-#!/usr/bin/perl -w
+#!/usr/bin/perl -w -CSD
# This script requires 't1asm' program, which is part of t1utils package,
# and 'pfaedit'.
use utf8;
use IO::Socket::INET;
use BerkeleyDB;
+require 5.008001;
-my $kageaddr="kage2.fonts.jp:80"; # Specify port number!
-my $t1asm = "/sw/bin/t1asm"; # point to 't1asm' executable.
-die "Cannot execute $t1asm. Abort.\n" unless -x $t1asm;
-my $pfaedit="/Users/izumi/work/fonteditor/pfaedit/pfaedit/pfaedit"; # point to 'pfaedit' executable.
-die "Cannot execute $pfaedit. Abort.\n" unless -x $pfaedit;
-my $cleanup_script="svg2t1.pfe"; # Set the name of pfaedit script.
+#my $kageaddr="home.fonts.jp:5100"; # Specify port number!
+#my $kageaddr="fonts.jp:80"; # Specify port number!
+#my $kagecgi="/~kamichi/test/kagecgi.cgi"; #
+#my $kagecgi="v0.4/engine/kage.cgi"; #
+my $kageaddr="localhost:80"; # Specify port number!
+my $kagecgi="cgi-bin/kage.cgi"; #
+
+my $t1asm = "/usr/bin/env t1asm"; # point to 't1asm' executable.
+#die "Cannot execute $t1asm. Abort.\n" unless -x $t1asm;
+#my $pfaedit="/usr/bin/env pfaedit"; # point to 'pfaedit' executable.
+my $pfaedit="/usr/bin/env fontforge"; # point to 'fontforge' executable.
+#die "Cannot execute $pfaedit. Abort.\n" unless -x $pfaedit;
+
+my $omegadb_path=""; # Check the path of omegadb, if needed.
+my $cleanup_script=""; # Check the path of pfaedit script, if needed.
+
+unless($omegadb_path){
+ if(-w '/usr/local/share/chise/omega'){
+ $omegadb_path='/usr/local/share/chise/omega';
+ }elsif(-w '/usr/share/chise/omega'){
+ $omegadb_path='/usr/share/chise/omega';
+ }elsif(-w '/sw/share/chise/omega'){
+ $omegadb_path='/sw/share/chise/omega';
+ }elsif(-w '/usr/local/lib/chise/omega'){
+ $omegadb_path='/usr/local/lib/chise/omega';
+ }else{
+ $omegadb_path=".";
+ }
+}
+$omegadb_path=~s!/$!!;
+
+my $makefonts_dir;
+($makefonts_dir=$0)=~s!^(.*)/.*$!$1!;
+
+unless($cleanup_script){
+ if(-e "$makefonts_dir/eps2t1.pfe"){
+ $cleanup_script="$makefonts_dir/eps2t1.pfe";
+ }elsif(-e "/usr/local/share/texmf/omega/ocp/chise_rqd/chise/eps2t1.pfe"){
+ $cleanup_script="/usr/local/share/texmf/omega/ocp/chise_rqd/chise/eps2t1.pfe";
+ }elsif(-e "/usr/local/share/texmf/omega/ocp/local/chise/eps2t1.pfe"){
+ $cleanup_script="/usr/local/share/texmf/omega/ocp/local/chise/eps2t1.pfe";
+ }elsif(-e "/usr/share/texmf/omega/ocp/chise_rqd/chise/eps2t1.pfe"){
+ $cleanup_script="/usr/share/texmf/omega/ocp/local/chise/eps2t1.pfe";
+ }elsif(-e "/sw/share/texmf/omega/ocp/local/chise/eps2t1.pfe"){
+ $cleanup_script="/sw/share/texmf/omega/ocp/local/chise/eps2t1.pfe";
+ }
+}
+
+unless($cleanup_script and -e $cleanup_script){
+ print STDERR "eps2t1.pfe not found!\n",
+ "please check \$cleanup_script in $0.\n";
+ exit 1;
+}
+
+my $dbpath="$omegadb_path/glyph.db"; # check your DB path.
-my $dbpath="/Users/izumi/.chise/glyph.db"; # Set to your DB path.
# Open Glyph Database
my $db = new BerkeleyDB::Hash
-Filename => $dbpath, -Flags => DB_CREATE
FOOTER
}
-# Convert svg to Type1 charstring.
+# Convert eps to Type1 charstring.
