766 lines
22 KiB
Perl
Executable file
766 lines
22 KiB
Perl
Executable file
#!/usr/bin/perl -s
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# __________ __ ___.
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# Open \______ \ ____ ____ | | _\_ |__ _______ ___
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# Source | _// _ \_/ ___\| |/ /| __ \ / _ \ \/ /
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# Jukebox | | ( <_> ) \___| < | \_\ ( <_> > < <
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# Firmware |____|_ /\____/ \___ >__|_ \|___ /\____/__/\_ \
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# \/ \/ \/ \/ \/
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# $Id$
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#
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# Copyright (C) 2006 - 2008 by Daniel Stenberg
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#
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# See apps/language.c (TODO: Use common include for both)
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# Cookie and binary version for the binary lang file
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my $LANGUAGE_COOKIE = 0x1a;
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my $VOICE_COOKIE = 0x9a;
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my $LANGUAGE_VERSION = 0x06;
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my $LANGUAGE_FLAG_RTL = 0x01;
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my $HEADER_SIZE = 4;
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my $SUBHEADER_SIZE = 6;
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# A note for future users and readers: The original v1 language system allowed
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# the build to create and use a different language than english built-in. We
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# removed that feature from our build-system, but the build scripts still had
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# the ability. But, starting now, this ability is no longer provided since I
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# figured it was boring and unnecessary to write support for now since we
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# don't use it anymore.
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if(!$ARGV[0]) {
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print <<MOO
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Usage: genlang [options] <langv2 file>
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-p=<prefix>
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Make the tool create a [prefix].c and [prefix].h file.
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-b=<outfile>
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Make the tool create a binary language (.lng) file named [outfile].
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The use of this option requires that you also use -e, -t and -i.
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-c=<outfile>
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Create binary voicestring file named [outfile]. Works like -b and can be
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used the same time.
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-e=<english lang file>
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Point out the english (original source) file, to use that as master
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language template. Used in combination with -b, -u or -s.
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-s
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Sort the Update language file in the same order as the strings in the
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English file.
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-t=<target>
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Specify which target you want the translations/phrases for. Required when
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-b or -p is used.
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The target can in fact be specified as numerous different strings,
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separated with colons. This will make genlang to use all the specified
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strings when searching for a matching phrase.
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-i=<target id>
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The target id number, needed for -b.
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-o
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Voice mode output. Outputs all id: and voice: lines for the given target!
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-v
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Enables verbose (debug) output.
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MOO
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;
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exit;
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}
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# How update works:
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#
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# 1) scan the english file, keep the whole <phrase> for each phrase.
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# 2) read the translated file, for each end of phrase, compare:
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# A) all source strings, if there's any change there should be a comment about
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# it output
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# B) the desc fields
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#
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# 3) output the phrase with the comments from above
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# 4) check which phrases that the translated version didn't have, and spit out
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# the english version of those
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#
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my $prefix = $p;
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my $binary = $b;
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my $sortfile = $s;
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my $binvoice = $c;
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my $english = $e;
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my $voiceout = $o;
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my $check = ($binary?.5:0) + ($prefix?1:0) + ($voiceout?1:0) + ($sortfile?1:0) + ($binvoice?.5:0);
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if($check > 1) {
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print STDERR "Please use only one of -p, -o, -b, -c and -s\n";
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exit;
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}
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if(!$check) {
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print STDERR "Please use at least one of -p, -o, -c, -e and -s\n";
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exit;
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}
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if(($binary || $voiceout || $sortfile) && !$english) {
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print STDERR "Please use -e too when you use -b, -o, -u or -s\n";
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exit;
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}
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my $target_id = $i;
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if($binary && !$target_id) {
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print STDERR "Please specify a target id number (with -i)!\n";
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exit;
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}
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my $target = $t;
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if(!$target && !$sortfile) {
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print STDERR "Please specify a target (with -t)!\n";
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exit;
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}
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# Build up a regex which can be applied to target wildcard lists. We only need
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# to support prefix matches, so a target parameter of foo:bar can be expanded
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# to the regex "\*|f\*|fo\*|foo|b\*|ba\*|bar" and applied to the wildcard list
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# (plus end-of-string or commas on either side). The regex engine should
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# discard any duplicates generated for us in the process of constructing the
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# state machine, so we don't bother to check.
