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Use the table length (divided by size) instead */ /* MATH */ int math_start; /* maxp */ int maxp_start; /* maximum number of glyphs */ int maxp_length; /* mort */ int mort_start; /* Apple metamorph tab, ligs, etc. */ int mort_length; /* morx */ int morx_start; /* Apple extended metamorph tab, ligs, etc. */ int morx_length; /* name */ int copyright_start; /* copyright and fontname */ int opbd_start; /* post */ int postscript_start; /* names for the glyphs, italic angle, etc. */ int postscript_len; /* names for the glyphs, italic angle, etc. */ /* OS/2 */ int os2_start; int os2_len; /* fvar */ int fvar_start; int fvar_length; /* gvar */ int gvar_start; int gvar_length; int fpgm_start; int fpgm_length; int prep_start; int prep_length; int prop_start; /* head */ int fftm_start; unsigned int *glyph_unicode; char **glyph_names; struct dup *dups; struct features *features; uint16 *morx_classes; int fvar_axiscount; }; static int getushort(FILE *ttf) { int ch1 = getc(ttf); int ch2 = getc(ttf); if ( ch2==EOF ) return( EOF ); return( (ch1<<8)|ch2 ); } static int32 getlong(FILE *ttf) { int ch1 = getc(ttf); int ch2 = getc(ttf); int ch3 = getc(ttf); int ch4 = getc(ttf); if ( ch4==EOF ) return( EOF ); return( (ch1<<24)|(ch2<<16)|(ch3<<8)|ch4 ); } static int32 get3byte(FILE *ttf) { int ch1 = getc(ttf); int ch2 = getc(ttf); int ch3 = getc(ttf); if ( ch3==EOF ) return( EOF ); return( (ch1<<16)|(ch2<<8)|ch3 ); } static int32 getoffset(FILE *ttf, int offsize) { int ch1, ch2, ch3, ch4; ch1 = getc(ttf); if ( offsize==1 ) return( ch1 ); ch2 = getc(ttf); if ( offsize==2 ) { if ( ch2==EOF ) return( EOF ); return( (ch1<<8)|ch2); } ch3 = getc(ttf); if ( offsize==3 ) { if ( ch3==EOF ) return( EOF ); return( (ch1<<16)|(ch2<<8)|ch3 ); } ch4 = getc(ttf); if ( ch4==EOF ) return( EOF ); return( (ch1<<24)|(ch2<<16)|(ch3<<8)|ch4 ); } static double getfixed(FILE *ttf) { int32 val = getlong(ttf); int mant = val&0xffff; /* This oddity may be needed to deal with the first 16 bits being signed */ /* and the low-order bits unsigned */ return( (double) (val>>16) + (mant/65536.0) ); } static double long2fixed(int32 val) { int mant = val&0xffff; /* This oddity may be needed to deal with the first 16 bits being signed */ /* and the low-order bits unsigned */ return( (double) (val>>16) + (mant/65536.0) ); } #if 0 static double get2dot14(FILE *ttf) { int32 val = getushort(ttf); int mant = val&0x3fff; /* This oddity may be needed to deal with the first 2 bits being signed */ /* and the low-order bits unsigned */ return( (double) ((val<<16)>>(16+14)) + (mant/16384.0) ); } #endif static int32 filecheck(FILE *file, int start, int len) { uint32 sum = 0, chunk; fseek(file,start,SEEK_SET); if ( len!=-1 ) len=(len+3)>>2; while ( len==-1 || --len>=0 ) { chunk = getlong(file); if ( feof(file)) break; sum += chunk; } return( sum ); } #define CHR(ch1,ch2,ch3,ch4) (((ch1)<<24)|((ch2)<<16)|((ch3)<<8)|(ch4)) static int readcff(FILE *ttf,FILE *util, struct ttfinfo *info); static int readttfheader(FILE *ttf, FILE *util, struct ttfinfo *info) { int i; int tag, checksum, offset, length, sr, es, rs, cs; uint32 v; int e_sr, e_es, e_rs; double version; v = getlong(ttf); if ( v==CHR('t','t','c','f')) { v = getlong(ttf); info->ttccnt = getlong(ttf); printf( "This is a TrueType Font Collection file (version=%x), with %d fonts\n", v, info->ttccnt ); info->ttcoffsets = calloc(info->ttccnt,sizeof(int)); for ( i = 0; ittccnt; ++i ) { info->ttcoffsets[i] = getlong(ttf); printf( " Offset to font %d header: %d\n", i, info->ttcoffsets[i]); } return(true); } version = long2fixed(v); info->numtables = getushort(ttf); sr = getushort(ttf), es = getushort(ttf), rs = getushort(ttf); if ( v==CHR('O','T','T','O')) printf( "version='OTTO', " ); else if ( v==CHR('t','r','u','e')) printf( "version='true', " ); else if ( v==CHR('S','p','l','i')) { fprintf(stderr, "This looks like one of fontforge's spline font databases, and not a truetype font.\n" ); exit ( 1 ); } else if ( v==CHR('%','!','P','S')) { fprintf(stderr, "This looks like a postscript (pfa) file, and not a truetype font.\n" ); exit ( 1 ); } else if ( v>=0x80000000 && info->numtables==0 ) { fprintf(stderr, "This looks like a postscript (pfb) file, and not a truetype font.\n" ); exit ( 1 ); } else if ( (v>>24)==1 && ((v>>16)&0xff)==0 && ((v>>8)&0xff)==4 ) { fprintf( stderr, "This looks like a bare CFF file. Proceding under that assumption.\n"); info->cff_start = 0; fseek(ttf,0,SEEK_END); info->cff_length = ftell(ttf); rewind(ttf); readcff(ttf,util,info); exit(0); } else if ( v==CHR('t','y','p','1')) { printf( "version='typ1', " ); /* This is apple's embedding of a type1 font in a truetype file. I don't know how to parse it. I'd like a copy to look at if you don't mind sending me one... gww@silcom.com */ } else printf( "version=%g, ", version ); printf( "numtables=%d, searchRange=%d entrySel=%d rangeshift=%d\n", info->numtables, sr, es, rs); e_sr = (info->numtables<8?4:info->numtables<16?8:info->numtables<32?16:info->numtables<64?32:64)*16; e_es = (info->numtables<8?2:info->numtables<16?3:info->numtables<32?4:info->numtables<64?5:6); e_rs = info->numtables*16-e_sr; if ( e_sr!=sr || e_es!=es || e_rs!=rs ) printf( "!!!! Unexpected values for binsearch header. Based on the number of tables I\n!!!!! expect searchRange=%d (not %d), entrySel=%d (not %d) rangeShift=%d (not %d)\n", e_sr, sr, e_es, es, e_rs, rs ); /* The one example I have of a ttc file has the file checksum set to: 0xdcd07d3e */ /* I don't know if that's magic or not (docs don't say), but it vaguely follows */ /* the same pattern as 0xb1b0afba so it might be */ /* All the fonts used the same head table so one difficulty was eased */ printf( "File Checksum =%x (should be 0xb1b0afba), diff=%x\n", filecheck(util,0,-1), 0xb1b0afba-filecheck(util,0,-1)); for ( i=0; inumtables; ++i ) { tag = getlong(ttf); checksum = getlong(ttf); offset = getlong(ttf); length = getlong(ttf); cs = filecheck(util,offset,length); printf( "%c%c%c%c checksum=%08x actual=%08x diff=%x offset=%d len=%d\n", tag>>24, (tag>>16)&0xff, (tag>>8)&0xff, tag&0xff, checksum, cs, checksum^cs, offset, length ); switch ( tag ) { case CHR('B','A','S','E'): info->base_start = offset; info->base_length = length; break; case CHR('C','F','F',' '): info->cff_start = offset; info->cff_length = length; break; case CHR('c','m','a','p'): info->encoding_start = offset; break; case CHR('c','v','t',' '): info->cvt_start = offset; info->cvt_length = length; break; case CHR('F','F','T','M'): info->fftm_start = offset; break; case CHR('f','p','g','m'): info->fpgm_start = offset; info->fpgm_length = length; break; case CHR('f','v','a','r'): info->fvar_start = offset; info->fvar_length = length; break; case CHR('f','e','a','t'): info->feat_start = offset; break; case CHR('f','d','s','c'): info->fdsc_start = offset; break; case CHR('g','a','s','p'): info->gasp_start = offset; break; case CHR('g','l','y','f'): info->glyph_start = offset; break; case CHR('G','D','E','F'): info->gdef_start = offset; break; case CHR('G','P','O','S'): info->gpos_start = offset; break; case CHR('G','S','U','B'): info->gsub_start = offset; break; case CHR('g','v','a','r'): info->gvar_start = offset; info->gvar_length = length; break; case CHR('m','o','r','t'): info->mort_start = offset; info->mort_length = length; break; case CHR('m','o','r','x'): info->morx_start = offset; info->morx_length = length; break; case CHR('b','d','a','t'): case CHR('E','B','D','T'): info->bitmapdata_start = offset; break; case CHR('b','l','o','c'): case CHR('E','B','L','C'): info->bitmaploc_start = offset; info->bitmaploc_length = length; break; case CHR('E','B','S','C'): /* Apple uses the same as MS on this one */ info->bitmapscale_start = offset; break; case CHR('h','d','m','x'): info->hdmx_start = offset; break; case CHR('b','h','e','d'): /* Fonts with bitmaps but no outlines get bhea */ case CHR('h','e','a','d'): info->head_start = offset; if ( length!=54 ) fprintf( stderr, "> ! Unexpected length for head table, was %d expected 54 ! <\n", length ); break; case CHR('h','h','e','a'): info->hhea_start = offset; if ( length!=36 ) fprintf( stderr, "> ! Unexpected length for hhea table, was %d expected 36 ! <\n", length ); break; case CHR('h','m','t','x'): info->hmetrics_start = offset; break; case CHR('k','e','r','n'): info->kern_start = offset; break; case CHR('J','S','T','F'): info->JSTF_start = offset; break; case CHR('l','o','c','a'): info->glyphlocations_start = offset; info->loca_length = length; info->glyph_cnt = length/2-1; break; case CHR('M','A','T','H'): info->math_start = offset; break; case CHR('m','a','x','p'): info->maxp_start = offset; if ( length!=32 && length!=6 ) fprintf( stderr, "> ! Unexpected length for maxp table, was %d expected 32 ! <\n", length ); info->maxp_length = length; break; case CHR('n','a','m','e'): info->copyright_start = offset; break; case CHR('o','p','b','d'): info->opbd_start = offset; break; case CHR('p','o','s','t'): info->postscript_start = offset; info->postscript_len = length; break; case CHR('O','S','/','2'): info->os2_start = offset; info->os2_len = length; if ( length!=78 && length!=86 && length!=96 ) fprintf( stderr, "> ! Unexpected length for OS/2 table, was %d expected either 78 or 86 ! <\n", length ); break; case CHR('p','r','e','p'): info->prep_start = offset; info->prep_length = length; break; case CHR('p','r','o','p'): info->prop_start = offset; break; } } if ( (info->encoding_start!=0 && info->glyph_start==0 && info->head_start!=0 && info->hhea_start!=0 && info->hmetrics_start!=0 && info->glyphlocations_start == 0 && info->maxp_start!=0 && info->copyright_start!=0 && info->postscript_start!=0 && info->os2_start!=0 ) && info->cff_start!=0 ) { fprintf( stderr, "Required tables: glyf and loca have been replaced by CFF => OpenType\n" ); } else if ( info->encoding_start==0 || info->glyph_start==0 || info->head_start==0 || info->hhea_start==0 || info->hmetrics_start==0 || info->glyphlocations_start == 0 || info->maxp_start==0 || info->copyright_start==0 || info->postscript_start==0 || info->os2_start==0 ) { fprintf( stderr, "Required table(s) missing: " ); if ( info->encoding_start==0 ) fprintf(stderr,"cmap "); if ( info->glyph_start==0 ) fprintf(stderr,"glyf "); if ( info->head_start==0 ) fprintf(stderr,"head "); if ( info->hhea_start==0 ) fprintf(stderr,"hhea "); if ( info->hmetrics_start==0 ) fprintf(stderr,"hmtx "); if ( info->glyphlocations_start==0 ) fprintf(stderr,"loca "); if ( info->maxp_start==0 ) fprintf(stderr,"maxp "); if ( info->copyright_start==0 ) fprintf(stderr,"name "); if ( info->postscript_start==0 ) fprintf(stderr,"post "); if ( info->os2_start==0 ) fprintf(stderr,"OS/2"); fprintf(stderr,"\n"); } return( true ); } static time_t readdate(FILE *ttf) { int date[4], date1970[4], year[2]; int i; /* Dates in sfnt files are seconds since 1904. I adjust to unix time */ /* seconds since 1970 by figuring out how many seconds were in between */ date[3] = getushort(ttf); date[2] = getushort(ttf); date[1] = getushort(ttf); date[0] = getushort(ttf); memset(date1970,0,sizeof(date1970)); year[0] = (60*60*24*365L)&0xffff; year[1] = (60*60*24*365L)>>16; for ( i=1904; i<1970; ++i ) { date1970[0] += year[0]; date1970[1] += year[1]; if ( (i&3)==0 && (i%100!=0 || i%400==0)) date1970[0] += 24*60*60L; /* Leap year */ date1970[1] += (date1970[0]>>16); date1970[0] &= 0xffff; date1970[2] += date1970[1]>>16; date1970[1] &= 0xffff; date1970[3] += date1970[2]>>16; date1970[2] &= 0xffff; } for ( i=0; i<3; ++i ) { date[i] -= date1970[i]; date[i+1] += date[i]>>16; date[i] &= 0xffff; } date[3] -= date1970[3]; return( (date[1]<<16) | date[0] ); } static void readttfFFTM(FILE *ttf, FILE *util, struct ttfinfo *info) { time_t unix_date; struct tm *tm; static const char *months[] = { "Jan", "Feb", "March", "April", "May", "June", "July", "August", "Sept", "Oct", "Nov", "Dec", NULL }; fseek(ttf,info->fftm_start,SEEK_SET); printf( "\n\nCreated by FontForge " ); if ( getlong(ttf)!=0x00000001 ) { fprintf( stderr, "Unknown version for 'FFTM' table\n" ); } else { unix_date = readdate(ttf); tm = localtime(&unix_date); printf( "%d:%02d %02d-%s-%d\n", tm->tm_hour, tm->tm_min, tm->tm_mday, months[tm->tm_mon], tm->tm_year+1900 ); unix_date = readdate(ttf); printf( "\tFont created: %s", ctime(&unix_date)); unix_date = readdate(ttf); printf( "\tFont modified: %s", ctime(&unix_date)); } printf( "\n" ); } static void readttfhead(FILE *ttf, FILE *util, struct ttfinfo *info) { int mn, flags, fd; time_t unix_date; fseek(ttf,info->head_start,SEEK_SET); printf( "\nHEAD table (at %d)\n", info->head_start ); printf( "\tVersion=%g\n", getfixed(ttf)); printf( "\tfontRevision=%g\n", getfixed(ttf)); printf( "\tchecksumAdj=%x\n", getlong(ttf)); mn = getlong(ttf); printf( "\tmagicNumber=%x (0x5f0f3cf5, diff=%x)\n", mn, mn-0x5f0f3cf5); printf( "\tflags=%x ", flags=getushort(ttf)); if ( flags&1 ) printf( "baseline_at_0 " ); if ( flags&2 ) printf( "lsb_at_0 " ); if ( flags&4 ) printf( "instrs_depend_on_size " ); if ( flags&8 ) printf( "ppem_to_int " ); if ( flags&16 ) printf( "instr_set_width " ); printf( "\n" ); printf( "\tunitsPerEm=%d\n", getushort(ttf)); printf( "\tcreate[0]=%x\n", getlong(ttf)); printf( "\t create[1]=%x\n", getlong(ttf)); fseek(ttf,-8,SEEK_CUR); unix_date = readdate(ttf); printf( "\tFile created: %s", ctime(&unix_date)); printf( "\tmodtime[0]=%x\n", getlong(ttf)); printf( "\t modtime[1]=%x\n", getlong(ttf)); fseek(ttf,-8,SEEK_CUR); unix_date = readdate(ttf); printf( "\tFile modified: %s", ctime(&unix_date)); printf( "\txmin=%d\n", (short) getushort(ttf)); printf( "\tymin=%d\n", (short) getushort(ttf)); printf( "\txmax=%d\n", (short) getushort(ttf)); printf( "\tymax=%d\n", (short) getushort(ttf)); printf( "\tmacstyle=%x\n", getushort(ttf)); printf( "\tlowestppem=%d\n", getushort(ttf)); printf( "\tfontdirhint=%d ", fd = getushort(ttf)); switch ( fd ) { case 0: printf("mixed directional glyphs\n" ); break; case 1: printf("strongly left to right glyphs\n" ); break; case 2: printf("left to right and neutrals\n" ); break; case -1: printf("strongly right to left glyphs\n" ); break; case -2: printf("right to left and neutrals\n" ); break; default: printf("???\n" ); break; } printf( "\tloca_is_32=%d\n", info->index_to_loc_is_long = getushort(ttf)); if ( info->index_to_loc_is_long ) info->glyph_cnt = info->loca_length/4-1; printf( "\tglyphdataformat=%d\n", getushort(ttf)); } static void readttfhhead(FILE *ttf, FILE *util, struct ttfinfo *info) { fseek(ttf,info->hhea_start,SEEK_SET); printf( "\nHHEAD table (at %d)\n", info->hhea_start ); printf( "\tVersion=%g\n", getfixed(ttf)); printf( "\tascender=%d\n", (short) getushort(ttf)); printf( "\tdescender=%d\n", (short) getushort(ttf)); printf( "\tlinegap=%d\n", (short) getushort(ttf)); printf( "\tadvanceWidthMax=%d\n", getushort(ttf)); printf( "\tminlsb=%d\n", (short) getushort(ttf)); printf( "\tminrsb=%d\n", (short) getushort(ttf)); printf( "\tmaxextent=%d\n", (short) getushort(ttf)); printf( "\tcaretsloperise=%d\n", (short) getushort(ttf)); printf( "\tcaretsloperun=%d\n", (short) getushort(ttf)); printf( "\tmbz=%d\n", (short) getushort(ttf)); printf( "\tmbz=%d\n", (short) getushort(ttf)); printf( "\tmbz=%d\n", (short) getushort(ttf)); printf( "\tmbz=%d\n", (short) getushort(ttf)); printf( "\tmbz=%d\n", (short) getushort(ttf)); printf( "\tmetricdataformat=%d\n", (short) getushort(ttf)); printf( "\tnumberOfHMetrics=%d\n", getushort(ttf)); } static char *getttfname(FILE *util, struct ttfinfo *info, int nameid) { int nrec, taboff, stroff, strlen, platform; int i,j,id; fseek(util,info->copyright_start,SEEK_SET); /* format */ getushort(util); nrec=getushort(util); taboff=getushort(util); for ( i=0; icopyright_start+taboff+stroff,SEEK_SET); for ( j=0; jcopyright_start,SEEK_SET); printf( "\nNAME table (at %d)\n", info->copyright_start ); printf( "\tformat=%d\n", getushort(ttf)); printf( "\tnrecords=%d\n", nrec=getushort(ttf)); printf( "\ttaboff=%d\n", taboff=getushort(ttf)); for ( i=0; icopyright_start+taboff+stroff,SEEK_SET); for ( j=0; j=0x80 && ch<0xa0 ) { printf("<%2X>", ch ); } else putchar(ch); } putchar('\n'); } } static void readttfmaxp(FILE *ttf, FILE *util, struct ttfinfo *info) { int ng; fseek(ttf,info->maxp_start,SEEK_SET); printf( "\nMAXP table (at %d)\n", info->maxp_start ); printf( "\tVersion=%g\n", getfixed(ttf)); printf( "\t numGlyphs=%d\n", ng = getushort(ttf)); info->glyph_cnt = ng; /* Open type doesn't have a loca table */ if ( info->maxp_length==6 ) /* Open Type */ return; printf( "\t maxPoints=%d\n", getushort(ttf)); printf( "\t maxContours=%d\n", getushort(ttf)); printf( "\t maxCompositPoints=%d\n", getushort(ttf)); printf( "\t maxCompositContours=%d\n", getushort(ttf)); printf( "\t maxZones=%d\n", getushort(ttf)); printf( "\t maxTwilightPoints=%d\n", getushort(ttf)); printf( "\t maxStorage=%d\n", getushort(ttf)); printf( "\t maxFunctionDefs=%d\n", getushort(ttf)); printf( "\t maxInstructionDefs=%d\n", getushort(ttf)); printf( "\t maxStackElements=%d\n", getushort(ttf)); printf( "\t maxSizeOfInstructions=%d\n", getushort(ttf)); printf( "\t maxComponentElements=%d\n", getushort(ttf)); printf( "\t maxComponentDepth=%d\n", getushort(ttf)); } static void readttfcvt(FILE *ttf, FILE *util, struct ttfinfo *info) { int i; if ( info->cvt_start==0 ) return; fseek(ttf,info->cvt_start,SEEK_SET); printf( "\nCVT table (at %d, len=%d)\n", info->cvt_start, info->cvt_length ); for ( i=0; icvt_length/2; ++i ) printf( " CVT[%d] = %d\n", i, (short) getushort(ttf)); } static void readttfos2(FILE *ttf, FILE *util, struct ttfinfo *info) { int i, val; static char *weights[] = { "Unspecified", "Thin", "Extra-Light", "Light", "Normal", "Medium", "Semi-Bold", "Bold", "Extra-Bold", "Black", "???" }; static char *widths[] = { "Unspecified", "Ultra-Condensed", "Extra-Condensed", "Condensed", "Semi-Condensed", "Medium", "Semi-Expanded", "Expanded", "Extra-Expanded", "Ultra-Expanded", "???" }; static char *class[16] = { "No classification", "Old Style Serifs", "Transitional Serifs", "Modern Serifs", "Clarendon Serifs", "Slab Serifs", "???", "Freeform Serifs", "Sans Serif", "Ornamentals", "Scripts", "???", "Symbolic", "???", "???", "???" }; static char *subclass0[16] = { "", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "Misc" }; static char *subclass1[16] = { "", "ibm rounded", "garalde", "venetian", "modified venetian", "dutch modern", "dutch traditional", "contemporary", "caligraphic", "???", "???", "???", "???", "???", "???", "Misc" }; static char *subclass2[16] = { "", "direct line", "script", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "Misc" }; static char *subclass3[16] = { "", "italian", "script", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "Misc" }; static char *subclass4[16] = { "", "clarendon", "modern", "traditional", "newspaper", "stub", "monotone", "typewriter", "???", "???", "???", "???", "???", "???", "???", "Misc" }; static char *subclass5[16] = { "", "monotone", "humanist", "geometric", "swiss", "typewriter", "???", "???", "???", "???", "???", "???", "???", "???", "???", "Misc" }; static char *subclass7[16] = { "", "modern", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "Misc" }; static char *subclass8[16] = { "", "ibm neogrotesque", "humanist", "low-x rounded", "high-x rounded", "neo-grotesque", "modified neo-grotesque", "???", "???", "typewriter", "matrix", "???", "???", "???", "???", "Misc" }; static char *subclass9[16] = { "", "engraver", "black letter", "decorative", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "???", "Misc" }; static char *subclass10[16] = { "", "???", "uncial", "brush joined", "formal joined", "monotone joined", "calligraphic", "brush unjoined", "formal unjoined", "monotone unjoined", "???", "???", "???", "???", "???", "Misc" }; static char *subclass12[16] = { "", "???", "???", "mixed serif", "???", "???", "old style serif", "neo-grotesque sans", "???", "???", "???", "???", "???", "???", "???", "Misc" }; static char **subclasses[16] = { subclass0, subclass1, subclass2, subclass3, subclass4, subclass5, subclass0, subclass7, subclass8, subclass9, subclass10, subclass0, subclass12, subclass0, subclass0, subclass0 }; static char *panose0[] = { "Any", "No Fit", "Text & Display", "Script", "Decorative", "Pictoral" }; static char *panose1[] = { "Any", "No Fit", "Cove", "Obtuse Cove", "Square Cove", "Obtuse Square Cove", "Square", "Thin", "Bone", "Exaggerated", "Triangle", "Normal Sans", "Obtuse Sans", "Perp Sans", "Flared", "Rounded" }; static char *panose2[] = { "Any", "No Fit", "Very Light", "Light", "Thin", "Book", "Medium", "Demi", "Bold", "Heavy", "Black", "Nord" }; static char *panose3[] = { "Any", "No Fit", "Old Style", "Modern", "Even Width", "Expanded", "Condensed", "Very Expanded", "Very Condensed", "Monospaced" }; static char *panose4[] = { "Any", "No Fit", "None", "Very Low", "Low", "Medium Low", "Medium", "Medium High", "High", "Very High" }; static char *panose5[] = { "Any", "No Fit", "Gradual/Diagonal", "Gradual/Transitional", "Gradual/Vertical", "Gradual/Horizontal", "Rapid/Vertical", "Rapid/Horizontal", "Instant/Vertical" }; static char *panose6[] = { "Any", "No Fit", "Straight Arms/Horizontal", "Straight Arms/Wedge", "Straight Arms/Vertical", "Straight Arms/Single Serif", "Straight Arms/Double Serif", "Non-Straight Arms/Horizontal", "Non-Straight Arms/Wedge", "Non-Straight Arms/Vertical", "Non-Straight Arms/Single Serif", "Non-Straight Arms/Double Serif" }; static char *panose7[] = { "Any", "No Fit", "Normal/Contact", "Normal/Weighted", "Normal/Boxed", "Normal/Flattened", "Normal/Rounded", "Normal/Off-Center", "Normal/Square", "Oblique/Contact", "Oblique/Weighted", "Oblique/Boxed", "Oblique/Flattened", "Oblique/Rounded", "Oblique/Off-Center", "Oblique/Square" }; static char *panose8[] = { "Any", "No Fit", "Standard/Trimmed", "Standard/Pointed", "Standard/Serifed", "High/Trimmed", "High/Pointed", "High/Serifed", "Constant/Trimmed", "Constant/Pointed", "Constant/Serifed", "Low/Trimmed", "Low/Pointed", "Low/Serifed" }; static char *panose9[] = { "Any", "No Fit", "Constant/Small", "Constant/Standard", "Constant/Large", "Ducking/Small", "Ducking/Standard", "Ducking/Large" }; static struct { char *name; char **choices; int cnt; } panose[10] = { { "Family", panose0, sizeof(panose0) }, { "Serif Type", panose1, sizeof(panose1) }, { "Weight", panose2, sizeof(panose2) }, { "Proportion", panose3, sizeof(panose3) }, { "Contrast", panose4, sizeof(panose4) }, { "Stroke Variation", panose5, sizeof(panose5) }, { "Arm Style", panose6, sizeof(panose6) }, { "Letterform", panose7, sizeof(panose7) }, { "Midline", panose8, sizeof(panose8) }, { "X-Height", panose9, sizeof(panose9) } }; fseek(ttf,info->os2_start,SEEK_SET); printf( "\nOS/2 table (at %d for %d bytes)\n", info->os2_start, info->os2_len ); printf( "\tVersion=%d\n", getushort(ttf)); printf( "\t avgWidth=%d\n", (short)getushort(ttf)); printf( "\t weightClass=%d ", val = getushort(ttf)); if ( val>=0 && val<=999 ) printf( "%s\n", weights[val/100] ); else printf( "???\n"); printf( "\t widthClass=%d ", val = getushort(ttf)); if ( val>=0 && val<=9 ) printf( "%s\n", widths[val] ); else printf( "???\n"); printf( "\t fstype=0x%x ", val = (short) getushort(ttf)); if ( val&0x8 ) printf( "Editable embedding\n"); else if ( val&0x4 ) printf( "Preview & Print embedding\n"); else if ( val&0x2 ) printf( "Restricted license embedding\n"); else printf( "\n"); printf( "\t ySubscript XSize=%d\n", (short) getushort(ttf)); printf( "\t ySubscript YSize=%d\n", (short) getushort(ttf)); printf( "\t ySubscript XOffset=%d\n", (short) getushort(ttf)); printf( "\t ySubscript YOffset=%d\n", (short) getushort(ttf)); printf( "\t ySupscript XSize=%d\n", (short) getushort(ttf)); printf( "\t ySupscript YSize=%d\n", (short) getushort(ttf)); printf( "\t ySupscript XOffset=%d\n", (short) getushort(ttf)); printf( "\t ySupscript YOffset=%d\n", (short) getushort(ttf)); printf( "\t yStrikeoutSize=%d\n", (short) getushort(ttf)); printf( "\t yStrikeoutPos=%d\n", (short) getushort(ttf)); printf( "\t sFamilyClass=%04x ", val = getushort(ttf)); if ( (val>>8)>=0 && (val>>8)<16 ) { printf( "%s ", class[val>>8]); if ( (val&0xff)<16 ) printf( "%s\n", subclasses[val>>8][val&0xff]); else printf( "???\n" ); } else printf ( "??? ???\n" ); printf( "\t Panose\n" ); for ( i=0; i<10; ++i ) { printf( "\t\t%s: %02x ", panose[i].name, val= getc(ttf)); if ( val>0 && valos2_len==78 ) { printf( "\t (no CodePageRange)\n" ); } else { printf( "\t CodePageRange=%08x ", getlong(ttf)); printf( "%08x\n", getlong(ttf)); if ( info->os2_len==96 ) { /* Open type additions */ printf( "\txHeight=%d\n", (short) getushort(ttf)); printf( "\tCapHeight=%d\n", (short) getushort(ttf)); printf( "\tDefaultChar=%d\n", getushort(ttf)); /* 0, or space I guess */ printf( "\tBreakChar=%d\n", getushort(ttf)); /* space */ printf( "\tMaxContext=%d\n", getushort(ttf)); /* Maximum look-ahead needed for processing. kerning=>2. 3letter ligature=>3, 4letter=>4 */ } } } const unsigned short unicode_from_mac[] = { 0x0000, 0x00d0, 0x00f0, 0x0141, 0x0142, 0x0160, 0x0161, 0x00dd, 0x00fd, 0x0009, 0x000a, 0x00de, 0x00fe, 0x000d, 0x017d, 0x017e, 0x0010, 0x0011, 0x0012, 0x0013, 0x0014, 0x00bd, 0x00bc, 0x00b9, 0x00be, 0x00b3, 0x00b2, 0x00a6, 0x00ad, 0x00d7, 0x001e, 0x001f, 0x0020, 0x0021, 0x0022, 0x0023, 0x0024, 0x0025, 0x0026, 0x0027, 0x0028, 0x0029, 0x002a, 0x002b, 0x002c, 0x002d, 0x002e, 0x002f, 0x0030, 0x0031, 0x0032, 0x0033, 0x0034, 0x0035, 0x0036, 0x0037, 0x0038, 0x0039, 0x003a, 0x003b, 0x003c, 0x003d, 0x003e, 0x003f, 0x0040, 0x0041, 0x0042, 0x0043, 0x0044, 0x0045, 0x0046, 0x0047, 0x0048, 0x0049, 0x004a, 0x004b, 0x004c, 0x004d, 0x004e, 0x004f, 0x0050, 0x0051, 0x0052, 0x0053, 0x0054, 0x0055, 0x0056, 0x0057, 0x0058, 0x0059, 0x005a, 0x005b, 0x005c, 0x005d, 0x005e, 0x005f, 0x0060, 0x0061, 0x0062, 0x0063, 0x0064, 0x0065, 0x0066, 0x0067, 0x0068, 0x0069, 0x006a, 0x006b, 0x006c, 0x006d, 0x006e, 0x006f, 0x0070, 0x0071, 0x0072, 0x0073, 0x0074, 0x0075, 0x0076, 0x0077, 0x0078, 0x0079, 0x007a, 0x007b, 0x007c, 0x007d, 0x007e, 0x007f, 0x00c4, 0x00c5, 0x00c7, 0x00c9, 0x00d1, 0x00d6, 0x00dc, 0x00e1, 0x00e0, 0x00e2, 0x00e4, 0x00e3, 0x00e5, 0x00e7, 0x00e9, 0x00e8, 0x00ea, 0x00eb, 0x00ed, 0x00ec, 0x00ee, 0x00ef, 0x00f1, 0x00f3, 0x00f2, 0x00f4, 0x00f6, 0x00f5, 0x00fa, 0x00f9, 0x00fb, 0x00fc, 0x2020, 0x00b0, 0x00a2, 0x00a3, 0x00a7, 0x2022, 0x00b6, 0x00df, 0x00ae, 0x00a9, 0x2122, 0x00b4, 0x00a8, 0x2260, 0x00c6, 0x00d8, 0x221e, 0x00b1, 0x2264, 0x2265, 0x00a5, 0x00b5, 0x2202, 0x2211, 0x220f, 0x03c0, 0x222b, 0x00aa, 0x00ba, 0x2126, 0x00e6, 0x00f8, 0x00bf, 0x00a1, 0x00ac, 0x221a, 0x0192, 0x2248, 0x2206, 0x00ab, 0x00bb, 0x2026, 0x00a0, 0x00c0, 0x00c3, 0x00d5, 0x0152, 0x0153, 0x2013, 0x2014, 0x201c, 0x201d, 0x2018, 0x2019, 0x00f7, 0x25ca, 0x00ff, 0x0178, 0x2044, 0x00a4, 0x2039, 0x203a, 0xfb01, 0xfb02, 0x2021, 0x00b7, 0x201a, 0x201e, 0x2030, 0x00c2, 0x00ca, 0x00c1, 0x00cb, 0x00c8, 0x00cd, 0x00ce, 0x00cf, 0x00cc, 0x00d3, 0x00d4, 0xf8ff, 0x00d2, 0x00da, 0x00db, 0x00d9, 0x0131, 0x02c6, 0x02dc, 0x00af, 0x02d8, 0x02d9, 0x02da, 0x00b8, 0x02dd, 0x02db, 0x02c7 }; static const char *standardnames[258] = { ".notdef", ".null", "nonmarkingreturn", "space", "exclam", "quotedbl", "numbersign", "dollar", "percent", "ampersand", "quotesingle", "parenleft", "parenright", "asterisk", "plus", "comma", "hyphen", "period", "slash", "zero", "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "colon", "semicolon", "less", "equal", "greater", "question", "at", "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "bracketleft", "backslash", "bracketright", "asciicircum", "underscore", "grave", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z", "braceleft", "bar", "braceright", "asciitilde", "Adieresis", "Aring", "Ccedilla", "Eacute", "Ntilde", "Odieresis", "Udieresis", "aacute", "agrave", "acircumflex", "adieresis", "atilde", "aring", "ccedilla", "eacute", "egrave", "ecircumflex", "edieresis", "iacute", "igrave", "icircumflex", "idieresis", "ntilde", "oacute", "ograve", "ocircumflex", "odieresis", "otilde", "uacute", "ugrave", "ucircumflex", "udieresis", "dagger", "degree", "cent", "sterling", "section", "bullet", "paragraph", "germandbls", "registered", "copyright", "trademark", "acute", "dieresis", "notequal", "AE", "Oslash", "infinity", "plusminus", "lessequal", "greaterequal", "yen", "mu", "partialdiff", "summation", "product", "pi", "integral", "ordfeminine", "ordmasculine", "Omega", "ae", "oslash", "questiondown", "exclamdown", "logicalnot", "radical", "florin", "approxequal", "Delta", "guillemotleft", "guillemotright", "ellipsis", "nonbreakingspace", "Agrave", "Atilde", "Otilde", "OE", "oe", "endash", "emdash", "quotedblleft", "quotedblright", "quoteleft", "quoteright", "divide", "lozenge", "ydieresis", "Ydieresis", "fraction", "currency", "guilsinglleft", "guilsinglright", "fi", "fl", "daggerdbl", "periodcentered", "quotesinglbase", "quotedblbase", "perthousand", "Acircumflex", "Ecircumflex", "Aacute", "Edieresis", "Egrave", "Iacute", "Icircumflex", "Idieresis", "Igrave", "Oacute", "Ocircumflex", "apple", "Ograve", "Uacute", "Ucircumflex", "Ugrave", "dotlessi", "circumflex", "tilde", "macron", "breve", "dotaccent", "ring", "cedilla", "hungarumlaut", "ogonek", "caron", "Lslash", "lslash", "Scaron", "scaron", "Zcaron", "zcaron", "brokenbar", "Eth", "eth", "Yacute", "yacute", "Thorn", "thorn", "minus", "multiply", "onesuperior", "twosuperior", "threesuperior", "onehalf", "onequarter", "threequarters", "franc", "Gbreve", "gbreve", "Idotaccent", "Scedilla", "scedilla", "Cacute", "cacute", "Ccaron", "ccaron", "dcroat" }; /* Standard names for cff */ const char *cffnames[] = { ".notdef", "space", "exclam", "quotedbl", "numbersign", "dollar", "percent", "ampersand", "quoteright", "parenleft", "parenright", "asterisk", "plus", "comma", "hyphen", "period", "slash", "zero", "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "colon", "semicolon", "less", "equal", "greater", "question", "at", "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z", "bracketleft", "backslash", "bracketright", "asciicircum", "underscore", "quoteleft", "a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z", "braceleft", "bar", "braceright", "asciitilde", "exclamdown", "cent", "sterling", "fraction", "yen", "florin", "section", "currency", "quotesingle", "quotedblleft", "guillemotleft", "guilsinglleft", "guilsinglright", "fi", "fl", "endash", "dagger", "daggerdbl", "periodcentered", "paragraph", "bullet", "quotesinglbase", "quotedblbase", "quotedblright", "guillemotright", "ellipsis", "perthousand", "questiondown", "grave", "acute", "circumflex", "tilde", "macron", "breve", "dotaccent", "dieresis", "ring", "cedilla", "hungarumlaut", "ogonek", "caron", "emdash", "AE", "ordfeminine", "Lslash", "Oslash", "OE", "ordmasculine", "ae", "dotlessi", "lslash", "oslash", "oe", "germandbls", "onesuperior", "logicalnot", "mu", "trademark", "Eth", "onehalf", "plusminus", "Thorn", "onequarter", "divide", "brokenbar", "degree", "thorn", "threequarters", "twosuperior", "registered", "minus", "eth", "multiply", "threesuperior", "copyright", "Aacute", "Acircumflex", "Adieresis", "Agrave", "Aring", "Atilde", "Ccedilla", "Eacute", "Ecircumflex", "Edieresis", "Egrave", "Iacute", "Icircumflex", "Idieresis", "Igrave", "Ntilde", "Oacute", "Ocircumflex", "Odieresis", "Ograve", "Otilde", "Scaron", "Uacute", "Ucircumflex", "Udieresis", "Ugrave", "Yacute", "Ydieresis", "Zcaron", "aacute", "acircumflex", "adieresis", "agrave", "aring", "atilde", "ccedilla", "eacute", "ecircumflex", "edieresis", "egrave", "iacute", "icircumflex", "idieresis", "igrave", "ntilde", "oacute", "ocircumflex", "odieresis", "ograve", "otilde", "scaron", "uacute", "ucircumflex", "udieresis", "ugrave", "yacute", "ydieresis", "zcaron", "exclamsmall", "Hungarumlautsmall", "dollaroldstyle", "dollarsuperior", "ampersandsmall", "Acutesmall", "parenleftsuperior", "parenrightsuperior", "twodotenleader", "onedotenleader", "zerooldstyle", "oneoldstyle", "twooldstyle", "threeoldstyle", "fouroldstyle", "fiveoldstyle", "sixoldstyle", "sevenoldstyle", "eightoldstyle", "nineoldstyle", "commasuperior", "threequartersemdash", "periodsuperior", "questionsmall", "asuperior", "bsuperior", "centsuperior", "dsuperior", "esuperior", "isuperior", "lsuperior", "msuperior", "nsuperior", "osuperior", "rsuperior", "ssuperior", "tsuperior", "ff", "ffi", "ffl", "parenleftinferior", "parenrightinferior", "Circumflexsmall", "hyphensuperior", "Gravesmall", "Asmall", "Bsmall", "Csmall", "Dsmall", "Esmall", "Fsmall", "Gsmall", "Hsmall", "Ismall", "Jsmall", "Ksmall", "Lsmall", "Msmall", "Nsmall", "Osmall", "Psmall", "Qsmall", "Rsmall", "Ssmall", "Tsmall", "Usmall", "Vsmall", "Wsmall", "Xsmall", "Ysmall", "Zsmall", "colonmonetary", "onefitted", "rupiah", "Tildesmall", "exclamdownsmall", "centoldstyle", "Lslashsmall", "Scaronsmall", "Zcaronsmall", "Dieresissmall", "Brevesmall", "Caronsmall", "Dotaccentsmall", "Macronsmall", "figuredash", "hypheninferior", "Ogoneksmall", "Ringsmall", "Cedillasmall", "questiondownsmall", "oneeighth", "threeeighths", "fiveeighths", "seveneighths", "onethird", "twothirds", "zerosuperior", "foursuperior", "fivesuperior", "sixsuperior", "sevensuperior", "eightsuperior", "ninesuperior", "zeroinferior", "oneinferior", "twoinferior", "threeinferior", "fourinferior", "fiveinferior", "sixinferior", "seveninferior", "eightinferior", "nineinferior", "centinferior", "dollarinferior", "periodinferior", "commainferior", "Agravesmall", "Aacutesmall", "Acircumflexsmall", "Atildesmall", "Adieresissmall", "Aringsmall", "AEsmall", "Ccedillasmall", "Egravesmall", "Eacutesmall", "Ecircumflexsmall", "Edieresissmall", "Igravesmall", "Iacutesmall", "Icircumflexsmall", "Idieresissmall", "Ethsmall", "Ntildesmall", "Ogravesmall", "Oacutesmall", "Ocircumflexsmall", "Otildesmall", "Odieresissmall", "OEsmall", "Oslashsmall", "Ugravesmall", "Uacutesmall", "Ucircumflexsmall", "Udieresissmall", "Yacutesmall", "Thornsmall", "Ydieresissmall", "001.000", "001.001", "001.002", "001.003", "Black", "Bold", "Book", "Light", "Medium", "Regular", "Roman", "Semibold", NULL }; static const int nStdStrings = sizeof(cffnames)/sizeof(cffnames[0])-1; static const char *instrs[] = { "SVTCA[y-axis]", "SVTCA[x-axis]", "SPVTCA[y-axis]", "SPVTCA[x-axis]", "SFVTCA[y-axis]", "SFVTCA[x-axis]", "SPVTL[parallel]", "SPVTL[orthog]", "SFVTL[parallel]", "SFVTL[orthog]", "SPVFS", "SFVFS", "GPV", "GFV", "SFVTPV", "ISECT", "SRP0", "SRP1", "SRP2", "SZP0", "SZP1", "SZP2", "SZPS", "SLOOP", "RTG", "RTHG", "SMD", "ELSE", "JMPR", "SCVTCI", "SSWCI", "SSW", "DUP", "POP", "CLEAR", "SWAP", "DEPTH", "CINDEX", "MINDEX", "ALIGNPTS", "Unknown28", "UTP", "LOOPCALL", "CALL", "FDEF", "ENDF", "MDAP[no round]", "MDAP[round]", "IUP[y]", "IUP[x]", "SHP[rp2]", "SHP[rp1]", "SHC[rp2]", "SHC[rp1]", "SHZ[rp2]", "SHZ[rp1]", "SHPIX", "IP", "MSIRP[no set rp0]", "MSIRP[set rp0]", "ALIGNRP", "RTDG", "MIAP[no round]", "MIAP[round]", "NPUSHB", "NPUSHW", "WS", "RS", "WCVTP", "RCVT", "GC[cur]", "GC[orig]", "SCFS", "MD[grid]", "MD[orig]", "MPPEM", "MPS", "FLIPON", "FLIPOFF", "DEBUG", "LT", "LTEQ", "GT", "GTEQ", "EQ", "NEQ", "ODD", "EVEN", "IF", "EIF", "AND", "OR", "NOT", "DELTAP1", "SDB", "SDS", "ADD", "SUB", "DIV", "MUL", "ABS", "NEG", "FLOOR", "CEILING", "ROUND[Grey]", "ROUND[Black]", "ROUND[White]", "ROUND[Undef4]", "NROUND[Grey]", "NROUND[Black]", "NROUND[White]", "NROUND[Undef4]", "WCVTF", "DELTAP2", "DELTAP3", "DELTAC1", "DELTAC2", "DELTAC3", "SROUND", "S45ROUND", "JROT", "JROF", "ROFF", "Unknown7B", "RUTG", "RDTG", "SANGW", "AA", "FLIPPT", "FLIPRGON", "FLIPRGOFF", "Unknown83", "Unknown84", "SCANCTRL", "SDPVTL0", "SDPVTL1", "GETINFO", "IDEF", "ROLL", "MAX", "MIN", "SCANTYPE", "INSTCTRL", "Unknown8F", "Unknown90", "Unknown91", "Unknown92", "Unknown93", "Unknown94", "Unknown95", "Unknown96", "Unknown97", "Unknown98", "Unknown99", "Unknown9A", "Unknown9B", "Unknown9C", "Unknown9D", "Unknown9E", "Unknown9F", "UnknownA0", "UnknownA1", "UnknownA2", "UnknownA3", "UnknownA4", "UnknownA5", "UnknownA6", "UnknownA7", "UnknownA8", "UnknownA9", "UnknownAA", "UnknownAB", "UnknownAC", "UnknownAD", "UnknownAE", "UnknownAF", "PUSHB [1]", "PUSHB [2]", "PUSHB [3]", "PUSHB [4]", "PUSHB [5]", "PUSHB [6]", "PUSHB [7]", "PUSHB [8]", "PUSHW [1]", "PUSHW [2]", "PUSHW [3]", "PUSHW [4]", "PUSHW [5]", "PUSHW [6]", "PUSHW [7]", "PUSHW [8]", "MDRP[grey]", "MDRP[black]", "MDRP[white]", "MDRP03", "MDRP[round, grey]", "MDRP[round, black]", "MDRP[round, white]", "MDRP07", "MDRP[minimum, grey]", "MDRP[minimum, black]", "MDRP[minimum, white]", "MDRP0b", "MDRP[minimum, round, grey]", "MDRP[minimum, round, black]", "MDRP[minimum, round, white]", "MDRP0f", "MDRP[rp0, grey]", "MDRP[rp0, black]", "MDRP[rp0, white]", "MDRP13", "MDRP[rp0, round, grey]", "MDRP[rp0, round, black]", "MDRP[rp0, round, white]", "MDRP17", "MDRP[rp0, minimum, grey]", "MDRP[rp0, minimum, black]", "MDRP[rp0, minimum, white]", "MDRP1b", "MDRP[rp0, minimum, round, grey]", "MDRP[rp0, minimum, round, black]", "MDRP[rp0, minimum, round, white]", "MDRP1f", "MIRP[grey]", "MIRP[black]", "MIRP[white]", "MIRP03", "MIRP[round, grey]", "MIRP[round, black]", "MIRP[round, white]", "MIRP07", "MIRP[minimum, grey]", "MIRP[minimum, black]", "MIRP[minimum, white]", "MIRP0b", "MIRP[minimum, round, grey]", "MIRP[minimum, round, black]", "MIRP[minimum, round, white]", "MIRP0f", "MIRP[rp0, grey]", "MIRP[rp0, black]", "MIRP[rp0, white]", "MIRP13", "MIRP[rp0, round, grey]", "MIRP[rp0, round, black]", "MIRP[rp0, round, white]", "MIRP17", "MIRP[rp0, minimum, grey]", "MIRP[rp0, minimum, black]", "MIRP[rp0, minimum, white]", "MIRP1b", "MIRP[rp0, minimum, round, grey]", "MIRP[rp0, minimum, round, black]", "MIRP[rp0, minimum, round, white]", "MIRP1f" }; static struct dup *makedup(int glyph, int uni, struct dup *prev) { struct dup *d = calloc(1,sizeof(struct dup)); d->glyph = glyph; d->enc = uni; d->prev = prev; return( d ); } static void readttfencodings(FILE *ttf,FILE *util, struct ttfinfo *info) { int i,j; int nencs, version; int enc = 0; int platform, specific; int offset, encoff; int format, len; uint16 table[256]; int segCount; unsigned short *endchars, *startchars, *delta, *rangeOffset, *glyphs; int index; struct dup *dup; int vs_map = -1; fseek(ttf,info->encoding_start,SEEK_SET); printf( "\nEncoding (cmap) table (at %d)\n", info->encoding_start ); version = getushort(ttf); nencs = getushort(ttf); if ( version!