package Font::TTF::OS_2; =head1 NAME Font::TTF::OS_2 - the OS/2 table in a TTF font =head1 DESCRIPTION The OS/2 table has two versions and forms, one an extension of the other. This module supports both forms and the switching between them. =head1 INSTANCE VARIABLES No other variables than those in table and those in the standard: Version xAvgCharWidth usWeightClass usWidthClass fsType ySubscriptXSize ySubScriptYSize ySubscriptXOffset ySubscriptYOffset ySuperscriptXSize ySuperscriptYSize ySuperscriptXOffset ySuperscriptYOffset yStrikeoutSize yStrikeoutPosition sFamilyClass bFamilyType bSerifStyle bWeight bProportion bContrast bStrokeVariation bArmStyle bLetterform bMidline bXheight ulUnicodeRange1 ulUnicodeRange2 ulUnicodeRange3 ulUnicodeRange4 achVendID fsSelection usFirstCharIndex usLastCharIndex sTypoAscender sTypoDescender sTypoLineGap usWinAscent usWinDescent ulCodePageRange1 ulCodePageRange2 xHeight CapHeight defaultChar breakChar maxLookups Notice that versions 0, 1, 2 & 3 of the table are supported. Notice also that the Panose variable has been broken down into its elements. =head1 METHODS =cut use strict; use vars qw(@ISA @fields @lens @field_info @weights @ranges @codepages); use Font::TTF::Table; @ISA = qw(Font::TTF::Table); @field_info = ( 'xAvgCharWidth' => 's', 'usWeightClass' => 'S', 'usWidthClass' => 'S', 'fsType' => 's', 'ySubscriptXSize' => 's', 'ySubScriptYSize' => 's', 'ySubscriptXOffset' => 's', 'ySubscriptYOffset' => 's', 'ySuperscriptXSize' => 's', 'ySuperscriptYSize' => 's', 'ySuperscriptXOffset' => 's', 'ySuperscriptYOffset' => 's', 'yStrikeoutSize' => 's', 'yStrikeoutPosition' => 's', 'sFamilyClass' => 's', 'bFamilyType' => 'C', 'bSerifStyle' => 'C', 'bWeight' => 'C', 'bProportion' => 'C', 'bContrast' => 'C', 'bStrokeVariation' => 'C', 'bArmStyle' => 'C', 'bLetterform' => 'C', 'bMidline' => 'C', 'bXheight' => 'C', 'ulUnicodeRange1' => 'L', 'ulUnicodeRange2' => 'L', 'ulUnicodeRange3' => 'L', 'ulUnicodeRange4' => 'L', 'achVendID' => 'L', 'fsSelection' => 'S', 'usFirstCharIndex' => 'S', 'usLastCharIndex' => 'S', 'sTypoAscender' => 'S', 'sTypoDescender' => 's', 'sTypoLineGap' => 'S', 'usWinAscent' => 'S', 'usWinDescent' => 'S', '' => '', 'ulCodePageRange1' => 'L', 'ulCodePageRange2' => 'L', '' => '', 'xHeight' => 's', 'CapHeight' => 's', 'defaultChar' => 'S', 'breakChar' => 'S', 'maxLookups' => 's', '' => '', # i.e. v3 is basically same as v2 '' => '' # i.e. v4 is structurally identical to v3 ); @weights = qw(64 14 27 35 100 20 14 42 63 3 6 35 20 56 56 17 4 49 56 71 31 10 18 3 18 2 166); use Font::TTF::Utils; sub init { my ($k, $v, $c, $n, $i, $t, $j); $n = 0; @lens = (76, 84, 94, 94, 94); for ($j = 0; $j < $#field_info; $j += 2) { if ($field_info[$j] eq '') { $n++; next; } ($k, $v, $c) = TTF_Init_Fields($field_info[$j], $c, $field_info[$j+1]); next unless defined $k && $k ne ""; for ($i = $n; $i < 5; $i++) { $fields[$i]{$k} = $v; } } } =head2 $t->read Reads in the various values from disk (see details of OS/2 table) =cut sub read { my ($self) = @_; my ($dat, $ver); $self->SUPER::read or return $self; init unless defined $fields[2]{'xAvgCharWidth'}; $self->{' INFILE'}->read($dat, 2); $ver = unpack("n", $dat); $self->{'Version'} = $ver; if ($ver < 5) { $self->{' INFILE'}->read($dat, $lens[$ver]); TTF_Read_Fields($self, $dat, $fields[$ver]); } $self; } =head2 $t->out($fh) Writes the table to a file either from memory or by copying. =cut sub out { my ($self, $fh) = @_; my ($ver); return $self->SUPER::out($fh) unless $self->{' read'}; $ver = $self->{'Version'}; $fh->print(pack("n", $ver)); $fh->print(TTF_Out_Fields($self, $fields[$ver], $lens[$ver])); $self; } =head2 $t->XML_element($context, $depth, $key, $value) Tidies