+ ̧6j2$RtRt^RIt^RIHt^RIHt^RIHtH t ^RI H t H t H t ^RIHt^RIHt^R IHtR R R R RRRR/t!RR]4t!RR]4t!RR]4t!RR]4tRt!RR]4tRt]R8Xd ]!4R#R#)z3.3.0aLRoutines to print code page (character set) drawings. Predates unicode. To be sure we can accurately represent characters in various encodings and fonts, we need some routines to display all those characters. These are defined herein. The idea is to include flowable, drawable and graphic objects for single and multi-byte fonts. N)Canvas)Flowable) pdfmetricscidfonts)GroupStringRect)Widget)colors)int2ByteWinAnsiEncodingwinansiMacRomanEncodingmacroman MacExpert macexpertPDFDocpdfdocc@a]tRt^toRtRtRtRtRRltRt Vt R#) CodeChartBasezjBasic bits of drawing furniture used by single and multi-byte versions: ability to put letters into boxes.c VPR,VP, pV\V48Xd\V4VnM\V4^,VnVP^VP,,VnVP^VP,,Vn.Vn\VP^,4F.pVPPW P,4K0 .Vn \VP^,4F.pVPPW0P,4K0 R#)z&Work out x and y positions for drawingg?N) codePoints charsPerRowintrowsboxSizewidthheightylistrangeappendxlist)selfrrowcols& P/opt/hart-platform/venv/lib/python3.14/site-packages/reportlab/lib/codecharts.py calcLayoutCodeChartBase.calcLayout#s$t'7'77 3t9 D DID A DI\\Qt'7'7%78 lla k2  Q'C JJ  cLL0 1( ))A-.C JJ  cLL0 1/cJVP'd RV,#RV,#)%02Xz%d)hex)r"byts&&r% formatByteCodeChartBase.formatByte8s 888C< #: r(c  VPVP,\V4, p\V4FpVP R4K ^p^pVP P VPVPR,4VEF;pVfVP PR4VP P^V,VP,VPV, ^, VP,VPVP^^R7VP PR4M_VP PVR,VP,VPV, R, VP,V4V^,pWPP8XgEK0V^,p^pEK> R# TP PR4TP P^T,TP,TPT, ^, TP,TPTP^^R7TP PTR,TP,TPT, R, TP,R4TP PR4EL=;i) zUFills boxes in order. None means skip a box. Empty boxes at end get filled with grayN?g?strokefill?g??) rrlenrr canvsetFontfontNamer setFillGrayrectdrawCentredString)r"charList extraNeededir#r$chs&& r% drawCharsCodeChartBase.drawChars>syy4#3#33c(mC {#A OOD !$ $--)<=Bz %%c* #5 C!8Kt||7[LL$,,qqB %%c*/II// W 4!YY_u4 D'C&&&Ag5 /II))#.IINNAcET\\#9DIIOa!L c" -edll.BC#C~~~s+.>.>(>? II ' 'dll(:)-S4)?4<<(O(- * $))*C II ' 'sdll(B)-T)9T\\(I(,(< *+  II  5cDLL6H I II ' 'dll(:)-T)9T\\(I(/ * r()rrrr!rN)) __name__ __module__ __qualname____firstlineno____doc__r&r-rBrJ__static_attributes____classdictcell__ __classdict__s@r%rrs$2* $L**r(rc0a]tRt^toRRltRtRtVtR#)SingleByteEncodingChartcdRVnWnW nVPR,VP,VnW0nW@nWPnRVn\P!\P!VPVPVP44VP4R#)-N) rfaceName encodingNamer:rrr+rGr registerFontFontr&)r"r[r\rrr+s&&&&&&r%__init__ SingleByteEncodingChart.__init__s ( +d.?.?? &   04 040A0A!C " r(c aVP4R.^ ,\\\\\ ^ R4444,pVP p\ PW"4p\P!V4^,oV3RlpVUu.uF qC!V4NK ppVPV4VPPVPVP4R#uupi)NrYc2<VfR#S!VRR7^,#)Nreplace)errors)txtdecoders&r% decodeFunc0SingleByteEncodingChart.draw..decodeFuncs{s95a88r()rJlistmapr rr\ adobe2codecgetcodecslookuprBr8gridr!r)r"r>encNamerhrArgs& @r%drawSingleByteEncodingChart.draws 6B;c(Dr34H&I!JJ ##//'3--(+ 9 .66XrJrNX6 x  tzz4::. 