=0 && nencs==0 ) nencs = version; /* Sometimes they are backwards */ for ( i=0; iglyph_unicode = calloc(info->glyph_cnt,sizeof(unsigned int)); fseek(ttf,info->encoding_start+encoff,SEEK_SET); format = getushort(ttf); if ( format!=12 && format!=10 && format!=8 ) { len = getushort(ttf); printf( " Format=%d len=%d Language=%x\n", format, len, getushort(ttf) ); } else { /* padding */ getushort(ttf); len = getlong(ttf); printf( " Format=%d len=%d Language=%x\n", format, len, getlong(ttf) ); } if ( format==0 ) { printf( " Table: " ); for ( i=0; iglyph_cnt && iglyph_unicode[table[i]] = i; } else if ( format==4 ) { segCount = getushort(ttf)/2; /* searchRange = */ getushort(ttf); /* entrySelector = */ getushort(ttf); /* rangeShift = */ getushort(ttf); endchars = malloc(segCount*sizeof(unsigned short)); for ( i=0; i=info->glyph_cnt ) printf( "!!! Glyph index out of bounds! %d\n", (unsigned short) (j+delta[i]) ); else if ( info->glyph_unicode[(unsigned short) (j+delta[i])] ) info->dups = makedup((unsigned short) (j+delta[i]),j,info->dups); else info->glyph_unicode[(unsigned short) (j+delta[i])] = j; } } else if ( rangeOffset[i]!=0xffff ) { /* It isn't explicitly mentioned by a rangeOffset of 0xffff*/ /* means no glyph */ for ( j=startchars[i]; j<=endchars[i]; ++j ) { index = glyphs[ (i-segCount+rangeOffset[i]/2) + j-startchars[i] ]; if ( index!=0 ) { index = (unsigned short) (index+delta[i]); if ( index>=info->glyph_cnt || index<0 ) printf( "!!! Glyph index out of bounds! %d\n", index ); else if ( info->glyph_unicode[index]!=0 ) info->dups = makedup(index,j,info->dups); else info->glyph_unicode[index] = j; } } } } free(glyphs); free(rangeOffset); free(delta); free(startchars); free(endchars); } else if ( format==6 ) { /* Apple's unicode format */ /* Well, the docs say it's for 2byte encodings, but Apple actually*/ /* uses it for 1 byte encodings which don't fit into the require-*/ /* ments for a format 0 sub-table. See Zapfino.dfont */ int first, count; first = getushort(ttf); count = getushort(ttf); for ( i=0; iglyph_unicode[getushort(ttf)] = first+i; } else if ( format==2 ) { int max_sub_head_key = 0, cnt, last; struct subhead { uint16 first, cnt, delta, rangeoff; } *subheads; for ( i=0; i<256; ++i ) { table[i] = getushort(ttf)/8; /* Sub-header keys */ if ( table[i]>max_sub_head_key ) max_sub_head_key = table[i]; /* The entry is a byte pointer, I want a pointer in units of struct subheader */ } subheads = malloc((max_sub_head_key+1)*sizeof(struct subhead)); for ( i=0; i<=max_sub_head_key; ++i ) { subheads[i].first = getushort(ttf); subheads[i].cnt = getushort(ttf); subheads[i].delta = getushort(ttf); subheads[i].rangeoff = (getushort(ttf)- (max_sub_head_key-i)*sizeof(struct subhead)- sizeof(short))/sizeof(short); } cnt = (len-(ftell(ttf)-(info->encoding_start+encoff)))/sizeof(short); /* The count is the number of glyph indexes to read. it is the */ /* length of the entire subtable minus that bit we've read so far */ glyphs = malloc(cnt*sizeof(short)); for ( i=0; i=subheads[0].first+subheads[0].cnt || subheads[0].rangeoff+(i-subheads[0].first)>=cnt ) index = 0; else if ( (index = glyphs[subheads[0].rangeoff+(i-subheads[0].first)])!= 0 ) index = (uint32) (index+subheads[0].delta); /* I assume the single byte codes are just ascii or latin1*/ if ( index!=0 && indexglyph_cnt ) { if ( info->glyph_unicode[index]==0 ) info->glyph_unicode[index] = i; else info->dups = makedup(index,i,info->dups); } } else { int k = table[i]; for ( j=0; j=cnt ) index = 0; else if ( (index = glyphs[subheads[k].rangeoff+j])!= 0 ) index = (uint16) (index+subheads[k].delta); if ( index!=0 && indexglyph_cnt ) { enc = (i<<8)|(j+subheads[k].first); if ( info->glyph_unicode[index]==0 ) info->glyph_unicode[index] = enc; else info->dups = makedup(index,enc,info->dups); } } if ( last==-1 ) last = i; } } free(subheads); free(glyphs); } else if ( format==12 ) { uint32 ngroups, start, end, startglyph; ngroups = getlong(ttf); for ( j=0; jglyph_unicode[startglyph+i-start] = i; } } } else if ( format==8 ) { fprintf(stderr,"I don't support mixed 16/32 bit characters (no unicode surogates), format=%d", format); } else if ( format==10 ) { fprintf(stderr,"I don't support 32 bit characters format=%d", format); } else { fprintf(stderr,"Eh? Unknown encoding format=%d", format); } } if ( info->glyph_unicode!=NULL ) { for ( i=0; iglyph_cnt && (format!=0 || i<256); ++i ) printf( " Glyph %d -> U+%04X\n", i, info->glyph_unicode[i]); for ( i=0; iglyph_cnt; ++i ) if ( info->glyph_unicode[i]!=0 ) { for ( j=i+1; jglyph_cnt; ++j ) if ( info->glyph_unicode[i]==info->glyph_unicode[j] ) printf( "!!!Two glyphs %d and %d have the same encoding U+%04X", i, j, info->glyph_unicode[i]); } if ( info->dups!=NULL ) { printf("Some glyphs have multiple encodings:\n" ); for ( dup = info->dups; dup!=NULL ; dup=dup->prev ) printf( " Glyph %d -> U+%04X (primary=U+%04X)\n", dup->glyph, dup->enc, info->glyph_unicode[dup->glyph] ); } } else printf( "Could not understand encoding table\n" ); if ( vs_map!=-1 ) { struct vs_data { int vs; uint32 defoff, nondefoff; } *vs_data; int cnt, rcnt; fseek(ttf,info->encoding_start+vs_map,SEEK_SET); if ( getushort(ttf)!=14 ) { fprintf( stderr, "A unicode variation subtable (platform=0,specific=5) must have format=14\n" ); return; } len = getlong(ttf); cnt = getlong(ttf); printf( " Format=14 len=%d\n numVarSelRec=%d\n", len, cnt ); vs_data = malloc( cnt*sizeof(struct vs_data)); for ( i=0; iencoding_start+vs_map+vs_data[i].defoff,SEEK_SET); rcnt = getlong(ttf); printf( " Default glyphs\n %d ranges\n", rcnt ); for ( j=0; jencoding_start+vs_map+vs_data[i].nondefoff,SEEK_SET); rcnt = getlong(ttf); printf( " non Default glyphs\n %d mappings\n", rcnt ); for ( j=0; j GID %d\n", uni, vs_data[i].vs, getushort(ttf)); } } } } } static void readttfpost(FILE *ttf, FILE *util, struct ttfinfo *info) { int i,j,ind, extras; int format, gc, len; uint16 *indexes, *glyphs; char **names, *name; fseek(ttf,info->postscript_start,SEEK_SET); printf( "\npost table (at %d)\n", info->postscript_start ); printf( "\t format=%08x\n", format = getlong(ttf)); printf( "\t italicAngle=%g\n", getfixed(ttf)); printf( "\t underlinePos=%d\n", (short) getushort(ttf)); printf( "\t underlineWidth=%d\n", getushort(ttf)); printf( "\t fixedpitch=%d\n", getlong(ttf)); printf( "\t mem1=%d\n", getlong(ttf)); printf( "\t mem2=%d\n", getlong(ttf)); printf( "\t mem3=%d\n", getlong(ttf)); printf( "\t mem4=%d\n", getlong(ttf)); if ( format==0x00030000 ) { /* Used in Open Type, seems only to contain the above stuff */ /* (no names, they're in the cff section) */ } else if ( format==0x00020000 ) { gc = getushort(ttf); if ( gc!=info->glyph_cnt ) fprintf( stderr, "!!!! Post table glyph count does not match that in 'maxp'\n" ); indexes = calloc(65536,sizeof(uint16)); glyphs = calloc(gc,sizeof(uint16)); names = calloc(gcglyph_cnt?info->glyph_cnt:gc,sizeof(char *)); /* the index table is backwards from the way I want to use it */ extras = 0; for ( i=0; i=258 ) ++extras; indexes[ind] = i; glyphs[i] = ind; } for ( i=258; i<258+extras; ++i ) { if ( indexes[i]==0 ) break; len = getc(ttf); name = malloc(len+1); for ( j=0; j \"", i, glyphs[i] ); if ( names[i]!=NULL ) printf( "%s", names[i]); else if ( glyphs[i]<258 ) { printf( "%s", standardnames[glyphs[i]]); names[i] = strdup(standardnames[glyphs[i]]); } else printf( "Gleep!!!!! %d", glyphs[i]); if ( info->glyph_unicode!=NULL ) printf("\"\t U+%04X\n", info->glyph_unicode[i]); else printf( "\"\n" ); } free(indexes); free(glyphs); #if 1 info->glyph_names = names; #else for ( i=0; iglyph_unicode!=NULL ) { if ( info->glyph_names==NULL ) info->glyph_names = calloc(info->glyph_cnt,sizeof(char *)); for ( i=0; iglyph_cnt ; ++i ) { if ( info->glyph_names[i]!=NULL ) /* Keep it */; else if ( info->glyph_unicode[i]!=0 && info->glyph_unicode[i]!=0xffff ) { char buffer[40]; sprintf(buffer,">U+%04X<", info->glyph_unicode[i]); info->glyph_names[i] = strdup(buffer); } } } } static void showlangsys(FILE *ttf,int script_start, uint16 ls_off, uint32 ls_name ) { int i,cnt; if ( ls_name==0 ) printf( "\t Language System table for default language\n" ); else printf( "\t Language System table for '%c%c%c%c'\n", (ls_name>>24)&0xff, (ls_name>>16)&0xff, (ls_name>>8)&0xff, ls_name&0xff); fseek(ttf,script_start+ls_off,SEEK_SET); printf( "\t LookupOrder=%d\n", getushort(ttf)); printf( "\t Required Feature Index=%d\n", (short) getushort(ttf)); printf( "\t Feature Count=%d\n", cnt = getushort(ttf)); for ( i=0; i>24)&0xff, (script_table_names[i]>>16)&0xff, (script_table_names[i]>>8)&0xff, script_table_names[i]&0xff, script_table_offsets[i]); } printf( "\t--\n" ); for ( i=0; i>24)&0xff, (script_table_names[i]>>16)&0xff, (script_table_names[i]>>8)&0xff, script_table_names[i]&0xff); printf( "\t default language offset=%d\n", dlo=getushort(ttf)); printf( "\t language systems count=%d\n", ls_cnt = getushort(ttf)); ls_names = malloc(ls_cnt*sizeof(uint32)); ls_offsets = malloc(ls_cnt*sizeof(uint16)); for ( j=0; j>24)&0xff, (ls_names[j]>>16)&0xff, (ls_names[j]>>8)&0xff, ls_names[j]&0xff, ls_offsets[j]); } if ( dlo!=0 ) showlangsys(ttf,script_start+script_table_offsets[i],dlo,0); for ( j=0; j>24)&0xff, (feature_record_names[i]>>16)&0xff, (feature_record_names[i]>>8)&0xff, feature_record_names[i]&0xff, feature_record_offsets[i]); } printf( "\t--\n" ); for ( i=0; i>24)&0xff, (feature_record_names[i]>>16)&0xff, (feature_record_names[i]>>8)&0xff, feature_record_names[i]&0xff); printf( "\t Feature Parameters Offset=%d\n", getushort(ttf)); printf( "\t Lookup Count = %d\n", lu_cnt = getushort(ttf)); if ( i+1feature_record_offsets[i+1] ) printf( "!!!! Bad lookup count. More lookups than there is space for!!!!\n" ); lu_offsets = malloc(lu_cnt*sizeof(uint16)); for ( j=0; j= max ) { max = ind+end-start+2; glyphs = realloc(glyphs,max*sizeof(uint16)); } for ( j=start; j<=end; ++j ) glyphs[j-start+ind] = j; if ( end-start+1+ind>cnt ) { glyphs[end-start+1+ind] = 0xffff; cnt = end-start+1+ind; } } } if ( specified_cnt>=0 && cnt!=specified_cnt ) fprintf(stderr, "! > Bad coverage table: Calculated Count(%d) does not match specified (%d)\n", cnt, specified_cnt ); return( glyphs ); } static uint16 *getClassDefTable(FILE *ttf, int classdef_offset, int cnt) { int format, i, j; uint16 start, glyphcnt, rangecnt, end, class; uint16 *glist=NULL; fseek(ttf, classdef_offset, SEEK_SET); glist = malloc(cnt*sizeof(uint16)); for ( i=0; icnt ) { fprintf( stderr, "Bad class def table. start=%d cnt=%d, max glyph=%d\n", start, glyphcnt, cnt ); glyphcnt = cnt-start; } for ( i=0; iend || end>=cnt ) fprintf( stderr, "Bad class def table. Glyph range %d-%d out of range [0,%d)\n", start, end, cnt ); class = getushort(ttf); for ( j=start; j<=end; ++j ) glist[j] = class; } } return glist; } static void readvaluerecord(int vf,FILE *ttf,char *label) { printf( "\t\t %s: ", label ); if ( vf&1 ) printf( "XPlacement: %d ", (short) getushort(ttf)); if ( vf&2 ) printf( "YPlacement: %d ", (short) getushort(ttf)); if ( vf&4 ) printf( "XAdvance: %d ", (short) getushort(ttf)); if ( vf&8 ) printf( "YAdvance: %d ", (short) getushort(ttf)); if ( vf&0x10 ) printf( "XPlacementDevOff: %d ", getushort(ttf)); if ( vf&0x20 ) printf( "YPlacementDevOff: %d ", getushort(ttf)); if ( vf&0x40 ) printf( "XAdvanceDevOff: %d ", getushort(ttf)); if ( vf&0x80 ) printf( "YAdvanceDevOff: %d ", getushort(ttf)); printf( "\n" ); } static void PrintGlyphs(uint16 *glyphs, struct ttfinfo *info) { if ( glyphs==NULL ) printf( "\n" ); else if ( info->glyph_names!=NULL ) { int i; printf( " " ); for ( i=0; glyphs[i]!=0xffff; ++i ) { printf( "%s ", info->glyph_names[glyphs[i]]); } printf("\n" ); } } static void gposPairSubTable(FILE *ttf, int which, int stoffset, struct ttfinfo *info) { int coverage, cnt, i, subformat, vf1, vf2, j, pair_cnt; uint16 *glyphs; uint16 *ps_offsets; printf( "\t Pair Sub Table[%d]\n", which ); printf( "\t SubFormat=%d\n", subformat = getushort(ttf)); printf( "\t Coverage Offset=%d\n", coverage = getushort(ttf)); printf( "\t ValueFormat1=0x%x ", vf1 = getushort(ttf)); printf( "%s%s%s%s%s%s%s%s\n", (vf1&1) ? "XPlacement|":"", (vf1&2) ? "YPlacement|":"", (vf1&4) ? "XAdvance|":"", (vf1&8) ? "YAdvance|":"", (vf1&0x10) ? "XDevPlacement|":"", (vf1&0x20) ? "YDevPlacement|":"", (vf1&0x40) ? "XDevAdvance|":"", (vf1&0x80) ? "YDevAdvance|":"" ); printf( "\t ValueFormat2=0x%x ", vf2 = getushort(ttf)); printf( "%s%s%s%s%s%s%s%s\n", (vf2&1) ? "XPlacement|":"", (vf2&2) ? "YPlacement|":"", (vf2&4) ? "XAdvance|":"", (vf2&8) ? "YAdvance|":"", (vf2&0x10) ? "XDevPlacement|":"", (vf2&0x20) ? "YDevPlacement|":"", (vf2&0x40) ? "XDevAdvance|":"", (vf2&0x80) ? "YDevAdvance|":"" ); if ( subformat==1 ) { printf( "\t PairSetCnt=%d\n", cnt = getushort(ttf)); ps_offsets = calloc(cnt,sizeof(short)); for ( i=0; i %d (%s)\n", glyphs[i], glyphs[i]>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names==NULL? "" : info->glyph_names[glyphs[i]], glyph2, glyph2>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[glyph2]); readvaluerecord(vf1,ttf,"First"); readvaluerecord(vf2,ttf,"Second"); } } free(ps_offsets); } else if ( subformat==2 ) { printf( "\t Class based kerning (not displayed)\n" ); PrintGlyphs( showCoverageTable(ttf,stoffset+coverage,-1),info); } else { printf( "\t !!! unknown sub-table format !!!!\n" ); } } static void ShowAttach(FILE *ttf) { int format = getushort(ttf); int x = getushort(ttf); int y = getushort(ttf); if ( format==1 ) printf( "Attach at (%d,%d)\n", x, y ); else if ( format==2 ) printf( "Attach at (%d,%d pt=%d)\n", x, y, getushort(ttf) ); else if ( format==3 ) { printf( "Attach at (%d,%d XDeviceOff=%d", x, y, getushort(ttf) ); printf( " YDeviceOff=%d)\n", getushort(ttf) ); } else printf( "Unknown attachment format %d\n", format ); } static void gposMarkToBaseSubTable(FILE *ttf, int which, int stoffset, struct ttfinfo *info, int m2b) { int mcoverage, bcoverage, classcnt, markoff, baseoff; uint16 *mglyphs, *bglyphs; int i, j; uint16 *offsets; uint32 pos; printf( m2b ? "\t Mark To Base Sub Table[%d]\n" : "\t Mark To Mark Sub Table[%d]\n", which ); printf( "\t SubFormat=%d\n", getushort(ttf)); printf( "\t Mark Coverage Offset=%d\n", mcoverage = getushort(ttf)); printf( "\t Base Coverage Offset=%d\n", bcoverage = getushort(ttf)); printf( "\t Class Count=%d\n", classcnt = getushort(ttf)); printf( "\t Mark Offset=%d\n", markoff = getushort(ttf)); printf( "\t Base Offset=%d\n", baseoff = getushort(ttf)); printf( "\t Mark Glyphs\n" ); mglyphs = showCoverageTable(ttf,stoffset+mcoverage, -1); /* Class cnt is not the count of marks */ printf( "\t Base Glyphs\n" ); bglyphs = showCoverageTable(ttf,stoffset+bcoverage, -1); fseek(ttf,stoffset+baseoff,SEEK_SET); printf( "\t Base Glyph Count=%d\n", getushort(ttf)); offsets = malloc(classcnt*sizeof(uint16)); for ( i=0; bglyphs[i]!=0xffff; ++i ) { printf( "\t\tBase Glyph %d (%s)\n", bglyphs[i], bglyphs[i]>=info->glyph_cnt ? "!!! Bad glyph !!!" : info->glyph_names == NULL ? "" : info->glyph_names[bglyphs[i]]); for ( j=0; j=info->glyph_cnt ? "!!! Bad glyph !!!" : info->glyph_names == NULL ? "" : info->glyph_names[mglyphs[i]]); printf( "\t\t\tClass=%d ", getushort(ttf)); offsets[0] = getushort(ttf); pos = ftell(ttf); if ( offsets[0]!=0 ) { printf( "Offset=%d ", offsets[0]); fseek(ttf,stoffset+markoff+offsets[0],SEEK_SET); ShowAttach(ttf); } fseek(ttf,pos,SEEK_SET); } free(offsets); free(mglyphs); free(bglyphs); } static void gsubSingleSubTable(FILE *ttf, int which, int stoffset, struct ttfinfo *info) { int coverage, cnt, i, type; uint16 *glyphs; printf( "\t Single Sub Table[%d] (varient forms)\n", which ); printf( "\t Type=%d\n", type = getushort(ttf)); printf( "\t Coverage Offset=%d\n", coverage = getushort(ttf)); if ( type==1 ) { uint16 delta = getushort(ttf); printf( "\t Delta=%d\n", delta); glyphs = showCoverageTable(ttf,stoffset+coverage, -1); printf( "\t Which means ...\n" ); for ( i=0; glyphs[i]!=0xffff; ++i ) printf( "\t\tGlyph %d (%s) -> %d (%s)\n", glyphs[i], glyphs[i]>=info->glyph_cnt ? "!!! Bad glyph !!!" : info->glyph_names == NULL ? "" : info->glyph_names[glyphs[i]], (uint16) (glyphs[i]+delta), (uint16) (glyphs[i]+delta)>=info->glyph_cnt ? "!!! Bad glyph !!!" : info->glyph_names == NULL ? "" : info->glyph_names[(uint16) (glyphs[i]+delta)]); } else { int here; printf( "\t Count=%d\n", cnt = getushort(ttf)); here = ftell(ttf); glyphs = showCoverageTable(ttf,stoffset+coverage, cnt); fseek(ttf,here,SEEK_SET); for ( i=0; i %d (%s)\n", glyphs[i], glyphs[i]>=info->glyph_cnt ? "!!! Bad glyph !!!" : info->glyph_names == NULL ? "" : info->glyph_names[glyphs[i]], val, val >= info->glyph_cnt ? "!!! Bad glyph !!!" : info->glyph_names == NULL ? "" : info->glyph_names[val]); } } } static void gsubMultipleSubTable(FILE *ttf, int which, int stoffset, struct ttfinfo *info) { int coverage, cnt, i, j, glyph_cnt; uint16 *seq_offsets; uint16 *glyphs; printf( "\t Multiple Sub Table[%d] (ligature decomposition)\n", which ); printf( "\t Type=%d\n", getushort(ttf)); printf( "\t Coverage Offset=%d\n", coverage = getushort(ttf)); printf( "\t Count=%d\n", cnt = getushort(ttf)); seq_offsets = malloc(cnt*sizeof(uint16)); for ( i=0; i=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[glyphs[i]]); printf( "\t Count=%d\n", glyph_cnt = getushort(ttf)); printf( "\t Glyph %d (%s) -> ", glyphs[i], glyphs[i]>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[glyphs[i]] ); for ( j=0; j=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[de]); } putchar('\n'); } free(seq_offsets); } static void gsubAlternateSubTable(FILE *ttf, int which, int stoffset, struct ttfinfo *info) { int coverage, cnt, i, j, glyph_cnt; uint16 *seq_offsets; uint16 *glyphs; printf( "\t Alternate Sub Table[%d] (varient forms)\n", which ); printf( "\t Type=%d\n", getushort(ttf)); printf( "\t Coverage Offset=%d\n", coverage = getushort(ttf)); printf( "\t Count=%d\n", cnt = getushort(ttf)); seq_offsets = malloc(cnt*sizeof(uint16)); for ( i=0; i=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[glyphs[i]]); printf( "\t Count=%d\n", glyph_cnt = getushort(ttf)); printf( "\t Glyph %d (%s) -> ", glyphs[i], glyphs[i]>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[glyphs[i]] ); for ( j=0; j=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[de]); } putchar('\n'); } free(seq_offsets); } static void gsubLigatureSubTable(FILE *ttf, int which, int stoffset, struct ttfinfo *info) { int coverage, cnt, i, j, k, lig_cnt, cc, gl; uint16 *ls_offsets, *lig_offsets; uint16 *glyphs; printf( "\t Ligature Sub Table[%d]\n", which ); printf( "\t Type=%d\n", getushort(ttf)); printf( "\t Coverage Offset=%d\n", coverage = getushort(ttf)); printf( "\t Lig Set Count=%d\n", cnt = getushort(ttf)); ls_offsets = malloc(cnt*sizeof(uint16)); for ( i=0; i=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[glyphs[i]]); printf( "\t Count=%d\n", lig_cnt = getushort(ttf)); lig_offsets = malloc(lig_cnt*sizeof(uint16)); for ( j=0; j=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[gl], glyphs[i], glyphs[i]>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[glyphs[i]]); cc = getushort(ttf); for ( k=1; k=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names == NULL ? "" : info->glyph_names[gl]); } putchar('\n'); } free(lig_offsets); } free(ls_offsets); free(glyphs); } static void gsubContextSubTable(FILE *ttf, int which, int stoffset, struct ttfinfo *info) { } static void gsubChainingContextSubTable(FILE *ttf, int which, int stoffset, struct ttfinfo *info) { } static void showgpossublookup(FILE *ttf,int base, int lkoffset, struct ttfinfo *info, int gpos ) { int lu_type, flags, cnt, j, st, is_exten_lu; uint16 *st_offsets; fseek(ttf,base+lkoffset,SEEK_SET); lu_type = getushort(ttf); flags = getushort(ttf); cnt = getushort(ttf); if ( gpos ) { printf( "\t Type=%d %s\n", lu_type, lu_type==1?"Single adjustment": lu_type==2?"Pair adjustment": lu_type==3?"Cursive attachment": lu_type==4?"MarkToBase attachment": lu_type==5?"MarkToLigature attachment": lu_type==6?"MarkToMark attachment": lu_type==7?"Context positioning": lu_type==8?"Chained Context positioning": lu_type==9?"Extension positioning": "Reserved"); is_exten_lu = lu_type==9; } else { printf( "\t Type=%d %s\n", lu_type, lu_type==1?"Single": lu_type==2?"Multiple": lu_type==3?"Alternate": lu_type==4?"Ligature": lu_type==5?"Context": lu_type==6?"Chaining Context": lu_type==7?"Extension": lu_type==8?"Reverse chaining": "Reserved"); is_exten_lu = lu_type==7; } printf( "\t Flags=0x%x %s|%s|%s|%s\n", flags, (flags&0x1)?"RightToLeft":"LeftToRight", (flags&0x2)?"IgnoreBaseGlyphs":"", (flags&0x4)?"IgnoreLigatures":"", (flags&0x8)?"IgnoreCombiningMarks":""); printf( "\t Sub Table Count=%d\n", cnt); st_offsets = malloc(cnt*sizeof(uint16)); for ( j=0; jgsub_start,SEEK_SET); printf( "\nGSUB table (at %d) (Glyph substitution)\n", info->gsub_start ); printf( "\t version=%g\n", getfixed(ttf)); printf( "\t Script List Offset=%d\n", slo = getushort(ttf)); printf( "\t Feature List Offset=%d\n", flo = getushort(ttf)); printf( "\t Lookup List Offset=%d\n", llo = getushort(ttf)); showscriptlist(ttf,info->gsub_start+slo ); showfeaturelist(ttf,info->gsub_start+flo ); showgpossublookups(ttf,info->gsub_start+llo,info,false ); } static void readttfgpos(FILE *ttf, FILE *util, struct ttfinfo *info) { int slo, flo, llo; fseek(ttf,info->gpos_start,SEEK_SET); printf( "\nGPOS table (at %d) (Glyph positioning)\n", info->gpos_start ); printf( "\t version=%g\n", getfixed(ttf)); printf( "\t Script List Offset=%d\n", slo = getushort(ttf)); printf( "\t Feature List Offset=%d\n", flo = getushort(ttf)); printf( "\t Lookup List Offset=%d\n", llo = getushort(ttf)); showscriptlist(ttf,info->gpos_start+slo ); showfeaturelist(ttf,info->gpos_start+flo ); showgpossublookups(ttf,info->gpos_start+llo,info,true ); } static void gdefshowglyphclassdef(FILE *ttf,int offset,struct ttfinfo *info) { uint16 *glist=NULL; int i; static const char * const classes[] = { "Unspecified", "Base", "Ligature", "Mark", "Component" }; const int max_class = sizeof(classes)/sizeof(classes[0]); printf( " Glyph Class Definitions\n" ); glist = getClassDefTable(ttf,offset,info->glyph_cnt); for ( i=0; iglyph_cnt; ++i ) if ( glist[i]>0 && glist[i]=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names!=NULL ? info->glyph_names[i] : "", classes[glist[i]]); } free(glist); } static void gdefshowligcaretlist(FILE *ttf,int offset,struct ttfinfo *info) { int coverage, cnt, i, j, cc, format; uint16 *lc_offsets, *glyphs, *offsets; uint32 caret_base; fseek(ttf,offset,SEEK_SET); printf( " Ligature Caret List\n" ); printf( "\t Coverage Offset=%d\n", coverage = getushort(ttf)); printf( "\t Ligature Count=%d\n", cnt = getushort(ttf)); lc_offsets = malloc(cnt*sizeof(uint16)); for ( i=0; i=info->glyph_cnt ? "!!! Bad Glyph !!!" : info->glyph_names==NULL ? "" : info->glyph_names[glyphs[i]]); caret_base = ftell(ttf); printf("\t Count = %d\n", cc = getushort(ttf)); offsets = malloc(cc*sizeof(uint16)); for ( j=0; jgdef_start,SEEK_SET); printf( "\nGDEF table (at %d) (Glyph definitions)\n", info->gdef_start ); printf( "\t version=%g\n", getfixed(ttf)); printf( "\t Glyph class Def Offset=%d\n", gco = getushort(ttf)); printf( "\t Attach List Offset=%d\n", alo = getushort(ttf)); printf( "\t Ligature Caret List Offset=%d\n", lco = getushort(ttf)); printf( "\t Mark Attach Class Def Offset=%d\n", maco = getushort(ttf)); if ( gco!=0 ) gdefshowglyphclassdef(ttf,info->gdef_start+gco,info); if ( lco!=0 ) gdefshowligcaretlist(ttf,info->gdef_start+lco,info); } static void readttfkern_context(FILE *ttf, FILE *util, struct ttfinfo *info, int stab_len); static void readttfkern(FILE *ttf, FILE *util, struct ttfinfo *info) { int version, ntables; int header_size, len, coverage, i, j; uint32 begin; int left, right, array, n; fseek(ttf,info->kern_start,SEEK_SET); printf( "\nkern table (at %d)\n", info->kern_start ); version = getushort(ttf); if ( version!=0 ) { fseek(ttf,info->kern_start,SEEK_SET); version = getlong(ttf); ntables = getlong(ttf); printf( "\t version=%g (Apple format)\n\t num_tables=%d\n", ((double) version)/65536., ntables); header_size = 8; } else { ntables = getushort(ttf); printf( "\t version=%d (Old style)\n\t num_tables=%d\n", version, ntables); header_size = 6; } for ( i=0; i>8 )); if ( (coverage>>8)==0 ) { /* Kern pairs */ int n = getushort(ttf); int sr = getushort(ttf); int es = getushort(ttf); int rs = getushort(ttf); printf( "\t npairs=%d searchRange=%d entrySelector=%d rangeShift=%d\n", n, sr, es, rs ); for ( i=0; iglyph_names!=NULL && leftglyph_cnt && rightglyph_cnt ) { printf( "\t\t%s %s %d\n", info->glyph_names[left], info->glyph_names[right], val ); } else { printf( "\t\t%d %d %d\n", left, right, val ); } } } fseek(ttf,begin+header_size,SEEK_SET); } else { len = getlong(ttf); coverage = getushort(ttf); printf( "\t len=%d coverage=%x %s%s%s sub table format=%d\n", len, coverage, ( coverage&0x8000 ) ? "Vertical": "Horizontal", ( coverage&0x4000 ) ? " cross-stream" : "", ( coverage&0x2000 ) ? " kern-variation" : "", ( coverage&0xff )); printf( "\t tuple index=%d\n", getushort(ttf)); switch ( (coverage&0xff) ) { case 1: readttfkern_context(ttf,util, info, len-6); break; case 2: printf( "\t row Width=%d\n", getushort(ttf)); printf( "\t left class offset=%d\n", left =getushort(ttf)); printf( "\t right class offset=%d\n", right = getushort(ttf)); printf( "\t array offset=%d\n", array = getushort(ttf)); fseek(ttf,begin+left,SEEK_SET); printf( "\t left class table\n" ); printf( "\t first Glyph=%d\n", getushort(ttf) ); printf( "\t number of glyphs=%d\n", n = getushort(ttf) ); printf( "\t " ); for ( j=0; jfdsc_start,SEEK_SET); printf( "\nfdsc table (at %d) (font description)\n", info->fdsc_start ); printf( "\t version=%g\n", getfixed(ttf)); n = getushort(ttf); printf( "\t number of descriptions=%d\n", n); for ( i=0; i>24, (tag>>16)&0xff, (tag>>8)&0xff, tag&0xff, tag==CHR('w','g','h','t')? "Weight" : tag==CHR('w','d','t','h')? "Width" : tag==CHR('s','l','n','t')? "Slant" : tag==CHR('o','p','s','z')? "Optical Size" : tag==CHR('n','a','l','f')? "Non-alphabetic" : "Unknown", lval ); switch ( tag ) { case CHR('w','g','h','t'): case CHR('w','d','t','h'): case CHR('s','l','n','t'): case CHR('o','p','s','z'): default: printf( "%g\n", val ); break; case CHR('n','a','l','f'): printf( lval==0 ? "Alphabetic\n" : lval==1 ? "Dingbats\n" : lval==2 ? "Pi characters\n" : lval==3 ? "Fleurons\n" : lval==4 ? "Decorative borders\n" : lval==5 ? "International symbols\n" : lval==6 ? "Math symbols\n" : "Unknown" ); break; } } } static void readttffeatures(FILE *ttf, FILE *util, struct ttfinfo *info) { int n, i, j, nameid; uint32 setting_offset; fseek(ttf,info->feat_start,SEEK_SET); printf( "\nfeat table (at %d) (feature names)\n", info->feat_start ); printf( "\t version=%g\n", getfixed(ttf)); n = getushort(ttf); printf( "\t number of features=%d\n", n); printf( "\t must be zero: %x\n", getushort(ttf)); printf( "\t must be zero: %x\n", getlong(ttf)); info->features = calloc(n+1,sizeof(struct features)); info->features[n].feature = -1; for ( i=0; ifeatures[i].feature = getushort(ttf); info->features[i].nsettings = getushort(ttf); info->features[i].settings = calloc(info->features[i].nsettings,sizeof(struct settings)); setting_offset = getlong(ttf); info->features[i].featureflags = getushort(ttf); nameid = getushort(ttf); info->features[i].name = getttfname(util,info,nameid); printf( "\t Feature %d\n", i ); printf( "\t Feature Id %d\n", info->features[i].feature ); printf( "\t number Settings %d\n", info->features[i].nsettings ); printf( "\t setting offset %ld\n", setting_offset ); printf( "\t feature flags %d ", info->features[i].featureflags ); if ( !(info->features[i].featureflags&0x8000) ) printf( "Non-Exclusive settings\n" ); else if ( !(info->features[i].featureflags&0x4000) ) printf( "Exclusive Settings, Default=0\n" ); else printf( "Exclusive Settings, Default=%d\n", info->features[i].featureflags&0xff); printf( "\t name index %d (%s)\n", nameid, info->features[i].name==NULL?"Not found":info->features[i].name ); fseek(util,info->feat_start+setting_offset,SEEK_SET); for ( j=0; jfeatures[i].nsettings; ++j ) { info->features[i].settings[j].setting = getushort(util); info->features[i].settings[j].nameid = getushort(util); } for ( j=0; jfeatures[i].nsettings; ++j ) info->features[i].settings[j].name = getttfname(util,info,info->features[i].settings[j].nameid); for ( j=0; jfeatures[i].nsettings; ++j ) printf( "\t Setting %d nameid=%d name=%s\n", info->features[i].settings[j].setting, info->features[i].settings[j].nameid, info->features[i].settings[j].name==NULL ? "Not found" : info->features[i].settings[j].name ); } } static char *getfeaturename(struct ttfinfo *info, int type) { int k; char *name; name = NULL; if ( info->features!=NULL ) { for ( k=0; info->features[k].feature!=-1 && info->features[k].feature!=type; ++k ); name = info->features[k].name; /* will be null at end of list */ } if ( name!=NULL ) return( name ); /* This list is taken from http://developer.apple.com/fonts/Registry/index.html*/ return( type==0 ? "All typographic features" : type==1 ? "Ligature" : type==2 ? "Cursive connection" : type==3 ? "Letter case" : type==4 ? "Vertical substitution" : type==5 ? "Linguistic rearrangement" : type==6 ? "Number spacing" : type==7 ? "apple, reserved" : type==8 ? "Smart swashes" : type==9 ? "Diacritics" : type==10 ? "Vertical Position" : type==11 ? "Fractions" : type==13 ? "Overlapping characters" : type==14 ? "Typographic extras" : type==15 ? "Mathematical extras" : type==16 ? "Ornament sets" : type==17 ? "Character alternatives" : type==18 ? "Design complexity" : type==19 ? "Style options" : type==20 ? "Character shape" : type==21 ? "Number case" : type==22 ? "Text/Letter spacing" : type==23 ? "Transliteration" : type==24 ? "Annotation" : type==25 ? "Kana Spacing" : type==26 ? "Ideographic Spacing" : type==27 ? "?Accented leters (undocumented)?" : type==103 ? "CJK Roman spacing" : /* Compatability (depreciated) ... */ type==100 ? "(adobe) Character Spacing" : type==101 ? "(adobe) Kana Spacing" : type==102 ? "(adobe) Kanji Spacing" : type==104 ? "(adobe) Square Ligatures" : /* End */ type==16000 ? "?Decompose Unicode (undocumented)?" : type==16001 ? "?Combining character (undocumented)?" : "Unknown feature type" ); } static char *getsettingname(struct ttfinfo *info, int type, int setting) { int k,l; char *name; name = NULL; if ( info->features!=NULL ) { for ( k=0; info->features[k].feature!=-1 && info->features[k].feature!=type; ++k ); if ( info->features[k].feature!=-1 ) { /*name = info->features[k].name; /* will be null at end of list */ for ( l=0 ; lfeatures[k].nsettings && info->features[k].settings[l].setting!=setting; ++l ); if ( lfeatures[k].nsettings ) name = info->features[k].settings[l].name; } } if ( name ) return( name ); /* These lists are taken from http://developer.apple.com/fonts/Registry/index.html*/ /* the numeric values are at the bottom of the page */ else switch ( type ) { case 0: return( setting==0 ? "On" : setting==1 ? "Off" : "Unknown" ); break; case 1: /* Ligatures */ return( setting==0 ? "Required ligatures On" : setting==1 ? "Required ligatures Off" : setting==2 ? "Common Ligatures On" : setting==3 ? "Common Ligatures Off" : setting==4 ? "Rare Ligatures On" : setting==5 ? "Rare Ligatures Off" : setting==6 ? "Logos On" : setting==7 ? "Logos Off" : setting==8 ? "Rebus pictures On" : setting==9 ? "Rebus pictures Off" : setting==10 ? "Dipthong ligatures On" : setting==11 ? "Dipthong ligatures Off" : setting==12 ? "Squared ligatures On" : setting==13 ? "Squared ligatures Off" : setting==14 ? "Squared ligatures, abbreviated On" : setting==15 ? "Squared ligatures, abbreviated Off" : "Unknown" ); break; case 2: /* cursive */ return( setting==0 ? "Unconnected" : setting==1 ? "Partially connected" : setting==2 ? "Cursive" : "Unknown" ); break; case 3: /* Letter case */ return( setting==0 ? "Upper & Lower case" : setting==1 ? "All Caps" : setting==2 ? "All Lower Case" : setting==3 ? "Small Caps" : setting==4 ? "Initial Caps" : setting==5 ? "Initial Caps & Small Caps" : "Unknown" ); break; case 4: /* Vertical Substitution */ return( setting==0 ? "On" : setting==1 ? "Off" : "Unknown" ); break; case 5: /* Linguistic Rearrangement */ return( setting==0 ? "On" : setting==1 ? "Off" : "Unknown" ); break; case 6: /* Number spacing */ return( setting==0 ? "On" : setting==1 ? "Off" : "Unknown" ); break; case 8: /* Smart swash */ return( setting==0 ? "Initial swashes On" : setting==1 ? "Initial swashes Off" : setting==2 ? "Final swashes On" : setting==3 ? "Final swashes Off" : setting==4 ? "line initial swashes On" : setting==5 ? "line initial swashes Off" : setting==6 ? "line final swashes On" : setting==7 ? "line final swashes Off" : setting==8 ? "non-final swashes On" : setting==9 ? "non-final swashes Off" : "Unknown" ); break; case 9: /* diacritics */ return( setting==0 ? "show Diacritics" : setting==1 ? "hide Diacritics" : setting==2 ? "decompose Diacritics" : "Unknown" ); break; case 10: /* vertical positioning */ return( setting==0 ? "normal position" : setting==1 ? "superiors" : setting==2 ? "inferiors" : setting==3 ? "ordinals" : "Unknown" ); break; case 11: /* fractions */ return( setting==0 ? "no fractions" : setting==1 ? "vertical fractions" : setting==2 ? "diagonal fractions" : "Unknown" ); break; case 13: /* overlapping chars */ return( setting==0 ? "prevent Overlap On" : setting==1 ? "prevent Overlap Off" : "Unknown" ); break; case 14: /* typographic extras */ return( setting==0 ? "hyphens to Em dashes On" : setting==1 ? "hyphens to Em dashes Off" : setting==2 ? "hyphens to En dashes On" : setting==3 ? "hyphens to En dashes Off" : setting==4 ? "unslashed Zero On" : setting==5 ? "unslashed Zero Off" : setting==6 ? "form Interrobang On" : setting==7 ? "form Interrobang Off" : setting==8 ? "smart Quotes On" : setting==9 ? "smart Quotes Off" : setting==10 ? "periods to ellipsis On" : setting==11 ? "periods to ellipsis Off" : "Unknown" ); break; case 15: /* mathmatical extras */ return( setting==0 ? "hyphen to minus On" : setting==1 ? "hyphen to minus Off" : setting==2 ? "asterisk to multiply On" : setting==3 ? "asterisk to multiply Off" : setting==4 ? "slash to divide On" : setting==5 ? "slash to divide Off" : setting==6 ? "inequality ligatures On" : setting==7 ? "inequality ligatures Off" : setting==8 ? "exponents On" : setting==9 ? "exponents Off" : "Unknown" ); break; case 16: /* ornament sets */ return( setting==0 ? "no ornaments" : setting==1 ? "dingbats" : setting==2 ? "pi Characters" : setting==3 ? "fleurons" : setting==4 ? "decorative borders" : setting==5 ? "international symbols" : setting==6 ? "math symbols" : "Unknown" ); break; case 17: /* character alternates */ return( setting==0 ? "no alternates" : "Unknown" ); break; case 18: /* design complexity */ return( setting==0 ? "design level 1" : setting==1 ? "design level 2" : setting==2 ? "design level 3" : setting==3 ? "design level 4" : setting==4 ? "design level 5" : "Unknown" ); break; case 19: /* style options */ return( setting==0 ? "no style options" : setting==1 ? "display text" : setting==2 ? "engraved text" : setting==3 ? "illuminated Caps" : setting==4 ? "titling caps" : setting==5 ? "tall caps" : "Unknown" ); break; case 20: /* character shape */ return( setting==0 ? "traditional characters" : setting==1 ? "simplified characters" : setting==2 ? "jis1978 characters" : setting==3 ? "jis1983 characters" : setting==4 ? "jis1990 characters" : setting==5 ? "traditional alt 1" : setting==6 ? "traditional alt 2" : setting==7 ? "traditional alt 3" : setting==8 ? "traditional alt 4" : setting==9 ? "traditional alt 5" : setting==10 ? "expert characters" : "Unknown" ); break; case 21: /* number case */ return( setting==0 ? "lower case numbers" : setting==1 ? "upper case numbers" : "Unknown" ); break; case 22: /* text spacing */ return( setting==0 ? "proportional" : setting==1 ? "monospace" : setting==2 ? "halfwidth" : setting==3 ? "normally spaced" : "Unknown" ); break; case 23: /* transliteration */ return( setting==0 ? "no transliteration" : setting==1 ? "hanja to hangul" : setting==2 ? "hiragana to katakana" : setting==3 ? "katakana to hiragana" : setting==4 ? "kana to Romanization" : setting==5 ? "romanization to Hiragana" : setting==6 ? "romanization to Katakana" : setting==7 ? "hanja to hangul alt 1" : setting==8 ? "hanja to hangul alt 2" : setting==9 ? "hanja to hangul alt 3" : setting==10 ? "expert characters" : "Unknown" ); break; case 24: /* anotation */ return( setting==0 ? "no annotation" : setting==1 ? "box annotation" : setting==2 ? "rounded box annotation" : setting==3 ? "circle annotation" : setting==4 ? "inverted circle annotation" : setting==5 ? "parenthesis Annotation" : setting==6 ? "period annotation" : setting==7 ? "roman numeral annotation" : setting==8 ? "diamond annotation" : "Unknown" ); break; case 25: /* kana spacing */ return( setting==0 ? "full width kana" : setting==1 ? "proportional kana" : /* Proportional Japanese glyphs */ "Unknown" ); break; case 26: /* ideograph spacing */ return( setting==0 ? "full width ideograph" : setting==1 ? "proportional ideograph" : "Unknown" ); break; case 27: /* Accented letters (determined empirically) */ return( setting==0 ? "On" : setting==1 ? "Off" : "Unknown" ); break; case 103: /* CJK Spacing */ return( setting==0 ? "halfwidth CJK Roman" : /* No change */ setting==1 ? "proportional CJK Roman" : setting==2 ? "default CJK Roman" : /* Ideal metrics */ setting==3 ? "fullwidth CJK Roman" : "Unknown" ); break; case 16000: /* Decomposed Unicode (determined empirically) */ return( setting==0 ? "Compose" : setting==1 ? "Off" : "Unknown" ); break; case 16001: /* Combining character (determined empirically) */ return( setting==0 ? "Combine" : setting==1 ? "Off" : "Unknown" ); break; default: return( setting==0 ? "Unknown (?On?)" : setting==1 ? "Unknown (?Off?)" : "Unknown" ); break; } return( "Unknown" ); } static int showbinsearchheader(FILE *ttf) { int size, cnt; printf( "\t Binary search header\n" ); printf( "\t Entry size=%d\n", size = getushort(ttf)); printf( "\t Number of entries=%d\n", cnt = getushort(ttf)); printf( "\t Search range=%d\n", getushort(ttf)); printf( "\t Log2(nUnits)=%d\n", getushort(ttf)); printf( "\t Range Shift=%d\n", getushort(ttf)); return( cnt ); } static void show_applelookuptable(FILE *ttf,struct ttfinfo *info,void (*show)(FILE *,struct ttfinfo *)) { int i, j; int format; int first, last, cnt, glyph, data_offset; uint32 here; uint32 base = ftell(ttf); printf( "\t Lookup table format=%d ", format = getushort(ttf)); switch ( format ) { case 0: printf( "Simple array\n" ); for ( i=0; iglyph_cnt; ++i ) { printf( "Glyph %d (%s)=", i, i>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names!