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my $target_regex = "(?:^|,) *(?:\\*";
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foreach my $target_part (split ':', $target) {
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for (my $c=1; $c<=length $target_part; $c++) {
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my $partial = substr $target_part, 0, $c;
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$target_regex .= "|$partial\\*";
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}
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$target_regex .= "|$target_part";
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}
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$target_regex .= ") *(?:,|\$)";
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$target_regex = qr/$target_regex/;
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my $binpath = "";
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if ($binary =~ m|(.*)/[^/]+|) {
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$binpath = $1;
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}
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my $verbose=$v;
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my %id; # string to num hash
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my @idnum; # num to string array
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my %allphrases; # For sorting - an array of the <phrase> elements
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my %source; # id string to source phrase hash
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my %dest; # id string to dest phrase hash
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my %voice; # id string to voice phrase hash
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my %users =
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('core' => 0);
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my $input = $ARGV[0];
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my @m;
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my $m="blank";
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sub trim {
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my ($string) = @_;
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$string =~ s/^\s+//;
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$string =~ s/\s+$//;
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return $string;
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}
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sub blank {
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# nothing to do
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}
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my %head;
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sub header {
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my ($full, $n, $v)=@_;
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$head{$n}=$v;
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}
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my %phrase;
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sub phrase {
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my ($full, $n, $v)=@_;
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$phrase{$n}=$v;
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}
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my %options;
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sub options {
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my ($full, $n, $v)=@_;
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$options{$n}=$v;
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}
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sub parsetarget {
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my ($debug, $strref, $full, $n, $v)=@_;
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my $string;
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if ($n =~ $target_regex) {
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$string = $v;
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$$strref = $string;
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return $string;
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}
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}
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my $src;
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sub source {
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parsetarget("src", \$src, @_);
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}
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my $dest;
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sub dest {
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parsetarget("dest", \$dest, @_);
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}
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my $voice;
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sub voice {
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parsetarget("voice", \$voice, @_);
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}
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sub file_is_newer {
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my ($file1, $file2) = @_;
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my @s1 = stat $file1;
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my @s2 = stat $file2;
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return 1 if ($s1[9] > $s2[9]);
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return 0;
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}
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my %idmap;
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my %english;
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if($english) {
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readenglish();
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}
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sub readenglish {
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# For the cases where the english file needs to be scanned/read, we do
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# it before we read the translated file. For -b it isn't necessary, but for
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# -u it is convenient.
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my @idnum = ((0)); # start with a true number
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my @vidnum = ((0x8000)); # first voice id
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if ($binary and file_is_newer("$binpath/english.list", $english)) {
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open(ENG, "<$binpath/english.list") ||
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die "Error: can't open $binpath/english.list";
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while (<ENG>) {
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my ($user, $id, $value) = split ':', $_;
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$idmap[$user]{$id} = $value;
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$english{$id} = 1;
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}
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close ENG;
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return;
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}
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open(ENG, "<$english") || die "Error: can't open $english";
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my @phrase;
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my $id;
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my $maybeid;
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my $user;
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my $withindest;
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my $numphrases = 0;
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my $numusers = 1; # core is already in the users map
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while(<ENG>) {
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# get rid of DOS newlines
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$_ =~ tr/\r//d;
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if($_ =~ /^ *\<phrase\>/) {
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# this is the start of a phrase
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}
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elsif($_ =~ /\<\/phrase\>/) {
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# if id is something, when we count and store this phrase
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if($id) {
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# voice-only entries get a difference range