7sC*)rrrr\r[r:r+rGN) Helveticar )rMrNrOrPr_rrrRrSrTs@r%rWrWs$//r(rWc6a]tRt^toRtRtRtRtRtVt R#)KutenRowCodeChartaVFormats one 'row' of the 94x94 space used in many Asian encodings.aliases These deliberately resemble the code charts in Ken Lunde's "Understanding CJKV Information Processing", to enable manual checking. Due to the large numbers of characters, we don't try to make one graphic with 10,000 characters, but rather output a sequence of these.cWn^^Vn^Vn^Vn^Vn.ROVn^VnW nW0n\P!VPVP4p\P!V4TPR,TP,Tn TP4R# RTnRTnLM;i)^rtr rZN)0020406080)r#rrrrrGr+r[r\rCIDFontrr]r:r&r"r#r[r\fonts&&&& r%r_KutenRowCodeChart.__init__s  3 ( 2##DMM43D3DED  # #D )  +d.?.??    2'DM 1D  AB<<Cc .pVPPR4R8dP\^^_4F=p\V^,4\V^,4,pVP V4K? V#VP R.^^,4V#)z1Works out the character values for this kuten rowEUCNr\findrr r )r"r#cellsr$rAs&& r%makeRowKutenRowCodeChart.makeRowsx    ! !% (2 -Q|cCi(8CG+<< R $  LL$" % r(cVPRVP,R7R.VPVP4,pVPV4VPP VP VP4R#)zR%drHNrJr#rrBr8rpr!rr"r>s& r%rrKutenRowCodeChart.drawsZ !12 6DLL22 x  tzz4::.r( rrrr\r[r:r+r#rGrN rMrNrOrPrQr_rrrrRrSrTs@r%ryrys., / /r(ryc6a]tRt^toRtRtRtRtRtVt R#) Big5CodeChartzFormats one 'row' of the 94x160 space used in Big 5 These deliberately resemble the code charts in Ken Lunde's "Understanding CJKV Information Processing", to enable manual checking.cWn^Vn^Vn^Vn^ Vn^VnW nW0n.ROVn\P!VP VP4p\P!V4TP R,TP,Tn TP4R# RTnRTnLM;i)rtr rZN) 4567ABCDEF)r#rrrrr+r[r\rGrrrr]r:r&rs&&&& r%r_Big5CodeChart.__init__s   (B 2##DMM43D3DED  # #D )  +d.?.??    2'DM 1D rc ..pVPPR4R8dZRFQp\^4F?pV^,V,p\V4\V4,pVP V4KA KS V#VP R.^,4V#)zDWorks out the character values for this Big5 row. Rows start at 0xA1B5Nr)  rvr)r"r#ryxr$rAs&& r%rBig5CodeChart.makeRows    ! !$ '" ,0rAB$q&C!##6BLL$#1  LL$# & r(cVPRVP,R7VPVP4pVPV4VPP VP VP4R#)r*rNrrs& r%rrBig5CodeChart.drawsQ  12<<) x  tzz4::.r(rNrrTs@r%rrs@* //r(rc VP4\P!V4pVPR4VPW#\P!W^4^^^R7VP^4VPV^^4VPW#V4VP4R# \d0\P !T4p\P !T4Li;i)zHelper for stringwidth tests on Asian fonts. Registers font if needed. Then draws the string, and a box around it derived from the stringWidth functionrEr1N) saveStatergetFontKeyErrorrUnicodeCIDFontr]r;r< stringWidthr9 drawString restoreState)msgcanvasrrr:rs&&&&& r%hBoxTextrs  &!!(+  s KKJ**3"=bqKQ q NN8R# a#  &&&x0%&sB,,7C&%C&c0a]tRtRtoRtRtRtRtVtR#) CodeWidgeti1z Block showing all the charactersc>^Vn^Vn^Vn^VnR#)N)rrrr)r"s&r%r_CodeWidget.__init__3s  r(c XVPR, pVPR, p\4pVP\ VP VP VPVPR\PR74\^4Fp\^4FpV^,V,pV^ 8gK\VP WA,,VP VPWR,, ,\V44pVPV4K K V#)g0@N) fillColor strokeColor) rrraddrrrr blackrrr )r"dxdygrr charValuess& r%rrCodeWidget.draw9s ZZ$  [[4  G d4664664::t{{!v||= >rA2YFQJ r>tvv#vvqt);QSAEE!H r()rrrrN) rMrNrOrPrQr_rrrRrSrTs@r%rr1s*  r(rcT\R4pVPR^4VP^HRR4\4pVP V^HR4\^ R7pVP V^HR4\^^R7pVP V^H^d4VP 4\ R4R #) zcodecharts.pdfzHelvetica-BoldizTesting code page chartsi)ri,)rr+zsaved codecharts.pdfN)rr9rrWdrawOnsaveprint)ccc1cc2cc3s r%testrMs AII#LLS45 ! #CJJq"c !b 1CJJq"c !ba 8CJJq"cFFH !r(__main__) __version__rQrnreportlab.pdfgen.canvasrreportlab.platypusrreportlab.pdfbaserrreportlab.graphics.shapesrrrreportlab.graphics.widgetbaser reportlab.libr reportlab.lib.utilsr rlrrWryrrrrrMrer(r%rs   9 *'2990 (iz  X  d*Hd*L)/m)/X8/ 8/v//M//d(8": ZFr(