=NULL ? info->glyph_names[i]: "" ); show( ttf,info ); } break; case 2: printf( "Segment Single\n" ); cnt = showbinsearchheader(ttf); for ( i=0; iglyph_names!=NULL ? info->glyph_names[first]: "", last, last>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names!=NULL ? info->glyph_names[last]: "" ); show( ttf,info ); } break; case 4: printf( "Segment Array\n" ); cnt = showbinsearchheader(ttf); for ( i=0; iglyph_names!=NULL ? info->glyph_names[j]: "" ); show( ttf,info ); } fseek(ttf,here,SEEK_SET); } break; case 6: printf( "Single table\n" ); cnt = showbinsearchheader(ttf); for ( i=0; iglyph_names!=NULL ? info->glyph_names[glyph]: "" ); show( ttf,info ); } break; case 8: printf( "Trimmed array\n" ); first = getushort(ttf); cnt = getushort(ttf); for ( i=0; iglyph_names!=NULL ? info->glyph_names[i+first]: "" ); show( ttf,info ); } break; default: printf( "Unknown format for lookup table %d\n", format ); } } /* some class codes are predefined: 0 => End of text 1 => out of bounds (anything outside the glyph range in the class header, and possibly some glyphs within 2 => deleted glyph (0xffff => a glyph has been deleted, should not be in array) 3 => End of line 4 - nclasses-1 => user defined */ struct classes { }; struct statetable { uint32 state_start; int nclasses; int nstates; int nentries; int state_offset; int entry_size; /* size of individual entry */ int entry_extras; /* Number of extra glyph offsets */ int first_glyph; /* that's classifyable */ int nglyphs; uint8 *classes; uint8 *state_table; /* state_table[nstates][nclasses], each entry is an */ /* index into the following array */ uint16 *state_table2; /* morx version. States are have 2 byte entries */ uint16 *classes2; uint8 *transitions; uint32 extra_offsets[3]; int len; /* Size of the entire subtable */ }; static void show_statetable(struct statetable *st, struct ttfinfo *info, FILE *ttf, void (*entry_print)(uint8 *entry,struct statetable *st,struct ttfinfo *info,FILE *ttf)) { int i, j; uint8 *pt; printf( "\t State table\n" ); printf( "\t num classes = %d\n", st->nclasses ); printf( "\t num states = %d (derived)\n", st->nstates ); printf( "\t num entries = %d (derived)\n", st->nentries ); printf( "\t entry size = %d (derived)\n", st->entry_size ); printf( "\t first classified glyph = %d (%s), glyph_cnt=%d\n", st->first_glyph, st->first_glyph>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names!=NULL?info->glyph_names[st->first_glyph]:"", st->nglyphs); if ( info->glyph_names!=NULL ) { for ( i=0; inglyphs; ++i ) printf( "\t Glyph %4d -> Class %d (%s)\n", st->first_glyph+i, st->classes[i], st->first_glyph+i>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names[st->first_glyph+i]); } else { for ( i=0; inglyphs; ++i ) printf( "\t Glyph %4d -> Class %d\n", st->first_glyph+i, st->classes[i] ); } /* Mapping from state x class => transition entry */ printf( "Classes: " ); for ( j=0; jnclasses; ++j ) printf( "%4d", j ); printf( "\n" ); for ( i=0; instates; ++i ) { printf( "State %2d: ", i ); for ( j=0; jnclasses; ++j ) printf( "%4d", st->state_table[i*st->nclasses+j]); printf( "\n" ); } /* Transition entries */ for ( i=0; inentries; ++i ) { pt = st->transitions + i*st->entry_size; printf( "\t Transition Entry %d\n", i ); printf( "\t New State %d\n", (((pt[0]<<8)|pt[1])-st->state_offset)/st->nclasses ); if ( entry_print!=NULL ) entry_print(pt,st,info,ttf); else { printf( "\t Flags %04x\n", (pt[2]<<8)|pt[3] ); for ( j=0; jentry_extras; ++j ) printf( "\t GlyphOffset[%d] = %d\n", j, (pt[2*j+4]<<8)|pt[2*j+5]); } } printf( "\n" ); } static void show_statetablex(struct statetable *st, struct ttfinfo *info, FILE *ttf, void (*entry_print)(uint8 *entry,struct statetable *st,struct ttfinfo *info,FILE *ttf)) { int i, j; uint8 *pt; printf( "\t State table\n" ); printf( "\t num classes = %d\n", st->nclasses ); printf( "\t num states = %d (derived)\n", st->nstates ); printf( "\t num entries = %d (derived)\n", st->nentries ); printf( "\t entry size = %d (derived)\n", st->entry_size ); for ( i=0; iglyph_cnt ; ++i ) if ( st->classes2[i]!=1 ) { if ( info->glyph_names!=NULL ) { printf( "\t Glyph %4d -> Class %d (%s)\n", i, st->classes2[i], i>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names[i]); } else { printf( "\t Glyph %4d -> Class %d\n", i, st->classes2[i] ); } } /* Mapping from state x class => transition entry */ printf( "Classes: " ); for ( j=0; jnclasses; ++j ) printf( "%4d", j ); printf( "\n" ); for ( i=0; instates; ++i ) { printf( "State %2d: ", i ); for ( j=0; jnclasses; ++j ) printf( "%4d", st->state_table2[i*st->nclasses+j]); printf( "\n" ); } /* Transition entries */ for ( i=0; inentries; ++i ) { pt = st->transitions + i*st->entry_size; printf( "\t Transition Entry %d\n", i ); printf( "\t New State %d\n", ((pt[0]<<8)|pt[1]) ); if ( entry_print!=NULL ) entry_print(pt,st,info,ttf); else { printf( "\t Flags %04x\n", (pt[2]<<8)|pt[3] ); for ( j=0; jentry_extras; ++j ) printf( "\t GlyphOffset[%d] = %d\n", j, (pt[2*j+4]<<8)|pt[2*j+5]); } } printf( "\n" ); } static void readttf_applelookup(FILE *ttf,struct ttfinfo *info, void (*apply_values)(struct ttfinfo *info, int gfirst, int glast,FILE *ttf), void (*apply_value)(struct ttfinfo *info, int gfirst, int glast,FILE *ttf), void (*apply_default)(struct ttfinfo *info, int gfirst, int glast,void *def), void *def) { int format, i, first, last, data_off, cnt, prev; uint32 here; uint32 base = ftell(ttf); switch ( format = getushort(ttf)) { case 0: /* Simple array */ apply_values(info,0,info->glyph_cnt-1,ttf); break; case 2: /* Segment Single */ /* Entry size */ getushort(ttf); cnt = getushort(ttf); /* search range */ getushort(ttf); /* log2(cnt) */ getushort(ttf); /* range shift */ getushort(ttf); prev = 0; for ( i=0; iglyph_cnt-1,def); } apply_values(info,first,first+cnt-1,ttf); break; default: fprintf( stderr, "Invalid lookup table format. %d\n", format ); break; } } static void mortclass_apply_values(struct ttfinfo *info, int gfirst, int glast,FILE *ttf) { int i; for ( i=gfirst; i<=glast; ++i ) info->morx_classes[i] = getushort(ttf); } static void mortclass_apply_value(struct ttfinfo *info, int gfirst, int glast,FILE *ttf) { uint16 class; int i; class = getushort(ttf); for ( i=gfirst; i<=glast; ++i ) info->morx_classes[i] = class; } static struct statetable *read_statetable(FILE *ttf, int ent_extras, int ismorx, struct ttfinfo *info) { struct statetable *st = calloc(1,sizeof(struct statetable)); uint32 here = ftell(ttf); int nclasses, class_off, state_off, entry_off; int state_max, ent_max, old_state_max, old_ent_max; int i, j, ent, new_state, ent_size; st->state_start = here; if ( ismorx ) { nclasses = getlong(ttf); class_off = getlong(ttf); state_off = getlong(ttf); entry_off = getlong(ttf); st->extra_offsets[0] = getlong(ttf); st->extra_offsets[1] = getlong(ttf); st->extra_offsets[2] = getlong(ttf); } else { nclasses = getushort(ttf); /* Number of bytes per state in state subtable, equal to number of classes */ class_off = getushort(ttf); state_off = getushort(ttf); entry_off = getushort(ttf); st->extra_offsets[0] = getushort(ttf); st->extra_offsets[1] = getushort(ttf); st->extra_offsets[2] = getushort(ttf); } st->nclasses = nclasses; st->state_offset = state_off; /* parse class subtable */ fseek(ttf,here+class_off,SEEK_SET); if ( ismorx ) { st->classes2 = info->morx_classes = malloc(info->glyph_cnt*sizeof(uint16)); for ( i=0; iglyph_cnt; ++i ) st->classes2[i] = 1; /* Out of bounds */ readttf_applelookup(ttf,info, mortclass_apply_values,mortclass_apply_value,NULL,NULL); } else { st->first_glyph = getushort(ttf); st->nglyphs = getushort(ttf); st->classes = malloc(st->nglyphs); fread(st->classes,1,st->nglyphs,ttf); } /* The size of an entry is variable. There are 2 uint16 fields at the begin-*/ /* ning of all entries. There may be some number of shorts following these*/ /* used for indexing special tables. */ ent_size = 4 + 2*ent_extras; st->entry_size = ent_size; st->entry_extras = ent_extras; /* Apple does not provide a way of figuring out the size of either of the */ /* state or entry tables, so we must parse both as we go and try to work */ /* out the maximum values... */ /* There are always at least 2 states defined. Parse them and find what */ /* is the biggest entry they use, then parse those entries and find what */ /* is the biggest state they use, and then repeat until we don't find any*/ /* more states or entries */ old_state_max = 0; old_ent_max = 0; state_max = 2; ent_max = 0; while ( old_state_max!=state_max ) { i = old_state_max*nclasses; fseek(ttf,here+state_off+(ismorx?i*sizeof(uint16):i),SEEK_SET); old_state_max = state_max; for ( ; i ent_max ) ent_max = ent+1; } if ( ent_max==old_ent_max ) /* Nothing more */ break; if ( ent_max>1000 ) { fprintf( stderr, "It looks to me as though there's a morx sub-table with more than 1000\n transitions. Which makes me think there's probably an error\n" ); return( NULL ); } fseek(ttf,here+entry_off+old_ent_max*ent_size,SEEK_SET); i = old_ent_max; old_ent_max = ent_max; for ( ; istate_max ) state_max = new_state+1; } if ( state_max>1000 ) { fprintf( stderr, "It looks to me as though there's a morx sub-table with more than 1000\n states. Which makes me think there's probably an error\n" ); return( NULL ); } } st->nstates = state_max; st->nentries = ent_max; fseek(ttf,here+state_off,SEEK_SET); /* an array of arrays of state transitions, each represented by one byte */ /* which is an index into the Entry subtable, which comes next. */ /* One dimension is the number of states, and the other the */ /* number of classes (classes vary faster than states) */ /* The first two states are predefined, 0 is start of text, 1 start of line*/ if ( ismorx ) { st->state_table2 = malloc(st->nstates*st->nclasses*sizeof(uint16)); for ( i=0; instates*st->nclasses; ++i ) st->state_table2[i] = getushort(ttf); } else { st->state_table = malloc(st->nstates*st->nclasses); fread(st->state_table,1,st->nstates*st->nclasses,ttf); } /* parse the entry subtable */ fseek(ttf,here+entry_off,SEEK_SET); st->transitions = malloc(st->nentries*st->entry_size); fread(st->transitions,1,st->nentries*st->entry_size,ttf); return( st ); } static void free_statetable(struct statetable *st) { if ( st==NULL ) return; free( st->state_table ); free( st->state_table2 ); free( st->transitions ); free( st->classes ); free( st->classes2 ); free( st ); } static void show_contextkerndata(uint8 *entry,struct statetable *st,struct ttfinfo *info, FILE *ttf) { int flags = (entry[2]<<8)|entry[3]; int offset = flags&0x3fff; int i, k; printf( "\t Flags %04x ", flags ); if ( flags&0x8000 ) printf( "Add to Kern Stack | "); if ( flags&0x4000 ) printf( "Don't Advance Glyph" ); else printf( "Advance Glyph" ); printf( ", ValueOffset = %d\n", offset ); if ( offset!=0 ) { printf( "Offset=%d, len=%d\n", offset, st->len ); fseek(ttf,offset+st->state_start,SEEK_SET); printf( "Kerns: " ); for ( i=0; i<8; ++i ) { printf( "%d ", (k = (short) getushort(ttf)) & ~1 ); if ( k&1 ) /* list is terminated by an odd number */ break; } printf( "\n" ); } } static void readttfkern_context(FILE *ttf, FILE *util, struct ttfinfo *info, int stab_len) { struct statetable *st; st = read_statetable(ttf,0,false,info); st->len = stab_len; show_statetable(st, info, ttf, show_contextkerndata); free_statetable(st); } static void show_indicflags(uint8 *entry,struct statetable *st,struct ttfinfo *info,FILE *ttf) { int flags = (entry[2]<<8)|entry[3]; printf( "\t Flags %04x ", flags ); if ( flags&0x8000 ) printf( "Mark First | "); if ( flags&0x2000 ) printf( "Mark Last | " ); if ( flags&0x4000 ) printf( "Don't Advance Glyph " ); else printf( "Advance Glyph " ); switch( flags&0xf ) { case 0 : printf( "No action\n" ); break; case 1 : printf( "Ax => xA\n" ); break; case 2 : printf( "xD => Dx\n" ); break; case 3 : printf( "AxD => DxA\n" ); break; case 4 : printf( "ABx => xAB\n" ); break; case 5 : printf( "ABx => xBA\n" ); break; case 6 : printf( "xCD => CDx\n" ); break; case 7 : printf( "xCD => DCx\n" ); break; case 8 : printf( "AxCD => CDxA\n" ); break; case 9 : printf( "AxCD => DCxA\n" ); break; case 10 : printf( "ABxD => DxAB\n" ); break; case 11 : printf( "ABxD => DxBA\n" ); break; case 12 : printf( "ABxCD => CDxAB\n" ); break; case 13 : printf( "ABxCD => CDxBA\n" ); break; case 14 : printf( "ABxCD => DCxAB\n" ); break; case 15 : printf( "ABxCD => DCxBA\n" ); break; } } static void readttfmort_indic(FILE *ttf, FILE *util, struct ttfinfo *info, int stab_len) { struct statetable *st; st = read_statetable(ttf,0,false,info); show_statetable(st, info, ttf, show_indicflags); free_statetable(st); } static void readttfmorx_indic(FILE *ttf, FILE *util, struct ttfinfo *info, int stab_len) { struct statetable *st; st = read_statetable(ttf,2,true,info); show_statetablex(st, info, ttf, show_indicflags); free_statetable(st); } static void show_contextflags(uint8 *entry,struct statetable *st,struct ttfinfo *info, FILE *ttf) { int flags = (entry[2]<<8)|entry[3]; /* the docs say this is unsigned, but that appears not to be the case */ int mark_offset = (int16) ((entry[4]<<8)|entry[5]); int cur_offset = (int16) ((entry[6]<<8)|entry[7]); int i, sub; printf( "\t Flags %04x ", flags ); if ( flags&0x8000 ) printf( "Set Mark | "); if ( flags&0x4000 ) printf( "Don't Advance Glyph\n" ); else printf( "Advance Glyph\n" ); /* I hope this is right, docs leave much to the imagination */ /* (apple does not document the "per-glyph substitution table" used by the */ /* contextual glyph substitution sub-table. */ /* My initial assumption is that there is essentially an big array with one */ /* entry for every glyph indicating what glyph it will be replaced with */ /* Since not all glyphs would be valid the tables are probably trimmed and */ /* the offsets proporting to point to it actually point to garbarge until */ /* adjusted by the appropriate glyph indeces */ /* user will need to look at the table carefully to try and guess what is */ /* meaningful and what isn't */ if ( mark_offset!=0 || cur_offset!=0 ) { printf( "!!!! Caveat !!!! I am printing out entries that look as though they might\n" ); printf( "!!!! be meaningful, but that is no guarantee. Examine them carefully to\n" ); printf( "!!!! find those sections which are actually used.\n" ); } printf( "\t Offset to substitution table for marked glyph: %d\n", mark_offset ); if ( mark_offset!=0 ) { fseek(ttf,2*(mark_offset+st->first_glyph)+st->state_start,SEEK_SET); for ( i=0; inglyphs; ++i ) { sub = getushort(ttf); if ( sub==0 || (sub>=info->glyph_cnt && sub!=0xffff) ) continue; printf( "\t Glyph %d ", st->first_glyph+i ); if ( st->first_glyph+i>=info->glyph_cnt ) printf( "!!! Bad Glyph !!! " ); else if ( info->glyph_names!=NULL ) printf( "%s ", info->glyph_names[st->first_glyph+i]); if ( sub==0xffff ) printf( "-> Deleted" ); else { printf( "-> Glyph %d ", sub ); if ( sub>=info->glyph_cnt ) printf( "!!! Bad Glyph !!! " ); else if ( info->glyph_names!=NULL ) printf( "%s", info->glyph_names[sub]); } putchar('\n'); } } printf( "\t Offset to substitution table for current glyph: %d\n", cur_offset ); if ( cur_offset!=0 ) { fseek(ttf,2*(cur_offset+st->first_glyph)+st->state_start,SEEK_SET); for ( i=0; inglyphs; ++i ) { sub = getushort(ttf); if ( sub==0 || (sub>=info->glyph_cnt && sub!=0xffff) ) continue; printf( "\t Glyph %d ", st->first_glyph+i ); if ( st->first_glyph+i>=info->glyph_cnt ) printf( "!!! Bad Glyph !!! " ); else if ( info->glyph_names!=NULL ) printf( "%s ", info->glyph_names[st->first_glyph+i]); if ( sub==0xffff ) printf( "-> Deleted" ); else { printf( "-> Glyph %d ", sub ); if ( sub>=info->glyph_cnt ) printf( "!!! Bad Glyph !!! " ); else if ( info->glyph_names!=NULL ) printf( "%s", info->glyph_names[sub]); } putchar('\n'); } } } static void readttfmort_context(FILE *ttf, FILE *util, struct ttfinfo *info, int stab_len) { struct statetable *st; st = read_statetable(ttf,2,false,info); show_statetable(st, info, ttf, show_contextflags); free_statetable(st); } static void mort_noncontextualsubs_glyph( FILE *ttf, struct ttfinfo *info ) { int gnum = getushort(ttf); printf( " Glyph %d (%s)\n", gnum, gnum>=info->glyph_cnt ? "!!!! Bad Glyph !!!!" : info->glyph_names!=NULL ? info->glyph_names[gnum]: "" ); } static void show_contextflagsx(uint8 *entry,struct statetable *st,struct ttfinfo *info, FILE *ttf) { int flags = (entry[2]<<8)|entry[3]; int mark_index = ((entry[4]<<8)|entry[5]); int cur_index = ((entry[6]<<8)|entry[7]); printf( "\t Flags %04x ", flags ); if ( flags&0x8000 ) printf( "Set Mark | "); if ( flags&0x4000 ) printf( "Don't Advance Glyph\n" ); else printf( "Advance Glyph\n" ); printf( "\t Index to substitution table for marked glyph: %d\n", mark_index ); if ( mark_index!=0xffff ) { fseek(ttf,st->state_start+st->extra_offsets[0]+4*mark_index,SEEK_SET); fseek(ttf,st->state_start+st->extra_offsets[0]+getlong(ttf),SEEK_SET); show_applelookuptable(ttf,info, mort_noncontextualsubs_glyph); } printf( "\t Offset to substitution table for current glyph: %d\n", cur_index ); if ( cur_index!=0xffff ) { fseek(ttf,st->state_start+st->extra_offsets[0]+4*cur_index,SEEK_SET); fseek(ttf,st->state_start+st->extra_offsets[0]+getlong(ttf),SEEK_SET); show_applelookuptable(ttf,info, mort_noncontextualsubs_glyph); } } static void readttfmorx_context(FILE *ttf, FILE *util, struct ttfinfo *info, int stab_len) { struct statetable *st; st = read_statetable(ttf,2,true,info); show_statetablex(st, info, ttf, show_contextflagsx); free_statetable(st); } static void show_ligflags(uint8 *entry,struct statetable *st,struct ttfinfo *info, FILE *ttf) { int flags = (entry[2]<<8)|entry[3]; uint32 val; printf( "\t Flags %04x ", flags ); if ( flags&0x8000 ) printf( "Set Component | "); if ( flags&0x4000 ) printf( "Don't Advance Glyph " ); else printf( "Advance Glyph " ); printf( "Offset=%d\n", flags&0x3fff ); if ( (flags&0x3fff)==0 ) return; fseek(ttf,st->state_start+(flags&0x3fff),SEEK_SET); do { val = getlong(ttf); printf( "\t lig action %08x %s offset=%d\n", val, (val&0x80000000)?"last (& store)": (val&0x40000000)?"store": "delete", (((int32)val)<<2)>>2 ); /* Sign extend */ /* I think we take 2 * (glyph_id-st->first_glyph + offset) + state_start */ /* we get the ?ushort? at this file address and we add it to an */ /* accumulated total. When we finally get to a store (or last) */ /* we take this accumulated total and ?look it up in the ligature */ /* table? to get a glyph index which is the ligature itself. */ /* Maybe. */ } while ( !