up the hex values to output them in hex =cut sub XML_element { my ($self) = shift; my ($context, $depth, $key, $value) = @_; my ($fh) = $context->{'fh'}; if ($key =~ m/^ul(?:Unicode|CodePage)Range\d$/o) { $fh->printf("%s<%s>%08X\n", $depth, $key, $value, $key); } elsif ($key eq 'achVendID') { $fh->printf("%s<%s name='%s'/>\n", $depth, $key, pack('N', $value)); } else { return $self->SUPER::XML_element(@_); } $self; } =head2 $t->XML_end($context, $tag, %attrs) Now handle them on the way back in =cut sub XML_end { my ($self) = shift; my ($context, $tag, %attrs) = @_; if ($tag =~ m/^ul(?:Unicode|CodePage)Range\d$/o) { return hex($context->{'text'}); } elsif ($tag eq 'achVendID') { return unpack('N', $attrs{'name'}); } else { return $self->SUPER::XML_end(@_); } } =head2 $t->minsize() Returns the minimum size this table can be. If it is smaller than this, then the table must be bad and should be deleted or whatever. =cut sub minsize { return 78; } =head2 $t->update Updates the OS/2 table by getting information from other sources: Updates the C and C values based on the MS table in the cmap. Updates the sTypoAscender, sTypoDescender & sTypoLineGap to be the same values as Ascender, Descender and Linegap from the hhea table (assuming it is dirty) and also sets usWinAscent to be the sum of Ascender+Linegap and usWinDescent to be the negative of Descender. =cut sub update { my ($self) = @_; my ($map, @keys, $table, $i, $avg, $hmtx); return undef unless ($self->SUPER::update); $self->{' PARENT'}{'cmap'}->update; $map = $self->{' PARENT'}{'cmap'}->find_ms || return undef; $hmtx = $self->{' PARENT'}{'hmtx'}->read; @keys = sort {$a <=> $b} grep {$_ < 0x10000} keys %{$map->{'val'}}; $self->{'usFirstCharIndex'} = $keys[0]; $self->{'usLastCharIndex'} = $keys[-1]; $table = $self->{' PARENT'}{'hhea'}->read; # try any way we can to get some real numbers passed around! if (($self->{'fsSelection'} & 128) != 0) { # assume the user knows what they are doing and has sensible values already } elsif ($table->{'Ascender'} != 0 || $table->{'Descender'} != 0) { $self->{'sTypoAscender'} = $table->{'Ascender'}; $self->{'sTypoDescender'} = $table->{'Descender'}; $self->{'sTypoLineGap'} = $table->{'LineGap'}; $self->{'usWinAscent'} = $self->{'sTypoAscender'} + $self->{'sTypoLineGap'}; $self->{'usWinDescent'} = -$self->{'sTypoDescender'}; } elsif ($self->{'sTypoAscender'} != 0 || $self->{'sTypoDescender'} != 0) { $table->{'Ascender'} = $self->{'sTypoAscender'}; $table->{'Descender'} = $self->{'sTypoDescender'}; $table->{'LineGap'} = $self->{'sTypoLineGap'}; $self->{'usWinAscent'} = $self->{'sTypoAscender'} + $self->{'sTypoLineGap'}; $self->{'usWinDescent'} = -$self->{'sTypoDescender'}; } elsif ($self->{'usWinAscent'} != 0 || $self->{'usWinDescent'} != 0) { $self->{'sTypoAscender'} = $table->{'Ascender'} = $self->{'usWinAscent'}; $self->{'sTypoDescender'} = $table->{'Descender'} = -$self->{'usWinDescent'}; $self->{'sTypoLineGap'} = $table->{'LineGap'} = 0; } if ($self->{'Version'} < 3) { for ($i = 0; $i < 26; $i++) { $avg += $hmtx->{'advance'}[$map->{'val'}{$i + 0x0061}] * $weights[$i]; } $avg += $hmtx->{'advance'}[$map->{'val'}{0x0020}] * $weights[-1]; $self->{'xAvgCharWidth'} = $avg / 1000; } elsif ($self->{'Version'} > 2) { $i = 0; $avg = 0; foreach (@{$hmtx->{'advance'}}) { next unless ($_); $i++; $avg += $_; } $avg /= $i if ($i); $self->{'xAvgCharWidth'} = $avg; } $self->{'ulUnicodeRange2'} &= ~0x2000000; foreach $i (keys %{$map->{'val'}}) { if ($i >= 0x10000) { $self->{'ulUnicodeRange2'} |= 0x2000000; last; } } $self->{'Version'} = 1 if (defined $self->{'ulCodePageRange1'} && $self->{'Version'} < 1); $self->{'Version'} = 2 if (defined $self->{'maxLookups'} && $self->{'Version'} < 2); if ((exists $self->{' PARENT'}{'GPOS'} && $self->{' PARENT'}{'GPOS'}{' read'}) || (exists $self->{' PARENT'}{'GSUB'} && $self->{' PARENT'}{'GSUB'}{' read'})) { # one or both of GPOS & GSUB exist and have been read or modified; so update usMaxContexts my ($lp, $ls); $lp = $self->{' PARENT'}{'GPOS'}->maxContext if exists $self->{' PARENT'}{'GPOS'}; $ls = $self->{' PARENT'}{'GSUB'}->maxContext if exists $self->{' PARENT'}{'GSUB'}; $self->{'maxLookups'} = $lp > $ls ? $lp : $ls; } $self; } =head2 $t->guessRangeBits (\%map, [$cp_threshold, [%u_threshold]]) Set the ulCodePageRange and ulUnicodeRange fields based on characters actually present in the font. %map is a hash keyed by USV returning non-zero for characters present (e.g. use {'val'} a from Unicode cmap). The two optional parameters are percentage of characters within the codepage or unicode range that need to be present to constitute coverage. A threshold of 0 causes corresponding range bits to be set if any characters are present at all, while a negative value causes the corresponding range bits to be unchanged. Defaults are 50 and 0, respectively. For codepage bits, the threshold is percentage of characters between 0xC0 and 0xFF that need to be present to constitute coverage). For codepages other than 1252, characters (e.g., punctuation) that are defined identically to cp1252 are ignored for the purposes of this percentage calculation. Looks only for SBCS codepages, not DBCS. For Unicode range bits that represent multiple ranges, e.g., bit 29 represents: Latin Extended Additional 1E00-1EFF Latin Extended-C 2C60-2C7F Latin Extended-D A720-A7FF the bit will be set if any of these ranges meet the threshold requirement. =cut sub guessRangeBits { my ($self, $ucmap, $cp_threshold, $u_threshold) = @_; $cp_threshold = 50 unless defined ($cp_threshold); $u_threshold = 0 unless defined ($u_threshold); my $j; # index into codepages or ranges my $u; # USV unless (ref($codepages[0])) { # One-time work to convert range data # unpack codepages. But first make sure we have Zlib eval {require Compress::Zlib} || croak("Cannot unpack codepage data Compress::Zlib not available"); for ($j = 0; $j <= $#codepages; $j++) { next unless $codepages[$j]; $codepages[$j] = [unpack("n*", Compress::Zlib::uncompress(unpack("u", $codepages[$j])))]; warn ("Got nothing for codepage # $j\n") if $#{$codepages[$j]} < 128; } # convert Unicode array data to hash my @newRanges; for ($j = 0; $j <= $#ranges; $j++) { next unless $ranges[$j][2] =~ m/^([0-9a-f]{4,6})-([0-9a-f]{4,6})$/oi; my $s = hex ($1); my $e = hex ($2); next unless $e > $s; push @newRanges, {start => $s, end => $e, bit => $ranges[$j][0], name => $ranges[$j][1]}; } @ranges = sort {$a->{'end'} <=> $b->{'end'}} (@newRanges); } if ($cp_threshold >= 0) { my $cpr; # codepage range vector $cp_threshold = 100 if $cp_threshold > 100; vec($cpr, 63 ,1) = 0; # Get all 64 bits into the vector for $j (0 .. $#codepages) # For each codepage { # Count the number of chars from @range part of codepage that are present in the font my $present = 0; my $total = 0; foreach (0x20 .. 0xFF) { $u = $codepages[$j][$_]; next if $u == 0xFFFD; # Ignore undefined things in codepage # For codepage 1252, ignore upper ansi altogether # For other codepages, ignore characters that are same as in 1252. next if $j > 0 ? $u == $codepages[0][$_] : $u > 0x007F; $total++; $present++ if exists $ucmap->{$u} && $ucmap->{$u} > 0; } #printf STDERR "DBG: Got $present / $total (%0.3f%%) in codepage bit $j\n", $present * 100 / $total; #print STDERR "DBG: setting bit $j\n" if $cp_threshold == 0 ? ($present > 0) : (($present * 100 / $total) >= $cp_threshold); vec($cpr, $j, 