"]:
sig[f] = udct["signature_appearance"][f]
toggles = udct["signature_appearance"].get("display", [])
if(isinstance(toggles, str)):
sig["text"] = toggles
else:
for f in ("contact", "reason", "location", "contact", "signingdate"):
if f in toggles:
sig[f] = udct.get(f, "{} unknown".format(f))
if "date" in toggles:
sig["date"] = udct["signingdate"]
if "CN" in toggles:
sig["CN"] = cert.subject.get_attributes_for_oid(
ObjectIdentifier("2.5.4.3")
)[0].value
if "DN" in toggles:
sig["DN"] = cert.subject.rfc4514_string()
annotation.simple_signature(sig)
else:
# Manual signature annotation creation
#
# Make your own appearance with an arbitrary number of
# images and fonts
if "manual_images" in udct:
for name, img in udct["manual_images"].items():
annotation.add_image(img, name=name)
if "manual_fonts" in udct:
for name, path in udct["manual_fonts"].items():
annotation.add_ttf_font(path, name=name)
annotation.add_default_font()
annotation.set_signature_appearance(*udct["signature_manual"])
pdfa = annotation.as_pdf_object(identity(), page=page0ref)
objapn = self._extend(pdfa["/AP"]["/N"])
objapnref = self._addObject(objapn)
objap = po.DictionaryObject()
objap[po.NameObject("/N")] = objapnref
obj13.update(
{
po.NameObject("/Rect"): po.ArrayObject(
[
po.FloatObject(x1),
po.FloatObject(y1),
po.FloatObject(x2),
po.FloatObject(y2),
]
),
po.NameObject("/AP"): objap,
# po.NameObject("/SM"): po.createStringObject("TabletPOSinline"),
}
)
page0 = page0ref.getObject()
if new_13:
annots = po.ArrayObject([obj13ref])
if "/Annots" in page0:
page0annots = page0["/Annots"]
if isinstance(page0annots, po.IndirectObject):
annots.insert(0, page0annots)
elif isinstance(page0annots, po.ArrayObject):
annots = page0annots
annots.append(obj13ref)
else:
annots = page0["/Annots"]
page0.update({po.NameObject("/Annots"): annots})
self._objects[page0ref.idnum - 1] = page0
def makepdf(self, prev, udct, algomd, zeros, cert, othercerts, ocspurl, ocspissuer, **params):
catalog = prev.trailer["/Root"]
size = prev.trailer["/Size"]
pages = catalog["/Pages"].getObject()
page0ref = prev.getPage(udct.get("sigpage", 0)).indirectRef
self._objects = []
while len(self._objects) < size - 1:
self._objects.append(None)
if params['mode'] == 'timestamp':
# deal with extensions
if "/Extensions" not in catalog:
extensions = po.DictionaryObject()
else:
extensions = catalog["/Extensions"]
if "/ESIC" not in extensions:
extensions.update(
{
po.NameObject("/ESIC"): po.DictionaryObject(
{
po.NameObject("/BaseVersion"): po.NameObject("/1.7"),
po.NameObject("/ExtensionLevel"): po.NumberObject(1),
}
)
}
)
catalog.update({po.NameObject("/Extensions"): extensions})
else:
esic = extensions["/ESIC"]
major, minor = esic["/BaseVersion"].lstrip("/").split(".")
if int(major) < 1 or int(minor) < 7:
esic.update(
{
po.NameObject("/BaseVersion"): po.NameObject("/1.7"),
po.NameObject("/ExtensionLevel"): po.NumberObject(1),
}
)
SubFilter=po.NameObject("/ETSI.CAdES.detached")
else:
SubFilter=po.NameObject("/adbe.pkcs7.detached")
# obj12 is the digital signature
obj12, obj12ref = self._make_signature(
Type=po.NameObject("/Sig"),
SubFilter=SubFilter,
Contents=UnencryptedBytes(zeros),
)
obj12.update(
{
po.NameObject("/Prop_Build"): pdf.DictionaryObject(
{
po.NameObject("/App"): pdf.DictionaryObject(
{
po.NameObject("/Name"): po.NameObject(
"/" + udct.get("application", "endesive")
)
}
),
}
),
}
)
if params["mode"] == "timestamp":
# obj12 is a timestamp this time
obj12.update(
{
po.NameObject("/Type"): po.NameObject("/DocTimeStamp"),
po.NameObject("/SubFilter"): po.NameObject("/ETSI.RFC3161"),
po.NameObject("/V"): po.NumberObject(0),
}
)
d12 = {}
for k, v in (
('/Name', 'name'),
('/Contact', 'contact'),
('/Location', 'location'),
('/Reason', 'reason'),
):
v = udct.get(v, None)
if v is not None:
d12[po.NameObject(k)] = po.createStringObject(v)
if 1 or params.get("use_signingdate"):
d12[po.NameObject("/M")] = po.createStringObject(udct["signingdate"])
if d12:
obj12.update(d12)
# obj13 is a combined AcroForm Sig field with Widget annotation
new_13 = True
# obj13 = po.DictionaryObject()
if udct.get("signform", False):
# Attaching signature to existing field in AcroForm
if "/AcroForm" in catalog:
form = catalog["/AcroForm"].getObject()
if "/Fields" in form:
fields = form["/Fields"].getObject()
obj13ref = [
f
for f in fields
if f.getObject()["/T"] == udct.get("sigfield", "Signature1")
][0]
obj13 = obj13ref.getObject()
self._objects[obj13ref.idnum - 1] = obj13
new_13 = False
# box is coordinates of the annotation to fill
box = udct.get("signaturebox", None)
if new_13:
obj13, obj13ref = self._make_sig_annotation(
F=po.NumberObject(udct.get("sigflagsft", 132)),
T=EncodedString(udct.get("sigfield", "Signature1")),
Vref=obj12ref,
Pref=page0ref,
)
else:
# original obj13 is a merged SigField/SigAnnot
# Setting /V on the AcroForm field sets the signature
# for the field
obj13.update({po.NameObject("/V"): obj12ref})
# fill the existing signature field annotation,
# ignore any other location
if "/Rect" in obj13:
box = [float(f) for f in obj13["/Rect"]]
# add an annotation if there is a field to fill
if box is not None:
self.addAnnotation(cert, udct, box, page0ref, obj13, obj13ref, new_13)
else:
# invisible signature
objap = po.DictionaryObject()
objapref = self._addObject(objap)
objform = po.DictionaryObject({
po.NameObject("/Length"): po.NumberObject(0),
po.NameObject("/Type"): po.NameObject("/XObject"),
po.NameObject("/Subtype"): po.NameObject("/Form"),
po.NameObject("/Bbox"): po.ArrayObject([
po.FloatObject(0.0),
po.FloatObject(0.0),
po.FloatObject(0.0),
po.FloatObject(0.0),
]),
})
objformref = self._addObject(objform)
objap.update({po.NameObject("/N"): objformref})
obj13.update({po.NameObject("/AP"): objapref})
if udct.get("sigandcertify", False) and "/Perms" not in catalog:
obj10 = po.DictionaryObject()
obj10ref = self._addObject(obj10)
obj11 = po.DictionaryObject()
obj11ref = self._addObject(obj11)
obj14 = po.DictionaryObject()
obj14ref = self._addObject(obj14)
obj14.update({po.NameObject("/DocMDP"): obj12ref})
obj10.update(
{
po.NameObject("/Type"): po.NameObject("/TransformParams"),
po.NameObject("/P"): po.NumberObject(udct.get("sigflags", 3)),
po.NameObject("/V"): po.NameObject("/1.2"),
}
)
obj11.update(
{
po.NameObject("/Type"): po.NameObject("/SigRef"),
po.NameObject("/TransformMethod"): po.NameObject("/DocMDP"),
po.NameObject("/DigestMethod"): po.NameObject("/" + algomd.upper()),
po.NameObject("/TransformParams"): obj10ref,
}
)
obj12[po.NameObject("/Reference")] = po.ArrayObject([obj11ref])
catalog[po.NameObject("/Perms")] = obj14ref
if "/AcroForm" in catalog:
form = catalog["/AcroForm"].getObject()
if "/Fields" in form:
fields = form["/Fields"]
old_field_names = [f.getObject()["/T"] for f in fields]
else:
fields = po.ArrayObject()
old_field_names = []
if udct.get("auto_sigfield", False) and obj13["/T"] in old_field_names:
name_base = udct.get("sigfield", "Signature1")
checklist = [
f[len(name_base) :]
for f in old_field_names
if f.startswith(name_base)
]
for i in range(1, len(checklist) + 1):
suffix = "_{}".format(i)
if suffix in checklist:
continue
new_name = "{}{}".format(name_base, suffix)
obj13.update({po.NameObject("/T"): EncodedString(new_name)})
break
old_flags = int(form.get("/SigFlags", 0))
new_flags = int(form.get("/SigFlags", 0)) | udct.get("sigflags", 3)
if new_13:
fields.append(obj13ref)
form.update(
{
po.NameObject("/Fields"): fields,
po.NameObject("/SigFlags"): po.NumberObject(new_flags),
}
)
elif new_flags > old_flags:
form.update({po.NameObject("/SigFlags"): po.NumberObject(new_flags)})
formref = catalog.raw_get("/AcroForm")
if isinstance(formref, po.IndirectObject):
self._objects[formref.idnum - 1] = form
form = formref
else:
form = po.DictionaryObject()
form.update(
{
po.NameObject("/Fields"): po.ArrayObject([obj13ref]),
po.NameObject("/SigFlags"): po.NumberObject(
udct.get("sigflags", 3)
),
}
)
catalog[po.NameObject("/AcroForm")] = form
if "/Metadata" in catalog:
catalog[po.NameObject("/Metadata")] = catalog.raw_get("/Metadata")
if udct.get("ltv", False):
dss = po.DictionaryObject()
vri = po.DictionaryObject()
certs = po.ArrayObject()
ocsps = po.ArrayObject()
crls = po.ArrayObject()
dss.update({
po.NameObject("/Type"): po.NameObject("/DSS"),
po.NameObject("/VRI"): vri,
po.NameObject("/Certs"): certs,
po.NameObject("/OCSPs"): ocsps,
po.NameObject("/CRLs"): crls,
})
catalog[po.NameObject("/DSS")] = self._addObject(dss)
if ocspurl is None:
ocspurl = signer.extract_ocsp_url_from_cert(cert)
if ocspurl is not None:
if ocspissuer is None:
for othercert in othercerts:
if othercert.subject == cert.issuer:
ocspissuer = othercert
break
certissuer = ocspissuer
ocspresp = signer.fetch_ocsp_response(cert, certissuer, ocspurl)
if ocspresp is not None:
obj = po.StreamObject()
obj._data = ocspresp
ocsps.append(self._addObject(obj))
obj = po.StreamObject()
obj._data = cert.public_bytes(serialization.Encoding.DER)
certs.append(self._addObject(obj))
for cert in othercerts:
obj = po.StreamObject()
obj._data = cert.public_bytes(serialization.Encoding.DER)
certs.append(self._addObject(obj))
x_root = prev.trailer.raw_get("/Root")
self._objects[x_root.idnum - 1] = catalog
self.x_root = po.IndirectObject(x_root.idnum, 0, self)
self.x_info = prev.trailer.get("/Info")
def sign(
self,
datau,
udct,
key,
cert,
othercerts,
algomd,
hsm,
timestampurl=None,
timestampcredentials=None,
timestamp_req_options=None,
mode="sign",
ocspurl=None,
ocspissuer=None,
use_signingdate=True,
):
startdata = len(datau)
fi = io.BytesIO(datau)
# read end decrypt
prev = pdf.PdfFileReader(fi)
if prev.isEncrypted:
rc = prev.decrypt(udct["password"])
else:
rc = 0
# digest method must remain unchanged from prevoius signatures
obj = prev.trailer
for k in ("/Root", "/Perms", "/DocMDP", "/Reference"):
if k in obj:
obj = obj[k]
if isinstance(obj, po.ArrayObject):
obj = obj[0]
obj = obj.getObject()
else:
obj = None
break
if obj is not None:
algomd = obj["/DigestMethod"][1:].lower()
# produce smaller signatures, but must be signed twice
aligned = udct.get("aligned", 4096 if isinstance(key, ec.EllipticCurvePrivateKey) else 0)
if aligned:
zeros = b"00" * aligned
else:
md = getattr(hashlib, algomd)().digest()
if mode == "timestamp":
contents = signer.timestamp(
None,
algomd,
timestampurl,
timestampcredentials,
timestamp_req_options,
prehashed=md,
)[0]["values"][0].dump()
else:
attrs = udct.get("attrs", True)
pss = udct.get("pss", False)
contents = signer.sign(
None,
key,
cert,
othercerts,
algomd,
attrs,
md,
hsm,
pss,
timestampurl,
timestampcredentials,
timestamp_req_options,
ocspurl,
ocspissuer,
)
zeros = contents.hex().encode("utf-8")
params = {"mode": mode, "use_signingdate": use_signingdate}
if not timestampurl:
params["use_signingdate"] = True
self.makepdf(prev, udct, algomd, zeros, cert, othercerts, ocspurl, ocspissuer, **params)
# if document was encrypted, encrypt this version too
if prev.isEncrypted:
self.encrypt(prev, udct["password"], rc)
else:
self._encrypt_key = None
# ID[0] is used in password protection, must be unchanged
ID = prev.trailer.get("/ID", None)
if ID is None:
ID = udct.get("id") or hashlib.md5(repr(time.time()).encode()).digest()
else:
ID = ID.getObject()[0].original_bytes
newID = udct.get("newid", repr(random.random()))
self._ID = po.ArrayObject(
[
po.ByteStringObject(ID),
po.ByteStringObject(hashlib.md5(newID.encode()).digest()),
]
)
fo = io.BytesIO()
self.write(fo, prev, startdata)
datas = fo.getvalue()
br = [0, 0, 0, 0]
bfrom = (b"[ " + b" ".join([WNumberObject.Format] * 4) + b" ]") % tuple(br)
pdfbr1 = datas.find(zeros)
pdfbr2 = pdfbr1 + len(zeros)
br = [
0,
startdata + pdfbr1 - 1,
startdata + pdfbr2 + 1,
len(datas) - pdfbr2 - 1,
]
bto = b"[%d %d %d %d]" % tuple(br)
bto += b" " * (len(bfrom) - len(bto))
assert len(bfrom) == len(bto)
datas = datas.replace(bfrom, bto, 1)
md = getattr(hashlib, algomd)()
md.update(datau)
b1 = datas[: br[1] - startdata]
b2 = datas[br[2] - startdata :]
md.update(b1)
md.update(b2)
md = md.digest()
if mode == "timestamp":
contents = signer.timestamp(
None,
algomd,
timestampurl,
timestampcredentials,
timestamp_req_options,
prehashed=md,
)[0]["values"][0].dump()
else:
attrs = udct.get("attrs", True)
pss = udct.get("pss", False)
contents = signer.sign(
None,
key,
cert,
othercerts,
algomd,
attrs,
md,
hsm,
pss,
timestampurl,
timestampcredentials,
timestamp_req_options,
ocspurl,
ocspissuer,
)
contents = contents.hex().encode("utf-8")
if aligned:
nb = len(zeros) - len(contents)
contents += b"0" * nb
assert len(zeros) == len(contents)
datas = datas.replace(zeros, contents, 1)
return datas
def timestamp(
datau,
udct,
algomd="sha1",
timestampurl=None,
timestampcredentials=None,
timestamp_req_options=None,
):
"""
parameters:
datau: pdf bytes being timestamped
udct: dictionary with signing parameters
Same paramaters as the sign method. The following parameters
should not be used as they are either unused or conflict with
normal timestamping:
- signform
- sigandcertify
- contact
- location
- signingdate
- reason
Timestamping also does not typically use signature appearances.
The following appearance options should probably be omitted,
but do not conflict with the normal timestamping operations.
- signaturebox
- signature
- signature_img
- signature_img_distort
- signature_img_centred
- signature_appearance
- signature_manual
- manual_fonts
- manual_images
algomd:string default: sha1 - name of the hashing algorithm used to calculate
the hash of the document being signed e.g.: sha1, sha256, sha384, sha512, ripemd160
hsm: an instance of endesive.hsm.HSM class used to sign using a hardware token or None
timestampurl: timestamp server URL or None
timestampcredentials:Dict username and password for authentication against timestamp server. Default: None
timestamp_req_options: Dict to set options to the POST http call against the timestamp server. Default: None
returns: bytes ready for writing after unsigned pdf document containing its electronic timestamp
"""
cls = SignedData()
return cls.sign(
datau,
udct,
None, # key,
None, # cert,
None, # othercerts,
algomd,
None, # hsm,
timestampurl,
timestampcredentials,
timestamp_req_options,
mode="timestamp",
)
def sign(
datau,
udct,
key,
cert,
othercerts,
algomd="sha1",
hsm=None,
timestampurl=None,
timestampcredentials=None,
timestamp_req_options=None,
ocspurl=None,
ocspissuer=None,
):
"""
parameters:
datau: pdf bytes being signed
udct: dictionary with signing parameters
aligned: int if 0 then precompute size of signature, but first fake data will be signed
!=0 number of hexbytes (00) reserved for signature,
must be equal or greather than hex representation of signature
probably 16384 will be sufficient ....
sigflags: int default:3 1,2,3 - flags for acroform
sigflagsft: int default:132 - flags for annotation widget from pdf 12.5.3
sigpage: int default:0 - page on which signature should appear
sigfield: string default:Signature1
auto_sigfield: bool default:False
False - do not check for sigfield name conflicts
True - append and increment suffix to sigfield when a field
by the name of sigfield already exists in AcroForm
signform: bool default:False
False - do not fill in an existing form's signature field
True - attach signature to the pre-existing Sig field by the
the name provided by sigfield in AcroForm. Use with
signature or signature_img, will fill the signature
field's widget, ignoring signaturebox.
sigandcertify: bool default:False
False - sign only document
True - sign and certify document
signaturebox: box|None default:None - where to put signature image/string on selected page
signature: string if box is not None then it should be latin1 encodable string
signature_img: string|pil_image if box is not None and string is None then it should be
pil image instance or
image file name or
byte array of image
signature_img_distort: bool default:True
True - do not maintain image aspect ratio, fill the
entire bounding box, distorting the image.
This is set to True to match the behaviour
of previous versions of endesive
False - maintain image aspect ratio when fitting
image into the bounding box
signature_img_centred: bool default:True
True - centre images within the bounding box when
image aspect ratio does not match that of
the bounding box
False - do not centre image, position it at the
lower-left of the bounding box
signature_appearance: dict if box is not None then render a signature appearance that is
configured by the dict. See below for configuration
signature_manual: list if box is not None then render a manually-created signature
apperance using the directives contained in this list
manual_fonts: dict fonts required by the manual signature appearance
manual_images: dict images required by the manual signature appearance
contact: string required info about the person signing the document
location:string required info about location of the person signing the document
signingdate: string required info about signing time eg: now.strftime('D:%Y%m%d%H%M%S+00\'00\'')
reason: string required info about reason for signing the document
password: string required if the document is password protected, signing it also requires that password
text: dict text attributes
wraptext=True, fontsize:12, textalign:'left', linespacing:1.2
application: string optional application name in advanced signature properties dialog in Acrobat Reader
pss: boolen optional choosen signature scheme RSASSA-PSS (true) vs. PKCS1-v1_5 (false/default)
key: cryptography.hazmat.backends.openssl.rsa._RSAPrivateKey - private key used to sign the document
cert: cryptography.x509.Certificate - certificate associated with the key
othercerts: list of cryptography.x509.Certificate to be saved with the signed document,
e.g.: a list of intermediate certificates used to confirm the authenticity of the certificate used in the signature
algomd:string default: sha1 - name of the hashing algorithm used to calculate
the hash of the document being signed e.g.: sha1, sha256, sha384, sha512, ripemd160
hsm: an instance of endesive.hsm.HSM class used to sign using a hardware token or None
timestampurl: timestamp server URL or None
timestampcredentials:Dict username and password for authentication against timestamp server. Default: None
timestamp_req_options: Dict to set options to the POST http call against the timestamp server. Default: None
ocsppurl: ocsp server URL or None
ocspissuer: certificate of issuer or None
ltv: boolean enable LTV signature
returns: bytes ready for writing after unsigned pdf document containing its electronic signature
Signature appearance:
Adobe-inspired signature with text and images Parameters are contained
in udct['signature_appearance']
If a field is included in the display list, that field will be included
in the annotation. Its value is based upon what is in udct and the cert.
Text and border are the colour specified by outline, and border is the
the inset distance from the outer edge of the annotation. The R G B
values range between 0 and 1.
Icon is an image to display above the background and border at the
left-hand side of the anntoation. If there is no text, it is centred.
The text block is left-aligned to the right of the icon image. If there
is no image, the text is left-aliged with the left-hand border of the
annotation
display fields:
CN, DN, date, contact, reason, location
Dict format:
appearance = dict(
background = Image with alpha / None,
icon = Image with alpha / None,
labels = bool,
display = list,
software = str,
outline = [R, G, B],
border = int,
)
Signature manual:
Manually set up your own signature appearance with arbitrary fonts and
images. The full list of directives can be seen in the template dict
in endesive.pdf.PyPDF2_annotate.annotations.signatureaSignatureAppearance
Coordinates are based off of the lower-left corner of the annotation
manual_images is a dict of images that will be included in the annotation
The keys are strings, and are the names to use when referring to the them
in 'image' directives.
manual_fonts is a dict of TrueType fonts that will be included in the
annotation. The keys are strings, and are the names to use when referring
to the them in 'image' directives. The values are the paths to the font
files. Do not use the name 'default' in this dict; it is treated
specially.