(val&0x80000000) ); } static void readttfmort_lig(FILE *ttf, FILE *util, struct ttfinfo *info, int stab_len) { struct statetable *st; st = read_statetable(ttf,0,false,info); show_statetable(st, info, ttf, show_ligflags); free_statetable(st); } static void show_ligxflags(uint8 *entry,struct statetable *st,struct ttfinfo *info, FILE *ttf) { int flags = (entry[2]<<8)|entry[3]; int index = (entry[4]<<8)|entry[5]; uint32 val; printf( "\t Flags %04x ", flags ); if ( flags&0x8000 ) printf( "Set Component | "); if ( flags&0x2000 ) printf( "Perform | "); if ( flags&0x4000 ) printf( "Don't Advance Glyph " ); else printf( "Advance Glyph " ); if ( flags&0x2000 ) printf( "Index=%d\n", index ); else printf( "\n"); if ( (flags&0x2000)==0 ) return; fseek(ttf,st->state_start+st->extra_offsets[0]+4*index,SEEK_SET); do { val = getlong(ttf); printf( "\t lig action %08x %s offset=%d\n", val, (val&0x80000000)?"last (& store)": (val&0x40000000)?"store": "delete", (((int32)val)<<2)>>2 ); /* Sign extend */ /* I think we take 2 * (glyph_id-st->first_glyph + offset) + state_start */ /* we get the ?ushort? at this file address and we add it to an */ /* accumulated total. When we finally get to a store (or last) */ /* we take this accumulated total and ?look it up in the ligature */ /* table? to get a glyph index which is the ligature itself. */ /* Maybe. */ } while ( !(val&0x80000000) ); } static void readttfmorx_lig(FILE *ttf, FILE *util, struct ttfinfo *info, int stab_len) { struct statetable *st; st = read_statetable(ttf,1,true,info); show_statetablex(st, info, ttf, show_ligxflags); free_statetable(st); } static int32 memlong(uint8 *data,int offset) { int ch1 = data[offset], ch2 = data[offset+1], ch3 = data[offset+2], ch4 = data[offset+3]; return( (ch1<<24)|(ch2<<16)|(ch3<<8)|ch4 ); } static int memushort(uint8 *data,int offset) { int ch1 = data[offset], ch2 = data[offset+1]; return( (ch1<<8)|ch2 ); } #define MAX_LIG_COMP 16 struct statemachine { uint8 *data; int length; uint32 nClasses; uint32 classOffset, stateOffset, entryOffset, ligActOff, compOff, ligOff; uint16 *classes; uint16 lig_comp_classes[MAX_LIG_COMP]; uint16 lig_comp_glyphs[MAX_LIG_COMP]; int lcp; uint8 *states_in_use; int smax; struct ttfinfo *info; int cnt; }; static void mort_figure_ligatures(struct statemachine *sm, int lcp, int off, int32 lig_offset) { uint32 lig; int i, j, lig_glyph; if ( lcp<0 || off+3>sm->length ) return; lig = memlong(sm->data,off); off += sizeof(long); for ( i=0; iinfo->glyph_cnt; ++i ) if ( sm->classes[i]==sm->lig_comp_classes[lcp] ) { sm->lig_comp_glyphs[lcp] = i; lig_offset += memushort(sm->data,2*( ((((int32) lig)<<2)>>2) + i ) ); if ( lig&0xc0000000 ) { if ( lig_offset+1 > sm->length ) { fprintf( stderr, "Invalid ligature offset\n" ); break; } lig_glyph = memushort(sm->data,lig_offset); if ( lig_glyph>=sm->info->glyph_cnt ) { fprintf(stderr, "Attempt to make a ligature for glyph %d out of ", lig_glyph ); for ( j=lcp; jlcp; ++j ) fprintf(stderr,"%d ",sm->lig_comp_glyphs[j]); fprintf(stderr,"\n"); } else { printf( "\t\tGlyph %d (%s) is a ligature of:\n", lig_glyph, lig_glyph>=sm->info->glyph_cnt ? "!!!! Bad Glyph !!!!" : sm->info->glyph_names!=NULL ? sm->info->glyph_names[lig_glyph] : "" ); for ( j=lcp; jlcp; ++j ) printf( "\t\t\t%d (%s)\n", sm->lig_comp_glyphs[j], sm->lig_comp_glyphs[j]>=sm->info->glyph_cnt ? "!!!! Bad Glyph !!!!" : sm->info->glyph_names!=NULL ? sm->info->glyph_names[sm->lig_comp_glyphs[j]] : "" ); } } else mort_figure_ligatures(sm,lcp-1,off,lig_offset); lig_offset -= memushort(sm->data,2*( ((((int32) lig)<<2)>>2) + i ) ); } } static void follow_mort_state(struct statemachine *sm,int offset,int class) { int state = (offset-sm->stateOffset)/sm->nClasses; int class_top, class_bottom; if ( state<0 || state>=sm->smax || sm->states_in_use[state] || sm->lcp>=MAX_LIG_COMP ) return; ++ sm->cnt; if ( sm->cnt>=max_lig_nest ) { if ( sm->cnt==max_lig_nest ) fprintf( stderr, "ligature state machine too complex, giving up\n" ); return; } sm->states_in_use[state] = true; if ( class==-1 ) { class_bottom = 0; class_top = sm->nClasses; } else { class_bottom = class; class_top = class+1; } for ( class=class_bottom; classdata[offset+class]; int newState = memushort(sm->data,sm->entryOffset+4*ent); int flags = memushort(sm->data,sm->entryOffset+4*ent+2); if (( state!=0 && sm->data[sm->stateOffset+class] == ent ) || /* If we have the same entry as state 0, then presumably we are ignoring the components read so far and starting over with a new lig */ (state>1 && sm->data[sm->stateOffset+sm->nClasses+class]==ent )) /* Similarly for state 1 */ continue; if ( flags&0x8000 ) /* Set component */ sm->lig_comp_classes[sm->lcp++] = class; if ( flags&0x3fff ) { mort_figure_ligatures(sm, sm->lcp-1, flags & 0x3fff, 0); } else if ( flags&0x8000 ) follow_mort_state(sm,newState,(flags&0x4000)?class:-1); if ( flags&0x8000 ) --sm->lcp; } sm->states_in_use[state] = false; } static void morx_figure_ligatures(struct statemachine *sm, int lcp, int ligindex, int32 lig_offset) { uint32 lig; int i, j, lig_glyph; if ( lcp<0 || sm->ligActOff+4*ligindex+3>sm->length ) return; lig = memlong(sm->data,sm->ligActOff+4*ligindex); ++ligindex; for ( i=0; iinfo->glyph_cnt; ++i ) if ( sm->classes[i]==sm->lig_comp_classes[lcp] ) { sm->lig_comp_glyphs[lcp] = i; lig_offset += memushort(sm->data,sm->compOff + 2*( ((((int32) lig)<<2)>>2) + i ) ); if ( lig&0xc0000000 ) { if ( sm->ligOff+2*lig_offset+1 > sm->length ) { fprintf( stderr, "Invalid ligature offset\n" ); break; } lig_glyph = memushort(sm->data,sm->ligOff+2*lig_offset); if ( lig_glyph>=sm->info->glyph_cnt ) { fprintf(stderr, "Attempt to make a ligature for glyph %d out of " ); for ( j=lcp; jlcp; ++j ) fprintf(stderr,"%d ",sm->lig_comp_glyphs[j]); fprintf(stderr,"\n"); } else { printf( "\t\tGlyph %d (%s) is a ligature of:\n", lig_glyph, lig_glyph>=sm->info->glyph_cnt ? "!!!! Bad Glyph !!!!" : sm->info->glyph_names!=NULL ? sm->info->glyph_names[lig_glyph] : "" ); for ( j=lcp; jlcp; ++j ) printf( "\t\t\t%d (%s)\n", sm->lig_comp_glyphs[j], sm->lig_comp_glyphs[j]>=sm->info->glyph_cnt ? "!!!! Bad Glyph !!!!" : sm->info->glyph_names!=NULL ? sm->info->glyph_names[sm->lig_comp_glyphs[j]] : "" ); } } else morx_figure_ligatures(sm,lcp-1,ligindex,lig_offset); lig_offset -= memushort(sm->data,sm->compOff + 2*( ((((int32) lig)<<2)>>2) + i ) ); } } static void follow_morx_state(struct statemachine *sm,int state,int class) { int class_top, class_bottom; if ( state<0 || state>=sm->smax || sm->states_in_use[state] || sm->lcp>=MAX_LIG_COMP ) return; ++ sm->cnt; if ( sm->cnt>=max_lig_nest ) { if ( sm->cnt==max_lig_nest ) fprintf( stderr, "ligature state machine too complex, giving up\n" ); return; } sm->states_in_use[state] = true; if ( class==-1 ) { class_bottom = 0; class_top = sm->nClasses; } else { class_bottom = class; class_top = class+1; } for ( class=class_bottom; classdata, sm->stateOffset + 2*(state*sm->nClasses+class) ); int newState = memushort(sm->data,sm->entryOffset+6*ent); int flags = memushort(sm->data,sm->entryOffset+6*ent+2); int ligindex = memushort(sm->data,sm->entryOffset+6*ent+4); /* If we have the same entry as state 0, then presumably we are */ /* ignoring the components read so far and starting over with a new */ /* lig (similarly for state 1) */ if (( state!=0 && memushort(sm->data, sm->stateOffset + 2*class) == ent ) || (state>1 && memushort(sm->data, sm->stateOffset + 2*(sm->nClasses+class))==ent )) continue; if ( flags&0x8000 ) /* Set component */ sm->lig_comp_classes[sm->lcp++] = class; if ( flags&0x2000 ) { morx_figure_ligatures(sm, sm->lcp-1, ligindex, 0); } else if ( flags&0x8000 ) follow_morx_state(sm,newState,(flags&0x4000)?class:-1); if ( flags&0x8000 ) --sm->lcp; } sm->states_in_use[state] = false; } static void readttf_mortx_lig(FILE *ttf,struct ttfinfo *info,int ismorx,uint32 base,uint32 length) { uint32 here; struct statemachine sm; int first, cnt, i; memset(&sm,0,sizeof(sm)); sm.info = info; here = ftell(ttf); length -= here-base; sm.data = malloc(length); sm.length = length; if ( fread(sm.data,1,length,ttf)!=length ) { free(sm.data); fprintf( stderr, "Bad mort/morx ligature table. Not long enough\n"); return; } fseek(ttf,here,SEEK_SET); if ( ismorx ) { sm.nClasses = memlong(sm.data,0); sm.classOffset = memlong(sm.data,sizeof(long)); sm.stateOffset = memlong(sm.data,2*sizeof(long)); sm.entryOffset = memlong(sm.data,3*sizeof(long)); sm.ligActOff = memlong(sm.data,4*sizeof(long)); sm.compOff = memlong(sm.data,5*sizeof(long)); sm.ligOff = memlong(sm.data,6*sizeof(long)); fseek(ttf,here+sm.classOffset,SEEK_SET); sm.classes = info->morx_classes = malloc(info->glyph_cnt*sizeof(uint16)); for ( i=0; iglyph_cnt; ++i ) sm.classes[i] = 1; /* Out of bounds */ readttf_applelookup(ttf,info, mortclass_apply_values,mortclass_apply_value,NULL,NULL); sm.smax = length/(2*sm.nClasses); sm.states_in_use = calloc(sm.smax,sizeof(uint8)); follow_morx_state(&sm,0,-1); } else { sm.nClasses = memushort(sm.data,0); sm.classOffset = memushort(sm.data,sizeof(uint16)); sm.stateOffset = memushort(sm.data,2*sizeof(uint16)); sm.entryOffset = memushort(sm.data,3*sizeof(uint16)); sm.ligActOff = memushort(sm.data,4*sizeof(uint16)); sm.compOff = memushort(sm.data,5*sizeof(uint16)); sm.ligOff = memushort(sm.data,6*sizeof(uint16)); sm.classes = malloc(info->glyph_cnt*sizeof(uint16)); for ( i=0; iglyph_cnt; ++i ) sm.classes[i] = 1; /* Out of bounds */ first = memushort(sm.data,sm.classOffset); cnt = memushort(sm.data,sm.classOffset+sizeof(uint16)); for ( i=0; imorx_start!=0 ) { fseek(ttf,info->morx_start,SEEK_SET); printf( "\nmorx table (at %d) (Glyph metamorphosis extended)\n", info->morx_start ); ismorx = true; } else { fseek(ttf,info->mort_start,SEEK_SET); printf( "\nmort table (at %d) (Glyph metamorphosis)\n", info->mort_start ); } printf( "\t version=%g\n", getfixed(ttf)); n = getlong(ttf); printf( "\t number of chains=%d\n", n); for ( i=0; i>2)<<2; fseek(ttf,chain_start+len,SEEK_SET); } } static void showagproperties( uint16 props ) { printf( "%04x=", props ); if ( props&0x8000 ) printf( "Floater|" ); if ( props&0x4000 ) printf( "HangLeft|" ); if ( props&0x2000 ) printf( "HangRight|" ); if ( props&0x1000 ) printf( "Mirror += %d|", (((int32) props)<<20)>>28 ); if ( props&0x0080 ) printf( "AttachRight|" ); switch (props&0x1f ) { case 0: printf( "Strong L2R" ); break; case 1: printf( "Strong Hebrew" ); break; case 2: printf( "Strong Arabic" ); break; case 3: printf( "Euro Digit" ); break; case 4: printf( "Euro Num Sep" ); break; case 5: printf( "Euro Num Term" ); break; case 6: printf( "Arabic Digit" ); break; case 7: printf( "Common Num Sep" ); break; case 8: printf( "Block Sep" ); break; case 9: printf( "Segment Sep" ); break; case 10: printf( "White Space" ); break; case 11: printf( "Other Neutral" ); break; default: printf( "Undocumented Unicode 3 direction %d", props&0x1f ); break; } putchar('\n'); } static void prop_show( FILE *ttf, struct ttfinfo *info ) { showagproperties( getushort(ttf)); } static void readttfappleprop(FILE *ttf, FILE *util, struct ttfinfo *info) { fseek(ttf,info->prop_start,SEEK_SET); printf( "\nprop table (at %d) (Glyph properties)\n", info->prop_start ); printf( "\t version=%g\n", getfixed(ttf)); printf( "\t has lookup data=%d\n", getushort(ttf)); printf( "\t default properties=" ); showagproperties( getushort(ttf)); show_applelookuptable(ttf,info,prop_show); } static void lcar_show( FILE *ttf, struct ttfinfo *info ) { uint32 here; int cnt,i,off; off = getushort(ttf); here = ftell(ttf); fseek(ttf, info->lcar_start+off,SEEK_SET ); printf( " caret cnt=%d\n", cnt = getushort(ttf)); for ( i=0; ilcar_start,SEEK_SET); printf( "\nlcar table (at %d) (Ligature carets)\n", info->lcar_start ); printf( "\t version=%g\n", getfixed(ttf)); printf( "\t data are points=%d\n", getushort(ttf)); show_applelookuptable(ttf,info,lcar_show); } static void opbd_show( FILE *ttf, struct ttfinfo *info ) { uint32 here; int off; off = getushort(ttf); here = ftell(ttf); fseek(ttf, info->opbd_start+off,SEEK_SET ); printf( " optical left=%d\n", (short) getushort(ttf)); printf( " optical top=%d\n", (short) getushort(ttf)); printf( " optical right=%d\n", (short) getushort(ttf)); printf( " optical bottom=%d\n", (short) getushort(ttf)); fseek(ttf,here,SEEK_SET); } static void readttfappleopbd(FILE *ttf, FILE *util, struct ttfinfo *info) { fseek(ttf,info->opbd_start,SEEK_SET); printf( "\nopbd table (at %d) (Optical Bounds)\n", info->opbd_start ); printf( "\t version=%g\n", getfixed(ttf)); printf( "\t data are points=%d\n", getushort(ttf)); show_applelookuptable(ttf,info,opbd_show); } static void readttfapplefvar(FILE *ttf, FILE *util, struct ttfinfo *info) { int dataoff, countsizepairs, axiscount, instancecount, instancesize, nameid; uint32 tag; char *name; int i,j; fseek(ttf,info->fvar_start,SEEK_SET); printf( "\nfvar table (at %d) (Font Variations)\n", info->fvar_start ); printf( "\t version=%g\n", getfixed(ttf)); printf( "\t offset to data=%d\n", dataoff = getushort(ttf)); printf( "\t # size pairs=%d\n", countsizepairs = getushort(ttf)); printf( "\t Axis count=%d\n", axiscount = getushort(ttf)); info->fvar_axiscount = axiscount; printf( "\t Axis size=%d\n", getushort(ttf)); printf( "\t Instance count=%d\n", instancecount = getushort(ttf)); printf( "\t Instance size=%d\n", instancesize = getushort(ttf)); for ( i=0; i>24, (tag>>16)&0xff, (tag>>8)&0xff, tag&0xff); printf( "\t minValue=%g\n", getfixed(ttf)); printf( "\t defaultValue=%g\n", getfixed(ttf)); printf( "\t maxValue=%g\n", getfixed(ttf)); printf( "\t flags=%x\n", getushort(ttf)); nameid = getushort(ttf); name = getttfname(util,info,nameid); printf( "\t nameid=%d (%s)\n", nameid, name==NULL ? "Not Found" : name ); } for ( i=0; igvar_start,SEEK_SET); printf( "\ngvar table (at %d) (Glyph Variations)\n", info->gvar_start ); printf( "\t version=%g\n", getfixed(ttf)); printf( "\t Axis count=%d\n", axiscount = getushort(ttf)); if ( axiscount!=info->fvar_axiscount ) fprintf( stderr, "The axis count in the gvar table differs from that in the fvar table.\n 'gvar' axes=%d, 'fvar' axes=%d\n", axiscount, info->fvar_axiscount ); printf( "\t global coord count=%d\n", gcc = getushort(ttf)); printf( "\t offset to coord=%d\n", offset2Coord = getlong(ttf)); printf( "\t glyph count=%d\n", glyphCount = getushort(ttf)); printf( "\t flags=%x\n", flags = getushort(ttf)); printf( "\t offset to data=%x\n", offset2Data = getlong(ttf)); offsets = malloc(glyphCount*sizeof(uint32)); if ( flags&1 ) { for ( i=0; igvar_start; } else { for ( i=0; igvar_start; } for ( i=0; iglyph_names!=NULL? info->glyph_names[i]: "" ); tupleCount = getushort(ttf); offset = getushort(ttf); printf( "\t Tuple count=%x, (count=%d) tuples %sshare points\n", tupleCount, tupleCount&0xfff, (tupleCount&0x8000)? "" : "do not " ); printf( "\t Offset=%d\n", offset ); for ( j=0; j<(tupleCount&0xfff); ++j ) { printf( "\t Tuple %d\n", j ); printf( "\t Size %d\n", getushort(ttf) ); index = getushort(ttf); printf( "\t Index %d%s%s%s\n", index&0xfff, index&0x8000 ? ", Embedded tuple" : "", index&0x4000 ? ", Intermediate tuple" : "", index&0x2000 ? ", Private points" : "" ); if ( index&0x8000 ) { printf( "\t Coords[%g", ((short) getushort(ttf))/16384.0 ); for ( k=1; kgvar_start+offset2Coord+(index&0xfff)*axiscount*2,SEEK_SET); printf( "\t Global Coords[%g", ((short) getushort(ttf))/16384.0 ); for ( k=1; kgasp_start,SEEK_SET); printf( "\ngasp table (at %d) (grid fitting and scan conversion table)\n", info->gasp_start ); printf( "\t version=%d\n", getushort(ttf)); printf( "\t Number of gasp entries=%d\n", n = getushort(ttf)); for ( i=0; i= %d and <%d:\t", last, ppem ); else printf( "\t All sizes >= %d: \t", last ); last = ppem; if ( flags==0 ) printf( "Nothing (No gridfitting, no anti-aliasing)\n" ); else if ( flags==1 ) printf( "Grid Fit (no anti-aliasing)\n" ); else if ( flags==2 ) printf( "Anti-alias (no grid fitting)\n" ); else printf( "Both Grid Fitting and Anti-Aliasing\n" ); } } #if 0 static void readtablebytes(FILE *ttf, int start, int len, char *string) { int i; if ( start==0 ) return; fseek(ttf,start,SEEK_SET); printf( "\n%s table (at %d for %d bytes)\n\t", string, start, len ); for ( i=0; i=0xb0 && ch<=0xb7 ) { /* PUSHBn */ n = (ch-0xb0)+1; for ( j=0; j=0xb8 && ch<=0xbf ) { n = (ch-0xb8)+1; for ( j=0; j>4); pt = addnibble(pt,ch&0xf); } while ( pt[-1]!='\0' ); *dval = strtod(buffer,NULL); return( 2 ); } else if ( ch>=32 && ch<=246 ) { *_ival = ch-139; return( 1 ); } else if ( ch>=247 && ch<=250 ) { *_ival = ((ch-247)<<8) + getc(ttf)+108; return( 1 ); } else if ( ch>=251 && ch<=254 ) { *_ival = -((ch-251)<<8) - getc(ttf)-108; return( 1 ); } else if ( ch==28 ) { ival = getc(ttf)<<8; *_ival = (short) (ival | getc(ttf)); return( 1 ); } else if ( ch==29 ) { ival = getc(ttf)<<24; ival = ival | getc(ttf)<<16; ival = ival | getc(ttf)<<8; *_ival = (int) (ival | getc(ttf)); return( 1 ); } printf( "Unexpected value in dictionary %d\n", ch ); *_ival = 0; return( 0 ); } struct pschars { int cnt, next; char **keys; uint8 **values; int *lens; int bias; }; struct topdicts { int32 cff_start; char *fontname; /* From Name Index */ int version; int notice; /* SID */ int copyright; /* SID */ int fullname; /* SID */ int familyname; /* SID */ int weight; /* SID */ int isfixedpitch; double italicangle; double underlinepos; double underlinewidth; int painttype; int charstringtype; double fontmatrix[6]; int uniqueid; double fontbb[4]; double strokewidth; int xuid[20]; int charsetoff; /* from start of file */ int encodingoff; /* from start of file */ int charstringsoff; /* from start of file */ int private_size; int private_offset; /* from start of file */ int synthetic_base; /* font index */ int postscript_code; /* SID */ /* synthetic fonts only */ int basefontname; /* SID */ int basefontblend[16]; /* delta */ /* CID fonts only (what we expect to get) */ int ros_registry; /* SID */ int ros_ordering; /* SID */ int ros_supplement; int cidfontversion; int cidfontrevision; int cidfonttype; int cidcount; int uidbase; int fdarrayoff; /* from start of file */ int fdselectoff; /* from start of file */ int sid_fontname; /* SID */ /* Private stuff */ double bluevalues[14]; double otherblues[10]; double familyblues[14]; double familyotherblues[10]; double bluescale; double blueshift; double bluefuzz; int stdhw; int stdvw; double stemsnaph[10]; double stemsnapv[10]; int forcebold; int languagegroup; double expansionfactor; int initialRandomSeed; int subrsoff; /* from start of this private table */ int defaultwidthx; int nominalwidthx; struct pschars glyphs; struct pschars local_subrs; uint16 *charset; }; static void ShowCharString(uint8 *str,int len,int type) { int v; int val; /* most things are the same about type1 and type2 strings. Type2 just has */ /* extra operators (and gets rid of seac). The 5 byte number sequence is */ /* different though... */ do { if ( (v = *str++)>=32 ) { if ( v<=246) { val = v - 139; } else if ( v<=250 ) { val = (v-247)*256 + *str++ + 108; --len; } else if ( v<=254 ) { val = -(v-251)*256 - *str++ - 108; --len; } else { val = (*str<<24) | (str[1]<<16) | (str[2]<<8) | str[3]; str += 4; len -= 4; } if ( v==0xff && type==2 ) printf( "%g ", val/65536. ); else printf( "%d ", val ); } else if ( v==28 ) { val = (short) ((str[0]<<8) | str[1]); str += 2; len -= 2; printf( "%d ", val ); } else if ( v==12 ) { v = *str++; --len; switch ( v ) { case 3: printf( "and " ); break; case 4: printf( "or " ); break; case 5: printf( "not " ); break; case 9: printf( "abs " ); break; case 10: printf( "add " ); break; case 11: printf( "sub " ); break; case 12: printf( "div " ); break; case 14: printf( "neg " ); break; case 15: printf( "eq " ); break; case 18: printf( "drop " ); break; case 20: printf( "put " ); break; case 21: printf( "get " ); break; case 22: printf( "ifelse " ); break; case 23: printf( "random " ); break; case 24: printf( "mul " ); break; case 26: printf( "sqrt " ); break; case 27: printf( "dup " ); break; case 28: printf( "exch " ); break; case 29: printf( "index " ); break; case 30: printf( "roll " ); break; case 34: printf( "hflex " ); break; case 35: printf( "flex " ); break; case 36: printf( "hflex1 " ); break; case 37: printf( "flex1 " ); break; /* Type 1 codes */ case 0: printf( "dotsection " ); break; case 1: printf( "vstem3 " ); break; case 2: printf( "hstem3 " ); break; case 6: printf( "seac " ); break; case 7: printf( "sbw " ); break; case 16: printf( "callothersubr " ); break; case 17: printf( "pop " ); break; case 33: printf( "setcurrentpoint " ); break; /* End obselete codes */ default: printf( "???