1) = 1 if $cp_threshold == 0 ? ($present > 0) : (($present * 100 / $total) >= $cp_threshold); #print STDERR "\n"; } ($self->{'ulCodePageRange1'}, $self->{'ulCodePageRange2'}) = unpack ('V2', $cpr); } if ($u_threshold >= 0) { my $ucr; # Unicode range vector my @count; # Count of chars present in each range $u_threshold = 100 if $u_threshold > 100; vec($ucr, 127,1) = 0; # Get all 128 bits into the vector $j = 0; CHAR: for $u (sort {$a <=> $b} keys %{$ucmap}) { while ($u > $ranges[$j]{'end'}) { last CHAR if ++$j > $#ranges; } next if $u < $ranges[$j]{'start'}; $count[$j]++ if $ucmap->{$u}; } foreach $j (0 .. $#ranges) { vec($ucr, $ranges[$j]{'bit'}, 1) = 1 if $u_threshold == 0 ? ($count[$j] > 0) : (($count[$j] * 100 / ($ranges[$j]{'end'} - $ranges[$j]{'start'} + 1)) >= $u_threshold); } ($self->{'ulUnicodeRange1'},$self->{'ulUnicodeRange2'},$self->{'ulUnicodeRange3'},$self->{'ulUnicodeRange4'}) = unpack ('V4', $ucr); } } BEGIN { @codepages = ( <<'EOT', # Bit 0: cp1252 M>)P-R>-B%E```-#S+1O+O%NU;-MVRURV[7?H"3*7;2_;M6S;K=7Y>Q`1)8VT MTDDO@XPRR2R+K++)+H><\"BJJI+(JJJJFNAIJJJ6V.NJJI[X&&FJDL2:::J:Y%EIJI;4VVFJGO0XZ MZJ2S+KKJ)EYW/?342V]]]-5/?P,,-$B"P888:ICA1AAIE-'&&&N<\2:8:)+) MIIAJFNEFF&F6V>:8:Y[Y%E@8$E-30J'(HE`LQ(408J*20I5(0J@;Z9::$IF? MFO)_"X2"H4@H&F)#=,@3E1P3&QD><=\%% MEUQVQ5777'?#3;?<=D>RN^ZY[X&''GGLB:>>>>Z%EUYY[8VWWGGO@X\^^>R+ 3K[[Y[H>??OGMCQ1_I?X#Q@N!>@`` EOT <<'EOT', # Bit 1: cp1250 M>)P-Q^=+U'$`Q_'WY^>LW%K=G:/OG6:VM4R[*RU'.7.EY2BW5E:.MOM?Z8%8 MXB#!,O"1$8A$/2G:$D40$?6D2)`.NP=O>+T!8>&'/P$$$D0P&]C()D(()8QP M(H@DBFABV,P6MF+#CH-8XH@G@6T8G+A()(GM)+.#%':RB]WL82_[V$\J:1S@ M(.D<(H-,#N/&PQ&.DD4VQSA.#KGDD<\)3E)`(4444T(IIRBCG`HJJ>(TU=1P MAK/44D<]#9SC/(TTT4P+K;313@>=7.`BE^CB,E>X2C<]]-+'-:YS@YO`08889H11,[7N-0Y?"2;9&./T*57-QJUZM6M8_;ZW&;N),_'&9:)-S+K7 MZ5*+\:A!'1K1`'>M)>NM1XK M0$TL*,M:4;:&5,TB3V3Q5&X%LJ00EF7CF1P\YX7"%*$\%?"25ZK@-6]4JV[> MJY>/K*B53ZKA,U_DQU=Y%,0WA?)==GXHEI_\4K@BE:]"?O-'E?QE577J84U] +_,.K-NO=?_3I:`(` EOT <<'EOT', # Bit 2: cp1251 M>)P%P=52%5``0-$-;!KISG,OW=W=#=(IV-W=_H+^@0^.CB,Z^J`^^&V.K@7$ M$$L<$D\"B2213`JII'&*=#+()(ML#3;;89H==]MCG@$/.<,0Q9SG'>2YPD4MYQWT>\)!'/.8)3WG&\YHVQQH5B-T)YJ`DA1,)):#,Y])MB MFJEFN!X*0U$H#64A&G)"[K^_D:A[8F>V02'WS+1SX9PV?E"R=\ MY9N)?.>'"6[[CI_\XK=KD7PW^>.N\6ZY8Z999IMCKGGF6V"A119;8JEEEEMA M,&+42JNLML9:ZZRWP4:;;+;%5MMLM\-.N^RVQU[[['?`08<<=L11QQQWPDFG 3G';&6>><=\%%EUQVQ=7_+3E$L0`` EOT <<'EOT', # Bit 3: cp1253 M>)PUB>^."+'_X$ M,(U`@@AF.B&$$L8,#`ZYPESSCLBT3[%%HPDR$,<;AMF@WL;8U,A-H@DR("35.XVO\;,OA=+>XD9=R M%>@>%512134UU%+GKO6X:*#1^--,"ZVT*9]V.NC4?3W00[KUB!X]UA,]U3,5 MJDC%>JX2O5"I7JI,K_1:;_16[U2N][:E"E6J2M6J4:WJ]$'UN+>O15O>K3-_7KNW[HIW[IM_YH0(,:TK#^ZI]M_0=K #AH5\ EOT <<'EOT', # Bit 4: cp1254 M>)PER6-ST'$``.#GOVPLM]9OJY9KR\NV[99M^SOT";)MV[S,NVQ=]JWKNN?E M@TB,##+*)+,LLLHFNQQRRB6W//+*)[]8!1142&%%%%5,<7%*B%=2D"!1*:65 MD:2L\ M"2::9+(IIIIFNAEFFF6V.>::9[X%%H;UZ7]"L6A1B`])(82$F),A.4H+J5'7 M]#__A2*A:(@+)4)BB`T%8NXE)$:#0]VHV[^+9EELB:6666Z%E599;8VUUEEO M@XTVV6R+K;;9;H>==MEMC[WVV>^`@PXY[(BCCCGNA)-..>V,L\XY[X*++D7Q M+KOBJFNNN^&F6VZ[XZY[47(TT'T///3(8T\\])Q%C]=7#@`X;L\3_X"Z)3*4E[G)9Q MCFLR(MDK71'GN/K.)\[I.,_=\]X\+^"%@T$,1@QA*,/P9C@C&,DH?/!E-&,8 MBQ_^C&,\$P@@D""""2&4,"9B.'$QB6DR_B?.X![``"[00"S67^9F_H]OI MZG?Q`RL%7.<&A59&$<64<)-2.KE%.;>IX`Z55%%-#;7444\#C33QFV9::*6- M=E6J2M6J4:WJ5*\&-:K)XU:S6M2J-K7KKN[IOA[HNWZH3S_UZW_97_1(C]6A M)WJJ9WJN3KW02W7IE;KU6F_T5N_T7A_T49_T65_T53WZIMY_OWS,U^/^`\"V "EBL` EOT <<'EOT', # Bit 6: cp1256 M>)P%P;=/%``8A^'W$'\J'*`"2N>[`XX.1^?.1N_UL``*=A'L8$,4-^.J$R,1 M&Q$%%+N2N/@'N+@:%UN"BXDA./@\@(,@5A',:L0:UK*.$$)Q$D8X$:QG`QN) M)(IH-K&9&&*)(YX$$DDB&<.%FQ122<-#.AEDDD4V.>221SY>"BBDB&)***6, MXS"A7&.,J MUQCGNLUHW.(LK5P#>^\X.?