"""
cls = SignedData()
return cls.sign(
datau,
udct,
key,
cert,
othercerts,
algomd,
hsm,
timestampurl,
timestampcredentials,
timestamp_req_options,
"sign",
ocspurl,
ocspissuer,
)
endesive-2.19.1/endesive/pdf/fpdf/ 0000775 0000000 0000000 00000000000 15042366745 0016714 5 ustar 00root root 0000000 0000000 endesive-2.19.1/endesive/pdf/fpdf/__init__.py 0000664 0000000 0000000 00000000637 15042366745 0021033 0 ustar 00root root 0000000 0000000 #!/usr/bin/env python
# -*- coding: utf-8 -*-
"FPDF for python"
__license__ = "LGPL 3.0"
__version__ = "1.7.2"
from .fpdf import FPDF, FPDF_FONT_DIR, FPDF_VERSION, SYSTEM_TTFONTS, set_global, FPDF_CACHE_MODE, FPDF_CACHE_DIR
try:
from .html import HTMLMixin
except ImportError:
import warnings
warnings.warn("web2py gluon package not installed, required for html2pdf")
from .template import Template
endesive-2.19.1/endesive/pdf/fpdf/fonts.py 0000664 0000000 0000000 00000063461 15042366745 0020431 0 ustar 00root root 0000000 0000000 #!/usr/bin/env python
# -*- coding: latin-1 -*-
# Fonts:
fpdf_charwidths = {}
fpdf_charwidths['courier']={}
for i in range(0,256):
fpdf_charwidths['courier'][chr(i)]=600
fpdf_charwidths['courierB']=fpdf_charwidths['courier']
fpdf_charwidths['courierI']=fpdf_charwidths['courier']
fpdf_charwidths['courierBI']=fpdf_charwidths['courier']
fpdf_charwidths['helvetica']={
'\x00':278,'\x01':278,'\x02':278,'\x03':278,'\x04':278,'\x05':278,'\x06':278,'\x07':278,'\x08':278,'\t':278,'\n':278,'\x0b':278,'\x0c':278,'\r':278,'\x0e':278,'\x0f':278,'\x10':278,'\x11':278,'\x12':278,'\x13':278,'\x14':278,'\x15':278,
'\x16':278,'\x17':278,'\x18':278,'\x19':278,'\x1a':278,'\x1b':278,'\x1c':278,'\x1d':278,'\x1e':278,'\x1f':278,' ':278,'!':278,'"':355,'#':556,'$':556,'%':889,'&':667,'\'':191,'(':333,')':333,'*':389,'+':584,
',':278,'-':333,'.':278,'/':278,'0':556,'1':556,'2':556,'3':556,'4':556,'5':556,'6':556,'7':556,'8':556,'9':556,':':278,';':278,'<':584,'=':584,'>':584,'?':556,'@':1015,'A':667,
'B':667,'C':722,'D':722,'E':667,'F':611,'G':778,'H':722,'I':278,'J':500,'K':667,'L':556,'M':833,'N':722,'O':778,'P':667,'Q':778,'R':722,'S':667,'T':611,'U':722,'V':667,'W':944,
'X':667,'Y':667,'Z':611,'[':278,'\\':278,']':278,'^':469,'_':556,'`':333,'a':556,'b':556,'c':500,'d':556,'e':556,'f':278,'g':556,'h':556,'i':222,'j':222,'k':500,'l':222,'m':833,
'n':556,'o':556,'p':556,'q':556,'r':333,'s':500,'t':278,'u':556,'v':500,'w':722,'x':500,'y':500,'z':500,'{':334,'|':260,'}':334,'~':584,'\x7f':350,'\x80':556,'\x81':350,'\x82':222,'\x83':556,
'\x84':333,'\x85':1000,'\x86':556,'\x87':556,'\x88':333,'\x89':1000,'\x8a':667,'\x8b':333,'\x8c':1000,'\x8d':350,'\x8e':611,'\x8f':350,'\x90':350,'\x91':222,'\x92':222,'\x93':333,'\x94':333,'\x95':350,'\x96':556,'\x97':1000,'\x98':333,'\x99':1000,
'\x9a':500,'\x9b':333,'\x9c':944,'\x9d':350,'\x9e':500,'\x9f':667,'\xa0':278,'\xa1':333,'\xa2':556,'\xa3':556,'\xa4':556,'\xa5':556,'\xa6':260,'\xa7':556,'\xa8':333,'\xa9':737,'\xaa':370,'\xab':556,'\xac':584,'\xad':333,'\xae':737,'\xaf':333,
'\xb0':400,'\xb1':584,'\xb2':333,'\xb3':333,'\xb4':333,'\xb5':556,'\xb6':537,'\xb7':278,'\xb8':333,'\xb9':333,'\xba':365,'\xbb':556,'\xbc':834,'\xbd':834,'\xbe':834,'\xbf':611,'\xc0':667,'\xc1':667,'\xc2':667,'\xc3':667,'\xc4':667,'\xc5':667,
'\xc6':1000,'\xc7':722,'\xc8':667,'\xc9':667,'\xca':667,'\xcb':667,'\xcc':278,'\xcd':278,'\xce':278,'\xcf':278,'\xd0':722,'\xd1':722,'\xd2':778,'\xd3':778,'\xd4':778,'\xd5':778,'\xd6':778,'\xd7':584,'\xd8':778,'\xd9':722,'\xda':722,'\xdb':722,
'\xdc':722,'\xdd':667,'\xde':667,'\xdf':611,'\xe0':556,'\xe1':556,'\xe2':556,'\xe3':556,'\xe4':556,'\xe5':556,'\xe6':889,'\xe7':500,'\xe8':556,'\xe9':556,'\xea':556,'\xeb':556,'\xec':278,'\xed':278,'\xee':278,'\xef':278,'\xf0':556,'\xf1':556,
'\xf2':556,'\xf3':556,'\xf4':556,'\xf5':556,'\xf6':556,'\xf7':584,'\xf8':611,'\xf9':556,'\xfa':556,'\xfb':556,'\xfc':556,'\xfd':500,'\xfe':556,'\xff':500}
fpdf_charwidths['helveticaB']={
'\x00':278,'\x01':278,'\x02':278,'\x03':278,'\x04':278,'\x05':278,'\x06':278,'\x07':278,'\x08':278,'\t':278,'\n':278,'\x0b':278,'\x0c':278,'\r':278,'\x0e':278,'\x0f':278,'\x10':278,'\x11':278,'\x12':278,'\x13':278,'\x14':278,'\x15':278,
'\x16':278,'\x17':278,'\x18':278,'\x19':278,'\x1a':278,'\x1b':278,'\x1c':278,'\x1d':278,'\x1e':278,'\x1f':278,' ':278,'!':333,'"':474,'#':556,'$':556,'%':889,'&':722,'\'':238,'(':333,')':333,'*':389,'+':584,
',':278,'-':333,'.':278,'/':278,'0':556,'1':556,'2':556,'3':556,'4':556,'5':556,'6':556,'7':556,'8':556,'9':556,':':333,';':333,'<':584,'=':584,'>':584,'?':611,'@':975,'A':722,
'B':722,'C':722,'D':722,'E':667,'F':611,'G':778,'H':722,'I':278,'J':556,'K':722,'L':611,'M':833,'N':722,'O':778,'P':667,'Q':778,'R':722,'S':667,'T':611,'U':722,'V':667,'W':944,
'X':667,'Y':667,'Z':611,'[':333,'\\':278,']':333,'^':584,'_':556,'`':333,'a':556,'b':611,'c':556,'d':611,'e':556,'f':333,'g':611,'h':611,'i':278,'j':278,'k':556,'l':278,'m':889,
'n':611,'o':611,'p':611,'q':611,'r':389,'s':556,'t':333,'u':611,'v':556,'w':778,'x':556,'y':556,'z':500,'{':389,'|':280,'}':389,'~':584,'\x7f':350,'\x80':556,'\x81':350,'\x82':278,'\x83':556,
'\x84':500,'\x85':1000,'\x86':556,'\x87':556,'\x88':333,'\x89':1000,'\x8a':667,'\x8b':333,'\x8c':1000,'\x8d':350,'\x8e':611,'\x8f':350,'\x90':350,'\x91':278,'\x92':278,'\x93':500,'\x94':500,'\x95':350,'\x96':556,'\x97':1000,'\x98':333,'\x99':1000,
'\x9a':556,'\x9b':333,'\x9c':944,'\x9d':350,'\x9e':500,'\x9f':667,'\xa0':278,'\xa1':333,'\xa2':556,'\xa3':556,'\xa4':556,'\xa5':556,'\xa6':280,'\xa7':556,'\xa8':333,'\xa9':737,'\xaa':370,'\xab':556,'\xac':584,'\xad':333,'\xae':737,'\xaf':333,
'\xb0':400,'\xb1':584,'\xb2':333,'\xb3':333,'\xb4':333,'\xb5':611,'\xb6':556,'\xb7':278,'\xb8':333,'\xb9':333,'\xba':365,'\xbb':556,'\xbc':834,'\xbd':834,'\xbe':834,'\xbf':611,'\xc0':722,'\xc1':722,'\xc2':722,'\xc3':722,'\xc4':722,'\xc5':722,
'\xc6':1000,'\xc7':722,'\xc8':667,'\xc9':667,'\xca':667,'\xcb':667,'\xcc':278,'\xcd':278,'\xce':278,'\xcf':278,'\xd0':722,'\xd1':722,'\xd2':778,'\xd3':778,'\xd4':778,'\xd5':778,'\xd6':778,'\xd7':584,'\xd8':778,'\xd9':722,'\xda':722,'\xdb':722,
'\xdc':722,'\xdd':667,'\xde':667,'\xdf':611,'\xe0':556,'\xe1':556,'\xe2':556,'\xe3':556,'\xe4':556,'\xe5':556,'\xe6':889,'\xe7':556,'\xe8':556,'\xe9':556,'\xea':556,'\xeb':556,'\xec':278,'\xed':278,'\xee':278,'\xef':278,'\xf0':611,'\xf1':611,
'\xf2':611,'\xf3':611,'\xf4':611,'\xf5':611,'\xf6':611,'\xf7':584,'\xf8':611,'\xf9':611,'\xfa':611,'\xfb':611,'\xfc':611,'\xfd':556,'\xfe':611,'\xff':556
}
fpdf_charwidths['helveticaBI']={
'\x00':278,'\x01':278,'\x02':278,'\x03':278,'\x04':278,'\x05':278,'\x06':278,'\x07':278,'\x08':278,'\t':278,'\n':278,'\x0b':278,'\x0c':278,'\r':278,'\x0e':278,'\x0f':278,'\x10':278,'\x11':278,'\x12':278,'\x13':278,'\x14':278,'\x15':278,
'\x16':278,'\x17':278,'\x18':278,'\x19':278,'\x1a':278,'\x1b':278,'\x1c':278,'\x1d':278,'\x1e':278,'\x1f':278,' ':278,'!':333,'"':474,'#':556,'$':556,'%':889,'&':722,'\'':238,'(':333,')':333,'*':389,'+':584,
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'\xf2':500,'\xf3':500,'\xf4':500,'\xf5':500,'\xf6':500,'\xf7':570,'\xf8':500,'\xf9':556,'\xfa':556,'\xfb':556,'\xfc':556,'\xfd':444,'\xfe':500,'\xff':444}
fpdf_charwidths['timesI']={
'\x00':250,'\x01':250,'\x02':250,'\x03':250,'\x04':250,'\x05':250,'\x06':250,'\x07':250,'\x08':250,'\t':250,'\n':250,'\x0b':250,'\x0c':250,'\r':250,'\x0e':250,'\x0f':250,'\x10':250,'\x11':250,'\x12':250,'\x13':250,'\x14':250,'\x15':250,
'\x16':250,'\x17':250,'\x18':250,'\x19':250,'\x1a':250,'\x1b':250,'\x1c':250,'\x1d':250,'\x1e':250,'\x1f':250,' ':250,'!':333,'"':420,'#':500,'$':500,'%':833,'&':778,'\'':214,'(':333,')':333,'*':500,'+':675,
',':250,'-':333,'.':250,'/':278,'0':500,'1':500,'2':500,'3':500,'4':500,'5':500,'6':500,'7':500,'8':500,'9':500,':':333,';':333,'<':675,'=':675,'>':675,'?':500,'@':920,'A':611,
'B':611,'C':667,'D':722,'E':611,'F':611,'G':722,'H':722,'I':333,'J':444,'K':667,'L':556,'M':833,'N':667,'O':722,'P':611,'Q':722,'R':611,'S':500,'T':556,'U':722,'V':611,'W':833,
'X':611,'Y':556,'Z':556,'[':389,'\\':278,']':389,'^':422,'_':500,'`':333,'a':500,'b':500,'c':444,'d':500,'e':444,'f':278,'g':500,'h':500,'i':278,'j':278,'k':444,'l':278,'m':722,
'n':500,'o':500,'p':500,'q':500,'r':389,'s':389,'t':278,'u':500,'v':444,'w':667,'x':444,'y':444,'z':389,'{':400,'|':275,'}':400,'~':541,'\x7f':350,'\x80':500,'\x81':350,'\x82':333,'\x83':500,
'\x84':556,'\x85':889,'\x86':500,'\x87':500,'\x88':333,'\x89':1000,'\x8a':500,'\x8b':333,'\x8c':944,'\x8d':350,'\x8e':556,'\x8f':350,'\x90':350,'\x91':333,'\x92':333,'\x93':556,'\x94':556,'\x95':350,'\x96':500,'\x97':889,'\x98':333,'\x99':980,
'\x9a':389,'\x9b':333,'\x9c':667,'\x9d':350,'\x9e':389,'\x9f':556,'\xa0':250,'\xa1':389,'\xa2':500,'\xa3':500,'\xa4':500,'\xa5':500,'\xa6':275,'\xa7':500,'\xa8':333,'\xa9':760,'\xaa':276,'\xab':500,'\xac':675,'\xad':333,'\xae':760,'\xaf':333,
'\xb0':400,'\xb1':675,'\xb2':300,'\xb3':300,'\xb4':333,'\xb5':500,'\xb6':523,'\xb7':250,'\xb8':333,'\xb9':300,'\xba':310,'\xbb':500,'\xbc':750,'\xbd':750,'\xbe':750,'\xbf':500,'\xc0':611,'\xc1':611,'\xc2':611,'\xc3':611,'\xc4':611,'\xc5':611,
'\xc6':889,'\xc7':667,'\xc8':611,'\xc9':611,'\xca':611,'\xcb':611,'\xcc':333,'\xcd':333,'\xce':333,'\xcf':333,'\xd0':722,'\xd1':667,'\xd2':722,'\xd3':722,'\xd4':722,'\xd5':722,'\xd6':722,'\xd7':675,'\xd8':722,'\xd9':722,'\xda':722,'\xdb':722,
'\xdc':722,'\xdd':556,'\xde':611,'\xdf':500,'\xe0':500,'\xe1':500,'\xe2':500,'\xe3':500,'\xe4':500,'\xe5':500,'\xe6':667,'\xe7':444,'\xe8':444,'\xe9':444,'\xea':444,'\xeb':444,'\xec':278,'\xed':278,'\xee':278,'\xef':278,'\xf0':500,'\xf1':500,
'\xf2':500,'\xf3':500,'\xf4':500,'\xf5':500,'\xf6':500,'\xf7':675,'\xf8':500,'\xf9':500,'\xfa':500,'\xfb':500,'\xfc':500,'\xfd':444,'\xfe':500,'\xff':444}
fpdf_charwidths['zapfdingbats']={
'\x00':0,'\x01':0,'\x02':0,'\x03':0,'\x04':0,'\x05':0,'\x06':0,'\x07':0,'\x08':0,'\t':0,'\n':0,'\x0b':0,'\x0c':0,'\r':0,'\x0e':0,'\x0f':0,'\x10':0,'\x11':0,'\x12':0,'\x13':0,'\x14':0,'\x15':0,
'\x16':0,'\x17':0,'\x18':0,'\x19':0,'\x1a':0,'\x1b':0,'\x1c':0,'\x1d':0,'\x1e':0,'\x1f':0,' ':278,'!':974,'"':961,'#':974,'$':980,'%':719,'&':789,'\'':790,'(':791,')':690,'*':960,'+':939,
',':549,'-':855,'.':911,'/':933,'0':911,'1':945,'2':974,'3':755,'4':846,'5':762,'6':761,'7':571,'8':677,'9':763,':':760,';':759,'<':754,'=':494,'>':552,'?':537,'@':577,'A':692,
'B':786,'C':788,'D':788,'E':790,'F':793,'G':794,'H':816,'I':823,'J':789,'K':841,'L':823,'M':833,'N':816,'O':831,'P':923,'Q':744,'R':723,'S':749,'T':790,'U':792,'V':695,'W':776,
'X':768,'Y':792,'Z':759,'[':707,'\\':708,']':682,'^':701,'_':826,'`':815,'a':789,'b':789,'c':707,'d':687,'e':696,'f':689,'g':786,'h':787,'i':713,'j':791,'k':785,'l':791,'m':873,
'n':761,'o':762,'p':762,'q':759,'r':759,'s':892,'t':892,'u':788,'v':784,'w':438,'x':138,'y':277,'z':415,'{':392,'|':392,'}':668,'~':668,'\x7f':0,'\x80':390,'\x81':390,'\x82':317,'\x83':317,
'\x84':276,'\x85':276,'\x86':509,'\x87':509,'\x88':410,'\x89':410,'\x8a':234,'\x8b':234,'\x8c':334,'\x8d':334,'\x8e':0,'\x8f':0,'\x90':0,'\x91':0,'\x92':0,'\x93':0,'\x94':0,'\x95':0,'\x96':0,'\x97':0,'\x98':0,'\x99':0,
'\x9a':0,'\x9b':0,'\x9c':0,'\x9d':0,'\x9e':0,'\x9f':0,'\xa0':0,'\xa1':732,'\xa2':544,'\xa3':544,'\xa4':910,'\xa5':667,'\xa6':760,'\xa7':760,'\xa8':776,'\xa9':595,'\xaa':694,'\xab':626,'\xac':788,'\xad':788,'\xae':788,'\xaf':788,
'\xb0':788,'\xb1':788,'\xb2':788,'\xb3':788,'\xb4':788,'\xb5':788,'\xb6':788,'\xb7':788,'\xb8':788,'\xb9':788,'\xba':788,'\xbb':788,'\xbc':788,'\xbd':788,'\xbe':788,'\xbf':788,'\xc0':788,'\xc1':788,'\xc2':788,'\xc3':788,'\xc4':788,'\xc5':788,
'\xc6':788,'\xc7':788,'\xc8':788,'\xc9':788,'\xca':788,'\xcb':788,'\xcc':788,'\xcd':788,'\xce':788,'\xcf':788,'\xd0':788,'\xd1':788,'\xd2':788,'\xd3':788,'\xd4':894,'\xd5':838,'\xd6':1016,'\xd7':458,'\xd8':748,'\xd9':924,'\xda':748,'\xdb':918,
'\xdc':927,'\xdd':928,'\xde':928,'\xdf':834,'\xe0':873,'\xe1':828,'\xe2':924,'\xe3':924,'\xe4':917,'\xe5':930,'\xe6':931,'\xe7':463,'\xe8':883,'\xe9':836,'\xea':836,'\xeb':867,'\xec':867,'\xed':696,'\xee':696,'\xef':874,'\xf0':0,'\xf1':874,
'\xf2':760,'\xf3':946,'\xf4':771,'\xf5':865,'\xf6':771,'\xf7':888,'\xf8':967,'\xf9':888,'\xfa':831,'\xfb':873,'\xfc':927,'\xfd':970,'\xfe':918,'\xff':0}
endesive-2.19.1/endesive/pdf/fpdf/fpdf.py 0000664 0000000 0000000 00000225126 15042366745 0020215 0 ustar 00root root 0000000 0000000 #!/usr/bin/env python
# -*- coding: latin-1 -*-
# ****************************************************************************
# * Software: FPDF for python *
# * Version: 1.7.1 *
# * Date: 2010-09-10 *
# * Last update: 2012-08-16 *
# * License: LGPL v3.0 *
# * *
# * Original Author (PHP): Olivier PLATHEY 2004-12-31 *
# * Ported to Python 2.4 by Max (maxpat78@yahoo.it) on 2006-05 *
# * Maintainer: Mariano Reingart (reingart@gmail.com) et al since 2008 est. *
# * NOTE: 'I' and 'D' destinations are disabled, and simply print to STDOUT *
# ****************************************************************************
from __future__ import division
import hashlib
from datetime import datetime
from functools import wraps
import math
import errno
import os, sys, zlib, struct, re, tempfile, struct
from .ttfonts import TTFontFile
from .fonts import fpdf_charwidths
from .php import substr, sprintf, print_r, UTF8ToUTF16BE, UTF8StringToArray
from .py3k import PY3K, pickle, urlopen, Image, basestring, unicode, exception, b, hashpath
# Global variables
FPDF_VERSION = '1.7.2'
FPDF_FONT_DIR = os.path.join(os.path.dirname(__file__),'font')
FPDF_CACHE_MODE = 0 # 0 - in same foder, 1 - none, 2 - hash
FPDF_CACHE_DIR = None
SYSTEM_TTFONTS = None
def set_global(var, val):
globals()[var] = val
class FPDF(object):
"PDF Generation class"
def __init__(self, orientation='P',unit='mm',format='A4'):
# Some checks
self._dochecks()
# Initialization of properties
self.offsets={} # array of object offsets
self.page=0 # current page number
self.n=2 # current object number
self.buffer='' # buffer holding in-memory PDF
self.pages={} # array containing pages
self.orientation_changes={} # array indicating orientation changes
self.state=0 # current document state
self.fonts={} # array of used fonts
self.font_files={} # array of font files
self.diffs={} # array of encoding differences
self.images={} # array of used images
self.page_links={} # array of links in pages
self.links={} # array of internal links
self.in_footer=0 # flag set when processing footer
self.lastw=0
self.lasth=0 # height of last cell printed
self.font_family='' # current font family
self.font_style='' # current font style
self.font_size_pt=12 # current font size in points
self.underline=0 # underlining flag
self.draw_color='0 G'
self.fill_color='0 g'
self.text_color='0 g'
self.color_flag=0 # indicates whether fill and text colors are different
self.ws=0 # word spacing
self.angle=0
# Standard fonts
self.core_fonts={'courier':'Courier','courierB':'Courier-Bold','courierI':'Courier-Oblique','courierBI':'Courier-BoldOblique',
'helvetica':'Helvetica','helveticaB':'Helvetica-Bold','helveticaI':'Helvetica-Oblique','helveticaBI':'Helvetica-BoldOblique',
'times':'Times-Roman','timesB':'Times-Bold','timesI':'Times-Italic','timesBI':'Times-BoldItalic',
'symbol':'Symbol','zapfdingbats':'ZapfDingbats'}
# Scale factor
if(unit=='pt'):
self.k=1
elif(unit=='mm'):
self.k=72/25.4
elif(unit=='cm'):
self.k=72/2.54
elif(unit=='in'):
self.k=72.
else:
self.error('Incorrect unit: '+unit)
# Page format
if(isinstance(format,basestring)):
format=format.lower()
if(format=='a3'):
format=(841.89,1190.55)
elif(format=='a4'):
format=(595.28,841.89)
elif(format=='a5'):
format=(420.94,595.28)
elif(format=='letter'):
format=(612,792)
elif(format=='legal'):
format=(612,1008)
else:
self.error('Unknown page format: '+format)
self.fw_pt=format[0]
self.fh_pt=format[1]
else:
self.fw_pt=format[0]*self.k
self.fh_pt=format[1]*self.k
self.fw=self.fw_pt/self.k
self.fh=self.fh_pt/self.k
# Page orientation
orientation=orientation.lower()
if(orientation=='p' or orientation=='portrait'):
self.def_orientation='P'
self.w_pt=self.fw_pt
self.h_pt=self.fh_pt
elif(orientation=='l' or orientation=='landscape'):
self.def_orientation='L'
self.w_pt=self.fh_pt
self.h_pt=self.fw_pt
else:
self.error('Incorrect orientation: '+orientation)
self.cur_orientation=self.def_orientation
self.w=self.w_pt/self.k
self.h=self.h_pt/self.k
# Page margins (1 cm)
margin=28.35/self.k
self.set_margins(margin,margin)
# Interior cell margin (1 mm)
self.c_margin=margin/10.0
# line width (0.2 mm)
self.line_width=.567/self.k
# Automatic page break
self.set_auto_page_break(1,2*margin)
# Full width display mode
self.set_display_mode('fullwidth')
# Enable compression
self.set_compression(1)
# Set default PDF version number
self.pdf_version='1.3'
def check_page(fn):
"Decorator to protect drawing methods"
@wraps(fn)
def wrapper(self, *args, **kwargs):
if not self.page and not kwargs.get('split_only'):
self.error("No page open, you need to call add_page() first")
else:
return fn(self, *args, **kwargs)
return wrapper
def set_margins(self, left,top,right=-1):
"Set left, top and right margins"
self.l_margin=left
self.t_margin=top
if(right==-1):
right=left
self.r_margin=right
def set_left_margin(self, margin):
"Set left margin"
self.l_margin=margin
if(self.page>0 and self.x0):
#Page footer
self.in_footer=1
self.footer()
self.in_footer=0
#close page
self._endpage()
#Start new page
self._beginpage(orientation)
#Set line cap style to square
self._out('2 J')
#Set line width
self.line_width=lw
self._out(sprintf('%.2f w',lw*self.k))
#Set font
if(family):
self.set_font(family,style,size)
#Set colors
self.draw_color=dc
if(dc!='0 G'):
self._out(dc)
self.fill_color=fc
if(fc!='0 g'):
self._out(fc)
self.text_color=tc
self.color_flag=cf
#Page header
self.header()
#Restore line width
if(self.line_width!=lw):
self.line_width=lw
self._out(sprintf('%.2f w',lw*self.k))
#Restore font
if(family):
self.set_font(family,style,size)
#Restore colors
if(self.draw_color!=dc):
self.draw_color=dc
self._out(dc)
if(self.fill_color!=fc):
self.fill_color=fc
self._out(fc)
self.text_color=tc
self.color_flag=cf
def header(self):
"Header to be implemented in your own inherited class"
pass
def footer(self):
"Footer to be implemented in your own inherited class"
pass
def page_no(self):
"Get current page number"
return self.page
def set_draw_color(self, r,g=-1,b=-1):
"Set color for all stroking operations"
if((r==0 and g==0 and b==0) or g==-1):
self.draw_color=sprintf('%.3f G',r/255.0)
else:
self.draw_color=sprintf('%.3f %.3f %.3f RG',r/255.0,g/255.0,b/255.0)
if(self.page>0):
self._out(self.draw_color)
def set_fill_color(self,r,g=-1,b=-1):
"Set color for all filling operations"
if((r==0 and g==0 and b==0) or g==-1):
self.fill_color=sprintf('%.3f g',r/255.0)
else:
self.fill_color=sprintf('%.3f %.3f %.3f rg',r/255.0,g/255.0,b/255.0)
self.color_flag=(self.fill_color!=self.text_color)
if(self.page>0):
self._out(self.fill_color)
def set_text_color(self, r,g=-1,b=-1):
"Set color for text"
if((r==0 and g==0 and b==0) or g==-1):
self.text_color=sprintf('%.3f g',r/255.0)
else:
self.text_color=sprintf('%.3f %.3f %.3f rg',r/255.0,g/255.0,b/255.0)
self.color_flag=(self.fill_color!=self.text_color)
def get_string_width(self, s):
"Get width of a string in the current font"
s = self.normalize_text(s)
cw=self.current_font['cw']
w=0
l=len(s)
if self.unifontsubset:
for char in s:
char = ord(char)
if len(cw) > char:
w += cw[char] # ord(cw[2*char])<<8 + ord(cw[2*char+1])
#elif (char>0 and char<128 and isset($cw[chr($char)])) { $w += $cw[chr($char)]; }
elif (self.current_font['desc']['MissingWidth']) :
w += self.current_font['desc']['MissingWidth']
#elif (isset($this->CurrentFont['MissingWidth'])) { $w += $this->CurrentFont['MissingWidth']; }
else:
w += 500
else:
for i in range(0, l):
w += cw.get(s[i],0)
return w*self.font_size/1000.0
def set_line_width(self, width):
"Set line width"
self.line_width=width
if(self.page>0):
self._out(sprintf('%.2f w',width*self.k))
@check_page
def line(self, x1,y1,x2,y2):
"Draw a line"
self._out(sprintf('%.2f %.2f m %.2f %.2f l S',x1*self.k,(self.h-y1)*self.k,x2*self.k,(self.h-y2)*self.k))
def _set_dash(self, dash_length=False, space_length=False):
if(dash_length and space_length):
s = sprintf('[%.3f %.3f] 0 d', dash_length*self.k, space_length*self.k)
else:
s = '[] 0 d'
self._out(s)
@check_page
def dashed_line(self, x1,y1,x2,y2, dash_length=1, space_length=1):
"""Draw a dashed line. Same interface as line() except:
- dash_length: Length of the dash
- space_length: Length of the space between dashes"""
self._set_dash(dash_length, space_length)
self.line(x1, y1, x2, y2)
self._set_dash()
@check_page
def rect(self, x,y,w,h,style=''):
"Draw a rectangle"
if(style=='F'):
op='f'
elif(style=='FD' or style=='DF'):
op='B'
else:
op='S'
self._out(sprintf('%.2f %.2f %.2f %.2f re %s',x*self.k,(self.h-y)*self.k,w*self.k,-h*self.k,op))
@check_page
def ellipse(self, x,y,w,h,style=''):
"Draw a ellipse"
if(style=='F'):
op='f'
elif(style=='FD' or style=='DF'):
op='B'
else:
op='S'
cx = x + w/2.0
cy = y + h/2.0
rx = w/2.0
ry = h/2.0
lx = 4.0/3.0*(math.sqrt(2)-1)*rx
ly = 4.0/3.0*(math.sqrt(2)-1)*ry
self._out(sprintf('%.2f %.2f m %.2f %.2f %.2f %.2f %.2f %.2f c',
(cx+rx)*self.k, (self.h-cy)*self.k,
(cx+rx)*self.k, (self.h-(cy-ly))*self.k,
(cx+lx)*self.k, (self.h-(cy-ry))*self.k,
cx*self.k, (self.h-(cy-ry))*self.k))
self._out(sprintf('%.2f %.2f %.2f %.2f %.2f %.2f c',
(cx-lx)*self.k, (self.h-(cy-ry))*self.k,
(cx-rx)*self.k, (self.h-(cy-ly))*self.k,
(cx-rx)*self.k, (self.h-cy)*self.k))
self._out(sprintf('%.2f %.2f %.2f %.2f %.2f %.2f c',
(cx-rx)*self.k, (self.h-(cy+ly))*self.k,
(cx-lx)*self.k, (self.h-(cy+ry))*self.k,
cx*self.k, (self.h-(cy+ry))*self.k))
self._out(sprintf('%.2f %.2f %.2f %.2f %.2f %.2f c %s',
(cx+lx)*self.k, (self.h-(cy+ry))*self.k,
(cx+rx)*self.k, (self.h-(cy+ly))*self.k,
(cx+rx)*self.k, (self.h-cy)*self.k,
op))
def add_font(self, family, style='', fname='', uni=False):
"Add a TrueType or Type1 font"
family = family.lower()
if (fname == ''):
fname = family.replace(' ','') + style.lower() + '.pkl'
if (family == 'arial'):
family = 'helvetica'
style = style.upper()
if (style == 'IB'):
style = 'BI'
fontkey = family+style
if fontkey in self.fonts:
# Font already added!
return
if (uni):
global SYSTEM_TTFONTS, FPDF_CACHE_MODE, FPDF_CACHE_DIR
if os.path.exists(fname):
ttffilename = fname
elif (FPDF_FONT_DIR and
os.path.exists(os.path.join(FPDF_FONT_DIR, fname))):
ttffilename = os.path.join(FPDF_FONT_DIR, fname)
elif (SYSTEM_TTFONTS and
os.path.exists(os.path.join(SYSTEM_TTFONTS, fname))):
ttffilename = os.path.join(SYSTEM_TTFONTS, fname)
else:
raise RuntimeError("TTF Font file not found: %s" % fname)
name = ''
if FPDF_CACHE_MODE == 0:
unifilename = os.path.splitext(ttffilename)[0] + '.pkl'
elif FPDF_CACHE_MODE == 2:
unifilename = os.path.join(FPDF_CACHE_DIR, \
hashpath(ttffilename) + ".pkl")
else:
unifilename = None
if unifilename and os.path.exists(unifilename):
fh = open(unifilename, "rb")
try:
font_dict = pickle.load(fh)
finally:
fh.close()
else:
ttf = TTFontFile()
ttf.getMetrics(ttffilename)
desc = {
'Ascent': int(round(ttf.ascent, 0)),
'Descent': int(round(ttf.descent, 0)),
'CapHeight': int(round(ttf.capHeight, 0)),
'Flags': ttf.flags,
'FontBBox': "[%s %s %s %s]" % (
int(round(ttf.bbox[0], 0)),
int(round(ttf.bbox[1], 0)),
int(round(ttf.bbox[2], 0)),
int(round(ttf.bbox[3], 0))),
'ItalicAngle': int(ttf.italicAngle),
'StemV': int(round(ttf.stemV, 0)),
'MissingWidth': int(round(ttf.defaultWidth, 0)),
}
# Generate metrics .pkl file
font_dict = {
'name': re.sub('[ ()]', '', ttf.fullName),
'type': 'TTF',
'desc': desc,
'up': round(ttf.underlinePosition),
'ut': round(ttf.underlineThickness),
'ttffile': ttffilename,
'fontkey': fontkey,
'originalsize': os.stat(ttffilename).st_size,
'cw': ttf.charWidths,
}
if unifilename:
try:
fh = open(unifilename, "wb")
pickle.dump(font_dict, fh)
fh.close()
except IOError:
if not exception().errno == errno.EACCES:
raise # Not a permission error.
del ttf
if hasattr(self,'str_alias_nb_pages'):
sbarr = list(range(0,57)) # include numbers in the subset!
else:
sbarr = list(range(0,32))
self.fonts[fontkey] = {
'i': len(self.fonts)+1, 'type': font_dict['type'],
'name': font_dict['name'], 'desc': font_dict['desc'],
'up': font_dict['up'], 'ut': font_dict['ut'],
'cw': font_dict['cw'],
'ttffile': font_dict['ttffile'], 'fontkey': fontkey,
'subset': sbarr, 'unifilename': unifilename,
}
self.font_files[fontkey] = {'length1': font_dict['originalsize'],
'type': "TTF", 'ttffile': ttffilename}
self.font_files[fname] = {'type': "TTF"}
else:
fontfile = open(fname)
try:
font_dict = pickle.load(fontfile)
finally:
fontfile.close()
self.fonts[fontkey] = {'i': len(self.fonts)+1}
self.fonts[fontkey].update(font_dict)
if (diff):
#Search existing encodings
d = 0
nb = len(self.diffs)
for i in range(1, nb+1):
if(self.diffs[i] == diff):
d = i
break
if (d == 0):
d = nb + 1
self.diffs[d] = diff
self.fonts[fontkey]['diff'] = d
filename = font_dict.get('filename')
if (filename):
if (type == 'TrueType'):
self.font_files[filename]={'length1': originalsize}
else:
self.font_files[filename]={'length1': size1,
'length2': size2}
def set_font(self, family,style='',size=0):
"Select a font; size given in points"
family=family.lower()
if(family==''):
family=self.font_family
if(family=='arial'):
family='helvetica'
elif(family=='symbol' or family=='zapfdingbats'):
style=''
style=style.upper()
if('U' in style):
self.underline=1
style=style.replace('U','')
else:
self.underline=0
if(style=='IB'):
style='BI'
if(size==0):
size=self.font_size_pt
#Test if font is already selected
if(self.font_family==family and self.font_style==style and self.font_size_pt==size):
return
#Test if used for the first time
fontkey=family+style
if fontkey not in self.fonts:
#Check if one of the standard fonts
if fontkey in self.core_fonts:
if fontkey not in fpdf_charwidths:
#Load metric file
name=os.path.join(FPDF_FONT_DIR,family)
if(family=='times' or family=='helvetica'):
name+=style.lower()
exec(compile(open(name+'.font').read(), name+'.font', 'exec'))
if fontkey not in fpdf_charwidths:
self.error('Could not include font metric file for'+fontkey)
i=len(self.fonts)+1
self.fonts[fontkey]={'i':i,'type':'core','name':self.core_fonts[fontkey],'up':-100,'ut':50,'cw':fpdf_charwidths[fontkey]}
else:
self.error('Undefined font: '+family+' '+style)
#Select it
self.font_family=family
self.font_style=style
self.font_size_pt=size
self.font_size=size/self.k
self.current_font=self.fonts[fontkey]
self.unifontsubset = (self.fonts[fontkey]['type'] == 'TTF')
if(self.page>0):
self._out(sprintf('BT /F%d %.2f Tf ET',self.current_font['i'],self.font_size_pt))
def set_font_size(self, size):
"Set font size in points"
if(self.font_size_pt==size):
return
self.font_size_pt=size
self.font_size=size/self.k
if(self.page>0):
self._out(sprintf('BT /F%d %.2f Tf ET',self.current_font['i'],self.font_size_pt))
def add_link(self):
"Create a new internal link"
n=len(self.links)+1
self.links[n]=(0,0)
return n
def set_link(self, link,y=0,page=-1):
"Set destination of internal link"
if(y==-1):
y=self.y
if(page==-1):
page=self.page
self.links[link]=[page,y]
def link(self, x,y,w,h,link):
"Put a link on the page"
if not self.page in self.page_links:
self.page_links[self.page] = []
self.page_links[self.page] += [(x*self.k,self.h_pt-y*self.k,w*self.k,h*self.k,link),]
@check_page
def text(self, x, y, txt=''):
"Output a string"
txt = self.normalize_text(txt)
if (self.unifontsubset):
txt2 = self._escape(UTF8ToUTF16BE(txt, False))
for uni in UTF8StringToArray(txt):
self.current_font['subset'].append(uni)
else:
txt2 = self._escape(txt)
s=sprintf('BT %.2f %.2f Td (%s) Tj ET',x*self.k,(self.h-y)*self.k, txt2)
if(self.underline and txt!=''):
s+=' '+self._dounderline(x,y,txt)
if(self.color_flag):
s='q '+self.text_color+' '+s+' Q'
self._out(s)
@check_page
def rotate(self, angle, x=None, y=None):
if x is None:
x = self.x
if y is None:
y = self.y;
if self.angle!=0:
self._out('Q')
self.angle = angle
if angle!=0:
angle *= math.pi/180;
c = math.cos(angle);
s = math.sin(angle);
cx = x*self.k;
cy = (self.h-y)*self.k
s = sprintf('q %.5F %.5F %.5F %.5F %.2F %.2F cm 1 0 0 1 %.2F %.2F cm',c,s,-s,c,cx,cy,-cx,-cy)
self._out(s)
def accept_page_break(self):
"Accept automatic page break or not"
return self.auto_page_break
@check_page
def cell(self, w,h=0,txt='',border=0,ln=0,align='',fill=0,link=''):
"Output a cell"
txt = self.normalize_text(txt)
k=self.k
if(self.y+h>self.page_break_trigger and not self.in_footer and self.accept_page_break()):
#Automatic page break
x=self.x
ws=self.ws
if(ws>0):
self.ws=0
self._out('0 Tw')
self.add_page(self.cur_orientation)
self.x=x
if(ws>0):
self.ws=ws
self._out(sprintf('%.3f Tw',ws*k))
if(w==0):
w=self.w-self.r_margin-self.x
s=''
if(fill==1 or border==1):
if(fill==1):
if border==1:
op='B'
else:
op='f'
else:
op='S'
s=sprintf('%.2f %.2f %.2f %.2f re %s ',self.x*k,(self.h-self.y)*k,w*k,-h*k,op)
if(isinstance(border,basestring)):
x=self.x
y=self.y
if('L' in border):
s+=sprintf('%.2f %.2f m %.2f %.2f l S ',x*k,(self.h-y)*k,x*k,(self.h-(y+h))*k)
if('T' in border):
s+=sprintf('%.2f %.2f m %.2f %.2f l S ',x*k,(self.h-y)*k,(x+w)*k,(self.h-y)*k)
if('R' in border):
s+=sprintf('%.2f %.2f m %.2f %.2f l S ',(x+w)*k,(self.h-y)*k,(x+w)*k,(self.h-(y+h))*k)
if('B' in border):
s+=sprintf('%.2f %.2f m %.2f %.2f l S ',x*k,(self.h-(y+h))*k,(x+w)*k,(self.h-(y+h))*k)
if(txt!=''):
if(align=='R'):
dx=w-self.c_margin-self.get_string_width(txt)
elif(align=='C'):
dx=(w-self.get_string_width(txt))/2.0
else:
dx=self.c_margin
if(self.color_flag):
s+='q '+self.text_color+' '
# If multibyte, Tw has no effect - do word spacing using an adjustment before each space
if (self.ws and self.unifontsubset):
for uni in UTF8StringToArray(txt):
self.current_font['subset'].append(uni)
space = self._escape(UTF8ToUTF16BE(' ', False))
s += sprintf('BT 0 Tw %.2F %.2F Td [',(self.x + dx) * k,(self.h - (self.y + 0.5*h+ 0.3 * self.font_size)) * k)
t = txt.split(' ')
numt = len(t)
for i in range(numt):
tx = t[i]
tx = '(' + self._escape(UTF8ToUTF16BE(tx, False)) + ')'
s += sprintf('%s ', tx);
if ((i+1)0):
#Go to next line
self.y+=h
if(ln==1):
self.x=self.l_margin
else:
self.x+=w
@check_page
def multi_cell(self, w, h, txt='', border=0, align='J', fill=0, split_only=False):
"Output text with automatic or explicit line breaks"
txt = self.normalize_text(txt)
ret = [] # if split_only = True, returns splited text cells
cw=self.current_font['cw']
if(w==0):
w=self.w-self.r_margin-self.x
wmax=(w-2*self.c_margin)*1000.0/self.font_size
s=txt.replace("\r",'')
nb=len(s)
if(nb>0 and s[nb-1]=="\n"):
nb-=1
b=0
if(border):
if(border==1):
border='LTRB'
b='LRT'
b2='LR'
else:
b2=''
if('L' in border):
b2+='L'
if('R' in border):
b2+='R'
if ('T' in border):
b=b2+'T'
else:
b=b2
sep=-1
i=0
j=0
l=0
ns=0
nl=1
while(i0):
self.ws=0
if not split_only:
self._out('0 Tw')
if not split_only:
self.cell(w,h,substr(s,j,i-j),b,2,align,fill)
else:
ret.append(substr(s,j,i-j))
i+=1
sep=-1
j=i
l=0
ns=0
nl+=1
if(border and nl==2):
b=b2
continue
if(c==' '):
sep=i
ls=l
ns+=1
if self.unifontsubset:
l += self.get_string_width(c) / self.font_size*1000.0
else:
l += cw.get(c,0)
if(l>wmax):
#Automatic line break
if(sep==-1):
if(i==j):
i+=1
if(self.ws>0):
self.ws=0
if not split_only:
self._out('0 Tw')
if not split_only:
self.cell(w,h,substr(s,j,i-j),b,2,align,fill)
else:
ret.append(substr(s,j,i-j))
else:
if(align=='J'):
if ns>1:
self.ws=(wmax-ls)/1000.0*self.font_size/(ns-1)
else:
self.ws=0
if not split_only:
self._out(sprintf('%.3f Tw',self.ws*self.k))
if not split_only:
self.cell(w,h,substr(s,j,sep-j),b,2,align,fill)
else:
ret.append(substr(s,j,sep-j))
i=sep+1
sep=-1
j=i
l=0
ns=0
nl+=1
if(border and nl==2):
b=b2
else:
i+=1
#Last chunk
if(self.ws>0):
self.ws=0
if not split_only:
self._out('0 Tw')
if(border and 'B' in border):
b+='B'
if not split_only:
self.cell(w,h,substr(s,j,i-j),b,2,align,fill)
self.x=self.l_margin
else:
ret.append(substr(s,j,i-j))
return ret
@check_page
def write(self, h, txt='', link=''):
"Output text in flowing mode"
txt = self.normalize_text(txt)
cw=self.current_font['cw']
w=self.w-self.r_margin-self.x
wmax=(w-2*self.c_margin)*1000.0/self.font_size
s=txt.replace("\r",'')
nb=len(s)
sep=-1
i=0
j=0
l=0
nl=1
while(iwmax):
#Automatic line break
if(sep==-1):
if(self.x>self.l_margin):
#Move to next line
self.x=self.l_margin
self.y+=h
w=self.w-self.r_margin-self.x
wmax=(w-2*self.c_margin)*1000.0/self.font_size
i+=1
nl+=1
continue
if(i==j):
i+=1
self.cell(w,h,substr(s,j,i-j),0,2,'',0,link)
else:
self.cell(w,h,substr(s,j,sep-j),0,2,'',0,link)
i=sep+1
sep=-1
j=i
l=0
if(nl==1):
self.x=self.l_margin
w=self.w-self.r_margin-self.x
wmax=(w-2*self.c_margin)*1000.0/self.font_size
nl+=1
else:
i+=1
#Last chunk
if(i!=j):
self.cell(l/1000.0*self.font_size,h,substr(s,j),0,0,'',0,link)
@check_page
def image(self, name, x=None, y=None, w=0,h=0,type='',link=''):
"Put an image on the page"
if not name in self.images:
#First use of image, get info
if(type==''):
pos=name.rfind('.')
if(not pos):
self.error('image file has no extension and no type was specified: '+name)
type=substr(name,pos+1)
type=type.lower()
if(type=='jpg' or type=='jpeg'):
info=self._parsejpg(name)
elif(type=='png'):
info=self._parsepng(name)
else:
#Allow for additional formats
#maybe the image is not showing the correct extension,
#but the header is OK,
succeed_parsing = False
#try all the parsing functions
parsing_functions = [self._parsejpg,self._parsepng,self._parsegif]
for pf in parsing_functions:
try:
info = pf(name)
succeed_parsing = True
break;
except:
pass
#last resource
if not succeed_parsing:
mtd='_parse'+type
if not hasattr(self,mtd):
self.error('Unsupported image type: '+type)
info=getattr(self, mtd)(name)
mtd='_parse'+type
if not hasattr(self,mtd):
self.error('Unsupported image type: '+type)
info=getattr(self, mtd)(name)
info['i']=len(self.images)+1
self.images[name]=info
else:
info=self.images[name]
#Automatic width and height calculation if needed
if(w==0 and h==0):
#Put image at 72 dpi
w=info['w']/self.k
h=info['h']/self.k
elif(w==0):
w=h*info['w']/info['h']
elif(h==0):
h=w*info['h']/info['w']
# Flowing mode
if y is None:
if (self.y + h > self.page_break_trigger and not self.in_footer and self.accept_page_break()):
#Automatic page break
x = self.x
self.add_page(self.cur_orientation)
self.x = x
y = self.y
self.y += h
if x is None:
x = self.x
self._out(sprintf('q %.2f 0 0 %.2f %.2f %.2f cm /I%d Do Q',w*self.k,h*self.k,x*self.k,(self.h-(y+h))*self.k,info['i']))
if(link):
self.link(x,y,w,h,link)
@check_page
def ln(self, h=''):
"Line Feed; default value is last cell height"
self.x=self.l_margin
if(isinstance(h, basestring)):
self.y+=self.lasth
else:
self.y+=h
def get_x(self):
"Get x position"
return self.x
def set_x(self, x):
"Set x position"
if(x>=0):
self.x=x
else:
self.x=self.w+x
def get_y(self):
"Get y position"
return self.y
def set_y(self, y):
"Set y position and reset x"
self.x=self.l_margin
if(y>=0):
self.y=y
else:
self.y=self.h+y
def set_xy(self, x,y):
"Set x and y positions"
self.set_y(y)
self.set_x(x)
def output(self, name='',dest=''):
"Output PDF to some destination"
#Finish document if necessary
if(self.state<3):
self.close()
dest=dest.upper()
if(dest==''):
if(name==''):
name='doc.pdf'
dest='I'
else:
dest='F'
if dest=='I':
print(self.buffer)
elif dest=='D':
print(self.buffer)
elif dest=='F':
#Save to local file
f=open(name,'wb')
if(not f):
self.error('Unable to create output file: '+name)
if PY3K:
# manage binary data as latin1 until PEP461 or similar is implemented
f.write(self.buffer.encode("latin1"))
else:
f.write(self.buffer)
f.close()
elif dest=='S':
#Return as a string
return self.buffer
else:
self.error('Incorrect output destination: '+dest)
return ''
def normalize_text(self, txt):
"Check that text input is in the correct format/encoding"
# - for TTF unicode fonts: unicode object (utf8 encoding)
# - for built-in fonts: string instances (latin 1 encoding)
if self.unifontsubset and isinstance(txt, str) and not PY3K:
txt = txt.decode('utf8')
elif not self.unifontsubset and isinstance(txt, unicode) and not PY3K:
txt = txt.encode('latin1')
return txt
def _dochecks(self):
#Check for locale-related bug
# if(1.1==1):
# self.error("Don\'t alter the locale before including class file");
#Check for decimal separator
if(sprintf('%.1f',1.0)!='1.0'):
import locale
locale.setlocale(locale.LC_NUMERIC,'C')
def _getfontpath(self):
return FPDF_FONT_DIR+'/'
def _putpages(self):
nb=self.page
if hasattr(self,'str_alias_nb_pages'):
# Replace number of pages in fonts using subsets (unicode)
alias = UTF8ToUTF16BE(self.str_alias_nb_pages, False)
r = UTF8ToUTF16BE(str(nb), False)
for n in range(1, nb+1):
self.pages[n] = self.pages[n].replace(alias, r)
# Now repeat for no pages in non-subset fonts
for n in range(1,nb+1):
self.pages[n]=self.pages[n].replace(self.str_alias_nb_pages,str(nb))
if(self.def_orientation=='P'):
w_pt=self.fw_pt
h_pt=self.fh_pt
else:
w_pt=self.fh_pt
h_pt=self.fw_pt
if self.compress:
filter='/Filter /FlateDecode '
else:
filter=''
for n in range(1,nb+1):
#Page
self._newobj()
self._out('<>>>'
else:
l=self.links[pl[4]]
if l[0] in self.orientation_changes:
h=w_pt
else:
h=h_pt
annots+=sprintf('/Dest [%d 0 R /XYZ 0 %.2f null]>>',1+2*l[0],h-l[1]*self.k)
self._out(annots+']')
elif n == 1 and self.signer:
self._out('/Annots [SIGNER 0 R]')
if(self.pdf_version>'1.3'):
self._out('/Group <>')
self._out('/Contents '+str(self.n+1)+' 0 R>>')
self._out('endobj')
#Page content
if self.compress:
# manage binary data as latin1 until PEP461 or similar is implemented
p = self.pages[n].encode("latin1") if PY3K else self.pages[n]
p = zlib.compress(p)
else:
p = self.pages[n]
self._newobj()
self._out('<<'+filter+'/Length '+str(len(p))+'>>')
self._putstream(p)
self._out('endobj')
#Pages root
self.offsets[1]=len(self.buffer)
self._out('1 0 obj')
self._out('<>')
self._out('endobj')
def _putfonts(self):
nf=self.n
for diff in self.diffs:
#Encodings
self._newobj()
self._out('<>')
self._out('endobj')
for name,info in self.font_files.items():
if 'type' in info and info['type'] != 'TTF':
#Font file embedding
self._newobj()
self.font_files[name]['n']=self.n
font=''
f=open(self._getfontpath()+name,'rb',1)
if(not f):
self.error('Font file not found')
font=f.read()
f.close()
compressed=(substr(name,-2)=='.z')
if(not compressed and 'length2' in info):
header=(ord(font[0])==128)
if(header):
#Strip first binary header
font=substr(font,6)
if(header and ord(font[info['length1']])==128):
#Strip second binary header
font=substr(font,0,info['length1'])+substr(font,info['length1']+6)
self._out('<>')
self._putstream(font)
self._out('endobj')
flist = [(x[1]["i"],x[0],x[1]) for x in self.fonts.items()]
flist.sort()
for idx,k,font in flist:
#Font objects
self.fonts[k]['n']=self.n+1
type=font['type']
name=font['name']
if(type=='core'):
#Standard font
self._newobj()
self._out('<>')
self._out('endobj')
elif(type=='Type1' or type=='TrueType'):
#Additional Type1 or TrueType font
self._newobj()
self._out('<>')
self._out('endobj')
#Widths
self._newobj()
cw=font['cw']
s='['
for i in range(32,256):
# Get doesn't rise exception; returns 0 instead of None if not set
s+=str(cw.get(chr(i)) or 0)+' '
self._out(s+']')
self._out('endobj')
#Descriptor
self._newobj()
s='<>')
self._out('endobj')
elif (type == 'TTF'):
self.fonts[k]['n'] = self.n + 1
ttf = TTFontFile()
fontname = 'MPDFAA' + '+' + font['name']
subset = font['subset']
del subset[0]
ttfontstream = ttf.makeSubset(font['ttffile'], subset)
ttfontsize = len(ttfontstream)
fontstream = zlib.compress(ttfontstream)
codeToGlyph = ttf.codeToGlyph
##del codeToGlyph[0]
# Type0 Font
# A composite font - a font composed of other fonts, organized hierarchically
self._newobj()
self._out('<>')
self._out('endobj')
# CIDFontType2
# A CIDFont whose glyph descriptions are based on TrueType font technology
self._newobj()
self._out('<>')
self._out('endobj')
# ToUnicode
self._newobj()
toUni = "/CIDInit /ProcSet findresource begin\n" \
"12 dict begin\n" \
"begincmap\n" \
"/CIDSystemInfo\n" \
"<> def\n" \
"/CMapName /Adobe-Identity-UCS def\n" \
"/CMapType 2 def\n" \
"1 begincodespacerange\n" \
"<0000> \n" \
"endcodespacerange\n" \
"1 beginbfrange\n" \
"<0000> <0000>\n" \
"endbfrange\n" \
"endcmap\n" \
"CMapName currentdict /CMap defineresource pop\n" \
"end\n" \
"end"
self._out('<>')
self._putstream(toUni)
self._out('endobj')
# CIDSystemInfo dictionary
self._newobj()
self._out('<>')
self._out('endobj')
# Font descriptor
self._newobj()
self._out('<>')
self._out('endobj')
# Embed CIDToGIDMap
# A specification of the mapping from CIDs to glyph indices
cidtogidmap = '';
cidtogidmap = ["\x00"] * 256*256*2
for cc, glyph in codeToGlyph.items():
cidtogidmap[cc*2] = chr(glyph >> 8)
cidtogidmap[cc*2 + 1] = chr(glyph & 0xFF)
cidtogidmap = ''.join(cidtogidmap)
if PY3K:
# manage binary data as latin1 until PEP461-like function is implemented
cidtogidmap = cidtogidmap.encode("latin1")
cidtogidmap = zlib.compress(cidtogidmap);
self._newobj()
self._out('<>')
self._putstream(cidtogidmap)
self._out('endobj')
#Font file
self._newobj()
self._out('<>')
self._putstream(fontstream)
self._out('endobj')
del ttf
else:
#Allow for additional types
mtd='_put'+type.lower()
if(not method_exists(self,mtd)):
self.error('Unsupported font type: '+type)
self.mtd(font)
def _putTTfontwidths(self, font, maxUni):
if font['unifilename']:
cw127fname = os.path.splitext(font['unifilename'])[0] + '.cw127.pkl'
else:
cw127fname = None
if cw127fname and os.path.exists(cw127fname):
fh = open(cw127fname, "rb");
try:
font_dict = pickle.load(fh)
finally:
fh.close()
rangeid = font_dict['rangeid']
range_ = font_dict['range']
prevcid = font_dict['prevcid']
prevwidth = font_dict['prevwidth']
interval = font_dict['interval']
range_interval = font_dict['range_interval']
startcid = 128
else:
rangeid = 0
range_ = {}
range_interval = {}
prevcid = -2
prevwidth = -1
interval = False
startcid = 1
cwlen = maxUni + 1
# for each character
for cid in range(startcid, cwlen):
if cid == 128 and cw127fname and not os.path.exists(cw127fname):
try:
fh = open(cw127fname, "wb")
font_dict = {}
font_dict['rangeid'] = rangeid
font_dict['prevcid'] = prevcid
font_dict['prevwidth'] = prevwidth
font_dict['interval'] = interval
font_dict['range_interval'] = range_interval
font_dict['range'] = range_
pickle.dump(font_dict, fh)
fh.close()
except IOError:
if not exception().errno == errno.EACCES:
raise # Not a permission error.