-12-%d-??? ", v ); break; } } else switch ( v ) { case 1: printf( "hstem " ); break; case 3: printf( "vstem " ); break; case 4: printf( "vmoveto " ); break; case 5: printf( "rlineto " ); break; case 6: printf( "hlineto " ); break; case 7: printf( "vlineto " ); break; case 8: printf( "rrcurveto " ); break; case 10: printf( "callsubr " ); break; case 11: printf( "return " ); break; case 14: printf( "endchar " ); break; case 18: printf( "hstemhm " ); break; case 19: printf( "hintmask " ); break; case 20: printf( "cntrmask " ); break; case 21: printf( "rmoveto " ); break; case 22: printf( "hmoveto " ); break; case 23: printf( "vstemhm " ); break; case 24: printf( "rcurveline " ); break; case 25: printf( "rlinecurve " ); break; case 26: printf( "vvcurveto " ); break; case 27: printf( "hhcurveto " ); break; case 29: printf( "callgsubr " ); break; case 30: printf( "vhcurveto " ); break; case 31: printf( "hvcurveto " ); break; /* Type 1 codes */ case 9: printf( "closepath " ); break; case 13: printf( "hsbw " ); break; /* End obselete codes */ default: printf( "???-%d-??? ", v ); } --len; if ( v==19 || v==20 ) { /* I need to skip as many bits (rounded into bytes) as there are */ /* hints. But figuring out the hint count is impossible in a subr */ /* and difficult in a glyph that calls subrs */ /* .... So we pretend the hintmask fits into one byte */ printf( "0x%02x ", *str++ ); --len; } } while ( len>0 ); printf( "\n" ); } static void readcffsubrs(FILE *ttf,struct topdicts *dict,struct pschars *subs, int type, char *label) { uint16 count = getushort(ttf); int offsize; uint32 *offsets; int i,j; static char *text[] = { "char strings", "subrs", NULL }; uint8 *temp; printf( "\nThere are %d %s in the index associated with %s\n", count, text[type], label ); memset(subs,'\0',sizeof(struct pschars)); if ( count==0 ) return; subs->cnt = count; /*subs->lens = malloc(count*sizeof(int));*/ /*subs->values = malloc(count*sizeof(uint8 *));*/ subs->bias = dict->charstringtype==1 ? 0 : count<1240 ? 107 : count<33900 ? 1131 : 32768; if ( type==1 ) printf( " Bias = %d\n", subs->bias ); offsets = malloc((count+1)*sizeof(uint32)); offsize = getc(ttf); printf( " Subr Index Offset Size: %d\n Offsets: ", offsize ); for ( i=0; i<=count; ++i ) { offsets[i] = getoffset(ttf,offsize); if ( i==0 && offsets[0]!=1 ) fprintf( stderr, "!!! Initial offset must be 1 in %s in %s\n", text[type], label); else if ( i!=0 && offsets[i]lens[i] = offsets[i+1]-offsets[i];*/ /*subs->values[i] = malloc(offsets[i+1]-offsets[i]+1);*/ temp = malloc(offsets[i+1]-offsets[i]+1); for ( j=0; jcharstringtype); free(temp); } free(offsets); } static struct topdicts *readcfftopdict(FILE *ttf, char *fontname, int len) { struct topdicts *td = calloc(1,sizeof(struct topdicts)); long base = ftell(ttf); int ival, oval, sp, ret, i; double stack[50]; td->fontname = fontname; td->underlinepos = -100; td->underlinewidth = 50; td->charstringtype = 2; td->fontmatrix[0] = td->fontmatrix[3] = .001; td->cidcount = 8720; td->notice = td->copyright = td->fullname = td->familyname = td->weight = -1; td->postscript_code = td->basefontname = -1; td->synthetic_base = -1; td->ros_registry = td->ros_ordering = td->fdarrayoff = td->fdselectoff = -1; td->sid_fontname = -1; if ( fontname!=NULL ) printf( " Top Dict for %s\n", fontname ); while ( ftell(ttf)version = stack[sp-1]; break; case 1: printf( " notice\n" ); td->notice = stack[sp-1]; break; case (12<<8)+0: printf( " copyright\n" ); td->copyright = stack[sp-1]; break; case 2: printf( " fullname\n" ); td->fullname = stack[sp-1]; break; case 3: printf( " familyname\n" ); td->familyname = stack[sp-1]; break; case 4: printf( " weight\n" ); td->weight = stack[sp-1]; break; case (12<<8)+1: printf( " isfixedpitch\n" ); td->isfixedpitch = stack[sp-1]; break; case (12<<8)+2: printf( " italicangle\n" ); td->italicangle = stack[sp-1]; break; case (12<<8)+3: printf( " underlinepos\n" ); td->underlinepos = stack[sp-1]; break; case (12<<8)+4: printf( " underlinewidth\n" ); td->underlinewidth = stack[sp-1]; break; case (12<<8)+5: printf( " painttype\n" ); td->painttype = stack[sp-1]; break; case (12<<8)+6: printf( " charstringtype\n" ); td->charstringtype = stack[sp-1]; break; case (12<<8)+7: printf( " fontmatrix\n" ); memcpy(td->fontmatrix,stack,(sp>=6?6:sp)*sizeof(double)); break; case 13: printf( " uniqueid\n" ); td->uniqueid = stack[sp-1]; break; case 5: printf( " fontbb\n" ); memcpy(td->fontbb,stack,(sp>=4?4:sp)*sizeof(double)); break; case (12<<8)+8: printf( " strokewidth\n" ); td->strokewidth = stack[sp-1]; break; case 14: printf( " xuid\n" ); for ( i=0; ixuid[i] = stack[i]; break; case 15: printf( " charsetoff\n" ); td->charsetoff = stack[sp-1]; break; case 16: printf( " encodingoff\n" ); td->encodingoff = stack[sp-1]; break; case 17: printf( " charstringsoff\n" ); td->charstringsoff = stack[sp-1]; break; case 18: printf( " private\n" ); td->private_size = stack[0]; td->private_offset = stack[1]; break; case (12<<8)+20: printf( " synthetic_base\n" ); td->synthetic_base = stack[sp-1]; break; case (12<<8)+21: printf( " postscript_code\n" ); td->postscript_code = stack[sp-1]; break; case (12<<8)+22: printf( " basefontname\n" ); td->basefontname = stack[sp-1]; break; case (12<<8)+23: printf( " basefontblend\n" ); for ( i=0; ibasefontblend[i] = stack[i]; break; case (12<<8)+30: printf( " ROS\n" ); td->ros_registry = stack[0]; td->ros_ordering = stack[1]; td->ros_supplement = stack[2]; break; case (12<<8)+31: printf( " CIDFontVersion\n" ); td->cidfontversion = stack[sp-1]; break; case (12<<8)+32: printf( " CIDFontRevision\n" ); td->cidfontrevision = stack[sp-1]; break; case (12<<8)+33: printf( " CIDFontType\n" ); td->cidfonttype = stack[sp-1]; break; case (12<<8)+34: printf( " CIDCount\n" ); td->cidcount = stack[sp-1]; break; case (12<<8)+35: printf( " UIDBase\n" ); td->uidbase = stack[sp-1]; break; case (12<<8)+36: printf( " FDArray Off\n" ); td->fdarrayoff = stack[sp-1]; break; case (12<<8)+37: printf( " FDSelect Off\n" ); td->fdselectoff = stack[sp-1]; break; case (12<<8)+38: printf( " Fontname\n" ); td->sid_fontname = stack[sp-1]; break; default: fprintf(stderr,"Unknown operator in %s: %x\n", fontname, oval ); break; } } return( td ); } static void dumpsid(char *label, int sid, char **strings, int smax ) { if ( sid==-1 ) return; if ( sid> Bad SID (max=%d) <<\n", label, sid, smax ); } static char *getsid(int sid, char **strings,int smax ) { if ( sid==-1 ) return(NULL); if ( sid> Bad SID <<")); } static void readcffprivate(FILE *ttf, struct topdicts *td, char **strings, int smax) { int ival, oval, sp, ret, i; double stack[50]; int32 end = td->cff_start+td->private_offset+td->private_size; char *name; fseek(ttf,td->cff_start+td->private_offset,SEEK_SET); td->subrsoff = -1; td->expansionfactor = .06; td->bluefuzz = 1; td->blueshift = 7; td->bluescale = .039625; name = td->fontname?td->fontname: td->sid_fontname?getsid(td->sid_fontname,strings,smax):""; printf( "\n Private Dict for %s\n", name ); while ( ftell(ttf)bluevalues[i] = stack[i]; if ( i!=0 ) td->bluevalues[i] += td->bluevalues[i-1]; } break; case 7: printf( " OtherBlues\n" ); for ( i=0; iotherblues[i] = stack[i]; if ( i!=0 ) td->otherblues[i] += td->otherblues[i-1]; } break; case 8: printf( " FamilyBlues\n" ); for ( i=0; ifamilyblues[i] = stack[i]; if ( i!=0 ) td->familyblues[i] += td->familyblues[i-1]; } break; case 9: printf( " FamilyOtherBlues\n" ); for ( i=0; ifamilyotherblues[i] = stack[i]; if ( i!=0 ) td->familyotherblues[i] += td->familyotherblues[i-1]; } break; case (12<<8)+9: printf( " BlueScale\n" ); td->bluescale = stack[sp-1]; break; case (12<<8)+10: printf( " BlueShift\n" ); td->blueshift = stack[sp-1]; break; case (12<<8)+11: printf( " BlueFuzz\n" ); td->bluefuzz = stack[sp-1]; break; case 10: printf( " StdHW\n" ); td->stdhw = stack[sp-1]; break; case 11: printf( " StdVW\n" ); td->stdvw = stack[sp-1]; break; case (12<<8)+12: printf( " StemSnapH\n" ); for ( i=0; istemsnaph[i] = stack[i]; if ( i!=0 ) td->stemsnaph[i] += td->stemsnaph[i-1]; } break; case (12<<8)+13: printf( " StemSnapV\n" ); for ( i=0; istemsnapv[i] = stack[i]; if ( i!=0 ) td->stemsnapv[i] += td->stemsnapv[i-1]; } break; case (12<<8)+14: printf( " ForceBold\n" ); td->forcebold = stack[sp-1]; break; case (12<<8)+17: printf( " LanguageGroup\n" ); td->languagegroup = stack[sp-1]; break; case (12<<8)+18: printf( " ExpansionFactor\n" ); td->expansionfactor = stack[sp-1]; break; case (12<<8)+19: printf( " InitialRandomSeed\n" ); td->initialRandomSeed = stack[sp-1]; break; case 19: printf( " Subrs\n" ); td->subrsoff = stack[sp-1]; break; case 20: printf( " DefaultWidthX\n" ); td->defaultwidthx = stack[sp-1]; break; case 21: printf( " NominalWidthX\n" ); td->nominalwidthx = stack[sp-1]; break; default: fprintf(stderr,"Unknown operator in %s: %x\n", td->fontname, oval ); break; } } if ( td->subrsoff!=-1 ) { fseek(ttf,td->cff_start+td->private_offset+td->subrsoff,SEEK_SET); readcffsubrs(ttf,td,&td->local_subrs, 1, name ); } } static struct topdicts **readcfftopdicts(FILE *ttf, char **fontnames, int cff_start) { uint16 count = getushort(ttf); int offsize; uint32 *offsets; struct topdicts **dicts; int i; if ( fontnames!=NULL ) printf( "There %s %d top dictionar%s in this cff\n", count==1?"is":"are",count, count==1?"y":"ies" ); else printf( "There %s %d subdictionary dictionar%s in this font\n", count==1?"is":"are",count, count==1?"y":"ies" ); if ( count==0 ) return( NULL ); offsets = malloc((count+1)*sizeof(uint32)); offsize = getc(ttf); printf( " %s Dict Index Offset Size: %d\n Offsets: ", fontnames!=NULL?"Top":"Sub", offsize ); for ( i=0; i<=count; ++i ) { offsets[i] = getoffset(ttf,offsize); if ( i==0 && offsets[0]!=1 ) fprintf(stderr, "!! Initial offset must be one in Top Dict Index\n" ); printf( "%d ", offsets[i]); } putchar('\n'); dicts = malloc((count+1)*sizeof(struct topdicts *)); for ( i=0; icff_start = cff_start; } dicts[i] = NULL; free(offsets); return( dicts ); } static void showdict(struct topdicts *dict, char **strings, int smax) { int i, j; if ( dict->sid_fontname==-1 ) printf( "\nDump of top dictionary for %s\n", dict->fontname); else dumpsid("\nDump of sub dictionary ", dict->sid_fontname, strings, smax ); dumpsid(" Version=", dict->version, strings, smax ); dumpsid(" Notice=", dict->notice, strings, smax ); dumpsid(" copyright=", dict->copyright, strings, smax ); dumpsid(" fullname=", dict->fullname, strings, smax ); dumpsid(" familyname=", dict->familyname, strings, smax ); dumpsid(" weight=", dict->weight, strings, smax ); printf( " fixedpitch=%d\n", dict->isfixedpitch); printf( " ItalicAngle=%g\n", dict->italicangle); printf( " underlinepos=%g\n", dict->underlinepos); printf( " underlinewidth=%g\n", dict->underlinewidth); printf( " painttype=%d\n", dict->painttype); printf( " charstringtype=%d\n", dict->charstringtype); printf( " fontmatrix=[%g %g %g %g %g %g]\n", dict->fontmatrix[0], dict->fontmatrix[1], dict->fontmatrix[2], dict->fontmatrix[3], dict->fontmatrix[4], dict->fontmatrix[5]); printf( " uniqueid=%d\n", dict->uniqueid); printf( " fontbb=[%g %g %g %g]\n", dict->fontbb[0], dict->fontbb[1], dict->fontbb[2], dict->fontbb[3]); printf( " strokewidth=%g\n", dict->strokewidth); for ( i=19; i>=0; --i ) if ( dict->xuid[i]!=0 ) break; if ( i>=0 ) { printf( " XUID=[" ); for ( j=0; j<=i; ++j ) printf("%d ", dict->xuid[j]); printf("]\n"); } printf( " charsetoff=%d\n", dict->charsetoff); printf( " encodingoff=%d\n", dict->encodingoff); printf( " charstringsoff=%d\n", dict->charstringsoff); printf( " private size=%d off=%d\n", dict->private_size, dict->private_offset); if ( dict->synthetic_base!=-1 ) printf( " synthetic_base=%d\n", dict->synthetic_base ); dumpsid(" postscript_code=", dict->postscript_code, strings, smax ); dumpsid(" basefontname=", dict->basefontname, strings, smax ); for ( i=15; i>=0; --i ) if ( dict->basefontblend[i]!=0 ) break; if ( i>=0 ) { printf( " basefontblend=[" ); for ( j=0; j<=i; ++j ) printf("%d ", dict->basefontblend[i]); printf("]\n"); } if ( dict->ros_registry!=-1 ) { dumpsid(" ros (Registry)=", dict->ros_registry, strings, smax ); dumpsid(" (Ordering)=", dict->ros_ordering, strings, smax ); printf(" (Supplement)=%d\n", dict->ros_supplement ); printf( " cidfontversion=%d\n", dict->cidfontversion); printf( " cidfontrevision=%d\n", dict->cidfontrevision); printf( " cidfonttype=%d\n", dict->cidfonttype); printf( " cidcount=%d\n", dict->cidcount); printf( " uidbase=%d\n", dict->uidbase); printf( " FDArray off=%d\n", dict->fdarrayoff ); } if ( dict->fdselectoff!=-1 ) printf( " FDSelect off=%d\n", dict->fdselectoff ); printf( "\n" ); } /* The real encoding is done in the cmap ttf table, not sure why we bother here */ static void readcffenc(FILE *ttf,struct topdicts *dict,char **strings,int smax) { int format, cnt, i; if ( dict->encodingoff==0 ) { printf( "\nAdobe Standard Encoding\n" ); return; } else if ( dict->encodingoff==1 ) { printf( "\nExpert Encoding\n" ); return; } fseek(ttf,dict->cff_start+dict->encodingoff,SEEK_SET); format = getc(ttf); printf( "\nCFF Encoding format=%x\n", format ); if ( (format&0x7f)==0 ) { cnt = getc(ttf); printf( " Enc cnt=%d\n Enc: ", cnt ); for ( i=0; i ", i, getc(ttf)); dumpsid("",getushort(ttf),strings, smax); } } } static void readcffset(FILE *ttf,struct topdicts *dict,char **strings,int smax, struct ttfinfo *info) { int len = dict->glyphs.cnt; int i; int format, cnt, j, first; if ( dict->charsetoff==0 ) { /* ISO Adobe charset */ printf( "\nISOAdobe charset\n" ); dict->charset = malloc(len*sizeof(uint16)); for ( i=0; icharset[i] = i; } else if ( dict->charsetoff==1 ) { printf( "\nExpert charset\n" ); /* Expert charset */ dict->charset = malloc((len<162?162:len)*sizeof(uint16)); dict->charset[0] = 0; /* .notdef */ dict->charset[1] = 1; for ( i=2; icharset[i] = i+227; dict->charset[12] = 13; dict->charset[13] = 14; dict->charset[14] = 15; dict->charset[15] = 99; for ( i=16; icharset[i] = i+223; dict->charset[25] = 27; dict->charset[26] = 28; for ( i=27; icharset[i] = i+222; dict->charset[44] = 109; dict->charset[45] = 110; for ( i=46; icharset[i] = i+221; dict->charset[96] = 158; dict->charset[97] = 155; dict->charset[98] = 163; for ( i=99; icharset[i] = i+220; dict->charset[107] = 150; dict->charset[108] = 164; dict->charset[109] = 169; for ( i=110; icharset[i] = i+217; } else if ( dict->charsetoff==2 ) { printf( "\nExpert subset charset\n" ); /* Expert subset charset */ dict->charset = malloc((len<130?130:len)*sizeof(uint16)); dict->charset[0] = 0; /* .notdef */ dict->charset[1] = 1; for ( i=2; icharset[i] = i+227; dict->charset[12] = 13; dict->charset[13] = 14; dict->charset[14] = 15; dict->charset[15] = 99; for ( i=16; icharset[i] = i+223; dict->charset[25] = 27; dict->charset[26] = 28; for ( i=27; icharset[i] = i+222; dict->charset[44] = 109; dict->charset[45] = 110; for ( i=46; icharset[i] = i+221; dict->charset[51] = 300; dict->charset[52] = 301; dict->charset[53] = 302; dict->charset[54] = 305; dict->charset[55] = 314; dict->charset[56] = 315; dict->charset[57] = 158; dict->charset[58] = 155; dict->charset[59] = 163; for ( i=60; icharset[i] = i+260; dict->charset[67] = 150; dict->charset[68] = 164; dict->charset[69] = 169; for ( i=110; icharset[i] = i+217; } else { dict->charset = malloc(len*sizeof(uint16)); dict->charset[0] = 0; /* .notdef */ fseek(ttf,dict->cff_start+dict->charsetoff,SEEK_SET); format = getc(ttf); printf( "\nCharset format=%d\n", format ); if ( format==0 ) { for ( i=1; icharset[i] = getushort(ttf); } else if ( format==1 ) { for ( i = 1; icharset[i++] = getushort(ttf); cnt = getc(ttf); for ( j=0; jcharset[i++] = ++first; } } else if ( format==2 ) { for ( i = 1; icharset[i++] = getushort(ttf); cnt = getushort(ttf); for ( j=0; jcharset[i++] = ++first; } } } while ( icharset[i++] = 0; printf( " Which means...\n" ); if ( dict->ros_registry==-1 ) { info->glyph_names = calloc(len,sizeof(char *)); for ( i=0; icharset[i], strings, smax); info->glyph_names[i] = getsid(dict->charset[i], strings,smax); } } else for ( i=0; i CID %d\n", i, dict->charset[i]); } static int readcff(FILE *ttf,FILE *util, struct ttfinfo *info) { int offsize; int hdrsize; char **fontnames; char **strings; struct topdicts **dicts, **subdicts; int i, j, smax; struct pschars gsubs; fseek(ttf,info->cff_start,SEEK_SET); printf( "\nPostscript CFF table (at %d for %d bytes)\n", info->cff_start, info->cff_length); printf( "\tMajor Version: %d\n", getc(ttf)); printf( "\tMinor Version: %d\n", getc(ttf)); printf( "\tTable Header size: %d\n", hdrsize = getc(ttf)); printf( "\tOffset size: %d\n", offsize = getc(ttf)); /* Er is this ever used? */ if ( hdrsize!=4 ) fseek(ttf,info->cff_start+hdrsize,SEEK_SET); fontnames = readcfffontnames(ttf,0); dicts = readcfftopdicts(ttf,fontnames,info->cff_start); /* String index is just the same as fontname index */ strings = readcfffontnames(ttf,1); for ( smax=0; strings[smax]!=NULL; ++smax ); for ( i=0; fontnames[i]!=NULL; ++i ) showdict(dicts[i],strings,smax); readcffsubrs(ttf,dicts[0],&gsubs, 1, "Global" ); for ( i=0; fontnames[i]!=NULL; ++i ) { if ( dicts[i]->charstringsoff!=-1 ) { fseek(ttf,info->cff_start+dicts[i]->charstringsoff,SEEK_SET); readcffsubrs(ttf,dicts[i],&dicts[i]->glyphs, 0, fontnames[i]); } if ( dicts[i]->private_offset!=-1 ) readcffprivate(ttf,dicts[i],strings,smax); if ( dicts[i]->charsetoff!=-1 ) readcffset(ttf,dicts[i],strings,smax,info); if ( dicts[i]->ros_registry==-1 ) readcffenc(ttf,dicts[i],strings,smax); if ( dicts[i]->fdarrayoff!=-1 ) { fseek(ttf,info->cff_start+dicts[i]->fdarrayoff,SEEK_SET); subdicts = readcfftopdicts(ttf,NULL,info->cff_start); for ( j=0; subdicts[j]!=NULL; ++j ) { showdict(subdicts[j],strings,smax); if ( subdicts[j]->private_offset!