_%*CFECBMYK5HE:U\4?MZN"O.EE6@!7^6;A% 'Z--_?PY;L``` EOT <<'EOT', # Bit 7: cp1257 M>)P-B4=/%&``1-^L%`M86(1=FM\N106E]R)2;6`7%"P@%CI([_X5HT8E8N]1 M.5GBV2@22;P("6G"S?HK"""0(()9S1K6LHX00EG/!C:RB3"< MA+.9"")QX2:*:&*()8XM&#QXB2>!1)+8RC:VDTP*.]A)*FFDDT$F66230RYY MY%-`(4444\(N2ME-&>544$D5U>QA+_O8SP%JJ.4@ASC,$8YRC..XR"4NTTH;[73021?=]-#+%?KH9X!!AAAFA%'&&&>" M2::X:F;\/A-EB3-)QAB/M71+@=_''<='7EIW&;>),;'&:YPFW._S>.U6:/\' MCN\VKUFN\HSGO.`OKU3/:][PEEF6 M%*!4H2#>\5XNA2F$3QI5A+S*5;**U*0*5?%9-7SA*W/J4YD:U,Z"QC7)#P4J M35(P/UF46TZ%LJPQ12I>>4I1L9I5J6I^J9;?K/!'_2I7HSKXIPE-.>;_`YNL ";XP` EOT <<'EOT', # Bit 8: cp1258 M>)PER>5.EF$`@.'KY;,[,%#1!U3L[NYNL+N[$_LR&;.= M.J>S&>K<_>^Z$8D3DT=>^>170$&%%%9$4<445T))I906KXRRRBDO004559*H MLBJ"),FJJJ:Z%#745$MM==153WT---1(8TTTU4QS+;342FMMM-5.>QUTU$EG M773537<]]-1+;WWTU4]_`PPT2*HT@PTQU###C3#2**.-,=8XXTTPT22333'5 M--/-,-,LL\TQUSSS+;#0(HLML=0RZ99;8:555EMC;=B9FQ,J1.M"Y9`20DB* MRPH-_TJK*#4WYW^A?$@(E4)B2`ZE0WQ<=E+R7VL=I?U[4;H,F=;;8*---MMB MJVVVVV&G77;;8Z]]]CO@H$,..^*H8XX[X:133COCK'/.1W$NN"C+)9==<=6U M&-?=<#,JX5:LH-ON1!GNNN>^!QYZ)#O:$XMY[(FGGD4QS[WPTBNOO?'6NUCD @O0\^1B5]BE7UV9)Q=C=52&U``!1?W11(@@00N`8*[4\'=W>KN[OHK_8#^8J=]Z.0!9E_.S,Z< M!;+()H=<\LBG@$****:$4LJ0JH)T&2!AH)-)&BF19: M2=-&.QUTTD4W/?321S\###+$,".,,L8X$TQRB^QSP"%'''/"*6=\X2G M/.,Y+WC)*U[SAK>\XST?^,@G/O.%KWSC.S_X&7[__?.?D,ZL\X18B(=$2(94 MB(3H1^"BRZY @[(JKKKGNAIMNN>V.N^ZY[X&''GGLB:>>91[^`:-3=+0` EOT undef, # Bit 17: Reserved undef, # Bit 18: Reserved undef, # Bit 19: Reserved undef, # Bit 20: Reserved undef, # Bit 21: Reserved undef, # Bit 22: Reserved undef, # Bit 23: Reserved undef, # Bit 24: Reserved undef, # Bit 25: Reserved undef, # Bit 26: Reserved undef, # Bit 27: Reserved undef, # Bit 28: Reserved undef, # Bit 29: Reserved undef, # Bit 30: Reserved undef, # Bit 31: Reserved undef, # Bit 32: Reserved undef, # Bit 33: Reserved undef, # Bit 34: Reserved undef, # Bit 35: Reserved undef, # Bit 36: Reserved undef, # Bit 37: Reserved undef, # Bit 38: Reserved undef, # Bit 39: Reserved undef, # Bit 40: Reserved undef, # Bit 41: Reserved undef, # Bit 42: Reserved undef, # Bit 43: Reserved undef, # Bit 44: Reserved undef, # Bit 45: Reserved undef, # Bit 46: Reserved undef, # Bit 47: Reserved <<'EOT', # Bit 48: cp869 M>)Q%R>=7#0`]I+*/_:1Q@(.DX2OY`_W^Z/M!/-ZTT.!W.0!4Y`W1#-_58Q?_VEEIH5@F==*F5.K7IB9[J MITK5I]\J4[GG5/E;308V56;F[S,I?NJTK5>F#IEF#)EJJ'JC$_ M\[<("[=@PR+E4:VE6))E6H:E6;QEJ4Z/5*\&-:I)S>I0I[K,83Y69`5ZIN=V M32_4K9=ZI=?JT1OUZJW>Z;T^Z),^ZK,*:*-#7_15WVC4=Q723I-^Z)?:]<<\ '>/X"GB5Z;@`` EOT <<'EOT', # Bit 49: cp866 M>)P%P45#$P``AN$7_!0#<=088]381XYN&-W=#:,;N]N#!P\>C#_`P1_@S;_G M\P`II'(#<9-;I'&;.]SE'NG<)X,'!,@DBVQRR"5('B'R"5-`A$****:$4J*4 M$<.44T$E55130YQ:ZJBG@4:::*:%5MIHIX-.NN@F00^]]-'/`(,,,.<"RZY MXB&/>,P3GO*,Y[S@):]XS1O>\H[W?.`CG_BL@#*5I6SE*%=!Y2FD?(55H(@* M5:1BE:A4494I)JM<%:I4E:I5H[AJ5:=Z-:A136I6BUK5IG9UJ%-=ZE9"/>I5 MGW_ZEW\[U3'O^\"K7O&A%[SF'6][RP'GN,5Q1XP33GK7FU[VN4^\YWE?^=1G M/O*Q-[SN12_YTA<..=W?_-7?_<-?U*\!#6I(PQK1J,8TK@E-:DK3FM&LYI2B :!4G+2M.:,I3D;S2??]%P:9`_ON;Z/\R_26T` EOT <<'EOT', # Bit 50: cp865 M>)P%P3=,%&``AN$7?FR(>BH@W>,_/A%%;-BQ*V*G]W9P1[=W:0X.#@P(BR,& M([$,8B0F1J.)B'%D,0XD*K$W@AHIDNCS`#[X8O!C$I.9PE2FX<]T`IC!3&;A M8#9SF$L@000SCQ!""2.<""*)8CY.HK&XB$$L():%Q+&(Q<2SA`26LHSEK&`E MB:QB-6M8RSK6LX$D-K*)S6QA*]O8S@YVDLPN4MC-'O:RC_T213P&%%%%,":6X*:,<#UXJJ*2*:FJHI8Y#'.8(1SG&<4YPDE.^\)5/#/&#;_3RC!=\H(_?_.$G?QGC'R\9 M8)1.7CF[?-IXRW=^,O8N16F;*5I7*E M*4=%*E2!'`I4HN(5(92D8I4H7YFJ5H5*E:HZ5:I*'GF5IURE*T.UJE&(`G1) M%]6B5ETPW;PV[>:)Z31/Z3&]YKJY8FZ8>S;*])D>&V?==%NO];B)P=R'EHSW$<#J$<(/NK3`*,AC6A,$YKBIQG-:4$H M+6E%:\)H0UO:$4X$D40137MBB"6.#GAT)-Z*Z$1GNM"5;G0G@1[TI!>]Z4-? M^I%(?P8PD$$,9@A#26(8PQE!,B-)812C&<-84DEC'..9P$0F,9DI3"6=:4QG M!C.9Q6SF,)=YS&WYOP=T4$=UW/PZH5,Z:QF6:5F6 M;3F6:WF6;P56J*<6I4I=TW6+Y;1V:*=V:Z_N:9_VZY".Z)A*=%)E.J\+*E>% M+NFJJE2MF[JEV[JOQYSC(G74ZJXEZYEJ]5*O]5;O]5&?]44_5*,'>J2'>J-B <2]<[?