if (font['cw'][cid] == 0):
continue
width = font['cw'][cid]
if (width == 65535): width = 0
if (cid > 255 and (cid not in font['subset']) or not cid): #
continue
if ('dw' not in font or (font['dw'] and width != font['dw'])):
if (cid == (prevcid + 1)):
if (width == prevwidth):
if (width == range_[rangeid][0]):
range_.setdefault(rangeid, []).append(width)
else:
range_[rangeid].pop()
# new range
rangeid = prevcid
range_[rangeid] = [prevwidth, width]
interval = True
range_interval[rangeid] = True
else:
if (interval):
# new range
rangeid = cid
range_[rangeid] = [width]
else:
range_[rangeid].append(width)
interval = False
else:
rangeid = cid
range_[rangeid] = [width]
interval = False
prevcid = cid
prevwidth = width
prevk = -1
nextk = -1
prevint = False
for k, ws in sorted(range_.items()):
cws = len(ws)
if (k == nextk and not prevint and (not k in range_interval or cws < 3)):
if (k in range_interval):
del range_interval[k]
range_[prevk] = range_[prevk] + range_[k]
del range_[k]
else:
prevk = k
nextk = k + cws
if (k in range_interval):
prevint = (cws > 3)
del range_interval[k]
nextk -= 1
else:
prevint = False
w = []
for k, ws in sorted(range_.items()):
if (len(set(ws)) == 1):
w.append(' %s %s %s' % (k, k + len(ws) - 1, ws[0]))
else:
w.append(' %s [ %s ]\n' % (k, ' '.join([str(int(h)) for h in ws]))) ##
self._out('/W [%s]' % ''.join(w))
def _putimages(self):
filter=''
if self.compress:
filter='/Filter /FlateDecode '
i = [(x[1]["i"],x[1]) for x in self.images.items()]
i.sort()
for idx,info in i:
self._putimage(info)
del info['data']
if 'smask' in info:
del info['smask']
def _putimage(self, info):
if 'data' in info:
self._newobj()
info['n']=self.n
self._out('<>')
if('trns' in info and isinstance(info['trns'], list)):
trns=''
for i in range(0,len(info['trns'])):
trns+=str(info['trns'][i])+' '+str(info['trns'][i])+' '
self._out('/Mask ['+trns+']')
if('smask' in info):
self._out('/SMask ' + str(self.n+1) + ' 0 R');
self._out('/Length '+str(len(info['data']))+'>>')
self._putstream(info['data'])
self._out('endobj')
# Soft mask
if('smask' in info):
dp = '/Predictor 15 /Colors 1 /BitsPerComponent 8 /Columns ' + str(info['w'])
smask = {'w': info['w'], 'h': info['h'], 'cs': 'DeviceGray', 'bpc': 8, 'f': info['f'], 'dp': dp, 'data': info['smask']}
self._putimage(smask)
#Palette
if(info['cs']=='Indexed'):
self._newobj()
filter = self.compress and '/Filter /FlateDecode ' or ''
if self.compress:
pal=zlib.compress(info['pal'])
else:
pal=info['pal']
self._out('<<'+filter+'/Length '+str(len(pal))+'>>')
self._putstream(pal)
self._out('endobj')
def _putxobjectdict(self):
i = [(x["i"],x["n"]) for x in self.images.values()]
i.sort()
for idx,n in i:
self._out('/I'+str(idx)+' '+str(n)+' 0 R')
def _putresourcedict(self):
self._out('/ProcSet [/PDF /Text /ImageB /ImageC /ImageI]')
self._out('/Font <<')
f = [(x["i"],x["n"]) for x in self.fonts.values()]
f.sort()
for idx,n in f:
self._out('/F'+str(idx)+' '+str(n)+' 0 R')
self._out('>>')
self._out('/XObject <<')
self._putxobjectdict()
self._out('>>')
def _putresources(self):
self._putfonts()
self._putimages()
#Resource dictionary
self.offsets[2]=len(self.buffer)
self._out('2 0 obj')
self._out('<<')
self._putresourcedict()
self._out('>>')
self._out('endobj')
def _putinfo(self):
self._out('/Producer '+self._textstring('PyFPDF '+FPDF_VERSION+' http://pyfpdf.googlecode.com/'))
if hasattr(self,'title'):
self._out('/Title '+self._textstring(self.title))
if hasattr(self,'subject'):
self._out('/Subject '+self._textstring(self.subject))
if hasattr(self,'author'):
self._out('/Author '+self._textstring(self.author))
if hasattr (self,'keywords'):
self._out('/Keywords '+self._textstring(self.keywords))
if hasattr(self,'creator'):
self._out('/Creator '+self._textstring(self.creator))
self._out('/CreationDate '+self._textstring('D:'+datetime.now().strftime('%Y%m%d%H%M%S')))
def _putcatalog(self):
if self.signer:
self._out('/AcroForm <>')
self._out('/Type /Catalog')
self._out('/Pages 1 0 R')
if(self.zoom_mode=='fullpage'):
self._out('/OpenAction [3 0 R /Fit]')
elif(self.zoom_mode=='fullwidth'):
self._out('/OpenAction [3 0 R /FitH null]')
elif(self.zoom_mode=='real'):
self._out('/OpenAction [3 0 R /XYZ null null 1]')
elif(not isinstance(self.zoom_mode,basestring)):
self._out(sprintf('/OpenAction [3 0 R /XYZ null null %s]',self.zoom_mode/100))
if(self.layout_mode=='single'):
self._out('/PageLayout /SinglePage')
elif(self.layout_mode=='continuous'):
self._out('/PageLayout /OneColumn')
elif(self.layout_mode=='two'):
self._out('/PageLayout /TwoColumnLeft')
def _putheader(self):
self._out('%PDF-'+self.pdf_version)
self._out('%\xba\xba\xfe\xda')
def _puttrailer(self):
h1 = hashlib.md5(self.buffer.encode('utf8')).hexdigest().upper()
h2 = hashlib.md5(datetime.now().strftime('%Y-%m-%d %H:%M:%S').encode('utf8')).hexdigest().upper()
self._out('/Size '+str(self.n+1))
self._out('/Root '+str(self.root)+' 0 R')
self._out('/Info '+str(self.root-1)+' 0 R')
self._out('/ID [<'+h1+'><'+h2+'>]')
def _enddoc(self):
self._putheader()
self._putpages()
self._putresources()
#Info
self._newobj()
self._out('<<')
self._putinfo()
self._out('>>')
self._out('endobj')
#Catalog
self._newobj()
self._out('<<')
self._putcatalog()
self._out('>>')
self._out('endobj')
self.root = self.n
self.pkcs11_signature()
#Cross-ref
o=len(self.buffer)
self._out('xref')
self._out('0 '+(str(self.n+1)))
self._out('0000000000 65535 f ')
for i in range(1,self.n+1):
self._out(sprintf('%010d 00000 n ',self.offsets[i]))
#Trailer
self._out('trailer')
self._out('<<')
self._puttrailer()
self._out('>>')
self._out('startxref')
self._out(o)
self._out('%%EOF')
self.pkcs11_sign()
self.state=3
signer = False
def pkcs11_signature(self):
pass
def pkcs11_sign(self):
pass
def _beginpage(self, orientation):
self.page+=1
self.pages[self.page]=''
self.state=2
self.x=self.l_margin
self.y=self.t_margin
self.font_family=''
#Page orientation
if(not orientation):
orientation=self.def_orientation
else:
orientation=orientation[0].upper()
if(orientation!=self.def_orientation):
self.orientation_changes[self.page]=1
if(orientation!=self.cur_orientation):
#Change orientation
if(orientation=='P'):
self.w_pt=self.fw_pt
self.h_pt=self.fh_pt
self.w=self.fw
self.h=self.fh
else:
self.w_pt=self.fh_pt
self.h_pt=self.fw_pt
self.w=self.fh
self.h=self.fw
self.page_break_trigger=self.h-self.b_margin
self.cur_orientation=orientation
def _endpage(self):
#End of page contents
self.state=1
def _newobj(self):
#Begin a new object
self.n+=1
self.offsets[self.n]=len(self.buffer)
self._out(str(self.n)+' 0 obj')
def _dounderline(self, x,y,txt):
#Underline text
up=self.current_font['up']
ut=self.current_font['ut']
w=self.get_string_width(txt)+self.ws*txt.count(' ')
return sprintf('%.2f %.2f %.2f %.2f re f',x*self.k,(self.h-(y-up/1000.0*self.font_size))*self.k,w*self.k,-ut/1000.0*self.font_size_pt)
def _parsejpg(self, filename):
# Extract info from a JPEG file
try:
f = open(filename, 'rb')
while True:
markerHigh, markerLow = struct.unpack('BB', f.read(2))
if markerHigh != 0xFF or markerLow < 0xC0:
raise SyntaxError('No JPEG marker found')
elif markerLow == 0xDA: # SOS
raise SyntaxError('No JPEG SOF marker found')
elif (markerLow == 0xC8 or # JPG
(markerLow >= 0xD0 and markerLow <= 0xD9) or # RSTx
(markerLow >= 0xF0 and markerLow <= 0xFD)): # JPGx
pass
else:
dataSize, = struct.unpack('>H', f.read(2))
data = f.read(dataSize - 2) if dataSize > 2 else ''
if ((markerLow >= 0xC0 and markerLow <= 0xC3) or # SOF0 - SOF3
(markerLow >= 0xC5 and markerLow <= 0xC7) or # SOF4 - SOF7
(markerLow >= 0xC9 and markerLow <= 0xCB) or # SOF9 - SOF11
(markerLow >= 0xCD and markerLow <= 0xCF)): # SOF13 - SOF15
bpc, height, width, layers = struct.unpack_from('>BHHB', data)
colspace = 'DeviceRGB' if layers == 3 else ('DeviceCMYK' if layers == 4 else 'DeviceGray')
break
except Exception:
self.error('Missing or incorrect image file: %s. error: %s' % (filename, str(exception())))
# Read whole file from the start
f.seek(0)
data = f.read()
f.close()
return {'w':width,'h':height,'cs':colspace,'bpc':bpc,'f':'DCTDecode','data':data}
def _parsegif(self, filename):
# Extract info from a GIF file (via PNG conversion)
if Image is None:
self.error('PIL is required for GIF support')
try:
im = Image.open(filename)
except Exception:
self.error('Missing or incorrect image file: %s. error: %s' % (filename, str(exception())))
else:
# Use temporary file
f = tempfile.NamedTemporaryFile(delete=False, suffix=".png")
tmp = f.name
f.close()
if "transparency" in im.info:
im.save(tmp, transparency = im.info['transparency'])
else:
im.save(tmp)
info = self._parsepng(tmp)
os.unlink(tmp)
return info
def _parsepng(self, name):
#Extract info from a PNG file
if name.startswith("http://") or name.startswith("https://"):
f = urlopen(name)
else:
f=open(name,'rb')
if(not f):
self.error("Can't open image file: "+name)
#Check signature
magic = f.read(8).decode("latin1")
signature = '\x89'+'PNG'+'\r'+'\n'+'\x1a'+'\n'
if not PY3K: signature = signature.decode("latin1")
if(magic!=signature):
self.error('Not a PNG file: '+name)
#Read header chunk
f.read(4)
chunk = f.read(4).decode("latin1")
if(chunk!='IHDR'):
self.error('Incorrect PNG file: '+name)
w=self._freadint(f)
h=self._freadint(f)
bpc=ord(f.read(1))
if(bpc>8):
self.error('16-bit depth not supported: '+name)
ct=ord(f.read(1))
if(ct==0 or ct==4):
colspace='DeviceGray'
elif(ct==2 or ct==6):
colspace='DeviceRGB'
elif(ct==3):
colspace='Indexed'
else:
self.error('Unknown color type: '+name)
if(ord(f.read(1))!=0):
self.error('Unknown compression method: '+name)
if(ord(f.read(1))!=0):
self.error('Unknown filter method: '+name)
if(ord(f.read(1))!=0):
self.error('Interlacing not supported: '+name)
f.read(4)
dp='/Predictor 15 /Colors '
if colspace == 'DeviceRGB':
dp+='3'
else:
dp+='1'
dp+=' /BitsPerComponent '+str(bpc)+' /Columns '+str(w)+''
#Scan chunks looking for palette, transparency and image data
pal=''
trns=''
data=bytes() if PY3K else str()
n=1
while n != None:
n=self._freadint(f)
type=f.read(4).decode("latin1")
if(type=='PLTE'):
#Read palette
pal=f.read(n)
f.read(4)
elif(type=='tRNS'):
#Read transparency info
t=f.read(n)
if(ct==0):
trns=[ord(substr(t,1,1)),]
elif(ct==2):
trns=[ord(substr(t,1,1)),ord(substr(t,3,1)),ord(substr(t,5,1))]
else:
pos=t.find('\x00'.encode("latin1"))
if(pos!=-1):
trns=[pos,]
f.read(4)
elif(type=='IDAT'):
#Read image data block
data+=f.read(n)
f.read(4)
elif(type=='IEND'):
break
else:
f.read(n+4)
if(colspace=='Indexed' and not pal):
self.error('Missing palette in '+name)
f.close()
info = {'w':w,'h':h,'cs':colspace,'bpc':bpc,'f':'FlateDecode','dp':dp,'pal':pal,'trns':trns,}
if(ct>=4):
# Extract alpha channel
data = zlib.decompress(data)
color = b('')
alpha = b('')
if(ct==4):
# Gray image
length = 2*w
for i in range(h):
pos = (1+length)*i
color += b(data[pos])
alpha += b(data[pos])
line = substr(data, pos+1, length)
re_c = re.compile('(.).'.encode("ascii"), flags=re.DOTALL)
re_a = re.compile('.(.)'.encode("ascii"), flags=re.DOTALL)
color += re_c.sub(lambda m: m.group(1), line)
alpha += re_a.sub(lambda m: m.group(1), line)
else:
# RGB image
length = 4*w
for i in range(h):
pos = (1+length)*i
color += b(data[pos])
alpha += b(data[pos])
line = substr(data, pos+1, length)
re_c = re.compile('(...).'.encode("ascii"), flags=re.DOTALL)
re_a = re.compile('...(.)'.encode("ascii"), flags=re.DOTALL)
color += re_c.sub(lambda m: m.group(1), line)
alpha += re_a.sub(lambda m: m.group(1), line)
del data
data = zlib.compress(color)
info['smask'] = zlib.compress(alpha)
if (self.pdf_version < '1.4'):
self.pdf_version = '1.4'
info['data'] = data
return info
def _freadint(self, f):
#Read a 4-byte integer from file
try:
return struct.unpack('>I', f.read(4))[0]
except:
return None
def _textstring(self, s):
#Format a text string
return '('+self._escape(s)+')'
def _escape(self, s):
#Add \ before \, ( and )
return s.replace('\\','\\\\').replace(')','\\)').replace('(','\\(').replace('\r','\\r')
def _putstream(self, s):
self._out('stream')
self._out(s)
self._out('endstream')
def _out(self, s):
#Add a line to the document
if PY3K and isinstance(s, bytes):
# manage binary data as latin1 until PEP461-like function is implemented
s = s.decode("latin1")
elif not PY3K and isinstance(s, unicode):
s = s.encode("latin1") # default encoding (font name and similar)
elif not isinstance(s, basestring):
s = str(s)
if(self.state==2):
self.pages[self.page]+=s+"\n"
else:
self.buffer+=s+"\n"
@check_page
def interleaved2of5(self, txt, x, y, w=1.0, h=10.0):
"Barcode I2of5 (numeric), adds a 0 if odd lenght"
narrow = w / 3.0
wide = w
# wide/narrow codes for the digits
bar_char={'0': 'nnwwn', '1': 'wnnnw', '2': 'nwnnw', '3': 'wwnnn',
'4': 'nnwnw', '5': 'wnwnn', '6': 'nwwnn', '7': 'nnnww',
'8': 'wnnwn', '9': 'nwnwn', 'A': 'nn', 'Z': 'wn'}
self.set_fill_color(0)
code = txt
# add leading zero if code-length is odd
if len(code) % 2 != 0:
code = '0' + code
# add start and stop codes
code = 'AA' + code.lower() + 'ZA'
for i in range(0, len(code), 2):
# choose next pair of digits
char_bar = code[i]
char_space = code[i+1]
# check whether it is a valid digit
if not char_bar in bar_char.keys():
raise RuntimeError ('Char "%s" invalid for I25: ' % char_bar)
if not char_space in bar_char.keys():
raise RuntimeError ('Char "%s" invalid for I25: ' % char_space)
# create a wide/narrow-seq (first digit=bars, second digit=spaces)
seq = ''
for s in range(0, len(bar_char[char_bar])):
seq += bar_char[char_bar][s] + bar_char[char_space][s]
for bar in range(0, len(seq)):
# set line_width depending on value
if seq[bar] == 'n':
line_width = narrow
else:
line_width = wide
# draw every second value, the other is represented by space
if bar % 2 == 0:
self.rect(x, y, line_width, h, 'F')
x += line_width
@check_page
def code39(self, txt, x, y, w=1.5, h=5.0):
"""Barcode 3of9"""
dim = {'w': w, 'n': w/3.}
chars = {
'0': 'nnnwwnwnn', '1': 'wnnwnnnnw', '2': 'nnwwnnnnw',
'3': 'wnwwnnnnn', '4': 'nnnwwnnnw', '5': 'wnnwwnnnn',
'6': 'nnwwwnnnn', '7': 'nnnwnnwnw', '8': 'wnnwnnwnn',
'9': 'nnwwnnwnn', 'A': 'wnnnnwnnw', 'B': 'nnwnnwnnw',
'C': 'wnwnnwnnn', 'D': 'nnnnwwnnw', 'E': 'wnnnwwnnn',
'F': 'nnwnwwnnn', 'G': 'nnnnnwwnw', 'H': 'wnnnnwwnn',
'I': 'nnwnnwwnn', 'J': 'nnnnwwwnn', 'K': 'wnnnnnnww',
'L': 'nnwnnnnww', 'M': 'wnwnnnnwn', 'N': 'nnnnwnnww',
'O': 'wnnnwnnwn', 'P': 'nnwnwnnwn', 'Q': 'nnnnnnwww',
'R': 'wnnnnnwwn', 'S': 'nnwnnnwwn', 'T': 'nnnnwnwwn',
'U': 'wwnnnnnnw', 'V': 'nwwnnnnnw', 'W': 'wwwnnnnnn',
'X': 'nwnnwnnnw', 'Y': 'wwnnwnnnn', 'Z': 'nwwnwnnnn',
'-': 'nwnnnnwnw', '.': 'wwnnnnwnn', ' ': 'nwwnnnwnn',
'*': 'nwnnwnwnn', '$': 'nwnwnwnnn', '/': 'nwnwnnnwn',
'+': 'nwnnnwnwn', '%': 'nnnwnwnwn',
}
self.set_fill_color(0)
for c in txt.upper():
if c not in chars:
raise RuntimeError('Invalid char "%s" for Code39' % c)
for i, d in enumerate(chars[c]):
if i % 2 == 0:
self.rect(x, y, dim[d], h, 'F')
x += dim[d]
x += dim['n']
endesive-2.19.1/endesive/pdf/fpdf/html.py 0000664 0000000 0000000 00000034615 15042366745 0020243 0 ustar 00root root 0000000 0000000 # -*- coding: latin-1 -*-
"HTML Renderer for FPDF.py"
__author__ = "Mariano Reingart "
__copyright__ = "Copyright (C) 2010 Mariano Reingart"
__license__ = "LGPL 3.0"
# Inspired by tuto5.py and several examples from fpdf.org, html2fpdf, etc.
from .fpdf import FPDF
from .py3k import PY3K, basestring, unicode, HTMLParser
DEBUG = False
def px2mm(px):
return int(px)*25.4/72.0
def hex2dec(color = "#000000"):
if color:
r = int(color[1:3], 16)
g = int(color[3:5], 16)
b = int(color[5:7], 16)
return r, g, b
class HTML2FPDF(HTMLParser):
"Render basic HTML to FPDF"
def __init__(self, pdf, image_map=None):
HTMLParser.__init__(self)
self.style = {}
self.pre = False
self.href = ''
self.align = ''
self.page_links = {}
self.font = None
self.font_stack = []
self.pdf = pdf
self.image_map = image_map or (lambda src: src)
self.r = self.g = self.b = 0
self.indent = 0
self.bullet = []
self.set_font("times", 12)
self.font_face = "times" # initialize font
self.color = 0 #initialize font color
self.table = None # table attributes
self.table_col_width = None # column (header) widths
self.table_col_index = None # current column index
self.td = None # cell attributes
self.th = False # header enabled
self.tr = None
self.theader = None # table header cells
self.tfooter = None # table footer cells
self.thead = None
self.tfoot = None
self.theader_out = self.tfooter_out = False
self.hsize = dict(h1=2, h2=1.5, h3=1.17, h4=1, h5=0.83, h6=0.67)
def width2mm(self, length):
if length[-1]=='%':
total = self.pdf.w - self.pdf.r_margin - self.pdf.l_margin
if self.table['width'][-1]=='%':
total *= int(self.table['width'][:-1])/100.0
return int(length[:-1]) * total / 101.0
else:
return int(length) / 6.0
def handle_data(self, txt):
if self.td is not None: # drawing a table?