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if($id =~ /^VOICE_/) {
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# Assign an ID number to this entry
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$idmap[$user]{$id}=$vidnum[$user];
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$vidnum[$user]++;
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}
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else {
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# Assign an ID number to this entry
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$idmap[$user]{$id}=$idnum[$user];
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$idnum[$user]++;
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# print STDERR "DEST: bumped idnum to $idnum[$user]\n";
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}
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# this is the end of a phrase, add it to the english hash
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$english{$id}=join("", @phrase);
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}
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undef @phrase;
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$id="";
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}
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elsif($_ ne "\n") {
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# gather everything related to this phrase
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push @phrase, $_;
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if($_ =~ /^ *\<dest\>/i) {
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$withindest=1;
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$deststr="";
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}
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elsif($withindest && ($_ =~ /^ *\<\/dest\>/i)) {
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$withindest=0;
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if($deststr && ($deststr !~ /^none\z/i)) {
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# we unconditionally always use all IDs when the "update"
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# feature is used
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$id = $maybeid;
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# print "DEST: use this id $id\n";
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}
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else {
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# print "skip $maybeid for $name\n";
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}
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}
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elsif($withindest && ($_ =~ / *([^:]+): *(.*)/)) {
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my ($name, $val)=($1, $2);
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$dest=""; # in case it is left untouched for when the
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# model name isn't "our"
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dest($_, $name, $val);
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if($dest) {
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# Store the current dest string. If this target matches
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# multiple strings, it will get updated several times.
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$deststr = $dest;
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}
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}
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}
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if($_ =~ /^ *id: ([^ \t\n]+)/i) {
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$maybeid=$1;
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$sortorder{$maybeid}=$numphrases++;
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}
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if($_ =~ /^ *user: ([^ \t\n]+)/i) {
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$user = $users{$1};
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if(!(defined $user)) {
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$user = ++$numusers;
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$users{$1} = $user;
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}
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}
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}
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close(ENG);
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}
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my @idcount; # counter for lang ID numbers
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my @voiceid; # counter for voice-only ID numbers
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for (keys %users) {
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push @idcount, 0;
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push @voiceid, 0x8001;
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}
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#
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# Now start the scanning of the selected language string
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#
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open(LANG, "<$input") || die "Error: couldn't read language file named $input\n";
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my @phrase;
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my $header = 1;
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my $langoptions = 0;
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while(<LANG>) {
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$line++;
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# get rid of DOS newlines
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$_ =~ tr/\r//d;
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if($_ =~ /^( *\#|[ \t\n\r]*\z)/) {
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# comment or empty line - output it if it's part of the header
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if ($header and $sortfile) {
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print($_);
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}
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next;
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}
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$header = 0;
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my $ll = $_;
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# print "M: $m\n";
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push @phrase, $ll;
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# this is an XML-lookalike tag
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if (/^(<|[^\"<]+<)([^>]*)>/) {
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my $part = $2;
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# print "P: $part\n";
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if($part =~ /^\//) {
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# this was a closing tag
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if($part eq "/phrase") {
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# closing the phrase
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my $idstr = $phrase{'id'};
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my $idnum;
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if(($binary || $binvoice || $voiceout) && !$english{$idstr}) {
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# $idstr doesn't exist for english, skip it\n";
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# FIXME/TODO: Any reason this filter shouldn't always be enabled?
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}
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elsif($dest =~ /^none\z/i) {
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# "none" as dest (without quotes) means that this entire
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# phrase is to be ignored
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}
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elsif($sortfile) {
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$allphrases{$idstr}=join('',@phrase);
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}
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else {
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# allow the keyword 'deprecated' to be used on dest and
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# voice strings to mark that as deprecated. It will then
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# be replaced with "".
