# - ...
#
use strict;
+use File::Basename;
sub out {
print @_ or die "$!\n";
# Make sure we have our desired input files. We explicitly specify a
# Unicode standard version to make sure that a given version of DisOrder
# supports a given version of Unicode.
-sub need_input {
- my $f = shift;
- if(!-e $f) {
- system("wget http://www.unicode.org/Public/5.0.0/ucd/$f");
- chmod(0444, $f);
+sub input {
+ my $path = shift;
+ my $lpath = basename($path);
+ if(!-e $lpath) {
+ system("wget http://www.unicode.org/Public/5.0.0/ucd/$path");
+ chmod(0444, $lpath) or die "$lpath: $!\n";
}
+ open(STDIN, "<$lpath") or die "$lpath: $!\n";
}
-need_input("UnicodeData.txt");
-need_input("CaseFolding.txt");
# Read the main data file
-open(STDIN, "<UnicodeData.txt") or die "UnicodeData.txt: $!\n";
+input("UnicodeData.txt");
while(<>) {
my @f = split(/;/, $_);
my $c = hex($f[0]); # codepoint
$max = $c if $c > $max;
}
+sub read_prop_with_ranges {
+ my $path = shift;
+ my $propkey = shift;
+ input($path);
+ while(<>) {
+ chomp;
+ s/\s*\#.*//;
+ next if $_ eq '';
+ my ($range, $propval) = split(/\s*;\s*/, $_);
+ if($range =~ /(.*)\.\.(.*)/) {
+ for my $c (hex($1) .. hex($2)) {
+ if(exists $data{$c}) {
+ $data{$c}->{$propkey} = $propval;
+ }
+ }
+ } else {
+ my $c = hex($range);
+ if(exists $data{$c}) {
+ $data{$c}->{$propkey} = $propval;
+ }
+ }
+ }
+}
+
+# Grapheme_Break etc
+# NB we do this BEFORE filling in blanks so that the Hangul characters
+# don't get filled in; we can compute their properties mechanically.
+read_prop_with_ranges("auxiliary/GraphemeBreakProperty.txt", "gbreak");
+read_prop_with_ranges("auxiliary/WordBreakProperty.txt", "wbreak");
+read_prop_with_ranges("auxiliary/SentenceBreakProperty.txt", "sbreak");
+
+# Compute the full list and fill in the Extend category properly
+my %gbreak = ();
+my %wbreak = ();
+my %sbreak = ();
+for my $c (keys %data) {
+ if(!exists $data{$c}->{gbreak}) {
+ $data{$c}->{gbreak} = 'Other';
+ }
+ $gbreak{$data{$c}->{gbreak}} = 1;
+
+ if(!exists $data{$c}->{wbreak}) {
+ if($data{$c}->{gbreak} eq 'Extend') {
+ $data{$c}->{wbreak} = 'Extend';
+ } else {
+ $data{$c}->{wbreak} = 'Other';
+ }
+ }
+ $wbreak{$data{$c}->{wbreak}} = 1;
+
+ if(!exists $data{$c}->{sbreak}) {
+ if($data{$c}->{gbreak} eq 'Extend') {
+ $data{$c}->{sbreak} = 'Extend';
+ } else {
+ $data{$c}->{sbreak} = 'Other';
+ }
+ }
+ $sbreak{$data{$c}->{sbreak}} = 1;
+}
+
# Round up the maximum value to a whole number of subtables
$max += ($modulus - 1) - ($max % $modulus);
"gc" => "Cn", # not assigned
"ccc" => 0,
"ud" => 0,
- "ld" => 0
+ "ld" => 0,
+ "wbreak" => 'Other',
+ "gbreak" => 'Other',
+ "sbreak" => 'Other',
};
}
}
$cats{'Cn'} = 1;
# Read the casefolding data too
-open(STDIN, "<CaseFolding.txt") or die "CaseFolding.txt: $!\n";
+input("CaseFolding.txt");
while(<>) {
chomp;
next if /^\#/ or $_ eq '';
"#define UNIDATA_H\n");
# TODO choose stable values for General_Category
-out("enum unicode_gc_cat {\n",
+out("enum unicode_General_Category {\n",
+ join(",\n",