=-1 ) readcffprivate(ttf,subdicts[j],strings,smax); } } } return( 1 ); } static void readttfBigGlyphMetrics(FILE *ttf,char *indent) { printf( "%sBitmap rows=%d\n", indent, getc(ttf)); printf( "%sBitmap columns=%d\n", indent, getc(ttf)); printf( "%shoriBearingX=%d\n", indent, (signed char) getc(ttf)); printf( "%shoriBearingY=%d\n", indent, (signed char) getc(ttf)); printf( "%shoriAdvance=%d\n", indent, getc(ttf)); printf( "%svertBearingX=%d\n", indent, (signed char) getc(ttf)); printf( "%svertBearingY=%d\n", indent, (signed char) getc(ttf)); printf( "%svertAdvance=%d\n", indent, getc(ttf)); } static void ShowGlyph(FILE *ttf,long offset,long len,int imageFormat, struct ttfinfo *info) { int h,w,sbX,sbY,advance; int i,j,k,ch; long here; if ( imageFormat!=1 && imageFormat!=2 ) return; here = ftell(ttf); fseek(ttf,info->bitmapdata_start+offset,SEEK_SET); h = getc(ttf); w = getc(ttf); sbX = (signed char) getc(ttf); sbY = (signed char) getc(ttf); advance = getc(ttf); printf( "\t\theight=%d width=%d sbX=%d sbY=%d advance=%d %s aligned\n", h,w,sbX,sbY,advance,imageFormat==1?"Byte":"Bit"); len -= 5; if ( imageFormat==1 ) { /* Byte aligned data */ for ( i=0; i>k)) putchar('*'); else putchar('.'); } } putchar('\n'); } } else { k=8; for ( i=0; i=8 ) { ch = getc(ttf); --len; k=0; } if ( ch&(0x80>>k)) putchar('*'); else putchar('.'); } putchar('\n'); } } if ( len!=0 ) printf("!!!\tLength field wrong. %d left\n", len ); fseek(ttf,here,SEEK_SET); } static void readttfIndexSubTab(FILE *ttf,long offset, int first, int last, struct ttfinfo *info) { int i, indexFormat, imageFormat, bdatOff; long curstart, nextstart; fseek(ttf,offset,SEEK_SET); printf( "\t index Format=%d ", indexFormat=getushort(ttf)); if ( indexFormat==1 || indexFormat==3 ) printf( "Proportional\n" ); else if ( indexFormat==2 ) printf( "Monospace\n" ); else printf( "Unknown\n" ); printf( "\t image Format=%d\n", imageFormat=getushort(ttf)); printf( "\t Offset in bitmap data table=%d\n", bdatOff=getlong(ttf)); if ( indexFormat==1 || indexFormat==3 ) { curstart = (indexFormat==1?getlong(ttf):getushort(ttf)); for ( i=first; i<=last; ++i ) { nextstart = (indexFormat==1?getlong(ttf):getushort(ttf)); if ( info->glyph_names==NULL ) printf( "\t Glyph %d starts at %5d length=%d\n", i, curstart, nextstart-curstart ); else if ( iglyph_cnt && info->glyph_names[i]!=NULL ) printf( "\t Glyph %d (%10s) starts at %5d length=%d\n", i, info->glyph_names[i], curstart, nextstart-curstart ); else printf( "\t Glyph %d ( ) starts at %5d length=%d\n", i, curstart, nextstart-curstart ); ShowGlyph(ttf,bdatOff+curstart,nextstart-curstart,imageFormat,info); curstart = nextstart; } } else if ( indexFormat==2 ) { printf( "\t Bitmap Image Size=%d\n", getlong(ttf)); printf( "\t big Metrics for any glyph\n" ); readttfBigGlyphMetrics(ttf,"\t "); } } static void readttfIndexSizeSubTab(FILE *ttf,long offset, long size, long num, struct ttfinfo *info) { int i, first, last; long here, moreoff; fseek(ttf,offset,SEEK_SET); for ( i=0; ibitmapscale_start,SEEK_SET); printf( "\nBitmap scaling data (at %d)\n", info->bitmapscale_start); printf( "\tVersion: 0x%08x\n", getlong(ttf)); printf( "\tnum Sizes: %d\n", cnt = getlong(ttf)); for ( i=0; ibitmaploc_start,SEEK_SET); printf( "\nBitmap location data (at %d for %d bytes)\n", info->bitmaploc_start, info->bitmaploc_length); printf( "\tVersion: 0x%08\n", getlong(ttf)); printf( "\tnumStrikes: %d\n", cnt = getlong(ttf)); for ( i=0; ibitmaploc_start+offset,size,num,info); fseek(ttf,here,SEEK_SET); } return( 1 ); } static int readttfhdmx(FILE *ttf,FILE *util, struct ttfinfo *info) { int cnt,size,i; int gid; int pos; fseek(ttf,info->hdmx_start,SEEK_SET); printf( "\nHorizontal device metrics (at %d)\n", info->hdmx_start); printf( "\tVersion: 0x%08\n", getushort(ttf)); printf( "\tnum Records: %d\n", cnt = getushort(ttf)); printf( "\trecord Size: %d\n", size = getlong(ttf)); pos = ftell(ttf); for ( i=0; iglyph_cnt; ++gid ) { if ( info->glyph_names!=NULL && info->glyph_names[gid]!=NULL ) printf("\t\t%s:\t%d\n", info->glyph_names[gid], getc(ttf)); } } return( 1 ); } static void PrintDeviceTable(FILE *ttf, uint32 start) { uint32 here = ftell(ttf); int first, last, type; signed char *corrections; int i,b,c, w; int any; fseek(ttf,start,SEEK_SET); first = getushort(ttf); last = getushort(ttf); type = getushort(ttf); if ( type!=1 && type!=2 && type!=3 ) fprintf( stderr, "! > Bad device table type: %d (must be 1,2, or 3)\n", type ); if ( first>last ) fprintf( stderr, "! > Bad device table first>last (first=%d last=%d)\n", first, last ); else { c = last-first+1; corrections = malloc(c); if ( type==1 ) { for ( i=0; i>14; } } else if ( type==2 ) { for ( i=0; i>12; } } else { for ( i=0; i Unexpected end of file!\n" ); return; } } static void readttfmathICTA(FILE *ttf,uint32 start, struct ttfinfo *info, int is_ic) { int coverage, cnt, i; uint16 *glyphs; uint32 here; fseek(ttf,start,SEEK_SET); if ( is_ic ) printf( "\n MATH Italics Correction sub-table (at %d)\n", start); else printf( "\n MATH Top Accent Attachment sub-table (at %d)\n", start); printf( "\t Coverage Offset=%d\n", coverage = getushort(ttf)); printf( "\t Count=%d\n", cnt = getushort(ttf)); if ( feof(ttf) ) { fprintf( stderr, "!> Unexpected end of file!\n" ); return; } here = ftell(ttf); glyphs = showCoverageTable(ttf,start+coverage,cnt); fseek(ttf,here,SEEK_SET); for ( i=0; i=info->glyph_cnt ? "!!! Bad Glyph !!!" : info->glyph_names==NULL ? "" : info->glyph_names[glyphs[i]], glyphs[i]); PrintMathValueRecord(ttf,start); printf( "\n"); } free(glyphs); printf( "\n"); } static void PrintMathKernTable(FILE *ttf,uint32 start, struct ttfinfo *info) { int cnt, i; uint32 here = ftell(ttf); fseek(ttf,start,SEEK_SET); cnt = getushort(ttf); for ( i=0; i Unexpected end of file!\n" ); return; } here = ftell(ttf); glyphs = showCoverageTable(ttf,start+coverage,cnt); fseek(ttf,here,SEEK_SET); for ( i=0; i=info->glyph_cnt ? "!!! Bad Glyph !!!" : info->glyph_names==NULL ? "" : info->glyph_names[glyphs[i]], glyphs[i]); for ( j=0; j<4; ++j ) { int offset = getushort(ttf); if ( offset!=0 ) { printf( "\t\t %s\n", cornernames[j]); PrintMathKernTable(ttf,start+offset,info); } } } free(glyphs); printf( "\n"); } static void readttfmathGlyphInfo(FILE *ttf,uint32 start, struct ttfinfo *info) { uint32 ic, ta, es, mk; fseek(ttf,start,SEEK_SET); printf( "\n MATH Glyph Info sub-table (at %d)\n", start); printf( "\tOffset to Italic Correction: %d\n", ic = getushort(ttf)); printf( "\tOffset to Top Accent: %d\n", ta = getushort(ttf)); printf( "\tOffset to Extended Shape: %d\n", es = getushort(ttf)); printf( "\tOffset to Math Kern: %d\n", mk = getushort(ttf)); if ( feof(ttf) ) { fprintf( stderr, "!> Unexpected end of file!\n" ); return; } if ( ic!=0 ) readttfmathICTA(ttf,start+ic,info,1); if ( ta!=0 ) readttfmathICTA(ttf,start+ta,info,0); if ( es!=0 ) { printf( "\n MATH Extended Shape sub-table (at %d)\n", start+es); free( showCoverageTable(ttf,start+es,-1)); } if ( mk!=0 ) readttfmathKern(ttf,start+mk,info); } static void PrintMathGlyphConstruction(FILE *ttf,uint32 start, struct ttfinfo *info) { uint32 here = ftell(ttf); int offset, variant_cnt, part_cnt; int i; fseek(ttf,start,SEEK_SET); printf( "\t\t Glyph Assembly Offset=%d\n", offset = getushort(ttf)); printf( "\t\t Variant Count=%d\n", variant_cnt = getushort(ttf)); if ( feof(ttf) ) { fprintf( stderr, "!> Unexpected end of file!\n" ); return; } if ( variant_cnt!=0 ) { printf("\t\t Variants: " ); for ( i=0; i=info->glyph_cnt ? "!!! Bad Glyph !!!" : info->glyph_names==NULL ? "" : info->glyph_names[gid], adv); } printf( "\n" ); } if ( offset!=0 ) { fseek(ttf,start+offset,SEEK_SET); printf( "\t\t Glyph Assembly Italic Correction: " ); PrintMathValueRecord(ttf,start+offset); printf( "\n\t\t Part Count=%d\n", part_cnt = getushort(ttf)); for ( i=0; i=info->glyph_cnt ? "!!! Bad Glyph !!!" : info->glyph_names==NULL ? "" : info->glyph_names[gid]); printf( " start=%d", getushort(ttf)); printf( " end=%d", getushort(ttf)); printf( " full=%d", getushort(ttf)); flags = getushort(ttf); printf( " flags=%04x(%s%s)\n", flags, (flags&1)?"Extender":"Required", (flags&0xfffe)?",Unknown flags!!!!":""); } } fseek(ttf,here,SEEK_SET); } static void readttfmathVariants(FILE *ttf,uint32 start, struct ttfinfo *info) { int vcoverage, vcnt, hcoverage, hcnt, i, offset; uint16 *vglyphs=NULL, *hglyphs=NULL; uint32 here; fseek(ttf,start,SEEK_SET); printf( "\n MATH Variants sub-table (at %d)\n", start); printf( "\t MinConnectorOverlap=%d\n", getushort(ttf)); printf( "\t VCoverage Offset=%d\n", vcoverage = getushort(ttf)); printf( "\t HCoverage Offset=%d\n", hcoverage = getushort(ttf)); printf( "\t VCount=%d\n", vcnt = getushort(ttf)); printf( "\t HCount=%d\n", hcnt = getushort(ttf)); if ( feof(ttf) ) { fprintf( stderr, "!> Unexpected end of file!\n" ); return; } here = ftell(ttf); if ( vcoverage!=0 ) vglyphs = showCoverageTable(ttf,start+vcoverage,vcnt); else { vglyphs = NULL; if ( vcnt!=0 ) fprintf( stderr, "! > Bad coverage table: Offset=NUL, but cnt=%d\n", vcnt ); } if ( hcoverage!=0 ) hglyphs = showCoverageTable(ttf,start+hcoverage,hcnt); else { hglyphs = NULL; if ( hcnt!=0 ) fprintf( stderr, "! > Bad coverage table: Offset=NUL, but cnt=%d\n", hcnt ); } fseek(ttf,here,SEEK_SET); for ( i=0; i=info->glyph_cnt ? "!!! Bad Glyph !!!" : info->glyph_names==NULL ? "" : info->glyph_names[vglyphs[i]], vglyphs[i]); offset = getushort(ttf); PrintMathGlyphConstruction(ttf,start+offset,info); } free(vglyphs); for ( i=0; i=info->glyph_cnt ? "!!! Bad Glyph !!!" : info->glyph_names==NULL ? "" : info->glyph_names[hglyphs[i]], hglyphs[i]); offset = getushort(ttf); PrintMathGlyphConstruction(ttf,start+offset,info); } free(hglyphs); printf( "\n"); } static int readttfmath(FILE *ttf,FILE *util, struct ttfinfo *info) { int version; uint32 constants, glyphinfo, variants; fseek(ttf,info->math_start,SEEK_SET); printf( "\nMATH table (at %d)\n", info->math_start); printf( "\tVersion: 0x%08x\n", version = getlong(ttf)); if ( version!=0x00010000 ) fprintf( stderr, "!> Bad version number for math table.\n" ); printf( "\tOffset to Constants: %d\n", constants = getushort(ttf)); printf( "\tOffset to GlyphInfo: %d\n", glyphinfo = getushort(ttf)); printf( "\tOffset to Variants: %d\n", variants = getushort(ttf)); if ( feof(ttf) ) { fprintf( stderr, "!> Unexpected end of file!\n" ); return( 0 ); } if ( constants!=0 ) readttfmathConstants(ttf,info->math_start+constants,info); else fprintf( stderr, "!> NUL Offset not expected for math constant table.\n" ); if ( glyphinfo!=0 ) readttfmathGlyphInfo(ttf,info->math_start+glyphinfo,info); else fprintf( stderr, "!> NUL Offset not expected for math Glyph Info table.\n" ); if ( variants!=0 ) readttfmathVariants(ttf,info->math_start+variants,info); else fprintf( stderr, "!> NUL Offset not expected for math Variants table.\n" ); return( 1 ); } static void readttfbaseminmax(FILE *ttf,uint32 offset,struct ttfinfo *info, uint32 script_tag,uint32 lang_tag) { int min, max; int j,feat_cnt; fseek(ttf,offset,SEEK_SET); min = (short) getushort(ttf); max = (short) getushort(ttf); if ( lang_tag == 0 ) printf( "\t min extent=%d max extent=%d for script '%c%c%c%c'\n", min, max, script_tag>>24, script_tag>>16, script_tag>>8, script_tag ); else printf( "\t min extent=%d max extent=%d for language '%c%c%c%c' in script '%c%c%c%c'\n", min, max, lang_tag>>24, lang_tag>>16, lang_tag>>8, lang_tag, script_tag>>24, script_tag>>16, script_tag>>8, script_tag ); feat_cnt = getushort(ttf); for ( j=0; j>24, feat_tag>>16, feat_tag>>8, feat_tag, script_tag>>24, script_tag>>16, script_tag>>8, script_tag ); else printf( "\t min extent=%d max extent=%d in feature '%c%c%c%c' of language '%c%c%c%c' in script '%c%c%c%c'\n", min, max, feat_tag>>24, feat_tag>>16, feat_tag>>8, feat_tag, lang_tag>>24, lang_tag>>16, lang_tag>>8, lang_tag, script_tag>>24, script_tag>>16, script_tag>>8, script_tag ); } } struct tagoff { uint32 tag; uint32 offset; }; static int readttfbase(FILE *ttf,FILE *util, struct ttfinfo *info) { int version; uint32 axes[2]; uint32 basetags, basescripts; int basetagcnt, basescriptcnt; uint32 *tags; struct tagoff *bs; int axis,i,j; fseek(ttf,info->base_start,SEEK_SET); printf( "\nBASE table (at %d)\n", info->base_start); printf( "\tVersion: 0x%08x\n", version = getlong(ttf)); if ( version!=0x00010000 ) fprintf( stderr, "!> Bad version number for BASE table.\n" ); axes[0] = getushort(ttf); /* Horizontal */ axes[1] = getushort(ttf); /* Vertical */ for ( axis=0; axis<2; ++axis ) { if ( axes[axis]==0 ) { printf("\tNO %s axis data\n", axis==0 ? "Horizontal": "Vertical" ); continue; } printf("\t%s axis data\n", axis==0 ? "Horizontal": "Vertical" ); fseek(ttf,info->base_start+axes[axis],SEEK_SET); basetags = getushort(ttf); basescripts = getushort(ttf); if ( basetags==0 ) { printf("\t NO %s base tags data\n", axis==0 ? "Horizontal": "Vertical" ); basetagcnt = 0; tags = NULL; } else { fseek(ttf,info->base_start+axes[axis]+basetags,SEEK_SET); basetagcnt = getushort(ttf); tags = calloc(basetagcnt,sizeof(uint32)); for ( i=0; i>24, tags[i]>>16, tags[i]>>8, tags[i]); } if ( basescripts==0 ) printf("\t NO %s base script data\n", axis==0 ? "Horizontal": "Vertical" ); else { fseek(ttf,info->base_start+axes[axis]+basescripts,SEEK_SET); basescriptcnt = getushort(ttf); bs = calloc(basescriptcnt,sizeof(struct tagoff)); for ( i=0; ibase_start+axes[axis]+basescripts; } for ( i=0; i>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag ); fseek(ttf,bs[i].offset,SEEK_SET); basevalues = getushort(ttf); defminmax = getushort(ttf); langsyscnt = getushort(ttf); ls = calloc(langsyscnt,sizeof(struct tagoff)); for ( j=0; j>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag ); else { int defbl, coordcnt; int *coords; fseek( ttf,bs[i].offset+basevalues,SEEK_SET); defbl = getushort(ttf); coordcnt = getushort(ttf); printf("\t The default baseline for '%c%c%c%c' script is '%c%c%c%c'\n", bs[i].tag>>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag, tags[defbl]>>24, tags[defbl]>>16, tags[defbl]>>8, tags[defbl]); if ( coordcnt!=basetagcnt ) fprintf( stderr, "!!!!! Coord count (%d) for '%c%c%c%c' script does not match base tag count (%d) in 'BASE' table\n", coordcnt, bs[i].tag>>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag, basetagcnt ); coords = calloc(coordcnt,sizeof(int)); for ( j=0; j>24, tags[j]>>16, tags[j]>>8, tags[j], bs[i].tag>>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag, coord ); } else if ( format==2 ) { gid = getushort(ttf); pt = getushort(ttf); printf("\t Baseline '%c%c%c%c' in script '%c%c%c%c' is at %d, modified by point %d in glyph %d\n", tags[j]>>24, tags[j]>>16, tags[j]>>8, tags[j], bs[i].tag>>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag, coord, pt, gid ); } else { printf("\t Baseline '%c%c%c%c' in script '%c%c%c%c' is at %d\n", tags[j]>>24, tags[j]>>16, tags[j]>>8, tags[j], bs[i].tag>>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag, coord ); if ( format!=1 ) fprintf( stderr, "!!!!! Bad Base Coord format (%d) for '%c%c%c%c' in '%c%c%c%c' script in 'BASE' table\n", format, tags[j]>>24, tags[j]>>16, tags[j]>>8, tags[j], bs[i].tag>>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag ); } } free(coords); } if ( defminmax==0 ) printf("\t No %s min/max extents for '%c%c%c%c' script\n", axis==0 ? "Horizontal": "Vertical", bs[i].tag>>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag ); else readttfbaseminmax(ttf,bs[i].offset+defminmax,info,bs[i].tag,0); if ( langsyscnt==0 ) printf("\t No %s min/max extents for specific langs in '%c%c%c%c' script\n", axis==0 ? "Horizontal": "Vertical", bs[i].tag>>24, bs[i].tag>>16, bs[i].tag>>8, bs[i].tag ); else for ( j=0; j>24, stag>>16, stag>>8, stag, ltag>>24, ltag>>16, ltag>>8, ltag ); pcnt = getushort(ttf); offsets = malloc(pcnt*sizeof(int)); for ( j=0; jJSTF_start,SEEK_SET); printf( "\nJSTF table (at %d)\n", info->JSTF_start); printf( "\tVersion: 0x%08x\n", version = getlong(ttf)); if ( version!=0x00010000 ) fprintf( stderr, "!> Bad version number for BASE table.\n" ); cnt = getushort(ttf); /* Script count */ printf( "\t %d scripts\n", cnt ); scripts = malloc(cnt*sizeof(struct tagoff)); for ( i=0; i>24, scripts[i].tag>>16, scripts[i].tag>>8, scripts[i].tag ); if ( scripts[i].offset==0 ) { printf("\t Nothing for this script\n" ); continue; } fseek(ttf,info->JSTF_start+scripts[i].offset,SEEK_SET); extenderOff = getushort(ttf); defOff = getushort(ttf); lcnt = getushort(ttf); if ( lcnt>lmax ) langs = realloc(langs,(lmax = lcnt+20)*sizeof(struct tagoff)); for ( j=0; jJSTF_start+scripts[i].offset+extenderOff,SEEK_SET); gcnt = getushort(ttf); printf( "\t %d extension glyph%s.\n", gcnt, gcnt==1?"":"s" ); for ( j=0; j=info->glyph_cnt ? "!!! Bad glyph !!!" : info->glyph_names == NULL ? "" : info->glyph_names[gid]); } } if ( defOff==0 ) printf( "\t No default just language system table\n" ); else readttfjustlangsys(ttf,info->JSTF_start+scripts[i].offset+defOff, scripts[i].tag, CHR('d','f','l','t'),info); printf( "\t %d langsys table%s.\n", lcnt, lcnt==1?"":"s" ); for ( j=0; jJSTF_start+scripts[i].offset+langs[j].offset, scripts[i].tag, langs[j].tag,info); } } free( langs ); free( scripts ); } static void readit(FILE *ttf, FILE *util) { struct ttfinfo info; int i; memset(&info,'\0',sizeof(info)); readttfheader(ttf,util,&info); if ( info.ttccnt!=0 ) { for ( i=0; i TTC font %d\n", i ); fseek(ttf,info.ttcoffsets[i],SEEK_SET); readit(ttf,util); } return; } if ( just_headers ) return; if ( info.fftm_start!=0 ) readttfFFTM(ttf,util,&info); if ( info.head_start!=0 ) readttfhead(ttf,util,&info); if ( info.hhea_start!=0 ) readttfhhead(ttf,util,&info); if ( info.copyright_start!=0 ) readttfname(ttf,util,&info); if ( info.os2_start!=0 ) readttfos2(ttf,util,&info); if ( info.maxp_start!=0 ) readttfmaxp(ttf,util,&info); if ( info.gasp_start!=0 ) readttfgasp(ttf,util,&info); if ( info.encoding_start!=0 ) readttfencodings(ttf,util,&info); if ( info.postscript_len!= 0 ) readttfpost(ttf,util,&info); if ( info.cvt_length!=0 ) readttfcvt(ttf,util,&info); if ( info.cff_start!=0 ) readcff(ttf,util,&info); if ( info.gsub_start!=0 ) readttfgsub(ttf,util,&info); if ( info.gpos_start!=0 ) readttfgpos(ttf,util,&info); if ( info.kern_start!=0 ) readttfkern(ttf,util,&info); if ( info.gdef_start!=0 ) readttfgdef(ttf,util,&info); if ( info.base_start!=0 ) readttfbase(ttf,util,&info); if ( info.JSTF_start!=0 ) readttfjstf(ttf,util,&info); if ( info.bitmaploc_start!=0 && info.bitmapdata_start!=0 ) readttfbitmaps(ttf,util,&info); if ( info.bitmapscale_start!=0 ) readttfbitmapscale(ttf,util,&info); if ( info.prep_length!=0 ) readtableinstr(ttf,info.prep_start,info.prep_length,"prep"); if ( info.fpgm_length!=0 ) readtableinstr(ttf,info.fpgm_start,info.fpgm_length,"fpgm"); if ( info.fdsc_start!=0 ) readttffontdescription(ttf,util,&info); if ( info.feat_start!=0 ) readttffeatures(ttf,util,&info); if ( info.mort_start!=0 || info.morx_start!=0 ) readttfmetamorph(ttf,util,&info); if ( info.prop_start!=0 ) readttfappleprop(ttf,util,&info); if ( info.lcar_start!=0 ) readttfapplelcar(ttf,util,&info); if ( info.opbd_start!=0 ) readttfappleopbd(ttf,util,&info); if ( info.fvar_start!=0 ) readttfapplefvar(ttf,util,&info); if ( info.gvar_start!=0 ) readttfapplegvar(ttf,util,&info); if ( info.hdmx_start!=0 ) readttfhdmx(ttf,util,&info); if ( info.math_start!=0 ) readttfmath(ttf,util,&info); if ( info.glyphlocations_start!=0 ) { int i, pos; fseek(ttf,info.glyphlocations_start,SEEK_SET); if ( info.index_to_loc_is_long ) { for ( i=0; 4*i