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wakaba |
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#!/usr/bin/perl
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=head1 NAME
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winapi2tbl --- Mapping table generator (from Win32 API)
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=head1 USAGE
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$ perl winapi2tbl.pl 932 > winapi-cp932.tbl
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=cut
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use strict;
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require Win32::API;
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my $CodePage = shift || 932;
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my %S_range = (
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932 => [0x40..0x7E,0x80..0xFC],
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936 => [0x40..0x7E,0x80..0xFE],
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949 => [0x41..0x5A,0x61..0x7A,0x81..0xFE],
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950 => [0x40..0x7E,0xA1..0xFE],
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1361 => [0x31..0xFE],
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20000 => [0x21..0x7E,0xA1..0xFE],
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wakaba |
1.2 |
20932 => [0xA1..0xFE],
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wakaba |
1.1 |
20936 => [0xA1..0xFE],
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20949 => [0xA1..0xFE],
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);
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{
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my @name = split /\n/, require 'unicore/Name.pl';
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my %name;
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for (@name) {
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if (/^(....) ([^\t]+)/) {
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$name{hex $1} = $2;
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}
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}
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sub NAME ($) {
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$_[0] < 0x0020 ? '<control>' :
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$_[0] < 0x007F ? $name{$_[0]} :
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$_[0] < 0x00A0 ? '<control>' :
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$name{$_[0]} ? $name{$_[0]} :
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$_[0] < 0x00A0 ? '<control>' :
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$_[0] < 0x3400 ? '' :
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$_[0] < 0xA000 ? '<cjk>' :
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$_[0] < 0xE000 ? '<hangul>' :
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$_[0] < 0xF900 ? '<private>' :
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'';
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}
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}
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my @hdr;
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wakaba |
1.2 |
print STDERR "Checking system version...\n";
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wakaba |
1.1 |
if (eval q{require Message::Field::UA}) {
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my $ua = new Message::Field::UA;
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$ua->add_our_name;
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$ua->replace_system_version ('ie', -prepend => 0);
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push @hdr, "#; Environment: $ua";
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print STDERR $hdr[$#hdr],"\n";
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}
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print STDERR "MultiByte -> WideChar...\n";
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#int MultiByteToWideChar(
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# UINT CodePage, // code page
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# DWORD dwFlags, // mapping flag
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# LPCSTR lpMultiByteStr, // multibyte string (source)
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# int cchMultiByte, // length of multibyte string
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# LPWSTR lpWideCharStr, // wide string (result)
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# int cchWideChar // length of wide string
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#);
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## <http://www.microsoft.com/japan/developer/library/jpwinpf/_win32_multibytetowidechar.htm>
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my $M2W = new Win32::API (kernel32 => "MultiByteToWideChar", INPIPI => 'I');
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my %M2U;
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for my $F (0x00..0xFF) { ## one byte
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my $mb = pack 'C', $F;
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my $wc = "\x00" x 10;
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my $len = $M2W->Call ($CodePage, 0, $mb, length ($mb) => $wc, length ($wc));
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$wc = substr ($wc, 0, $len * 2);
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wakaba |
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if (length ($wc) >= 2 && $wc ne "\x00\x00") {
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wakaba |
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$wc =~ s/(.)(.)/$2$1/gs;
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$wc =~ s/(.)/sprintf '%02X', ord $1/ges;
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$M2U{ $F } = hex $wc;
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}
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}
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for my $F (0x80..0xFF) { ## two bytes
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for my $S (@{$S_range{$CodePage} || [0x01..0xFF] }) {
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my $mb = pack 'CC', $F, $S;
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my $wc = "\x00" x 10;
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my $len = $M2W->Call ($CodePage, 0, $mb, length ($mb) => $wc, length ($wc));
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$wc = substr ($wc, 0, $len * 2);
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wakaba |
1.2 |
if (length ($wc) >= 2) {
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wakaba |
1.1 |
$wc =~ s/(.)(.)/$2$1/gs;
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$wc =~ s/(.)/sprintf '%02X', ord $1/ges;
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wakaba |
1.2 |
$M2U{ 0x100 * $F + $S } = hex ($wc) unless 0x10000 * $M2U{$F} + $M2U{$S} == hex ($wc);
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wakaba |
1.1 |
}
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}}
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$M2U{0x00} = 0x0000;
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print STDERR "WideChar -> MultiByte...\n";
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#int WideCharToMultiByte(
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# UINT CodePage, // code page
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# DWORD dwFlags, // mapping flag
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# LPCWSTR lpWideCharStr, // wide string (source)
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# int cchWideChar, // length of wide string
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# LPSTR lpMultiByteStr, // multibyte string (result)
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# int cchMultiByte, // length of multibyte
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# LPCSTR lpDefaultChar, // substition char of unmappable one
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# LPBOOL lpUsedDefaultChar // substition char is used?