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$dest =~ s/^deprecate(|d)\z/\"\"/i;
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$voice =~ s/^deprecate(|d)\z/\"\"/i;
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# basic syntax error alerts, if there are no quotes we
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# will assume an empty string was intended
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if($dest !~ /^\"/) {
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print STDERR "$input:$line:1: warning: dest before line lacks quotes ($dest)!\n";
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$dest='""';
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}
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if($src !~ /^\"/) {
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print STDERR "$input:$line:1: warning: source before line lacks quotes ($src)!\n";
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$src='""';
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}
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if($voice !~ /^\"/ and $voice !~ /^none\z/i) {
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print STDERR "$input:$line:1: warning: voice before line lacks quotes ($voice)!\n";
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$voice='""';
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}
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if($dest eq '""' && $phrase{'desc'} !~ /deprecated/i && $idstr !~ /^VOICE/) {
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print STDERR "$input:$line:1: warning: empty dest before line in non-deprecated phrase!\n";
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}
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my $userstr = trim($phrase{'user'});
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my $user = $users{$userstr};
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if ($userstr eq "") {
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print STDERR "$input:$line:1: warning: missing user!\n";
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$user = $users{"core"};
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}
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elsif(!(defined $user)) {
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if($english) {
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print STDERR "$input:$line:1: warning: user was not found in $english!\n";
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$user = keys %users; # set to an invalid user so it won't be added
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}
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else {
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# we found a new user, add it to the usermap
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$user = ++$numusers;
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$users{$userstr} = $user;
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}
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}
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# Use the ID name to figure out which id number range we
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# should use for this phrase. Voice-only strings are
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# separated.
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if($idstr =~ /^VOICE/) {
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$idnum = $voiceid[$user]++;
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}
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else {
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$idnum = $idcount[$user]++;
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}
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$id{$idstr} = $idnum;
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$idnum[$user][$idnum]=$idstr;
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$source{$idstr}=$src;
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$dest{$idstr}=$dest;
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$voice{$idstr}=$voice;
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if($verbose) {
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print "id: $phrase{id} ($idnum)\n";
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print "source: $src\n";
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print "dest: $dest\n";
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print "voice: $voice\n";
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print "user: $user\n";
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}
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undef $src;
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undef $dest;
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undef $voice;
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undef $user;
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undef %phrase;
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}
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undef @phrase;
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} # end of </phrase>
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elsif($part eq "/options") {
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# closing the options
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if ($options{'rtl'}) {
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$langoptions |= $LANGUAGE_FLAG_RTL;
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}
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} # end of </options>
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# starts with a slash, this _ends_ this section
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$m = pop @m; # get back old value, the previous level's tag
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next;
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} # end of tag close
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# This is an opening (sub) tag
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push @m, $m; # store old value
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$m = $part;
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next;
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}
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if(/^ *([^:]+): *(.*)/) {
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my ($name, $val)=($1, $2);
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&$m($_, $name, $val);
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}
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}
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close(LANG);
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if ($sortfile) {
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for(sort { $sortorder{$a} <=> $sortorder{$b} } keys %allphrases) {
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print $allphrases{$_};
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}
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}
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if($prefix) {
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# We create a .c and .h file
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open(HFILE_CORE, ">$prefix/lang.h") ||
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die "Error: couldn't create file $prefix/lang.h\n";
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open(CFILE_CORE, ">$prefix/lang_core.c") ||
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die "Error: couldn't create file $prefix/lang_core.c\n";
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|
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# get header file name
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$headername = "$prefix/lang.h";
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$headername =~ s/(.*\/)*//;
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print HFILE_CORE <<MOO
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/* This file was automatically generated using genlang */
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/*
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* The str() macro/functions is how to access strings that might be
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* translated. Use it like str(MACRO) and expect a string to be
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* returned!
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*/
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#define str(x) language_strings[x]
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|
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/* this is the array for holding the string pointers.