if 'width' not in self.td and 'colspan' not in self.td:
try:
l = [self.table_col_width[self.table_col_index]]
except IndexError:
raise RuntimeError("Table column/cell width not specified, unable to continue")
elif 'colspan' in self.td:
i = self.table_col_index
colspan = int(self.td['colspan'])
l = self.table_col_width[i:i+colspan]
else:
l = [self.td.get('width','240')]
w = sum([self.width2mm(lenght) for lenght in l])
h = int(self.td.get('height', 0)) / 4 or self.h*1.30
self.table_h = h
border = int(self.table.get('border', 0))
if not self.th:
align = self.td.get('align', 'L')[0].upper()
border = border and 'LR'
else:
self.set_style('B',True)
border = border or 'B'
align = self.td.get('align', 'C')[0].upper()
bgcolor = hex2dec(self.td.get('bgcolor', self.tr.get('bgcolor', '')))
# parsing table header/footer (drawn later):
if self.thead is not None:
self.theader.append(((w,h,txt,border,0,align), bgcolor))
if self.tfoot is not None:
self.tfooter.append(((w,h,txt,border,0,align), bgcolor))
# check if reached end of page, add table footer and header:
height = h + (self.tfooter and self.tfooter[0][0][1] or 0)
if self.pdf.y+height>self.pdf.page_break_trigger and not self.th:
self.output_table_footer()
self.pdf.add_page()
self.theader_out = self.tfooter_out = False
if self.tfoot is None and self.thead is None:
if not self.theader_out:
self.output_table_header()
self.box_shadow(w, h, bgcolor)
if DEBUG: print("td cell", self.pdf.x, w, txt, "*")
self.pdf.cell(w,h,txt,border,0,align)
elif self.table is not None:
# ignore anything else than td inside a table
pass
elif self.align:
if DEBUG: print("cell", txt, "*")
self.pdf.cell(0,self.h,txt,0,1,self.align[0].upper(), self.href)
else:
txt = txt.replace("\n"," ")
if self.href:
self.put_link(self.href,txt)
else:
if DEBUG: print("write", txt, "*")
self.pdf.write(self.h,txt)
def box_shadow(self, w, h, bgcolor):
if DEBUG: print("box_shadow", w, h, bgcolor)
if bgcolor:
fill_color = self.pdf.fill_color
self.pdf.set_fill_color(*bgcolor)
self.pdf.rect(self.pdf.x, self.pdf.y, w, h, 'F')
self.pdf.fill_color = fill_color
def output_table_header(self):
if self.theader:
b = self.b
x = self.pdf.x
self.pdf.set_x(self.table_offset)
self.set_style('B',True)
for cell, bgcolor in self.theader:
self.box_shadow(cell[0], cell[1], bgcolor)
self.pdf.cell(*cell)
self.set_style('B',b)
self.pdf.ln(self.theader[0][0][1])
self.pdf.set_x(self.table_offset)
#self.pdf.set_x(x)
self.theader_out = True
def output_table_footer(self):
if self.tfooter:
x = self.pdf.x
self.pdf.set_x(self.table_offset)
#TODO: self.output_table_sep()
for cell, bgcolor in self.tfooter:
self.box_shadow(cell[0], cell[1], bgcolor)
self.pdf.cell(*cell)
self.pdf.ln(self.tfooter[0][0][1])
self.pdf.set_x(x)
if int(self.table.get('border', 0)):
self.output_table_sep()
self.tfooter_out = True
def output_table_sep(self):
self.pdf.set_x(self.table_offset)
x1 = self.pdf.x
y1 = self.pdf.y
w = sum([self.width2mm(lenght) for lenght in self.table_col_width])
self.pdf.line(x1,y1,x1+w,y1)
def handle_starttag(self, tag, attrs):
attrs = dict(attrs)
if DEBUG: print("STARTTAG", tag, attrs)
if tag=='b' or tag=='i' or tag=='u':
self.set_style(tag,1)
if tag=='a':
self.href=attrs['href']
if tag=='br':
self.pdf.ln(5)
if tag=='p':
self.pdf.ln(5)
if attrs:
if attrs: self.align = attrs.get('align')
if tag in self.hsize:
k = self.hsize[tag]
self.pdf.ln(5*k)
self.pdf.set_text_color(150,0,0)
self.pdf.set_font_size(12 * k)
if attrs: self.align = attrs.get('align')
if tag=='hr':
self.put_line()
if tag=='pre':
self.pdf.set_font('Courier','',11)
self.pdf.set_font_size(11)
self.set_style('B',False)
self.set_style('I',False)
self.pre = True
if tag=='blockquote':
self.set_text_color(100,0,45)
self.pdf.ln(3)
if tag=='ul':
self.indent+=1
self.bullet.append('\x95')
if tag=='ol':
self.indent+=1
self.bullet.append(0)
if tag=='li':
self.pdf.ln(self.h+2)
self.pdf.set_text_color(190,0,0)
bullet = self.bullet[self.indent-1]
if not isinstance(bullet, basestring):
bullet += 1
self.bullet[self.indent-1] = bullet
bullet = "%s. " % bullet
self.pdf.write(self.h,'%s%s ' % (' '*5*self.indent, bullet))
self.set_text_color()
if tag=='font':
# save previous font state:
self.font_stack.append((self.font_face, self.font_size, self.color))
if 'color' in attrs:
self.color = hex2dec(attrs['color'])
self.set_text_color(*color)
self.color = color
if 'face' in attrs:
face = attrs.get('face').lower()
try:
self.pdf.set_font(face)
self.font_face = face
except RuntimeError:
pass # font not found, ignore
if 'size' in attrs:
size = int(attrs.get('size'))
self.pdf.set_font(self.font_face, size=int(size))
self.font_size = size
if tag=='table':
self.table = dict([(k.lower(), v) for k,v in attrs.items()])
if not 'width' in self.table:
self.table['width'] = '100%'
if self.table['width'][-1]=='%':
w = self.pdf.w - self.pdf.r_margin - self.pdf.l_margin
w *= int(self.table['width'][:-1])/100.0
self.table_offset = (self.pdf.w-w)/2.0
self.table_col_width = []
self.theader_out = self.tfooter_out = False
self.theader = []
self.tfooter = []
self.thead = None
self.tfoot = None
self.table_h = 0
self.pdf.ln()
if tag=='tr':
self.tr = dict([(k.lower(), v) for k,v in attrs.items()])
self.table_col_index = 0
self.pdf.set_x(self.table_offset)
if tag=='td':
self.td = dict([(k.lower(), v) for k,v in attrs.items()])
if tag=='th':
self.td = dict([(k.lower(), v) for k,v in attrs.items()])
self.th = True
if 'width' in self.td:
self.table_col_width.append(self.td['width'])
if tag=='thead':
self.thead = {}
if tag=='tfoot':
self.tfoot = {}
if tag=='img':
if 'src' in attrs:
x = self.pdf.get_x()
y = self.pdf.get_y()
w = px2mm(attrs.get('width', 0))
h = px2mm(attrs.get('height',0))
if self.align and self.align[0].upper() == 'C':
x = (self.pdf.w-x)/2.0 - w/2.0
self.pdf.image(self.image_map(attrs['src']),
x, y, w, h, link=self.href)
self.pdf.set_x(x+w)
self.pdf.set_y(y+h)
if tag=='b' or tag=='i' or tag=='u':
self.set_style(tag, True)
if tag=='center':
self.align = 'Center'
def handle_endtag(self, tag):
#Closing tag
if DEBUG: print("ENDTAG", tag)
if tag=='h1' or tag=='h2' or tag=='h3' or tag=='h4':
self.pdf.ln(6)
self.set_font()
self.set_style()
self.align = None
if tag=='pre':
self.pdf.set_font(self.font or 'Times','',12)
self.pdf.set_font_size(12)
self.pre=False
if tag=='blockquote':
self.set_text_color(0,0,0)
self.pdf.ln(3)
if tag=='strong':
tag='b'
if tag=='em':
tag='i'
if tag=='b' or tag=='i' or tag=='u':
self.set_style(tag, False)
if tag=='a':
self.href=''
if tag=='p':
self.align=''
if tag in ('ul', 'ol'):
self.indent-=1
self.bullet.pop()
if tag=='table':
if not self.tfooter_out:
self.output_table_footer()
self.table = None
self.th = False
self.theader = None
self.tfooter = None
self.pdf.ln()
if tag=='thead':
self.thead = None
if tag=='tfoot':
self.tfoot = None
if tag=='tbody':
# draw a line separator between table bodies
self.pdf.set_x(self.table_offset)
self.output_table_sep()
if tag=='tr':
h = self.table_h
if self.tfoot is None:
self.pdf.ln(h)
self.tr = None
if tag=='td' or tag=='th':
if self.th:
if DEBUG: print("revert style")
self.set_style('B', False) # revert style
self.table_col_index += int(self.td.get('colspan','1'))
self.td = None
self.th = False
if tag=='font':
# recover last font state
face, size, color = self.font_stack.pop()
if face:
self.pdf.set_text_color(0,0,0)
self.color = None
self.set_font(face, size)
self.font = None
if tag=='center':
self.align = None
def set_font(self, face=None, size=None):
if face:
self.font_face = face
if size:
self.font_size = size
self.h = size / 72.0*25.4
if DEBUG: print("H", self.h)
self.pdf.set_font(self.font_face or 'times','',12)
self.pdf.set_font_size(self.font_size or 12)
self.set_style('u', False)
self.set_style('b', False)
self.set_style('i', False)
self.set_text_color()
def set_style(self, tag=None, enable=None):
#Modify style and select corresponding font
if tag:
t = self.style.get(tag.lower())
self.style[tag.lower()] = enable
style=''
for s in ('b','i','u'):
if self.style.get(s):
style+=s
if DEBUG: print("SET_FONT_STYLE", style)
self.pdf.set_font('',style)
def set_text_color(self, r=None, g=0, b=0):
if r is None:
self.pdf.set_text_color(self.r,self.g,self.b)
else:
self.pdf.set_text_color(r, g, b)
self.r = r
self.g = g
self.b = b
def put_link(self, url, txt):
#Put a hyperlink
self.set_text_color(0,0,255)
self.set_style('u', True)
self.pdf.write(5,txt,url)
self.set_style('u', False)
self.set_text_color(0)
def put_line(self):
self.pdf.ln(2)
self.pdf.line(self.pdf.get_x(),self.pdf.get_y(),self.pdf.get_x()+187,self.pdf.get_y())
self.pdf.ln(3)
class HTMLMixin(object):
def write_html(self, text, image_map=None):
"Parse HTML and convert it to PDF"
h2p = HTML2FPDF(self, image_map)
text = h2p.unescape(text) # To deal with HTML entities
h2p.feed(text)
endesive-2.19.1/endesive/pdf/fpdf/php.py 0000664 0000000 0000000 00000002666 15042366745 0020067 0 ustar 00root root 0000000 0000000 #!/usr/bin/env python
# -*- coding: latin-1 -*-
from .py3k import PY3K, basestring, unicode
# fpdf php helpers:
def substr(s, start, length=-1):
if length < 0:
length=len(s)-start
return s[start:start+length]
def sprintf(fmt, *args): return fmt % args
def print_r(array):
if not isinstance(array, dict):
array = dict([(k, k) for k in array])
for k, v in array.items():
print("[%s] => %s " % (k, v))
def UTF8ToUTF16BE(instr, setbom=True):
"Converts UTF-8 strings to UTF16-BE."
outstr = "".encode()
if (setbom):
outstr += "\xFE\xFF".encode("latin1")
if not isinstance(instr, unicode):
instr = instr.decode('UTF-8')
outstr += instr.encode('UTF-16BE')
# convert bytes back to fake unicode string until PEP461-like is implemented
if PY3K:
outstr = outstr.decode("latin1")
return outstr
def UTF8StringToArray(instr):
"Converts UTF-8 strings to codepoints array"
return [ord(c) for c in instr]
# ttfints php helpers:
def die(msg):
raise RuntimeError(msg)
def str_repeat(s, count):
return s * count
def str_pad(s, pad_length=0, pad_char= " ", pad_type= +1 ):
if pad_type<0: # pad left
return s.rjust(pad_length, pad_char)
elif pad_type>0: # pad right
return s.ljust(pad_length, pad_char)
else: # pad both
return s.center(pad_length, pad_char)
strlen = count = lambda s: len(s)
endesive-2.19.1/endesive/pdf/fpdf/py3k.py 0000664 0000000 0000000 00000003102 15042366745 0020150 0 ustar 00root root 0000000 0000000 #!/usr/bin/env python
# -*- coding: utf-8 -*-
"Special module to handle differences between Python 2 and 3 versions"
import sys
PY3K = sys.version_info >= (3, 0)
try:
import cPickle as pickle
except ImportError:
import pickle
try:
from urllib import urlopen
except ImportError:
from urllib.request import urlopen
try:
from hashlib import md5
except ImportError:
try:
from md5 import md5
except ImportError:
md5 = None
def hashpath(fn):
h = md5()
if PY3K:
h.update(fn.encode("UTF-8"))
else:
h.update(fn)
return h.hexdigest()
# Check if PIL is available (tries importing both pypi version and corrected or manually installed versions).
# Necessary for JPEG and GIF support.
# TODO: Pillow support
try:
from PIL import Image
except ImportError:
try:
import Image
except ImportError:
Image = None
try:
from HTMLParser import HTMLParser
except ImportError:
from html.parser import HTMLParser
if PY3K:
basestring = str
unicode = str
ord = lambda x: x
else:
basestring = basestring
unicode = unicode
ord = ord
# shortcut to bytes conversion (b prefix)
def b(s):
if isinstance(s, basestring):
return s.encode("latin1")
elif isinstance(s, int):
if PY3K:
return bytes([s]) # http://bugs.python.org/issue4588
else:
return chr(s)
def exception():
"Return the current the exception instance currently being handled"
# this is needed to support Python 2.5 that lacks "as" syntax
return sys.exc_info()[1]
endesive-2.19.1/endesive/pdf/fpdf/template.py 0000664 0000000 0000000 00000022102 15042366745 0021076 0 ustar 00root root 0000000 0000000 # -*- coding: iso-8859-1 -*-
"PDF Template Helper for FPDF.py"
__author__ = "Mariano Reingart "
__copyright__ = "Copyright (C) 2010 Mariano Reingart"
__license__ = "LGPL 3.0"
import sys,os,csv
from .fpdf import FPDF
from .py3k import PY3K, basestring, unicode
def rgb(col):
return (col // 65536), (col // 256 % 256), (col% 256)
class Template:
def __init__(self, infile=None, elements=None, format='A4', orientation='portrait',
title='', author='', subject='', creator='', keywords=''):
if elements:
self.load_elements(elements)
self.handlers = {'T': self.text, 'L': self.line, 'I': self.image,
'B': self.rect, 'BC': self.barcode, 'W': self.write, }
self.texts = {}
pdf = self.pdf = FPDF(format=format,orientation=orientation, unit="mm")
pdf.set_title(title)
pdf.set_author(author)
pdf.set_creator(creator)
pdf.set_subject(subject)
pdf.set_keywords(keywords)
def load_elements(self, elements):
"Initialize the internal element structures"
self.pg_no = 0
self.elements = elements
self.keys = [v['name'].lower() for v in self.elements]
def parse_csv(self, infile, delimiter=",", decimal_sep="."):
"Parse template format csv file and create elements dict"
keys = ('name','type','x1','y1','x2','y2','font','size',
'bold','italic','underline','foreground','background',
'align','text','priority', 'multiline')
self.elements = []
self.pg_no = 0
if not PY3K:
f = open(infile, 'rb')
else:
f = open(infile)
for row in csv.reader(f, delimiter=delimiter):
kargs = {}
for i,v in enumerate(row):
if not v.startswith("'") and decimal_sep!=".":
v = v.replace(decimal_sep,".")
else:
v = v
if v=='':
v = None
else:
v = eval(v.strip())
kargs[keys[i]] = v
self.elements.append(kargs)
self.keys = [v['name'].lower() for v in self.elements]
def add_page(self):
self.pg_no += 1
self.texts[self.pg_no] = {}
def __setitem__(self, name, value):
if name.lower() in self.keys:
if not PY3K and isinstance(value, unicode):
value = value.encode("latin1","ignore")
elif value is None:
value = ""
else:
value = str(value)
self.texts[self.pg_no][name.lower()] = value
# setitem shortcut (may be further extended)
set = __setitem__
def has_key(self, name):
return name.lower() in self.keys
def __getitem__(self, name):
if name in self.keys:
key = name.lower()
if key in self.texts:
# text for this page:
return self.texts[self.pg_no][key]
else:
# find first element for default text:
elements = [element for element in self.elements
if element['name'].lower() == key]
if elements:
return elements[0]['text']
def split_multicell(self, text, element_name):
"Divide (\n) a string using a given element width"
pdf = self.pdf
element = [element for element in self.elements
if element['name'].lower() == element_name.lower()][0]
style = ""
if element['bold']: style += "B"
if element['italic']: style += "I"
if element['underline']: style += "U"
pdf.set_font(element['font'],style,element['size'])
align = {'L':'L','R':'R','I':'L','D':'R','C':'C','':''}.get(element['align']) # D/I in spanish
if isinstance(text, unicode) and not PY3K:
text = text.encode("latin1","ignore")
else:
text = str(text)
return pdf.multi_cell(w=element['x2']-element['x1'],
h=element['y2']-element['y1'],
txt=text,align=align,split_only=True)
def render(self, outfile, dest="F"):
pdf = self.pdf
for pg in range(1, self.pg_no+1):
pdf.add_page()
pdf.set_font('Arial','B',16)
pdf.set_auto_page_break(False,margin=0)
for element in sorted(self.elements,key=lambda x: x['priority']):
#print "dib",element['type'], element['name'], element['x1'], element['y1'], element['x2'], element['y2']
element = element.copy()
element['text'] = self.texts[pg].get(element['name'].lower(), element['text'])
if 'rotate' in element:
pdf.rotate(element['rotate'], element['x1'], element['y1'])
self.handlers[element['type'].upper()](pdf, **element)
if 'rotate' in element:
pdf.rotate(0)
if dest:
return pdf.output(outfile, dest)
def text(self, pdf, x1=0, y1=0, x2=0, y2=0, text='', font="arial", size=10,
bold=False, italic=False, underline=False, align="",
foreground=0, backgroud=65535, multiline=None,
*args, **kwargs):
if text:
if pdf.text_color!=rgb(foreground):
pdf.set_text_color(*rgb(foreground))
if pdf.fill_color!=rgb(backgroud):
pdf.set_fill_color(*rgb(backgroud))
font = font.strip().lower()
if font == 'arial black':
font = 'arial'
style = ""
for tag in 'B', 'I', 'U':
if (text.startswith("<%s>" % tag) and text.endswith("" %tag)):
text = text[3:-4]
style += tag
if bold: style += "B"
if italic: style += "I"
if underline: style += "U"
align = {'L':'L','R':'R','I':'L','D':'R','C':'C','':''}.get(align) # D/I in spanish
pdf.set_font(font,style,size)
##m_k = 72 / 2.54
##h = (size/m_k)
pdf.set_xy(x1,y1)
if multiline is None:
# multiline==None: write without wrapping/trimming (default)
pdf.cell(w=x2-x1,h=y2-y1,txt=text,border=0,ln=0,align=align)
elif multiline:
# multiline==True: automatic word - warp
pdf.multi_cell(w=x2-x1,h=y2-y1,txt=text,border=0,align=align)
else:
# multiline==False: trim to fit exactly the space defined
text = pdf.multi_cell(w=x2-x1, h=y2-y1,
txt=text, align=align, split_only=True)[0]
print("trimming: *%s*" % text)
pdf.cell(w=x2-x1,h=y2-y1,txt=text,border=0,ln=0,align=align)
#pdf.Text(x=x1,y=y1,txt=text)
def line(self, pdf, x1=0, y1=0, x2=0, y2=0, size=0, foreground=0, *args, **kwargs):
if pdf.draw_color!=rgb(foreground):
#print "SetDrawColor", hex(foreground)
pdf.set_draw_color(*rgb(foreground))
#print "SetLineWidth", size
pdf.set_line_width(size)
pdf.line(x1, y1, x2, y2)
def rect(self, pdf, x1=0, y1=0, x2=0, y2=0, size=0, foreground=0, backgroud=65535, *args, **kwargs):
if pdf.draw_color!=rgb(foreground):
pdf.set_draw_color(*rgb(foreground))
if pdf.fill_color!=rgb(backgroud):
pdf.set_fill_color(*rgb(backgroud))
pdf.set_line_width(size)
pdf.rect(x1, y1, x2-x1, y2-y1)
def image(self, pdf, x1=0, y1=0, x2=0, y2=0, text='', *args,**kwargs):
if text:
pdf.image(text,x1,y1,w=x2-x1,h=y2-y1,type='',link='')
def barcode(self, pdf, x1=0, y1=0, x2=0, y2=0, text='', font="arial", size=1,
foreground=0, *args, **kwargs):
if pdf.draw_color!=rgb(foreground):
pdf.set_draw_color(*rgb(foreground))
font = font.lower().strip()
if font == 'interleaved 2of5 nt':
pdf.interleaved2of5(text,x1,y1,w=size,h=y2-y1)
# Added by Derek Schwalenberg Schwalenberg1013@gmail.com to allow (url) links in templates (using write method) 2014-02-22
def write(self, pdf, x1=0, y1=0, x2=0, y2=0, text='', font="arial", size=1,
bold=False, italic=False, underline=False, align="", link='http://example.com',
foreground=0, *args, **kwargs):
if pdf.text_color!=rgb(foreground):
pdf.set_text_color(*rgb(foreground))
font = font.strip().lower()
if font == 'arial black':
font = 'arial'
style = ""
for tag in 'B', 'I', 'U':
if (text.startswith("<%s>" % tag) and text.endswith("" %tag)):
text = text[3:-4]
style += tag
if bold: style += "B"
if italic: style += "I"
if underline: style += "U"
align = {'L':'L','R':'R','I':'L','D':'R','C':'C','':''}.get(align) # D/I in spanish
pdf.set_font(font,style,size)
##m_k = 72 / 2.54
##h = (size/m_k)
pdf.set_xy(x1,y1)
pdf.write(5,text,link)
endesive-2.19.1/endesive/pdf/fpdf/ttfonts.py 0000664 0000000 0000000 00000114661 15042366745 0021000 0 ustar 00root root 0000000 0000000 #******************************************************************************