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#);
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## <http://www.microsoft.com/japan/developer/library/jpwinpf/_win32_widechartomultibyte.htm>
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my $W2M = new Win32::API (kernel32 => "WideCharToMultiByte", INPIPIPP => 'I');
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my %U2M;
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for my $R (0x00..0xFF) {
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for my $C (0x00..0xFF) {
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my $wc = pack 'CC', $C, $R; ## UTF-16LE
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my $mb = "\x00" x 10;
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$W2M->Call ($CodePage, 0, $wc, length ($wc) / 2 => $mb, length ($mb), "\x00", 0);
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$mb =~ s/\x00.*$//;
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if (length $mb) {
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$mb =~ s/(.)/sprintf '%02X', ord $1/ges;
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$U2M{ 0x100 * $R + $C } = hex $mb;
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}
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}}
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$U2M{0x0000} = 0x00;
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wakaba |
1.2 |
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for my $R1 (0xD8..0xDB) { for my $C1 (0x00..0xFF) {
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for my $R2 (0xDC..0xDF) { for my $C2 (0x00..0xFF) {
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my $wc = pack 'CC', $C1, $R1, $C2, $R2; ## UTF-16LE
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my $mb = "\x00" x 10;
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$W2M->Call ($CodePage, 0, $wc, length ($wc) / 2 => $mb, length ($mb), "\x00", 0);
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$mb =~ s/\x00.*$//;
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if (length $mb) {
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$mb =~ s/(.)/sprintf '%02X', ord $1/ges;
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$U2M{ 0x10000 + (0x100 * $R1 + $C1 - 0xD800) * 0x400
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+ (0x100 * $R2 + $C2 - 0xDC00) } = hex ($mb);
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}
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}}}}
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wakaba |
1.1 |
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print STDERR "Creating table...\n";
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my @t;
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for my $U (keys %U2M) {
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if ($M2U{$U2M{$U}} == $U) {
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push @t, sprintf '0x%04X U+%04X # %s',
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$U2M{$U}, $U, NAME ($U);
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delete $M2U{ $U2M{$U} };
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} else {
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push @t, sprintf '0x%04X U+%04X <- # %s',
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$U2M{$U}, $U, NAME ($U);
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}
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}
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for my $C (keys %M2U) {
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push @t, sprintf '0x%04X U+%04X -> # %s',
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$C, $M2U{$C}, NAME ($M2U{$C});
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}
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for (@t) {
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s/^0x00(..)/0x$1/;
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}
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print "#; This file is auto-generated (at @{[ sprintf '%04d-%02d-%02dT%02d:%02d:%02dZ', (gmtime)[5]+1900, (gmtime)[4]+1, (gmtime)[3,2,1,0] ]}).\n";
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print join "\n", @hdr, sort @t;
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print "\n";
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=head1 REQUIRES
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L<Win32::API> (MUST), unicore/Name.pl (MUST; in perl 5.8.0),
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L<Message::Field::UA> (SHOULD)
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=head1 BUGS
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0x00 or U+0000 can't be treated correctly so that
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0x00 <-> U+0000 is hardcoded. This may cause problem
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if the code page does not have 0x00 <-> U+0000 mapping.
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Mapping to 0x00 or U+0000 is also having problem.
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For example, CP20127, Microsoft mapping of ASCII,
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has an entry of 0x80 -> U+0000. But this entry does
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not occur in outputed table.
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In other points, this script has a lot of "hardcoded"
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code, so that making table of some unknown code page
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can result incorrect mapping.
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=head1 AUTHOR
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Nanashi-san <nanashi@san.invalid>
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=head1 LICENSE
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Public Domain.
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=cut
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# $Date: 2002/11/03 11:08:15 $
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