=`G?=5W/=%S_=0OO=(+?7.EP<`_%"[`E0`` EOT <<'EOT', # Bit 52: cp863 M>)P%P4E0#7``Q_%O_9&E>!(M4J__ZQJ_=4I;L.3@X=$A= M'!N9:#+3HF+&,@W&.L/%Q3##N%3,<&#&6`X^'\`'7PS3F,X,_)C)+&8S!W\" MF,L\',PGD`4$L9!%!!-"*&$L)IPE1!")DR@L+J(1,2QE&;$L)XYX5K"25220 MR&K6D,1:UK&>#6QD$YM)9@M;V48*V]G!3G:QFU322">#/>QE'_LYP$$RR2*; M''+)(Y\""BFBF!)**:.<"BIQ4T4U'KS44$L=]3302!.'.,P1CM),"\;,YAQ;O""Y[SD)Z]XPU]^ M"UR\$M'G"?A_1S3U?4J2[Y*EIN52E? M>:I6E@I4IE*5R*$@)2E>X4+)*E>%BI6K>M6H4IEJ4JWJY)%712I4MG+4J`:% MR%^7=4GMZM!%,\1'TV7&38]YS*AY8GK-5=-G1FR$>6I&;:QU,V2]UN-RNJ+X 39=,9M*')P%P3=,U'$KHMBQ8V_8Z;T=W-'MO<+@X,"@L#BB M1(UE$",QL403C;/8.V+7Q,$XF#CY/$`$D3CZ8?1G``,9Q&"&$,50AC$<'R,8 MR2BB&O9P$8VL9DM9))%-CGDDD<^ M!1121#$EE%)&.154$J2*:D*$J:&6.NIIH)$FMK*-[>Q@)[O8S1[VLH_]'.`@ MASC,$8YRC&9[9#WVV)[84WMFS^V%O;17]MK>V%M[9^^MUSY8GWVT3_;9OMA7 M^V;?[8?]Y"R=G/-?B&BCCU_\X1^_Z>$2-[D;\'&%.]SF#)>YI5-J4[LBE:R@ MJI2O/%4K2P4J4ZE*Y%.TTI2J>*%TE:M"Q)P%P4=(%7``Q_&O_FU;O4K+W?/__%6F;=NVRZRTW'L]?<_=WD/MT*&#!]-+ M1T,H)`\928<,C4SI$`2!1)@-VB($185F]/D`/OAB\&,2DYG"5*8QG1GX,Y-9 MS,;!'.8RCP`"F<\"@@@FA%#""">"A3B)Q.(B"K&(Q2PAFJ7$$,LREK."E:QB M-6N(8RWK6,\&-K*)S<2SA:UL8SL[V,DN=K.'!/:2R#[VO)1302555%-#+8T>-RT,%#NKG!;1[HFIK5(E]%R:U292E3 M94I5M@I5H'PY%*`XQ2I,*%Y%*E:>,E2E6-:3*]I,X_I,GWFIKENVLT]&V'Z39>-MFXZK==Z7$Y7)+]M 2(G=L,/=MB+.!NVJE]3^&>7'F EOT <<'EOT', # Bit 55: cp860 M>)P%P4E0#7``Q_&O_G8A*MKD]7_]4F2/0F07*NW[]NJ]=DOVO0X=.CB@BV,T MPU@.931FJ"DR6:8.%0?&#.I@&0[(&,;!YP-,P`O#1"8QF2E,91K3F8$W,YG% M;'R8PUQ\\<.?>221SX%%%)$,264XJ*,\(E!7O*5/A[SG%Z>,FJE6A4J6J3I6JDEL>Y2E7Z)P-RE-W%W```-#[7[:6E_O%Y67;7BUKM5HMVSWTT&OU!;)MVSR9YV3K9)_: MZST7$5'22"N=]#+(*)/,LL@JF^QRR"F7W/*(EE<^^1504"&%Q2BBJ&***Z&D M4DH+RBBKG/(JJ"A6)955454UU=40IZ9::JNCKGKJ:Z"A1AIKHJEFFFNAI59: M:Z.M=MKKH*-..NNBJVZZB]=#3PEZZ:V/OOKI;X"!!AELB$1##9-DN!&2C31* MBM'&&&N<\2:8:)+)IIAJFNEFF&F6V>:8Z[0_7GGLJ8>>>>&U-U[ZX'VDFA-. M.NNY4[[XYI/??D:JNNF^'Y:['1D0&>B1=S[[Y:,KD:*18@[;9(.##EAJO?UA M85@4%H>H4-I1QQRQ-B2&KB$A]+?,RI`S1(>X$!MB@M#`$\=#GQ`?DD-2&!2Z MA!0K[+/..>>=^??719=<#@5"UK`@S+?*A3#/-0]<=]57-^Q,/;?<=<\=;_VS )P%P<52$``40-$+7$`%*>D&>3327=)("4A(HU@H=K<+%V[5'V#AC`O'+_#G M/`=(()$D))D44CG#6+;7;898]]#CCD!C\9@G/.49SWG!2U[QFC>\Y1WO^F.F2EYRST3:S;#?;:6OM,M=N\YRTQDXO\(=_ M\3U^Q,](C!JG#/LLC*-8BM,=\.\QQP>:J?/XZ 8;Y.]%CAKO8NV>,4&9ZSC=YQR^A\'$$.V EOT <<'EOT', # Bit 58: cp852 M>)P%P=M/S@$%)Z.1%^BG',HG8M2#L^C)]63ZJFG(M+!N;,+ M%]WB'^C"QH:MBRYLKIBMF7'#*H=FS&9FN6%LIJW7"Q`.88030211+&,Y*UB) MBVABB,5-'*N()X'5K&$M'A))(ID44DEC'>M)9P,;R<#8Q&8RV<)6LLAF&]O9 MP4YVL9L]Y+"7?>SG`+GD<9!\"BBDB&)***6,<@YQF`HJ.4(5U1SE&,!@(T;B[00R]]]'.12USF M"E>YQG4&&&2(848898QI_O.=+WQ5KZ+XIE)^R"L?/S7`JDSEJE10K?+S7K7J8Y%YA9CBD3/O?'"FG3GN\9?' 13'+?>:=^U:O!)IA8`NR$89P` EOT <<'EOT', # Bit 59: cp775 M>)P%PQ@)[LHHYP**@D09#=[V$L5^ZBFAOT@[30(A&CA"FB:,TO87YUJ\/"5F_MUF81J[4N#2I&"?(H785J48\Z-61N M<]F8C=IUNV$C?."KJE7!;^9XHDH5JT2E\BNH9`4<#S,\6Q33#Q'V@>75\` EOT <<'EOT', # Bit 60: cp737 M>)P%P65W#@``AN';'FT8AFV&>>V1T]/3-;WN[M*=\\%QQMG!-IVOH]LFIKOK M[_CJNH`.A"`ZTHG.=*$KW>A.#T+I22]Z$T8?^M*/*8RC>G,8":SF$T"][&,_]6I2LUIT0B=U M2J=U1F=U3N=U01=U29<5U!5=U35=UPW=U"W=5JO:]%A/]%3/U*[G>J&7>J77 M>J.W>J?W^J!/^JC/^J*O^J;O;G*S6QSB6!>[Q!E.=ZF3G>E\YSG780YWO.,< M;9S@`A12(I#T0%5-/FX,$_P-K #(&Q0 EOT undef, # Bit 61: cp708 (unknown) <<'EOT', # Bit 62: cp850 M>)P%P5-C$&```,#;UC&5[JV6WW++=0P^]5G\@V[9MV[;M.T2(E$QR M*:242FIII)5.E/0RR"B3S++(*IOL@@XXZZ:R+KKKIKH>>>NFMC[X2]=/?``,-,M@00R499K@11AIE MM#'&&F>\"2::9+(IIIIFNAF.^>V%AQZ[[XEG7GKEN7?>>NVP(TYXZJC/OOKH MEQ_^N>JV[Q:Y[EK$7`^\\2+/;>>2>=)P%P3=,%&``AN$7?FR(>BH@(.#Q'Y^*(C;LV!LJ*+VW@SNZO1?`P<&!`6%Q M1`D8RR!&8H(03$2,HXN3B4#LC5@B`4GT>0`??#'X,8G)3&$JT_!G.@',8":S M<#";.TED'_LY0!+)'.00*:221CH9 M9))%-CGDDD<^!1121#$EN"FE#`]>RJF@DBJJJ:&6PQSA*,`Y$WQBF+<,\HX/?.8+'QGA.U_IYQDO>,\`O_G#3_XRQC]> M\9J;M-'NO.73S!