# TTFontFile class
#
# This class is based on The ReportLab Open Source PDF library
# written in Python - http://www.reportlab.com/software/opensource/
# together with ideas from the OpenOffice source code and others.
#
# Version: 1.04
# Date: 2011-09-18
# Author: Ian Back
# License: LGPL
# Copyright (c) Ian Back, 2010
# Ported to Python 2.7 by Mariano Reingart (reingart@gmail.com) on 2012
# This header must be retained in any redistribution or
# modification of the file.
#
#******************************************************************************
from struct import pack, unpack, unpack_from
import re
import warnings
from .php import die, substr, str_repeat, str_pad, strlen, count
from .py3k import b, ord
# Define the value used in the "head" table of a created TTF file
# 0x74727565 "true" for Mac
# 0x00010000 for Windows
# Either seems to work for a font embedded in a PDF file
# when read by Adobe Reader on a Windows PC(!)
_TTF_MAC_HEADER = False
# TrueType Font Glyph operators
GF_WORDS = (1 << 0)
GF_SCALE = (1 << 3)
GF_MORE = (1 << 5)
GF_XYSCALE = (1 << 6)
GF_TWOBYTWO = (1 << 7)
def sub32(x, y):
xlo = x[1]
xhi = x[0]
ylo = y[1]
yhi = y[0]
if (ylo > xlo):
xlo += 1 << 16
yhi += 1
reslo = xlo-ylo
if (yhi > xhi):
xhi += 1 << 16
reshi = xhi-yhi
reshi = reshi & 0xFFFF
return (reshi, reslo)
def calcChecksum(data):
if (strlen(data) % 4):
data += str_repeat(b("\0"), (4-(len(data) % 4)))
hi=0x0000
lo=0x0000
for i in range(0, len(data), 4):
hi += (ord(data[i])<<8) + ord(data[i+1])
lo += (ord(data[i+2])<<8) + ord(data[i+3])
hi += lo >> 16
lo = lo & 0xFFFF
hi = hi & 0xFFFF
return (hi, lo)
class TTFontFile:
def __init__(self):
self.maxStrLenRead = 200000 # Maximum size of glyf table to read in as string (otherwise reads each glyph from file)
def getMetrics(self, file):
self.filename = file
self.fh = open(file,'rb')
self._pos = 0
self.charWidths = []
self.glyphPos = {}
self.charToGlyph = {}
self.tables = {}
self.otables = {}
self.ascent = 0
self.descent = 0
self.TTCFonts = {}
self.version = version = self.read_ulong()
if (version==0x4F54544F):
die("Postscript outlines are not supported")
if (version==0x74746366):
die("ERROR - TrueType Fonts Collections not supported")
if (version not in (0x00010000,0x74727565)):
die("Not a TrueType font: version=" + version)
self.readTableDirectory()
self.extractInfo()
self.fh.close()
def readTableDirectory(self, ):
self.numTables = self.read_ushort()
self.searchRange = self.read_ushort()
self.entrySelector = self.read_ushort()
self.rangeShift = self.read_ushort()
self.tables = {}
for i in range(self.numTables):
record = {}
record['tag'] = self.read_tag()
record['checksum'] = (self.read_ushort(),self.read_ushort())
record['offset'] = self.read_ulong()
record['length'] = self.read_ulong()
self.tables[record['tag']] = record
def get_table_pos(self, tag):
offset = self.tables[tag]['offset']
length = self.tables[tag]['length']
return (offset, length)
def seek(self, pos):
self._pos = pos
self.fh.seek(self._pos)
def skip(self, delta):
self._pos = self._pos + delta
self.fh.seek(self._pos)
def seek_table(self, tag, offset_in_table = 0):
tpos = self.get_table_pos(tag)
self._pos = tpos[0] + offset_in_table
self.fh.seek(self._pos)
return self._pos
def read_tag(self):
self._pos += 4
return self.fh.read(4).decode("latin1")
def read_short(self):
self._pos += 2
s = self.fh.read(2)
a = (ord(s[0])<<8) + ord(s[1])
if (a & (1 << 15) ):
a = (a - (1 << 16))
return a
def unpack_short(self, s):
a = (ord(s[0])<<8) + ord(s[1])
if (a & (1 << 15) ):
a = (a - (1 << 16))
return a
def read_ushort(self):
self._pos += 2
s = self.fh.read(2)
return (ord(s[0])<<8) + ord(s[1])
def read_ulong(self):
self._pos += 4
s = self.fh.read(4)
# if large uInt32 as an integer, PHP converts it to -ve
return (ord(s[0])*16777216) + (ord(s[1])<<16) + (ord(s[2])<<8) + ord(s[3]) # 16777216 = 1<<24
def get_ushort(self, pos):
self.fh.seek(pos)
s = self.fh.read(2)
return (ord(s[0])<<8) + ord(s[1])
def get_ulong(self, pos):
self.fh.seek(pos)
s = self.fh.read(4)
# iF large uInt32 as an integer, PHP converts it to -ve
return (ord(s[0])*16777216) + (ord(s[1])<<16) + (ord(s[2])<<8) + ord(s[3]) # 16777216 = 1<<24
def pack_short(self, val):
if (val<0):
val = abs(val)
val = ~val
val += 1
return pack(">H",val)
def splice(self, stream, offset, value):
return substr(stream,0,offset) + value + substr(stream,offset+strlen(value))
def _set_ushort(self, stream, offset, value):
up = pack(">H", value)
return self.splice(stream, offset, up)
def _set_short(self, stream, offset, val):
if (val<0):
val = abs(val)
val = ~val
val += 1
up = pack(">H",val)
return self.splice(stream, offset, up)
def get_chunk(self, pos, length):
self.fh.seek(pos)
if (length <1): return ''
return (self.fh.read(length))
def get_table(self, tag):
(pos, length) = self.get_table_pos(tag)
if (length == 0):
die('Truetype font (' + self.filename + '): error reading table: ' + tag)
self.fh.seek(pos)
return (self.fh.read(length))
def add(self, tag, data):
if (tag == 'head') :
data = self.splice(data, 8, b("\0\0\0\0"))
self.otables[tag] = data
############################################/
############################################/
############################################/
def extractInfo(self):
#################/
# name - Naming table
#################/
self.sFamilyClass = 0
self.sFamilySubClass = 0
name_offset = self.seek_table("name")
format = self.read_ushort()
if (format != 0):
die("Unknown name table format " + format)
numRecords = self.read_ushort()
string_data_offset = name_offset + self.read_ushort()
names = {1:'',2:'',3:'',4:'',6:''}
K = list(names.keys())
nameCount = len(names)
for i in range(numRecords):
platformId = self.read_ushort()
encodingId = self.read_ushort()
languageId = self.read_ushort()
nameId = self.read_ushort()
length = self.read_ushort()
offset = self.read_ushort()
if (nameId not in K): continue
N = ''
if (platformId == 3 and encodingId == 1 and languageId == 0x409): # Microsoft, Unicode, US English, PS Name
opos = self._pos
self.seek(string_data_offset + offset)
if (length % 2 != 0):
die("PostScript name is UTF-16BE string of odd length")
length /= 2
N = ''
while (length > 0):
char = self.read_ushort()
N += (chr(char))
length -= 1
self._pos = opos
self.seek(opos)
elif (platformId == 1 and encodingId == 0 and languageId == 0): # Macintosh, Roman, English, PS Name
opos = self._pos
N = self.get_chunk(string_data_offset + offset, length).decode("latin1")
self._pos = opos
self.seek(opos)
if (N and names[nameId]==''):
names[nameId] = N
nameCount -= 1
if (nameCount==0): break
if (names[6]):
psName = names[6]
elif (names[4]):
psName = re.sub(' ','-',names[4])
elif (names[1]):
psName = re.sub(' ','-',names[1])
else:
psName = ''
if (not psName):
die("Could not find PostScript font name")
self.name = psName
if (names[1]):
self.familyName = names[1]
else:
self.familyName = psName
if (names[2]):
self.styleName = names[2]
else:
self.styleName = 'Regular'
if (names[4]):
self.fullName = names[4]
else:
self.fullName = psName
if (names[3]):
self.uniqueFontID = names[3]
else:
self.uniqueFontID = psName
if (names[6]):
self.fullName = names[6]
#################/
# head - Font header table
#################/
self.seek_table("head")
self.skip(18)
self.unitsPerEm = unitsPerEm = self.read_ushort()
scale = 1000 / float(unitsPerEm)
self.skip(16)
xMin = self.read_short()
yMin = self.read_short()
xMax = self.read_short()
yMax = self.read_short()
self.bbox = [(xMin*scale), (yMin*scale), (xMax*scale), (yMax*scale)]
self.skip(3*2)
indexToLocFormat = self.read_ushort()
glyphDataFormat = self.read_ushort()
if (glyphDataFormat != 0):
die('Unknown glyph data format ' + glyphDataFormat)
#################/
# hhea metrics table
#################/
# ttf2t1 seems to use this value rather than the one in OS/2 - so put in for compatibility
if ("hhea" in self.tables):
self.seek_table("hhea")
self.skip(4)
hheaAscender = self.read_short()
hheaDescender = self.read_short()
self.ascent = (hheaAscender *scale)
self.descent = (hheaDescender *scale)
#################/
# OS/2 - OS/2 and Windows metrics table
#################/
if ("OS/2" in self.tables):
self.seek_table("OS/2")
version = self.read_ushort()
self.skip(2)
usWeightClass = self.read_ushort()
self.skip(2)
fsType = self.read_ushort()
if (fsType == 0x0002 or (fsType & 0x0300) != 0):
die('ERROR - Font file ' + self.filename + ' cannot be embedded due to copyright restrictions.')
self.restrictedUse = True
self.skip(20)
sF = self.read_short()
self.sFamilyClass = (sF >> 8)
self.sFamilySubClass = (sF & 0xFF)
self._pos += 10 #PANOSE = 10 byte length
panose = self.fh.read(10)
self.skip(26)
sTypoAscender = self.read_short()
sTypoDescender = self.read_short()
if (not self.ascent):
self.ascent = (sTypoAscender*scale)
if (not self.descent):
self.descent = (sTypoDescender*scale)
if (version > 1):
self.skip(16)
sCapHeight = self.read_short()
self.capHeight = (sCapHeight*scale)
else:
self.capHeight = self.ascent
else:
usWeightClass = 500
if (not self.ascent): self.ascent = (yMax*scale)
if (not self.descent): self.descent = (yMin*scale)
self.capHeight = self.ascent
self.stemV = 50 + int(pow((usWeightClass / 65.0),2))
#################/
# post - PostScript table
#################/
self.seek_table("post")
self.skip(4)
self.italicAngle = self.read_short() + self.read_ushort() / 65536.0
self.underlinePosition = self.read_short() * scale
self.underlineThickness = self.read_short() * scale
isFixedPitch = self.read_ulong()
self.flags = 4
if (self.italicAngle!= 0):
self.flags = self.flags | 64
if (usWeightClass >= 600):
self.flags = self.flags | 262144
if (isFixedPitch):
self.flags = self.flags | 1
#################/
# hhea - Horizontal header table
#################/
self.seek_table("hhea")
self.skip(32)
metricDataFormat = self.read_ushort()
if (metricDataFormat != 0):
die('Unknown horizontal metric data format '.metricDataFormat)
numberOfHMetrics = self.read_ushort()
if (numberOfHMetrics == 0):
die('Number of horizontal metrics is 0')
#################/
# maxp - Maximum profile table
#################/
self.seek_table("maxp")
self.skip(4)
numGlyphs = self.read_ushort()
#################/
# cmap - Character to glyph index mapping table
#################/
cmap_offset = self.seek_table("cmap")
self.skip(2)
cmapTableCount = self.read_ushort()
unicode_cmap_offset = 0
unicode_cmap_offset12 = 0
for i in range(cmapTableCount):
platformID = self.read_ushort()
encodingID = self.read_ushort()
offset = self.read_ulong()
save_pos = self._pos
if platformID == 3 and encodingID == 10: # Microsoft, UCS-4
format = self.get_ushort(cmap_offset + offset)
if (format == 12):
if not unicode_cmap_offset12:
unicode_cmap_offset12 = cmap_offset + offset
break
if ((platformID == 3 and encodingID == 1) or platformID == 0): # Microsoft, Unicode
format = self.get_ushort(cmap_offset + offset)
if (format == 4):
if (not unicode_cmap_offset):
unicode_cmap_offset = cmap_offset + offset
break
self.seek(save_pos)
if not unicode_cmap_offset and not unicode_cmap_offset12:
die('Font (' + self.filename + ') does not have cmap for Unicode (platform 3, encoding 1, format 4, or platform 3, encoding 10, format 12, or platform 0, any encoding, format 4)')
glyphToChar = {}
charToGlyph = {}
if unicode_cmap_offset12:
self.getCMAP12(unicode_cmap_offset12, glyphToChar, charToGlyph)
else:
self.getCMAP4(unicode_cmap_offset, glyphToChar, charToGlyph)
#################/
# hmtx - Horizontal metrics table
#################/
self.getHMTX(numberOfHMetrics, numGlyphs, glyphToChar, scale)
############################################/
############################################/
def makeSubset(self, file, subset):
self.filename = file
self.fh = open(file ,'rb')
self._pos = 0
self.charWidths = []
self.glyphPos = {}
self.charToGlyph = {}
self.tables = {}
self.otables = {}
self.ascent = 0
self.descent = 0
self.skip(4)
self.maxUni = 0
self.readTableDirectory()
#################/
# head - Font header table
#################/
self.seek_table("head")
self.skip(50)
indexToLocFormat = self.read_ushort()
glyphDataFormat = self.read_ushort()
#################/
# hhea - Horizontal header table
#################/
self.seek_table("hhea")
self.skip(32)
metricDataFormat = self.read_ushort()
orignHmetrics = numberOfHMetrics = self.read_ushort()
#################/
# maxp - Maximum profile table
#################/
self.seek_table("maxp")
self.skip(4)
numGlyphs = self.read_ushort()
#################/
# cmap - Character to glyph index mapping table
#################/
cmap_offset = self.seek_table("cmap")
self.skip(2)
cmapTableCount = self.read_ushort()
unicode_cmap_offset = 0
unicode_cmap_offset12 = 0
for i in range(cmapTableCount):
platformID = self.read_ushort()
encodingID = self.read_ushort()
offset = self.read_ulong()
save_pos = self._pos
if platformID == 3 and encodingID == 10: # Microsoft, UCS-4
format = self.get_ushort(cmap_offset + offset)
if (format == 12):
if not unicode_cmap_offset12:
unicode_cmap_offset12 = cmap_offset + offset
break
if ((platformID == 3 and encodingID == 1) or platformID == 0): # Microsoft, Unicode
format = self.get_ushort(cmap_offset + offset)
if (format == 4):
unicode_cmap_offset = cmap_offset + offset
break
self.seek(save_pos )
if not unicode_cmap_offset and not unicode_cmap_offset12:
die('Font (' + self.filename + ') does not have cmap for Unicode (platform 3, encoding 1, format 4, or platform 3, encoding 10, format 12, or platform 0, any encoding, format 4)')
glyphToChar = {}
charToGlyph = {}
if unicode_cmap_offset12:
self.getCMAP12(unicode_cmap_offset12, glyphToChar, charToGlyph)
else:
self.getCMAP4(unicode_cmap_offset, glyphToChar, charToGlyph)
self.charToGlyph = charToGlyph
#################/
# hmtx - Horizontal metrics table
#################/
scale = 1 # not used
self.getHMTX(numberOfHMetrics, numGlyphs, glyphToChar, scale)
#################/
# loca - Index to location
#################/
self.getLOCA(indexToLocFormat, numGlyphs)
subsetglyphs = [(0, 0)] # special "sorted dict"!
subsetCharToGlyph = {}
for code in subset:
if (code in self.charToGlyph):
if (self.charToGlyph[code], code) not in subsetglyphs:
subsetglyphs.append((self.charToGlyph[code], code)) # Old Glyph ID => Unicode
subsetCharToGlyph[code] = self.charToGlyph[code] # Unicode to old GlyphID
self.maxUni = max(self.maxUni, code)
(start,dummy) = self.get_table_pos('glyf')
subsetglyphs.sort()
glyphSet = {}
n = 0
fsLastCharIndex = 0 # maximum Unicode index (character code) in this font, according to the cmap subtable for platform ID 3 and platform- specific encoding ID 0 or 1.
for originalGlyphIdx, uni in subsetglyphs:
fsLastCharIndex = max(fsLastCharIndex , uni)
glyphSet[originalGlyphIdx] = n # old glyphID to new glyphID
n += 1
codeToGlyph = {}
for uni, originalGlyphIdx in sorted(subsetCharToGlyph.items()):
codeToGlyph[uni] = glyphSet[originalGlyphIdx]
self.codeToGlyph = codeToGlyph
for originalGlyphIdx, uni in subsetglyphs:
nonlocals = {'start': start, 'glyphSet': glyphSet,
'subsetglyphs': subsetglyphs}
self.getGlyphs(originalGlyphIdx, nonlocals)
numGlyphs = numberOfHMetrics = len(subsetglyphs)
#tables copied from the original
tags = ['name']
for tag in tags:
self.add(tag, self.get_table(tag))
tags = ['cvt ', 'fpgm', 'prep', 'gasp']
for tag in tags:
if (tag in self.tables):
self.add(tag, self.get_table(tag))
# post - PostScript
opost = self.get_table('post')
post = b("\x00\x03\x00\x00") + substr(opost,4,12) + b("\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00")
self.add('post', post)
# Sort CID2GID map into segments of contiguous codes
if 0 in codeToGlyph:
del codeToGlyph[0]
#unset(codeToGlyph[65535])
rangeid = 0
range_ = {}
prevcid = -2
prevglidx = -1
# for each character
for cid, glidx in sorted(codeToGlyph.items()):
if (cid == (prevcid + 1) and glidx == (prevglidx + 1)):
range_[rangeid].append(glidx)
else:
# new range
rangeid = cid
range_[rangeid] = []
range_[rangeid].append(glidx)
prevcid = cid
prevglidx = glidx
# cmap - Character to glyph mapping - Format 4 (MS / )
segCount = len(range_) + 1 # + 1 Last segment has missing character 0xFFFF
searchRange = 1
entrySelector = 0
while (searchRange * 2 <= segCount ):
searchRange = searchRange * 2
entrySelector = entrySelector + 1
searchRange = searchRange * 2
rangeShift = segCount * 2 - searchRange
length = 16 + (8*segCount ) + (numGlyphs+1)
cmap = [0, 1, # Index : version, number of encoding subtables
3, 1, # Encoding Subtable : platform (MS=3), encoding (Unicode)
0, 12, # Encoding Subtable : offset (hi,lo)
4, length, 0, # Format 4 Mapping subtable: format, length, language
segCount*2,
searchRange,
entrySelector,
rangeShift]
range_ = sorted(range_.items())
# endCode(s)
for start, subrange in range_:
endCode = start + (len(subrange)-1)
cmap.append(endCode) # endCode(s)
cmap.append(0xFFFF) # endCode of last Segment
cmap.append(0) # reservedPad
# startCode(s)
for start, subrange in range_:
cmap.append(start) # startCode(s)
cmap.append(0xFFFF) # startCode of last Segment
# idDelta(s)
for start, subrange in range_:
idDelta = -(start-subrange[0])
n += count(subrange)
cmap.append(idDelta) # idDelta(s)
cmap.append(1) # idDelta of last Segment
# idRangeOffset(s)
for subrange in range_:
cmap.append(0) # idRangeOffset[segCount] Offset in bytes to glyph indexArray, or 0
cmap.append(0) # idRangeOffset of last Segment
for subrange, glidx in range_:
cmap.extend(glidx)
cmap.append(0) # Mapping for last character
cmapstr = b('')
for cm in cmap:
if cm >= 0:
cmapstr += pack(">H", cm)
else:
try:
cmapstr += pack(">h", cm)
except:
warnings.warn("cmap value too big/small: %s" % cm)
cmapstr += pack(">H", -cm)
self.add('cmap', cmapstr)
# glyf - Glyph data
(glyfOffset,glyfLength) = self.get_table_pos('glyf')
if (glyfLength < self.maxStrLenRead):
glyphData = self.get_table('glyf')
offsets = []
glyf = b('')
pos = 0
hmtxstr = b('')
xMinT = 0
yMinT = 0
xMaxT = 0
yMaxT = 0
advanceWidthMax = 0
minLeftSideBearing = 0
minRightSideBearing = 0
xMaxExtent = 0
maxPoints = 0 # points in non-compound glyph
maxContours = 0 # contours in non-compound glyph
maxComponentPoints = 0 # points in compound glyph
maxComponentContours = 0 # contours in compound glyph
maxComponentElements = 0 # number of glyphs referenced at top level
maxComponentDepth = 0 # levels of recursion, set to 0 if font has only simple glyphs
self.glyphdata = {}
for originalGlyphIdx, uni in subsetglyphs:
# hmtx - Horizontal Metrics
hm = self.getHMetric(orignHmetrics, originalGlyphIdx)
hmtxstr += hm
offsets.append(pos)
try:
glyphPos = self.glyphPos[originalGlyphIdx]
glyphLen = self.glyphPos[originalGlyphIdx + 1] - glyphPos
except IndexError:
warnings.warn("missing glyph %s" % (originalGlyphIdx))
glyphLen = 0
if (glyfLength < self.maxStrLenRead):
data = substr(glyphData,glyphPos,glyphLen)
else:
if (glyphLen > 0):
data = self.get_chunk(glyfOffset+glyphPos,glyphLen)
else:
data = b('')
if (glyphLen > 0):
up = unpack(">H", substr(data,0,2))[0]
if (glyphLen > 2 and (up & (1 << 15)) ): # If number of contours <= -1 i.e. composiste glyph
pos_in_glyph = 10
flags = GF_MORE
nComponentElements = 0
while (flags & GF_MORE):
nComponentElements += 1 # number of glyphs referenced at top level
up = unpack(">H", substr(data,pos_in_glyph,2))
flags = up[0]
up = unpack(">H", substr(data,pos_in_glyph+2,2))
glyphIdx = up[0]
self.glyphdata.setdefault(originalGlyphIdx, {}).setdefault('compGlyphs', []).append(glyphIdx)
try:
data = self._set_ushort(data, pos_in_glyph + 2, glyphSet[glyphIdx])
except KeyError:
data = 0
warnings.warn("missing glyph data %s" % glyphIdx)
pos_in_glyph += 4
if (flags & GF_WORDS):
pos_in_glyph += 4
else:
pos_in_glyph += 2
if (flags & GF_SCALE):
pos_in_glyph += 2
elif (flags & GF_XYSCALE):
pos_in_glyph += 4
elif (flags & GF_TWOBYTWO):
pos_in_glyph += 8
maxComponentElements = max(maxComponentElements, nComponentElements)
glyf += data
pos += glyphLen
if (pos % 4 != 0):
padding = 4 - (pos % 4)
glyf += str_repeat(b("\0"),padding)
pos += padding
offsets.append(pos)
self.add('glyf', glyf)
# hmtx - Horizontal Metrics
self.add('hmtx', hmtxstr)
# loca - Index to location
locastr = b('')
if (((pos + 1) >> 1) > 0xFFFF):
indexToLocFormat = 1 # long format
for offset in offsets:
locastr += pack(">L",offset)
else:
indexToLocFormat = 0 # short format
for offset in offsets:
locastr += pack(">H",int(offset/2))
self.add('loca', locastr)
# head - Font header
head = self.get_table('head')
head = self._set_ushort(head, 50, indexToLocFormat)
self.add('head', head)
# hhea - Horizontal Header
hhea = self.get_table('hhea')
hhea = self._set_ushort(hhea, 34, numberOfHMetrics)
self.add('hhea', hhea)
# maxp - Maximum Profile
maxp = self.get_table('maxp')
maxp = self._set_ushort(maxp, 4, numGlyphs)
self.add('maxp', maxp)
# OS/2 - OS/2
os2 = self.get_table('OS/2')
self.add('OS/2', os2 )
self.fh.close()
# Put the TTF file together
stm = self.endTTFile('')
return stm
#########################################
# Recursively get composite glyph data
def getGlyphData(self, originalGlyphIdx, nonlocals):
# &maxdepth, &depth, &points, &contours
nonlocals['depth'] += 1
nonlocals['maxdepth'] = max(nonlocals['maxdepth'], nonlocals['depth'])
if (len(self.glyphdata[originalGlyphIdx]['compGlyphs'])):
for glyphIdx in self.glyphdata[originalGlyphIdx]['compGlyphs']:
self.getGlyphData(glyphIdx, nonlocals)
elif ((self.glyphdata[originalGlyphIdx]['nContours'] > 0) and nonlocals['depth'] > 0): # simple
contours += self.glyphdata[originalGlyphIdx]['nContours']
points += self.glyphdata[originalGlyphIdx]['nPoints']
nonlocals['depth'] -= 1
#########################################
# Recursively get composite glyphs
def getGlyphs(self, originalGlyphIdx, nonlocals):
# &start, &glyphSet, &subsetglyphs)
try:
glyphPos = self.glyphPos[originalGlyphIdx]
glyphLen = self.glyphPos[originalGlyphIdx + 1] - glyphPos
except IndexError:
warnings.warn("missing glyph %s" % (originalGlyphIdx))
return
if (not glyphLen):
return
self.seek(nonlocals['start'] + glyphPos)
numberOfContours = self.read_short()
if (numberOfContours < 0):
self.skip(8)
flags = GF_MORE
while (flags & GF_MORE):
flags = self.read_ushort()
glyphIdx = self.read_ushort()
if (glyphIdx not in nonlocals['glyphSet']):
nonlocals['glyphSet'][glyphIdx] = len(nonlocals['subsetglyphs']) # old glyphID to new glyphID
nonlocals['subsetglyphs'].append((glyphIdx, 1))
savepos = self.fh.tell()
self.getGlyphs(glyphIdx, nonlocals)
self.seek(savepos)
if (flags & GF_WORDS):
self.skip(4)
else:
self.skip(2)
if (flags & GF_SCALE):
self.skip(2)
elif (flags & GF_XYSCALE):
self.skip(4)
elif (flags & GF_TWOBYTWO):
self.skip(8)
#########################################
def getHMTX(self, numberOfHMetrics, numGlyphs, glyphToChar, scale):
start = self.seek_table("hmtx")
aw = 0
self.charWidths = [0] * 256*256
nCharWidths = 0
if ((numberOfHMetrics*4) < self.maxStrLenRead):
data = self.get_chunk(start,(numberOfHMetrics*4))
arr = unpack(">%dH" % (int(len(data)/2)), data)
else:
self.seek(start)
for glyph in range(numberOfHMetrics):
if ((numberOfHMetrics*4) < self.maxStrLenRead):
aw = arr[(glyph*2)] # PHP starts arrays from index 0!? +1
else:
aw = self.read_ushort()
lsb = self.read_ushort()
if (glyph in glyphToChar or glyph == 0):
if (aw >= (1 << 15) ):
aw = 0 # 1.03 Some (arabic) fonts have -ve values for width
# although should be unsigned value - comes out as e.g. 65108 (intended -50)
if (glyph == 0):
self.defaultWidth = scale*aw
continue
for char in glyphToChar[glyph]:
if (char != 0 and char != 65535):
w = int(round(scale*aw+0.001)) # ROUND_HALF_UP in PY3K (like php)
if (w == 0): w = 65535
if (char < 196608):
self.charWidths[char] = w
nCharWidths += 1
data = self.get_chunk((start+numberOfHMetrics*4),(numGlyphs*2))
arr = unpack(">%dH" % (int(len(data)/2)), data)
diff = numGlyphs-numberOfHMetrics
for pos in range(diff):
glyph = pos + numberOfHMetrics
if (glyph in glyphToChar):
for char in glyphToChar[glyph]:
if (char != 0 and char != 65535):
w = int(round(scale*aw+0.001)) # ROUND_HALF_UP in PY3K (like php)
if (w == 0): w = 65535
if (char < 196608):
self.charWidths[char] = w
nCharWidths += 1
# NB 65535 is a set width of 0
# First bytes define number of chars in font
self.charWidths[0] = nCharWidths
def getHMetric(self, numberOfHMetrics, gid):
start = self.seek_table("hmtx")
if (gid < numberOfHMetrics):
self.seek(start+(gid*4))
hm = self.fh.read(4)
else:
self.seek(start+((numberOfHMetrics-1)*4))
hm = self.fh.read(2)
self.seek(start+(numberOfHMetrics*2)+(gid*2))
hm += self.fh.read(2)
return hm
def getLOCA(self, indexToLocFormat, numGlyphs):
start = self.seek_table('loca')
self.glyphPos = []
if (indexToLocFormat == 0):
data = self.get_chunk(start,(numGlyphs*2)+2)
arr = unpack(">%dH" % (int(len(data)/2)), data)
for n in range(numGlyphs):
self.glyphPos.append((arr[n] * 2)) # n+1 !?