# Return: Type1 charstring.
-sub svg2charstring {
- my ($svg) = @_;
- my @paths= split(/\n/, $svg);
+sub eps2charstring {
+ my ($eps) = @_;
+ my @paths= split(/\n/, $eps);
my ($x1, $y1, $x2, $y2);
my $glyph= "\{\n0 1000 hsbw\n";
for (@paths){
- if(m/error/i){
+ if(m/error/i or m/bad/i){
return undef;
}
- next unless /\<path d=\"M([0-9, ]+)Z\"\/\>/;
- my $path = $1; $path =~ s/^ +//; $path =~ s/ +$//;
- my @point_pair = split(/ /, $path);
- ($x1, $y1) = split(/,/, shift(@point_pair));
- $y1=1000-$y1-100;
- if(defined $x2){
- $glyph.=sprintf("%d %d rmoveto\n", $x1-$x2, $y1-$y2);
- }else{
- $glyph.= "$x1 $y1 rmoveto\n";
+ next if(/^%/);
+ if(m/([\-\d]+)\s+([\-\d]+)\s+moveto/){
+ $x1=$1; $y1=$2; $y1=$y1+100;
+ if(defined $x2){
+ $glyph.=sprintf("%d %d rmoveto\n",$x1-$x2,$y1-$y2);
+ }else{
+ $glyph.="$x1 $y1 rmoveto\n";
+ }
+ }
+ elsif(m/([\-\d]+)\s+([\-\d]+)\s+lineto/){
+ $x2=$1; $y2=$2; $y2=$y2+100;
+ $glyph.=sprintf("%d %d rlineto\n",$x2-$x1,$y2-$y1);
+ $x1=$x2,$y1=$y2;
}
- foreach my $pair (@point_pair) {
- ($x2, $y2) = split(/,/, $pair);
- $y2=1000-$y2-100;
- $glyph.=sprintf("%d %d rlineto\n", $x2-$x1, $y2-$y1);
- $x1=$x2; $y1=$y2;
+ elsif(/closepath/){
+ $glyph.="closepath\n";
}
- $glyph.= "closepath\n";
}
return $glyph.= "endchar\n\} |-\n";
}
# Note:
# Referene passing destroys the original array!
my $request="$req.$suffix";
- my ($svg, $charstring);
+ my ($eps, $charstring);
my $char = sprintf("ch%03d", $charnum);
- if(defined $db && $db->db_get($request, $svg)==0){
+ if(defined $db && $db->db_get($request, $eps)==0){
# If glyph is already in DB, then use it.
- $charstring = svg2charstring($svg);
+ $charstring = eps2charstring($eps);
print STDERR "Use cached glyph for $request.\n";
}else{
# If glyph is not yet in DB, query KAGE server.
my $kageserver;
my $location; # For redirection
if($kageserver = IO::Socket::INET->new("$kageaddr")){
- print $kageserver "HEAD /$request.svg HTTP/1.1\r\n";
- print $kageserver "Host: $kageaddr\r\n\r\n";
- #Get redirection info.
- local $/="\r\n";
- while(<$kageserver>){
- chomp;
- next unless m|^location:\s+http://([a-z0-9.:]+)/|i;
- $location=$1;
- }
- close($kageserver);
- print STDERR "Connecting $location...\n";
- if($location
- and $kageserver=IO::Socket::INET->new($location)){
- print $kageserver "GET /$request.svg HTTP/1.1\r\n";
- print $kageserver "Host: $location\r\n\r\n";
- local $/; $svg=<$kageserver>;
+ print $kageserver "GET /$kagecgi?$req&shotai=$suffix&type=eps\r\n";
+# print $kageserver "HEAD /$kagecgi?$req&shotai=$suffix&type=svg HTTP/1.1\r\n";
+# print $kageserver "Host: $kageaddr\r\n\r\n";
+# #Get redirection info.
+# local $/="\r\n";
+# while(<$kageserver>){
+# chomp;
+# next unless m|^location:\s+http://([a-z0-9.:]+)/|i;
+# $location=$1;
+# }
+# close($kageserver);
+# if($location
+# and $kageserver=IO::Socket::INET->new($location)){
+# print $kageserver "GET /$request.svg HTTP/1.1\r\n";
+# print $kageserver "Host: $location\r\n\r\n";
+ local $/; $eps=<$kageserver>;
close($kageserver);
- $svg =~ s/\r//gm; # remove CR.
- $svg =~ s/^.+\n\n//ms; # remove HTTP header.
- }else{
- $svg="error";
- }
+ $eps =~ s/\r//gm; # remove CR.
+ $eps =~ s/^.+\n\n//ms; # remove HTTP header.
+# }else{
+# $eps="error";
+# }
}else{
print STDERR "Cannot connect to KAGE server at $kageaddr.\n";
- $svg="error";
+ $eps="error";
}
- if($charstring = svg2charstring($svg)){
- if(defined $db && $db->db_put($request, $svg)==0){
+ if($charstring = eps2charstring($eps)){
+ if(defined $db && $db->db_put($request, $eps)==0){
# If glyph request is successful, then store it to DB.
print STDERR "Glyph for $request cached.\n";
}
#### main ####
##############
-# Read ids data generated by outCMAP
-my $idsdata="idsdata.pl";
+# Read ids data generated by inCHISE
+my $idsdata="$omegadb_path/idsdata.txt";
my ($font_start, $ids_start, %ids);
if(-e $idsdata){
# "require" doesn't work well.
# I don't know why...
- open (my $data, "<$idsdata");
+ open (my $data, "<:utf8","$idsdata");
while(<$data>){
- eval $_;
+ utf8::decode($_);
+ if(m/^START\t(\d+)\t(\d+)/){
+ $font_start=$1,$ids_start=$2;
+ }elsif(m/^(.*?)\t(\d+)\t(\d+)/){
+ $ids{$1}=[$2,$3,];
+ }
}
close($data);
}else{
last;
}
}
+ $code=~s/(.)u/$1.u/g;
$Requests[$ids{$key}[0]]->[$ids{$key}[1]]=$code;
}
+print STDERR "Sending query to KAGE server at $kageaddr.\n";
+
# Create fonts.
foreach my $fontnum (0 .. $#Requests){
my @faces=(['Mincho', 'min', 'mincho'],
projects / chise / omega.git / blobdiff