#?^,4X/WC)';KIWS4,;:09,EXVQ;CJMUWI<3E<4HS:1 1^S:41S;,V<`#M=+Z'T-Z<84` EOT ); # The following taken directly from OT Spec: @ranges = ( [ 0, "Basic Latin", "0000-007F" ], [ 1, "Latin-1 Supplement", "0080-00FF" ], [ 2, "Latin Extended-A", "0100-017F" ], [ 3, "Latin Extended-B", "0180-024F" ], [ 4, "IPA Extensions", "0250-02AF" ], [ 4, "Phonetic Extensions", "1D00-1D7F" ], [ 4, "Phonetic Extensions Supplement", "1D80-1DBF" ], [ 5, "Spacing Modifier Letters", "02B0-02FF" ], [ 5, "Modifier Tone Letters", "A700-A71F" ], [ 6, "Combining Diacritical Marks", "0300-036F" ], [ 6, "Combining Diacritical Marks Supplement", "1DC0-1DFF" ], [ 7, "Greek and Coptic", "0370-03FF" ], [ 8, "Coptic", "2C80-2CFF" ], [ 9, "Cyrillic", "0400-04FF" ], [ 9, "Cyrillic Supplement", "0500-052F" ], [ 9, "Cyrillic Extended-A", "2DE0-2DFF" ], [ 9, "Cyrillic Extended-B", "A640-A69F" ], [ 10, "Armenian", "0530-058F" ], [ 11, "Hebrew", "0590-05FF" ], [ 12, "Vai", "A500-A63F" ], [ 13, "Arabic", "0600-06FF" ], [ 13, "Arabic Supplement", "0750-077F" ], [ 14, "NKo", "07C0-07FF" ], [ 15, "Devanagari", "0900-097F" ], [ 16, "Bengali", "0980-09FF" ], [ 17, "Gurmukhi", "0A00-0A7F" ], [ 18, "Gujarati", "0A80-0AFF" ], [ 19, "Oriya", "0B00-0B7F" ], [ 20, "Tamil", "0B80-0BFF" ], [ 21, "Telugu", "0C00-0C7F" ], [ 22, "Kannada", "0C80-0CFF" ], [ 23, "Malayalam", "0D00-0D7F" ], [ 24, "Thai", "0E00-0E7F" ], [ 25, "Lao", "0E80-0EFF" ], [ 26, "Georgian", "10A0-10FF" ], [ 26, "Georgian Supplement", "2D00-2D2F" ], [ 27, "Balinese", "1B00-1B7F" ], [ 28, "Hangul Jamo", "1100-11FF" ], [ 29, "Latin Extended Additional", "1E00-1EFF" ], [ 29, "Latin Extended-C", "2C60-2C7F" ], [ 29, "Latin Extended-D", "A720-A7FF" ], [ 30, "Greek Extended", "1F00-1FFF" ], [ 31, "General Punctuation", "2000-206F" ], [ 31, "Supplemental Punctuation", "2E00-2E7F" ], [ 32, "Superscripts And Subscripts", "2070-209F" ], [ 33, "Currency Symbols", "20A0-20CF" ], [ 34, "Combining Diacritical Marks For Symbols", "20D0-20FF" ], [ 35, "Letterlike Symbols", "2100-214F" ], [ 36, "Number Forms", "2150-218F" ], [ 37, "Arrows", "2190-21FF" ], [ 37, "Supplemental Arrows-A", "27F0-27FF" ], [ 37, "Supplemental Arrows-B", "2900-297F" ], [ 37, "Miscellaneous Symbols and Arrows", "2B00-2BFF" ], [ 38, "Mathematical Operators", "2200-22FF" ], [ 38, "Supplemental Mathematical Operators", "2A00-2AFF" ], [ 38, "Miscellaneous Mathematical Symbols-A", "27C0-27EF" ], [ 38, "Miscellaneous Mathematical Symbols-B", "2980-29FF" ], [ 39, "Miscellaneous Technical", "2300-23FF" ], [ 40, "Control Pictures", "2400-243F" ], [ 41, "Optical Character Recognition", "2440-245F" ], [ 42, "Enclosed Alphanumerics", "2460-24FF" ], [ 43, "Box Drawing", "2500-257F" ], [ 44, "Block Elements", "2580-259F" ], [ 45, "Geometric Shapes", "25A0-25FF" ], [ 46, "Miscellaneous Symbols", "2600-26FF" ], [ 47, "Dingbats", "2700-27BF" ], [ 48, "CJK Symbols And Punctuation", "3000-303F" ], [ 49, "Hiragana", "3040-309F" ], [ 50, "Katakana", "30A0-30FF" ], [ 50, "Katakana Phonetic Extensions", "31F0-31FF" ], [ 51, "Bopomofo", "3100-312F" ], [ 51, "Bopomofo Extended", "31A0-31BF" ], [ 52, "Hangul Compatibility Jamo", "3130-318F" ], [ 53, "Phags-pa", "A840-A87F" ], [ 54, "Enclosed CJK Letters And Months", "3200-32FF" ], [ 55, "CJK Compatibility", "3300-33FF" ], [ 56, "Hangul Syllables", "AC00-D7AF" ], [ 57, "Non-Plane 0 * ", "D800-DFFF" ], [ 58, "Phoenician", "10900-1091F" ], [ 59, "CJK Unified Ideographs", "4E00-9FFF" ], [ 59, "CJK Radicals Supplement", "2E80-2EFF" ], [ 59, "Kangxi Radicals", "2F00-2FDF" ], [ 59, "Ideographic Description Characters", "2FF0-2FFF" ], [ 59, "CJK Unified Ideographs Extension A", "3400-4DBF" ], [ 59, "CJK Unified Ideographs Extension