elif (indexToLocFormat == 1):
data = self.get_chunk(start,(numGlyphs*4)+4)
arr = unpack(">%dL" % (int(len(data)/4)), data)
for n in range(numGlyphs):
self.glyphPos.append((arr[n])) # n+1 !?
else:
die('Unknown location table format ' + indexToLocFormat)
# CMAP Format 4
def getCMAP4(self, unicode_cmap_offset, glyphToChar, charToGlyph):
self.maxUniChar = 0
self.seek(unicode_cmap_offset + 2)
length = self.read_ushort()
limit = unicode_cmap_offset + length
self.skip(2)
segCount = int(self.read_ushort() / 2)
self.skip(6)
endCount = []
for i in range(segCount):
endCount.append(self.read_ushort())
self.skip(2)
startCount = []
for i in range(segCount):
startCount.append(self.read_ushort())
idDelta = []
for i in range(segCount):
idDelta.append(self.read_short()) # ???? was unsigned short
idRangeOffset_start = self._pos
idRangeOffset = []
for i in range(segCount):
idRangeOffset.append(self.read_ushort())
for n in range(segCount):
endpoint = (endCount[n] + 1)
for unichar in range(startCount[n], endpoint, 1):
if (idRangeOffset[n] == 0):
glyph = (unichar + idDelta[n]) & 0xFFFF
else:
offset = (unichar - startCount[n]) * 2 + idRangeOffset[n]
offset = idRangeOffset_start + 2 * n + offset
if (offset >= limit):
glyph = 0
else:
glyph = self.get_ushort(offset)
if (glyph != 0):
glyph = (glyph + idDelta[n]) & 0xFFFF
charToGlyph[unichar] = glyph
if (unichar < 196608):
self.maxUniChar = max(unichar,self.maxUniChar)
glyphToChar.setdefault(glyph, []).append(unichar)
# CMAP Format 12
def getCMAP12(self, unicode_cmap_offset, glyphToChar, charToGlyph):
self.maxUniChar = 0
# table (skip format version, should be 12)
self.seek(unicode_cmap_offset + 2)
# reserved
self.skip(2)
# table length
length = self.read_ulong()
# language (should be 0)
self.skip(4)
# groups count
grpCount = self.read_ulong()
if 2 + 2 + 4 + 4 + 4 + grpCount * 3 * 4 > length:
die("TTF format 12 cmap table too small")
for n in range(grpCount):
startCharCode = self.read_ulong()
endCharCode = self.read_ulong()
glyph = self.read_ulong()
for unichar in range(startCharCode, endCharCode + 1):
charToGlyph[unichar] = glyph
if (unichar < 196608):
self.maxUniChar = max(unichar, self.maxUniChar)
glyphToChar.setdefault(glyph, []).append(unichar)
glyph += 1
# Put the TTF file together
def endTTFile(self, stm):
stm = b('')
numTables = count(self.otables)
searchRange = 1
entrySelector = 0
while (searchRange * 2 <= numTables):
searchRange = searchRange * 2
entrySelector = entrySelector + 1
searchRange = searchRange * 16
rangeShift = numTables * 16 - searchRange
# Header
if (_TTF_MAC_HEADER):
stm += (pack(">LHHHH", 0x74727565, numTables, searchRange, entrySelector, rangeShift)) # Mac
else:
stm += (pack(">LHHHH", 0x00010000 , numTables, searchRange, entrySelector, rangeShift)) # Windows
# Table directory
tables = self.otables
offset = 12 + numTables * 16
sorted_tables = sorted(tables.items())
for tag, data in sorted_tables:
if (tag == 'head'):
head_start = offset
stm += tag.encode("latin1")
checksum = calcChecksum(data)
stm += pack(">HH", checksum[0],checksum[1])
stm += pack(">LL", offset, strlen(data))
paddedLength = (strlen(data)+3)&~3
offset = offset + paddedLength
# Table data
for tag, data in sorted_tables:
data += b("\0\0\0")
stm += substr(data,0,(strlen(data)&~3))
checksum = calcChecksum(stm)
checksum = sub32((0xB1B0,0xAFBA), checksum)
chk = pack(">HH", checksum[0],checksum[1])
stm = self.splice(stm,(head_start + 8),chk)
return stm
endesive-2.19.1/endesive/pdf/pdf.py 0000664 0000000 0000000 00000004601 15042366745 0017121 0 ustar 00root root 0000000 0000000 # *-* coding: utf-8 *-*
import hashlib
from endesive import signer
from . import fpdf
class FPDF(fpdf.FPDF):
signer = True
def pkcs11_aligned(self, data):
data = ''.join(['%02x' % i for i in data])
nb = 0x4000 - len(data)
data = data + '0' * (0x4000 - len(data))
return data
def pkcs11_setup(self, config, key, cert, othercerts, algomd):
self.pkcs11config = config
self.pkcs11zeros = self.pkcs11_aligned([0])
self.pkcs11annot = 0
self.pkcs11key = key
self.pkcs11cert = cert
self.pkcs11certs = othercerts
self.pkcs11algomd = algomd
def pkcs11_signature(self):
self._newobj()
self.pkcs11annot = self.n
self._out('<>/T(signature%d)/V %d 0 R>>' % (
self.pkcs11annot, self.pkcs11annot + 1))
self._out('endobj')
self._newobj()
self._out('< bool:
validator = CertificateValidator(
cert, othercerts, validation_context=self.context
)
try:
path = validator.validate_usage(set(["digital_signature"]))
certok = True
except Exception as ex:
logger.exception(ex)
certok = False
return certok
def is_valid_pdf(self) -> bool:
return b"%PDF-" in self.pdf_data[:1024]
def is_signed(self) -> bool:
n = 0
while True:
n = self.pdf_data.find(b"/ByteRange", n)
if n == -1:
break
start = self.pdf_data.find(b"[", n)
stop = self.pdf_data.find(b"]", start)
if start == -1 or stop == -1:
self.modified = True
return False
n = stop + 1
try:
br = [int(i, 10) for i in self.pdf_data[start + 1 : stop].split()]
assert self.pdf_data[br[1]] == 60 and self.pdf_data[br[2]-1] == 62
except:
self.modified = True
return False
self.byte_ranges.append(br)
if len(self.byte_ranges) == 0:
return False
byte_range = self.byte_ranges[-1] # last signature
if byte_range[0]!=0 or byte_range[2]+byte_range[3] != len(self.pdf_data):
self.wholefile = False
return False
self.wholefile = True
return True
def decompose_signed_data(self, datau: bytes, signed_data: cms.SignedData) -> tuple:
signature = signed_data["signer_infos"][0]["signature"].native
algo = signed_data["digest_algorithms"][0]["algorithm"].native
attrs = signed_data["signer_infos"][0]["signed_attrs"]
mdData = getattr(hashlib, algo)(datau).digest()
if attrs is not None and not isinstance(attrs, core.Void):
mdSigned = None
for attr in attrs:
if attr["type"].native == "message_digest":
mdSigned = attr["values"].native[0]
signedData = attrs.dump()
signedData = b"\x31" + signedData[1:]
else:
mdSigned = mdData
signedData = datau
hashok = mdData == mdSigned
cert = None
othercerts = []
serial = signed_data["signer_infos"][0]["sid"].native["serial_number"]
for pdfcert in signed_data["certificates"]:
if serial != pdfcert.native["tbs_certificate"]["serial_number"]:
othercerts.append(pdfcert.chosen)
else:
cert = pdfcert.chosen
public_key = cx509.load_pem_x509_certificate(
pem.armor("CERTIFICATE", cert.dump()), default_backend()
).public_key()
sigalgo = signed_data["signer_infos"][0]["signature_algorithm"]
sigalgoname = sigalgo.signature_algo
if isinstance(public_key, ec.EllipticCurvePublicKey):
try:
public_key.verify(
signature,
signedData,
ec.ECDSA(getattr(hashes, algo.upper())()),
)
signatureok = True
except Exception as e:
signatureok = False
elif sigalgoname == "rsassa_pss":
parameters = sigalgo["parameters"]
# parameters.debug()
# print(parameters.native)
salgo = parameters["hash_algorithm"].native["algorithm"].upper()
mgf = getattr(
padding, parameters["mask_gen_algorithm"].native["algorithm"].upper()
)(getattr(hashes, salgo)())
salt_length = parameters["salt_length"].native
try:
public_key.verify(
signature,
signedData,
padding.PSS(mgf, salt_length),
getattr(hashes, salgo)(),
)
signatureok = True
except:
signatureok = False
elif sigalgoname == "rsassa_pkcs1v15":
try:
public_key.verify(
signature,
signedData,
padding.PKCS1v15(),
getattr(hashes, algo.upper())(),
)
signatureok = True
except:
signatureok = False
else:
raise ValueError("Unknown signature algorithm")
tspdata = None
for attr in signed_data["signer_infos"][0]["unsigned_attrs"]:
if attr["type"].native == "signature_time_stamp_token":
for v in attr["values"]:
if v["content_type"].native == "signed_data":
tspdata = v["content"]
crls = signed_data["crls"]
return (signed_data, tspdata, crls, cert, othercerts, hashok, signatureok)
def decompose_signature(self) -> tuple:
byte_range = self.byte_ranges[-1] # last signature
contents = self.pdf_data[byte_range[0] + byte_range[1] + 1 : byte_range[2] - 1]
try:
signaturebytes = bytes.fromhex(contents.decode("utf8"))
except:
return False
data1 = self.pdf_data[byte_range[0] : byte_range[0] + byte_range[1]]
data2 = self.pdf_data[byte_range[2] : byte_range[2] + byte_range[3]]
datau = data1 + data2
signed_data = cms.ContentInfo.load(signaturebytes)["content"]
return self.decompose_signed_data(datau, signed_data)
def verify_ocsp_data(self, cert, othercerts, crldata):
for crl1 in crldata:
# clr1: cms.RevocationInfoChoice
if crl1.native["other_rev_info_format"] != "ocsp_response":
logger.debug("bad ocsp data")
return False, None
elif crl1.native["other_rev_info"]["response_status"] != "successful":
logger.debug(f"ocsp response status failure: {crl1.native['other_rev_info']['response_status']}")
return False, None
elif crl1.native["other_rev_info"]["response_bytes"]["response_type"] == "basic_ocsp_response":
crlresp : ocsp.BasicOCSPResponse = crl1.chosen[1][1][1].parsed
#crlresp = crl1.native["other_rev_info"]["response_bytes"]["response"]
produced_at = crlresp["tbs_response_data"]["produced_at"].native
cert_was_checked = False
next_check_at = None
for ccert in crlresp["tbs_response_data"]["responses"]:
v = ccert["cert_id"]["serial_number"].native == cert.serial_number
if v:
cert_was_checked = True
next_check_at = ccert["next_update"].native
break
sigalgo = crlresp["signature_algorithm"]["algorithm"].native
sig = crlresp["signature"].native
sigok = False
ocspcert = None
for othercert in crlresp["certs"]:
for ext in othercert["tbs_certificate"]["extensions"]:
if ext["extn_id"].native == "extended_key_usage" and "ocsp_signing" in ext["extn_value"].native:
ocspcert = othercert
if ocspcert:
bcert = x509.Certificate.load(ocspcert.dump())
if self.validate_certificate(bcert, othercerts) and not sigok:
try:
public_key = cx509.load_pem_x509_certificate(
pem.armor("CERTIFICATE", ocspcert.dump()), default_backend()
).public_key()
signedData = crlresp["tbs_response_data"].dump()
# only sha256_rsa
public_key.verify(
sig,
signedData,
padding.PKCS1v15(),
getattr(hashes, "SHA256")(),
)
sigok = True
except:
logger.debug(f"ocsp signing certificate is invalid")
pass
if sigok and cert_was_checked:
return True, (produced_at, next_check_at)
logger.debug(f"ocsp cannot be verified")
else:
logger.debug(f"ocsp unknown response type: {crl1.native['other_rev_info']['response_bytes']['response_type']}")
return False, None
def verify_tsp_data(self, signed_data, tspdata, othercerts):
if tspdata['encap_content_info']['content_type'].native == 'tst_info':
(_, _, tcrldata, tcert, tothercerts, _, tsignatureok) = self.decompose_signed_data(b'', tspdata)
if tsignatureok and self.validate_certificate(tcert, othercerts):
tst = tspdata['encap_content_info']['content'].parsed
signature_bytes = signed_data['signer_infos'][0]['signature'].native
md = hashlib.sha256(signature_bytes).digest()
if md == tst['message_imprint']['hashed_message'].native:
return True, tst['gen_time'].native
return False, None
def verify(pdfdata:bytes, certs:list[cx509.Certificate]=None) -> list[tuple[bool, bool, bool]] :
"""
Verify PDF signature.
:param pdfdata: PDF document as bytes.
:param certs: List of additional certificates used to verify signature (system independent).
:return: List of tuples containing three boolean values for each signature:
(hashok, signatureok, certok):
hashok: bool - True if the hash matches.
signatureok: bool - True if the signature is valid.
certok: bool - True if the certificate used for signing is trusted and valid."""
results = []
n = pdfdata.find(b"/ByteRange")
while n != -1:
start = pdfdata.find(b"[", n)
stop = pdfdata.find(b"]", start)
assert n != -1 and start != -1 and stop != -1
br = [int(i, 10) for i in pdfdata[start + 1 : stop].split()]
assert pdfdata[br[1]] == 60 and pdfdata[br[2]-1] == 62
contents = pdfdata[br[0] + br[1] + 1 : br[2] - 1]
bcontents = bytes.fromhex(contents.decode("utf8"))
data1 = pdfdata[br[0] : br[0] + br[1]]
data2 = pdfdata[br[2] : br[2] + br[3]]
signedData = data1 + data2
result = verifier.verify(bcontents, signedData, certs)
results.append(result)
n = pdfdata.find(b"/ByteRange", br[2] + br[3])
return results
endesive-2.19.1/endesive/plain/ 0000775 0000000 0000000 00000000000 15042366745 0016327 5 ustar 00root root 0000000 0000000 endesive-2.19.1/endesive/plain/__init__.py 0000664 0000000 0000000 00000000062 15042366745 0020436 0 ustar 00root root 0000000 0000000 from .sign import sign
from .verify import verify
endesive-2.19.1/endesive/plain/sign.py 0000664 0000000 0000000 00000001654 15042366745 0017647 0 ustar 00root root 0000000 0000000 # *-* coding: utf-8 *-*
from cryptography import x509
from cryptography.hazmat.primitives.asymmetric.types import PrivateKeyTypes
from endesive import signer
def sign(datau:bytes, key: PrivateKeyTypes, cert: x509.Certificate, certs: list[x509.Certificate], hashalgo='sha1', attrs=True, pss=False) -> bytes:
"""
Sign data with private key without any encapsulation.
Parameters:
datau: Data to sign (bytes).
key: Private key to sign with (PrivateKeyTypes).
cert: Certificate to sign with (x509.Certificate).
certs: List of additional certificates (list of x509.Certificate).
hashalgo: Hash algorithm to use (str, default 'sha1').
attrs: Whether to include attributes (bool, default True).
pss: Whether to use PSS padding (bool, default False).
Returns:
Signed data as bytes.
"""
return signer.sign(datau, key, cert, certs, hashalgo, attrs, pss=pss)
endesive-2.19.1/endesive/plain/verify.py 0000664 0000000 0000000 00000001357 15042366745 0020213 0 ustar 00root root 0000000 0000000 # *-* coding: utf-8 *-*
from cryptography import x509
from endesive import verifier
def verify(datas:bytes, datau:bytes, certs:list[x509.Certificate]=None) -> tuple[bool, bool, bool]:
"""
Verifies signed bytes.
Parameters:
datas: Signed data as bytes.
datau: Original data as bytes.
certs: List of additional certificates used to verify signature (system independent).
Returns:
hashok, signatureok, certok
hashok : bool
True if the hash matches.
signatureok : bool
True if the signature is valid.
certok : bool
True if the certificate used for signing is trusted and valid.
"""
return verifier.verify(datas, datau, certs)
endesive-2.19.1/endesive/signer.py 0000664 0000000 0000000 00000035613 15042366745 0017075 0 ustar 00root root 0000000 0000000 # *-* coding: utf-8 *-*
from __future__ import unicode_literals
import sys
import types
import hashlib
import time
import requests
from base64 import b64encode
from datetime import datetime
from asn1crypto import cms, algos, core, keys, pem, tsp, x509, ocsp, util
from cryptography.hazmat.primitives import hashes, serialization
from cryptography.hazmat.primitives.asymmetric import padding, utils, ec
from cryptography.hazmat import backends
from cryptography import x509 as cryptography_x509
from cryptography.x509 import ocsp as cryptography_ocsp
def cert2asn(cert, cert_bytes=True):
if isinstance(cert, x509.Certificate):
return cert
if cert_bytes:
cert_bytes = cert.public_bytes(serialization.Encoding.PEM)
else:
cert_bytes = cert
if pem.detect(cert_bytes):
_, _, cert_bytes = pem.unarmor(cert_bytes)
return x509.Certificate.load(cert_bytes)
def extract_ocsp_url_from_cert(cert):
"""Extract OCSP URL from certificate's Authority Information Access extension"""
if hasattr(cert, 'public_bytes'):
crypto_cert = cert
else:
if hasattr(cert, 'dump'):
cert_bytes = cert.dump()
else:
cert_bytes = cert
crypto_cert = cryptography_x509.load_der_x509_certificate(
cert_bytes, backends.default_backend())
try:
aia = crypto_cert.extensions.get_extension_for_oid(
cryptography_x509.oid.ExtensionOID.AUTHORITY_INFORMATION_ACCESS)
for access_description in aia.value:
if access_description.access_method == cryptography_x509.oid.AuthorityInformationAccessOID.OCSP:
return access_description.access_location.value
except cryptography_x509.ExtensionNotFound:
return None
return None
def fetch_ocsp_response(cert, issuer, url):
if hasattr(cert, 'dump'):
cert_bytes = cert.dump()
cert = cryptography_x509.load_der_x509_certificate(
cert_bytes, backends.default_backend())
if hasattr(issuer, 'dump'):
issuer_bytes = issuer.dump()
issuer = cryptography_x509.load_der_x509_certificate(
issuer_bytes, backends.default_backend())
builder = cryptography_ocsp.OCSPRequestBuilder()
builder = builder.add_certificate(cert, issuer, hashes.SHA1())
req = builder.build()
data = req.public_bytes(serialization.Encoding.DER)
try:
response = requests.post(
url,
headers={"Content-Type": "application/ocsp-request"},
data=data,
)
if response.status_code != 200:
return None
return response.content
except requests.exceptions.ConnectionError:
return None
def timestamp(unhashed, hashalgo, url, credentials, req_options, prehashed=None):
if prehashed:
hashed_value = prehashed
else:
hashed_value = getattr(hashlib, hashalgo)(unhashed).digest()
tspreq = tsp.TimeStampReq(
{
"version": 1,
"message_imprint": tsp.MessageImprint(
{
"hash_algorithm": algos.DigestAlgorithm({"algorithm": hashalgo}),
"hashed_message": hashed_value,
}
),
#'req_policy', ObjectIdentifier, {'optional': True}),
"nonce": int(time.time() * 1000),
"cert_req": True,
#'extensions': tsp.Extensions()
}
)
tspreq = tspreq.dump()
tspheaders = {"Content-Type": "application/timestamp-query"}
if credentials is not None:
username = credentials.get("username", None)
password = credentials.get("password", None)
if username and password:
auth_header_value = b64encode(
bytes(username + ":" + password, "utf-8")
).decode("ascii")
tspheaders["Authorization"] = f"Basic {auth_header_value}"
if req_options is None:
req_options = {}
tspresp = requests.post(url, data=tspreq, headers=tspheaders, **req_options)
if tspresp.headers.get("Content-Type", None) == "application/timestamp-reply":
tspresp = tsp.TimeStampResp.load(tspresp.content)
if tspresp["status"]["status"].native == "granted":
attrs = [
cms.CMSAttribute(
{
"type": cms.CMSAttributeType("signature_time_stamp_token"),
"values": cms.SetOfContentInfo(
[
cms.ContentInfo(
{
"content_type": cms.ContentType("signed_data"),
"content": tspresp["time_stamp_token"][
"content"
],
}
)
]
),
}
)
]
return attrs
else:
raise ValueError("TimeStampResponse status is not granted")
else:
raise ValueError("TimeStampResponse has invalid content type")
def sign(
datau,
key,
cert,
othercerts,
hashalgo,
attrs=True,
signed_value=None,
hsm=None,
pss=False,
timestampurl=None,
timestampcredentials=None,
timestamp_req_options=None,
ocspurl=None,
ocspissuer=None,
):
if signed_value is None:
signed_value = getattr(hashlib, hashalgo)(datau).digest()
signed_time = datetime.now(tz=util.timezone.utc)
if hsm is not None:
keyid, cert = hsm.certificate()
cert = cert2asn(cert, False)
else:
cert = cert2asn(cert)
certissuer = None
certificates = []
certificates.append(cert)
for i in range(len(othercerts)):
certo = cert2asn(othercerts[i])
if certo.subject == cert.issuer:
certissuer = certo
certificates.append(certo)
hashalgo = unicode(hashalgo) if sys.version[0] < "3" else hashalgo
signer = {
"version": "v1",
"sid": cms.SignerIdentifier(
{
"issuer_and_serial_number": cms.IssuerAndSerialNumber(
{
"issuer": cert.issuer,
"serial_number": cert.serial_number,
}
),
}
),
"digest_algorithm": algos.DigestAlgorithm({"algorithm": hashalgo}),
"signature": signed_value,
}
if not pss:
signer["signature_algorithm"] = algos.SignedDigestAlgorithm(
{"algorithm": "rsassa_pkcs1v15"}
)
else:
md = getattr(hashes, hashalgo.upper())
if isinstance(key, keys.PrivateKeyInfo):
salt_length = key.byte_size - md.digest_size - 2
salt_length = md.digest_size
else:
if key is None:
salt_length = md.digest_size
else:
salt_length = padding.calculate_max_pss_salt_length(key, md)
signer["signature_algorithm"] = algos.SignedDigestAlgorithm(
{
"algorithm": "rsassa_pss",
"parameters": algos.RSASSAPSSParams(
{
"hash_algorithm": algos.DigestAlgorithm(
{"algorithm": hashalgo.lower()}
),
"mask_gen_algorithm": algos.MaskGenAlgorithm(
{
"algorithm": algos.MaskGenAlgorithmId("mgf1"),
"parameters": {
"algorithm": algos.DigestAlgorithmId(hashalgo.lower()),
},
}
),
"salt_length": algos.Integer(salt_length),
"trailer_field": algos.TrailerField(1),
}
),
}
)
if attrs:
if attrs is True:
signing_certificate1 = cms.CMSAttribute(
{
"type": cms.CMSAttributeType("signing_certificate"),
"values": (
tsp.SigningCertificate(
{
"certs": [
tsp.ESSCertID(
{
"cert_hash": hashlib.sha1(
cert.dump()
).digest(),
"issuer_serial": tsp.IssuerSerial(
{
"issuer": (
x509.GeneralName(
{
"directory_name": cert.issuer,
}
),
),
"serial_number": cert.serial_number,
}
),
}
),
]
}
),
),
}
)
signing_certificate2 = cms.CMSAttribute(
{
"type": cms.CMSAttributeType("signing_certificate_v2"),
"values": [
tsp.SigningCertificateV2(
{
"certs": [
tsp.ESSCertIDv2(
{
"hash_algorithm": algos.DigestAlgorithm(
{"algorithm": "sha256"}
),
"cert_hash": hashlib.sha256(
cert.dump()
).digest(),
"issuer_serial": tsp.IssuerSerial(
{
"issuer": (
x509.GeneralName(
{
"directory_name": cert.issuer,
}
),
),
"serial_number": cert.serial_number,
}
),
}
),
]
}
),
],
}
)
signer["signed_attrs"] = [
cms.CMSAttribute(
{
"type": cms.CMSAttributeType("content_type"),
"values": ("data",),
}
),
cms.CMSAttribute(
{
"type": cms.CMSAttributeType("message_digest"),
"values": (signed_value,),
}
),
# cms.CMSAttribute(
# {
# "type": cms.CMSAttributeType("signing_time"),
# "values": (cms.Time({"utc_time": core.UTCTime(signed_time)}),),
# }
# ),
signing_certificate2,
]
else:
if isinstance(attrs, types.FunctionType):
attrs = attrs(signed_value)
signer["signed_attrs"] = attrs
config = {
"version": "v1",
"digest_algorithms": cms.DigestAlgorithms(
(algos.DigestAlgorithm({"algorithm": hashalgo}),)
),
"encap_content_info": {
"content_type": "data",
},
"certificates": certificates,
"signer_infos": [
signer,
],
}
if ocspurl and ocspissuer:
ocsp_response = fetch_ocsp_response(cert, ocspissuer, ocspurl)
if ocsp_response:
ocsp_response = ocsp.OCSPResponse.load(ocsp_response)
other = cms.RevocationInfoChoice(
{
"other": cms.OtherRevocationInfoFormat(
{
"other_rev_info_format": cms.OtherRevInfoFormatId(
"ocsp_response"
),
"other_rev_info": ocsp_response,
}
)
}
)
config["crls"] = cms.RevocationInfoChoices([other])
datas = cms.ContentInfo(
{
"content_type": cms.ContentType("signed_data"),
"content": cms.SignedData(config),
}
)
if attrs:
tosign = datas["content"]["signer_infos"][0]["signed_attrs"].dump()
tosign = b"\x31" + tosign[1:]
else:
tosign = datau
if hsm is not None:
signed_value_signature = hsm.sign(keyid, tosign, hashalgo)
else:
if pss:
md = getattr(hashes, hashalgo.upper())
hasher = hashes.Hash(md(), backend=backends.default_backend())
hasher.update(tosign)
digest = hasher.finalize()
signed_value_signature = key.sign(
digest,
padding.PSS(mgf=padding.MGF1(md()), salt_length=salt_length),
utils.Prehashed(md()),
)
else:
if isinstance(key, ec.EllipticCurvePrivateKey):
signed_value_signature = key.sign(
tosign, ec.ECDSA(getattr(hashes, hashalgo.upper())())
)
else:
signed_value_signature = key.sign(
tosign, padding.PKCS1v15(), getattr(hashes, hashalgo.upper())()
)
if timestampurl is not None:
datas["content"]["signer_infos"][0]["unsigned_attrs"] = timestamp(
signed_value_signature,
hashalgo,
timestampurl,
timestampcredentials,
timestamp_req_options,
)
# signed_value_signature = core.OctetString(signed_value_signature)
datas["content"]["signer_infos"][0]["signature"] = signed_value_signature
# open('signed-content-info', 'wb').write(datas.dump())
return datas.dump()
endesive-2.19.1/endesive/verifier.py 0000664 0000000 0000000 00000012166 15042366745 0017417 0 ustar 00root root 0000000 0000000 # *-* coding: utf-8 *-*
import os
import glob
import hashlib
import datetime
from asn1crypto import x509, core, pem, cms
import certifi
from cryptography.hazmat.primitives import serialization, hashes
from cryptography.hazmat.primitives.asymmetric import padding, ec
from cryptography.x509.verification import PolicyBuilder, Store
from cryptography import x509 as cx509
from cryptography.hazmat.backends import default_backend
class VerifyData(object):
def __init__(self, trustedCerts=None):
with open(certifi.where(), "rb") as pems:
certs = cx509.load_pem_x509_certificates(pems.read())
if trustedCerts is not None:
for cert_bytes in trustedCerts:
certs.append(cx509.load_pem_x509_certificate(cert_bytes))
#self.trustedCerts = trustedCerts
store = Store(certs)
self.verifier = PolicyBuilder(
).store(store
).time(datetime.datetime.utcnow()
).max_chain_depth(4
).build_client_verifier()
def verify(self, datas, datau):
signed_data = cms.ContentInfo.load(datas)["content"]
# signed_data.debug()
signature = signed_data["signer_infos"][0]["signature"].native
algo = signed_data["digest_algorithms"][0]["algorithm"].native
attrs = signed_data["signer_infos"][0]["signed_attrs"]
mdData = getattr(hashlib, algo)(datau).digest()
if attrs is not None and not isinstance(attrs, core.Void):
mdSigned = None
for attr in attrs:
if attr["type"].native == "message_digest":
mdSigned = attr["values"].native[0]
signedData = attrs.dump()
signedData = b"\x31" + signedData[1:]
else:
mdSigned = mdData
signedData = datau
hashok = mdData == mdSigned
cert = None
othercerts = []
serial = signed_data["signer_infos"][0]["sid"].native["serial_number"]
for pdfcert in signed_data["certificates"]:
if serial != pdfcert.native["tbs_certificate"]["serial_number"]:
othercerts.append(
cx509.load_pem_x509_certificate(
pem.armor("CERTIFICATE", pdfcert.chosen.dump())
)
)
else:
assert cert is None
cert = cx509.load_pem_x509_certificate(
pem.armor("CERTIFICATE", pdfcert.chosen.dump())
)
public_key = cert.public_key()
sigalgo = signed_data["signer_infos"][0]["signature_algorithm"]
# sigalgo.debug()
sigalgoname = sigalgo.signature_algo
if isinstance(public_key, ec.EllipticCurvePublicKey):
try:
public_key.verify(
signature,
signedData,
ec.ECDSA(getattr(hashes, algo.upper())()),
)
signatureok = True
except Exception as e:
signatureok = False
elif sigalgoname == "rsassa_pss":
parameters = sigalgo["parameters"]
# parameters.debug()
# print(parameters.native)
salgo = parameters["hash_algorithm"].native["algorithm"].upper()
mgf = getattr(
padding, parameters["mask_gen_algorithm"].native["algorithm"].upper()
)(getattr(hashes, salgo)())
salt_length = parameters["salt_length"].native
try:
public_key.verify(
signature,
signedData,
padding.PSS(mgf, salt_length),
getattr(hashes, salgo)(),
)
signatureok = True
except:
signatureok = False
elif sigalgoname == "rsassa_pkcs1v15":
try:
public_key.verify(
signature,
signedData,
padding.PKCS1v15(),
getattr(hashes, algo.upper())(),
)
signatureok = True
except:
signatureok = False
else:
raise ValueError("Unknown signature algorithm")
try:
self.verifier.verify(cert, othercerts)
certok = True
except Exception as ex:
print("*" * 10, "failed certificate verification:", ex)
print("cert.issuer:", cert.issuer)
print("cert.subject:", cert.subject)
certok = False
return (hashok, signatureok, certok)
def verify(datas:bytes, datau:bytes, certs:list[x509.Certificate]=None) -> tuple[bool, bool, bool]:
"""
Verify signed data.