+ map(" unicode_General_Category_$_", sort keys %cats)), "\n};\n");
+
+out("enum unicode_Grapheme_Break {\n",
+ join(",\n",
+ map(" unicode_Grapheme_Break_$_", sort keys %gbreak)),
+ "\n};\n");
+out("extern const char *const unicode_Grapheme_Break_names[];\n");
+
+out("enum unicode_Word_Break {\n",
join(",\n",
- map(" unicode_gc_$_", sort keys %cats)), "\n};\n");
+ map(" unicode_Word_Break_$_", sort keys %wbreak)),
+ "\n};\n");
+out("extern const char *const unicode_Word_Break_names[];\n");
+
+out("enum unicode_Sentence_Break {\n",
+ join(",\n",
+ map(" unicode_Sentence_Break_$_", sort keys %sbreak)),
+ "\n};\n");
+out("extern const char *const unicode_Sentence_Break_names[];\n");
out("enum unicode_flags {\n",
" unicode_normalize_before_casefold = 1\n",
" ".choosetype($minud, $maxud)." upper_offset;\n",
" ".choosetype($minld, $maxld)." lower_offset;\n",
" ".choosetype(0, $maxccc)." ccc;\n",
- " char gc;\n",
+ " char general_category;\n",
" uint8_t flags;\n",
+ " char grapheme_break;\n",
+ " char word_break;\n",
+ " char sentence_break;\n",
"};\n");
# compat, canon and casefold do have have non-BMP characters, so we
# can't use a simple 16-bit table. We could use UTF-8 or UTF-16
"#include \"types.h\"\n",
"#include \"unidata.h\"\n");
-# Short aliases for general category codes
+# Short aliases to keep .c file small
-out(map(sprintf("#define %s unicode_gc_%s\n", $_, $_), sort keys %cats));
+out(map(sprintf("#define %s unicode_General_Category_%s\n", $_, $_),
+ sort keys %cats));
+out(map(sprintf("#define GB%s unicode_Grapheme_Break_%s\n", $_, $_),
+ sort keys %gbreak));
+out(map(sprintf("#define WB%s unicode_Word_Break_%s\n", $_, $_),
+ sort keys %wbreak));
+out(map(sprintf("#define SB%s unicode_Sentence_Break_%s\n", $_, $_),
+ sort keys %sbreak));
+
+# Names for *_Break properties
+out("const char *const unicode_Grapheme_Break_names[] = {\n",
+ join(",\n",
+ map(" \"$_\"", sort keys %gbreak)),
+ "\n};\n");
+out("const char *const unicode_Word_Break_names[] = {\n",
+ join(",\n",
+ map(" \"$_\"", sort keys %wbreak)),
+ "\n};\n");
+out("const char *const unicode_Sentence_Break_names[] = {\n",
+ join(",\n",
+ map(" \"$_\"", sort keys %sbreak)),
+ "\n};\n");
# Generate the decomposition mapping tables. We look out for duplicates
# in order to save space and report this as decompsaved at the end. In
my $canonsym = ($data{$c}->{canonsym} or "0");
my $compatsym = ($data{$c}->{compatsym} or "0");
my $cfsym = ($data{$c}->{cfsym} or "0");
- my $flags = ($data{$c}->{ypogegrammeni}
- ? "unicode_normalize_before_casefold"
- : 0);
+ my @flags = ();
+ if($data{$c}->{ypogegrammeni}) {
+ push(@flags, "unicode_normalize_before_casefold");
+ }
+ my $flags = @flags ? join("|", @flags) : 0;
push(@t, "{".
join(",",
$compatsym,
$canonsym,
$cfsym,
- "$d->{ud}",
- "$d->{ld}",
- "$d->{ccc}",
- "$d->{gc}",
+ $d->{ud},
+ $d->{ld},
+ $d->{ccc},
+ $d->{gc},
$flags,
+ "GB$d->{gbreak}",
+ "WB$d->{wbreak}",
+ "SB$d->{sbreak}",
)."}");
}
my $t = join(",\n", @t);
~mdw / disorder / blobdiff