B", "20000-2A6DF" ], [ 59, "Kanbun", "3190-319F" ], [ 60, "Private Use Area (plane 0)", "E000-F8FF" ], [ 61, "CJK Strokes", "31C0-31EF" ], [ 61, "CJK Compatibility Ideographs", "F900-FAFF" ], [ 61, "CJK Compatibility Ideographs Supplement", "2F800-2FA1F" ], [ 62, "Alphabetic Presentation Forms", "FB00-FB4F" ], [ 63, "Arabic Presentation Forms-A", "FB50-FDFF" ], [ 64, "Combining Half Marks", "FE20-FE2F" ], [ 65, "Vertical Forms", "FE10-FE1F" ], [ 65, "CJK Compatibility Forms", "FE30-FE4F" ], [ 66, "Small Form Variants", "FE50-FE6F" ], [ 67, "Arabic Presentation Forms-B", "FE70-FEFF" ], [ 68, "Halfwidth And Fullwidth Forms", "FF00-FFEF" ], [ 69, "Specials", "FFF0-FFFF" ], [ 70, "Tibetan", "0F00-0FFF" ], [ 71, "Syriac", "0700-074F" ], [ 72, "Thaana", "0780-07BF" ], [ 73, "Sinhala", "0D80-0DFF" ], [ 74, "Myanmar", "1000-109F" ], [ 75, "Ethiopic", "1200-137F" ], [ 75, "Ethiopic Supplement", "1380-139F" ], [ 75, "Ethiopic Extended", "2D80-2DDF" ], [ 76, "Cherokee", "13A0-13FF" ], [ 77, "Unified Canadian Aboriginal Syllabics", "1400-167F" ], [ 78, "Ogham", "1680-169F" ], [ 79, "Runic", "16A0-16FF" ], [ 80, "Khmer", "1780-17FF" ], [ 80, "Khmer Symbols", "19E0-19FF" ], [ 81, "Mongolian", "1800-18AF" ], [ 82, "Braille Patterns", "2800-28FF" ], [ 83, "Yi Syllables", "A000-A48F" ], [ 83, "Yi Radicals", "A490-A4CF" ], [ 84, "Tagalog", "1700-171F" ], [ 85, "Hanunoo", "1720-173F" ], [ 85, "Buhid", "1740-175F" ], [ 85, "Tagbanwa", "1760-177F" ], [ 85, "Old Italic", "10300-1032F" ], [ 86, "Gothic", "10330-1034F" ], [ 87, "Deseret", "10400-1044F" ], [ 88, "Byzantine Musical Symbols", "1D000-1D0FF" ], [ 88, "Musical Symbols", "1D100-1D1FF" ], [ 88, "Ancient Greek Musical Notation", "1D200-1D24F" ], [ 89, "Mathematical Alphanumeric Symbols", "1D400-1D7FF" ], [ 90, "Private Use (plane 15)", "FF000-FFFFD" ], [ 90, "Private Use (plane 16)", "100000-10FFFD" ], [ 91, "Variation Selectors", "FE00-FE0F" ], [ 91, "Variation Selectors Supplement", "E0100-E01EF" ], [ 92, "Tags", "E0000-E007F" ], [ 93, "Limbu", "1900-194F" ], [ 94, "Tai Le", "1950-197F" ], [ 95, "New Tai Lue", "1980-19DF" ], [ 96, "Buginese", "1A00-1A1F" ], [ 97, "Glagolitic", "2C00-2C5F" ], [ 98, "Tifinagh", "2D30-2D7F" ], [ 99, "Yijing Hexagram Symbols", "4DC0-4DFF" ], [ 100, "Syloti Nagri", "A800-A82F" ], [ 101, "Linear B Syllabary", "10000-1007F" ], [ 101, "Linear B Ideograms", "10080-100FF" ], [ 101, "Aegean Numbers", "10100-1013F" ], [ 102, "Ancient Greek Numbers", "10140-1018F" ], [ 103, "Ugaritic", "10380-1039F" ], [ 104, "Old Persian", "103A0-103DF" ], [ 105, "Shavian", "10450-1047F" ], [ 106, "Osmanya", "10480-104AF" ], [ 107, "Cypriot Syllabary", "10800-1083F" ], [ 108, "Kharoshthi", "10A00-10A5F" ], [ 109, "Tai Xuan Jing Symbols", "1D300-1D35F" ], [ 110, "Cuneiform", "12000-123FF" ], [ 110, "Cuneiform Numbers and Punctuation", "12400-1247F" ], [ 111, "Counting Rod Numerals", "1D360-1D37F" ], [ 112, "Sundanese", "1B80-1BBF" ], [ 113, "Lepcha", "1C00-1C4F" ], [ 114, "Ol Chiki", "1C50-1C7F" ], [ 115, "Saurashtra", "A880-A8DF" ], [ 116, "Kayah Li", "A900-A92F" ], [ 117, "Rejang", "A930-A95F" ], [ 118, "Cham", "AA00-AA5F" ], [ 119, "Ancient Symbols", "10190-101CF" ], [ 120, "Phaistos Disc", "101D0-101FF" ], [ 121, "Carian", "102A0-102DF" ], [ 121, "Lycian", "10280-1029F" ], [ 121, "Lydian", "10920-1093F" ], [ 122, "Domino Tiles", "1F030-1F09F" ], [ 122, "Mahjong Tiles", "1F000-1F02F" ], [ 123-127, "Reserved", "" ], ); } 1; =head1 BUGS None known =head1 AUTHOR Martin Hosken L. =head1 LICENSING Copyright (c) 1998-2016, SIL International (http://www.sil.org) This module is released under the terms of the Artistic License 2.0. For details, see the full text of the license in the file LICENSE. =cut