:param data: Email data as bytes.
:param certs: List of additional certificates used to verify signature (system independent).
:return:
hashok, signatureok, certok
hashok : bool
True if the hash matches.
signatureok : bool
True if the signature is valid.
certok : bool
True if the certificate used for signing is trusted and valid.
"""
cls = VerifyData(certs)
return cls.verify(datas, datau)
endesive-2.19.1/endesive/xades/ 0000775 0000000 0000000 00000000000 15042366745 0016330 5 ustar 00root root 0000000 0000000 endesive-2.19.1/endesive/xades/__init__.py 0000664 0000000 0000000 00000000025 15042366745 0020436 0 ustar 00root root 0000000 0000000 from .bes import BES
endesive-2.19.1/endesive/xades/bes.py 0000664 0000000 0000000 00000047470 15042366745 0017467 0 ustar 00root root 0000000 0000000 # -*- coding: utf-8 -*-
# https://dss.nowina.lu/validation
# https://signatures-conformance-checker.etsi.org/pub/index.php
#
import base64
import time
import datetime
import hashlib
import io
import uuid
from cryptography.x509.oid import NameOID
from lxml import etree, builder
import requests
from asn1crypto import cms, algos, core, keys, pem, tsp, x509, util
DS = builder.ElementMaker(
namespace="http://www.w3.org/2000/09/xmldsig#",
nsmap={"ds": "http://www.w3.org/2000/09/xmldsig#"},
)
CanonicalizationMethod = DS.CanonicalizationMethod
DigestMethod = DS.DigestMethod
DigestValue = DS.DigestValue
KeyInfo = DS.KeyInfo
Object = DS.Object
Reference = DS.Reference
Signature = DS.Signature
SignatureMethod = DS.SignatureMethod
SignatureValue = DS.SignatureValue
SignedInfo = DS.SignedInfo
Transform = DS.Transform
Transforms = DS.Transforms
X509Certificate = DS.X509Certificate
X509Data = DS.X509Data
X509IssuerName = DS.X509IssuerName
X509SerialNumber = DS.X509SerialNumber
XPath = DS.XPath
XADES = builder.ElementMaker(
namespace="http://uri.etsi.org/01903/v1.3.2#",
nsmap={
"xades": "http://uri.etsi.org/01903/v1.3.2#",
"ds": "http://www.w3.org/2000/09/xmldsig#",
},
)
Cert = XADES.Cert
CertDigest = XADES.CertDigest
DataObjectFormat = XADES.DataObjectFormat
Description = XADES.Description
DocumentationReference = XADES.DocumentationReference
DocumentationReferences = XADES.DocumentationReferences
Identifier = XADES.Identifier
IssuerSerial = XADES.IssuerSerial
MimeType = XADES.MimeType
ObjectIdentifier = XADES.ObjectIdentifier
QualifyingProperties = XADES.QualifyingProperties
SignedDataObjectProperties = XADES.SignedDataObjectProperties
SignedProperties = XADES.SignedProperties
SignedSignatureProperties = XADES.SignedSignatureProperties
SigningCertificate = XADES.SigningCertificate
SigningTime = XADES.SigningTime
UnsignedProperties = XADES.UnsignedProperties
UnsignedSignatureProperties = XADES.UnsignedSignatureProperties
SignatureTimeStamp = XADES.SignatureTimeStamp
EncapsulatedTimeStamp = XADES.EncapsulatedTimeStamp
OID_NAMES = {
NameOID.COMMON_NAME: "CN",
NameOID.COUNTRY_NAME: "C",
NameOID.DOMAIN_COMPONENT: "DC",
NameOID.EMAIL_ADDRESS: "E",
NameOID.GIVEN_NAME: "G",
NameOID.LOCALITY_NAME: "L",
NameOID.ORGANIZATION_NAME: "O",
NameOID.ORGANIZATIONAL_UNIT_NAME: "OU",
NameOID.SURNAME: "SN",
}
class BES:
debug = False
def __init__(self):
self.guid = str(uuid.uuid1())
self.time = datetime.datetime.utcnow().strftime("%Y-%m-%dT%H:%M:%SZ")
def sha256(self, data):
h = hashlib.sha256(data).digest()
return base64.b64encode(h).decode()
def base64(self, data):
b64 = b"".join(base64.encodebytes(data).split())
data = []
for i in range(0, len(b64), 64):
data.append(b64[i : i + 64])
data = b"\n".join(data).decode()
return data
def get_rdns_name(self, rdns):
name = ""
for rdn in rdns:
for attr in rdn._attributes:
if len(name) > 0:
name = name + ","
if attr.oid in OID_NAMES:
name = name + OID_NAMES[attr.oid]
else:
name = name + attr.oid.dotted_string
s = "".join(["%02x" % int(b) for b in attr.value.encode()])
s = "#0C%02X%s" % (len(attr.value), s)
name = name + "=" + s
continue
name = name + "=" + attr.value
return name
def _c14n(self, nodes, algorithm, inclusive_ns_prefixes=None):
exclusive, with_comments = False, False
if algorithm.startswith("http://www.w3.org/2001/10/xml-exc-c14n#"):
exclusive = True
if algorithm.endswith("#WithComments"):
with_comments = True
data = etree.tostring(
nodes, encoding="UTF-8", xml_declaration=True, standalone=False
)
data = io.BytesIO(data)
tree = etree.parse(data)
data = io.BytesIO()
tree.write_c14n(
data,
exclusive=exclusive,
with_comments=with_comments,
compression=0,
inclusive_ns_prefixes=inclusive_ns_prefixes,
)
c14n = data.getvalue()
return c14n
def unsignedpropertied(self, signed_value, tspurl, tspcred, hashalgo="sha256"):
if tspurl is None:
unsignedproperties = UnsignedProperties(
Id="UnsignedProperties_" + self.guid + self.mapa["_5d"]
)
else:
tspreq = tsp.TimeStampReq(
{
"version": 1,
"message_imprint": tsp.MessageImprint(
{
"hash_algorithm": algos.DigestAlgorithm(
{"algorithm": hashalgo}
),
"hashed_message": signed_value.encode(),
}
),
#'req_policy', ObjectIdentifier, {'optional': True}),
"nonce": int(time.time() * 1000),
"cert_req": True,
#'extensions': tsp.Extensions()
}
)
tspreq = tspreq.dump()
tspheaders = {"Content-Type": "application/timestamp-query"}
if tspcred is not None:
username = tspcred.get("username", None)
password = tspcred.get("password", None)
if username and password:
auth_header_value = base64.b64encode(
bytes(username + ":" + password, "utf-8")
).decode("ascii")
tspheaders["Authorization"] = f"Basic {auth_header_value}"
tspresp = requests.post(tspurl, data=tspreq, headers=tspheaders)
if (
tspresp.headers.get("Content-Type", None)
== "application/timestamp-reply"
):
tspresp = tsp.TimeStampResp.load(tspresp.content)
if tspresp["status"]["status"].native == "granted":
attr = self.base64(tspresp["time_stamp_token"].dump())
else:
raise ValueError("TimeStampResponse status is not granted")
else:
raise ValueError("TimeStampResponse has invalid content type")
unsignedproperties = UnsignedProperties(
UnsignedSignatureProperties(
SignatureTimeStamp(
CanonicalizationMethod(
Algorithm="http://www.w3.org/TR/2001/REC-xml-c14n-20010315"
),
EncapsulatedTimeStamp(
attr, Encoding="http://uri.etsi.org/01903/v1.2.2#DER"
),
Id="SignatureTimeStamp_" + self.guid,
)
),
Id="UnsignedProperties_" + self.guid + self.mapa["_5d"],
)
return unsignedproperties
mapa = {
"_02": "_5d",
"_2f": "_70",
"_43": "_1c",
"_20": "_7f",
"_46": "_19",
"_49": "_16",
"_5a": "_05",
"_2c": "_73",
"_4b": "_14",
"_11": "_4e",
"_5d": "_02",
}
def enveloped(self, data, cert, certcontent, signproc, tspurl, tspcred):
tree = etree.parse(io.BytesIO(data))
signedobj = tree.getroot()
canonicalizedxml = self._c14n(signedobj, "")
digestvalue1 = self.sha256(canonicalizedxml)
nsmap = signedobj.nsmap.copy()
nsmap.update(
{
"xades": "http://uri.etsi.org/01903/v1.3.2#",
"ds": "http://www.w3.org/2000/09/xmldsig#",
}
)
siXADES = builder.ElementMaker(
namespace="http://uri.etsi.org/01903/v1.3.2#", nsmap=nsmap
)
SignedProperties = siXADES.SignedProperties
nsmap = signedobj.nsmap.copy()
nsmap.update({"ds": "http://www.w3.org/2000/09/xmldsig#"})
siDS = builder.ElementMaker(
namespace="http://www.w3.org/2000/09/xmldsig#", nsmap=nsmap
)
SignedInfo = siDS.SignedInfo
certdigest = self.sha256(certcontent)
certcontent = self.base64(certcontent)
certserialnumber = "%d" % cert.serial_number
certissuer = self.get_rdns_name(cert.issuer.rdns)
if self.debug:
self.guid = "279d6285-779c-4449-9c92-6bf3f7edacc2"
self.time = "2020-11-24T00:32:43Z"
certissuer = "2.5.4.97=#0C10564154504C2D35313730333539343538,CN=Certum QCA 2017,O=Asseco Data Systems S.A.,C=PL"
signedproperties = SignedProperties(
SignedSignatureProperties(
SigningTime(self.time),
SigningCertificate(
Cert(
CertDigest(
DigestMethod(
Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"
),
DigestValue(certdigest),
),
IssuerSerial(
X509IssuerName(certissuer),
X509SerialNumber(certserialnumber),
),
)
),
Id="SignedSignatureProperties_" + self.guid + self.mapa["_02"],
),
SignedDataObjectProperties(
DataObjectFormat(
Description(
"""\
MIME-Version: 1.0
Content-Type: text/xml
Content-Transfer-Encoding: binary
Content-Disposition: filename="document.xml"\
"""
),
ObjectIdentifier(
Identifier(
"http://www.certum.pl/OIDAsURI/signedFile/1.2.616.1.113527.3.1.1.3.1",
Qualifier="OIDAsURI",
),
Description("Opis formatu dokumentu oraz jego pełna nazwa"),
DocumentationReferences(
DocumentationReference(
"http://www.certum.pl/OIDAsURI/signedFile.pdf"
)
),
),
MimeType("text/xml"),
ObjectReference="#Reference1_" + self.guid + self.mapa["_2f"],
),
Id="SignedDataObjectProperties_" + self.guid + self.mapa["_43"],
),
Id="SignedProperties_" + self.guid + self.mapa["_46"],
)
canonicalizedxml = self._c14n(signedproperties, "")
digestvalue2 = self.sha256(canonicalizedxml)
if self.debug:
print("*" * 20, "enveloped signedproperties")
print(canonicalizedxml)
print("digest:", digestvalue2)
unsignedproperties = self.unsignedpropertied(
digestvalue2, tspurl, tspcred, "sha256"
)
signedinfo = SignedInfo(
CanonicalizationMethod(
Algorithm="http://www.w3.org/TR/2001/REC-xml-c14n-20010315"
),
SignatureMethod(
Algorithm="http://www.w3.org/2001/04/xmldsig-more#rsa-sha256"
),
Reference(
Transforms(
Transform(
XPath("not(ancestor-or-self::ds:Signature)"),
Algorithm="http://www.w3.org/TR/1999/REC-xpath-19991116",
)
),
DigestMethod(Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"),
DigestValue(digestvalue1),
Id="Reference1_" + self.guid + self.mapa["_2f"],
URI="",
),
Reference(
DigestMethod(Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"),
DigestValue(digestvalue2),
Id="SignedProperties-Reference_" + self.guid + self.mapa["_20"],
Type="http://uri.etsi.org/01903#SignedProperties",
URI="#SignedProperties_" + self.guid + self.mapa["_46"],
),
Id="SignedInfo_" + self.guid + self.mapa["_49"],
)
canonicalizedxml = self._c14n(signedinfo, "")
if self.debug:
print("*" * 20, "enveloped signedinfo")
print(canonicalizedxml)
signature = signproc(canonicalizedxml, "sha256")
actualdigestencoded = base64.b64encode(signature).decode()
digestvalue3 = []
for i in range(0, len(actualdigestencoded), 64):
digestvalue3.append(actualdigestencoded[i : i + 64])
digestvalue3 = "\n".join(digestvalue3)
DOC = Signature(
signedinfo,
SignatureValue(
digestvalue3, Id="SignatureValue_" + self.guid + self.mapa["_5a"]
),
KeyInfo(
X509Data(X509Certificate(certcontent)),
Id="KeyInfo_" + self.guid + self.mapa["_2c"],
),
Object(
QualifyingProperties(
signedproperties,
unsignedproperties,
Id="QualifyingProperties_" + self.guid + self.mapa["_4b"],
Target="#Signature_" + self.guid + self.mapa["_11"],
)
),
Id="Signature_" + self.guid + self.mapa["_11"],
)
signedobj.append(DOC)
return tree
def enveloping(
self,
fname,
data,
smime,
cert,
certcontent,
signproc,
base64encode=True,
withcomments=False,
detached=False,
tspurl=None,
tspcred=None,
):
swithcomments = ""
if withcomments:
swithcomments = "#WithComments"
if detached:
tree = etree.parse(io.BytesIO(data))
signedobj = tree.getroot()
canonicalizedxml = self._c14n(signedobj, "")
digestvalue1 = self.sha256(canonicalizedxml)
URI = fname
signedobj = None
else:
if base64encode:
data = base64.b64encode(data).decode()
signedobj = Object(
data,
Encoding="http://www.w3.org/2000/09/xmldsig#base64",
MimeType=smime,
Id="Object1_" + self.guid,
)
URI = "#Object1_" + self.guid
elif 0:
signedobj = Object(data, MimeType="text/xml", Id="Object1_" + self.guid)
URI = "#Object1_" + self.guid
else:
signedobj = Object(MimeType="text/xml", Id="Object1_" + self.guid)
tree = etree.parse(io.BytesIO(data))
signedobj.append(tree.getroot())
URI = "#Object1_" + self.guid
canonicalizedxml = self._c14n(signedobj, "")
digestvalue1 = self.sha256(canonicalizedxml)
certdigest = self.sha256(certcontent)
certcontent = self.base64(certcontent)
certserialnumber = "%d" % cert.serial_number
certissuer = self.get_rdns_name(cert.issuer.rdns)
signedprop = SignedProperties(
SignedSignatureProperties(
SigningTime(self.time),
SigningCertificate(
Cert(
CertDigest(
DigestMethod(
Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"
),
DigestValue(certdigest),
),
IssuerSerial(
X509IssuerName(certissuer),
X509SerialNumber(certserialnumber),
),
)
),
Id="SignedSignatureProperties_" + self.guid + self.mapa["_02"],
),
SignedDataObjectProperties(
DataObjectFormat(
Description(
"""\
MIME-Version: 1.0
Content-Type: %s
Content-Transfer-Encoding: binary
Content-Disposition: filename="%s"\
"""
% (smime, fname)
),
ObjectIdentifier(
Identifier(
"http://www.certum.pl/OIDAsURI/signedFile/1.2.616.1.113527.3.1.1.3.1",
Qualifier="OIDAsURI",
),
Description("Opis formatu dokumentu oraz jego pełna nazwa"),
DocumentationReferences(
DocumentationReference(
"http://www.certum.pl/OIDAsURI/signedFile.pdf"
)
),
),
MimeType(smime),
ObjectReference="#Reference1_" + self.guid + self.mapa["_2f"],
),
Id="SignedDataObjectProperties_" + self.guid + self.mapa["_43"],
),
Id="SignedProperties_" + self.guid + self.mapa["_46"],
)
canonicalizedxml = self._c14n(signedprop, "")
digestvalue2 = self.sha256(canonicalizedxml)
if self.debug:
print("*" * 20, "build signedprop")
print(canonicalizedxml)
print("digest:", digestvalue2)
signedinfo = SignedInfo(
CanonicalizationMethod(
Algorithm="http://www.w3.org/TR/2001/REC-xml-c14n-20010315"
),
SignatureMethod(
Algorithm="http://www.w3.org/2001/04/xmldsig-more#rsa-sha256"
),
Reference(
Transforms(
Transform(
Algorithm="http://www.w3.org/TR/2001/REC-xml-c14n-20010315"
+ swithcomments
)
),
DigestMethod(Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"),
DigestValue(digestvalue1),
URI=URI,
Id="Reference1_" + self.guid + self.mapa["_2f"],
),
Reference(
DigestMethod(Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"),
DigestValue(digestvalue2),
Id="SignedProperties-Reference_" + self.guid + self.mapa["_20"],
Type="http://uri.etsi.org/01903#SignedProperties",
URI="#SignedProperties_" + self.guid + self.mapa["_46"],
),
Id="SignedInfo_" + self.guid + self.mapa["_49"],
)
canonicalizedxml = self._c14n(signedinfo, "")
if self.debug:
print("*" * 20, "build signedinfo")
print(canonicalizedxml)
signature = signproc(canonicalizedxml, "sha256")
actualdigestencoded = base64.b64encode(signature).decode()
digestvalue3 = []
for i in range(0, len(actualdigestencoded), 64):
digestvalue3.append(actualdigestencoded[i : i + 64])
digestvalue3 = "\n".join(digestvalue3)
unsignedproperties = self.unsignedpropertied(
digestvalue2, tspurl, tspcred, "sha256"
)
DOC = Signature(
signedinfo,
SignatureValue(
digestvalue3, Id="SignatureValue_" + self.guid + self.mapa["_5a"]
),
KeyInfo(
X509Data(X509Certificate(certcontent)),
Id="KeyInfo_" + self.guid + self.mapa["_2c"],
),
Object(
QualifyingProperties(
signedprop,
unsignedproperties,
Id="QualifyingProperties_" + self.guid + self.mapa["_4b"],
Target="#Signature_" + self.guid + self.mapa["_11"],
)
),
Id="Signature_" + self.guid + self.mapa["_11"],
)
if signedobj is not None:
DOC.append(signedobj)
return DOC
endesive-2.19.1/examples/ 0000775 0000000 0000000 00000000000 15042366745 0015240 5 ustar 00root root 0000000 0000000 endesive-2.19.1/examples/.gitignore 0000664 0000000 0000000 00000000263 15042366745 0017231 0 ustar 00root root 0000000 0000000 *.pem
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*.p7s
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softhsm2/
softhsm2.conf
signature_appearances/endesive/
t-ocsp-crl.der
t-ocsp-issuer.der
t-ocsp-req.bin
t-ocsp-resp.bin
t-ts-req.bin
t-ts-resp.bin
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