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It will be initialized at runtime. */
|
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extern unsigned char *language_strings[];
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/* this contains the concatenation of all strings, separated by \\0 chars */
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extern const unsigned char core_language_builtin[];
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#include "${prefix}_enum.h"
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MOO
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;
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close(HFILE_CORE);
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open(HFILE_CORE, ">${prefix}_enum.h") ||
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die "couldn't create file ${prefix}_enum.h\n";
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print HFILE_CORE <<MOO
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/* This file was automatically generated using genlang */
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#ifndef _LANG_ENUM_H_
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#define _LANG_ENUM_H_
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/* The enum below contains all available strings */
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enum \{
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MOO
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;
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print CFILE_CORE <<MOO
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/* This file was automatically generated using genlang, the strings come
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from "$input" */
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#include "$headername"
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unsigned char *language_strings[LANG_LAST_INDEX_IN_ARRAY];
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const unsigned char core_language_builtin[] =
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MOO
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;
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# Output the ID names for the enum in the header file
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my $i;
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for $i (0 .. $idcount[$users{"core"}]-1) {
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my $name=$idnum[$users{"core"}][$i]; # get the ID name
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$name =~ tr/\"//d; # cut off the quotes
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printf HFILE_CORE (" %s, /* %d */\n", $name, $i);
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}
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# Output separation marker for last string ID and the upcoming voice IDs
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print HFILE_CORE <<MOO
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LANG_LAST_INDEX_IN_ARRAY, /* this is not a string, this is a marker */
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/* --- below this follows voice-only strings --- */
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VOICEONLY_DELIMITER = 0x8000,
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MOO
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;
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# Output the ID names for the enum in the header file
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for $i (0x8001 .. ($voiceid[$users{"core"}]-1)) {
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my $name=$idnum[$users{"core"}][$i]; # get the ID name
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$name =~ tr/\"//d; # cut off the quotes
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printf HFILE_CORE (" %s, /* 0x%x */\n", $name, $i);
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}
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# Output end of lang_enum.h
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print HFILE_CORE <<MOO
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LANG_LAST_VOICEONLY_INDEX_IN_ARRAY /* this is not a string, this is a marker */
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};
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/* end of generated enum list */
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#endif /* _LANG_ENUM_H_ */
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MOO
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;
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# Output the target phrases for the source file
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for $i (0 .. $idcount[$users{"core"}]-1) {
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my $name=$idnum[$users{"core"}][$i]; # get the ID
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my $dest = $dest{$name}; # get the destination phrase
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$dest =~ s:\"$:\\0\":; # insert a \0 before the second quote
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if(!$dest) {
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# this is just to be on the safe side
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$dest = '"\0"';
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}
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printf CFILE_CORE (" %s\n", $dest);
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}
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# Output end of string chunk
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print CFILE_CORE <<MOO
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;
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/* end of generated string list */
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MOO
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;
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close(HFILE_CORE);
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close(CFILE_CORE);
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} # end of the c/h file generation
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elsif($binary || $binvoice) {
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# Creation of a binary lang file was requested
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# We must first scan the english file to get the correct order of the id
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# numbers used there, as that is what sets the id order for all language
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# files. The english file is scanned before the translated file was
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# scanned.
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if($binary) {
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open(OUTF, ">$binary") or die "Error: Can't create $binary";
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binmode OUTF;
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printf OUTF ("%c%c%c%c", $LANGUAGE_COOKIE, $LANGUAGE_VERSION, $target_id,
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$langoptions); # magic lang file header
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}
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if($binvoice) {
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open(OUTV, ">$binvoice") or die "Error: Can't create $binary";
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binmode OUTV;
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printf OUTV ("%c%c%c%c", $VOICE_COOKIE, $LANGUAGE_VERSION, $target_id,
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$langoptions); # magic lang file header
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}
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# output the number of strings for each user
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my $foffset = $HEADER_SIZE + $SUBHEADER_SIZE * keys(%users);
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for (keys %users) {
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my $size;
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for $n (0 .. $idcount[$_]-1) {
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$size += length(trim($dest{$idnum[$_][$n]})) + 1;
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}
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if($binary) {
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printf OUTF ("%c%c%c%c%c%c", ($idcount[$_] >> 8), ($idcount[$_] & 0xff),
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($size >> 8), ($size & 0xff), ($foffset >> 8), ($foffset & 0xff));
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}
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if($binvoice) {
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printf OUTV ("%c%c%c%c%c%c", ($idcount[$_] >> 8), ($idcount[$_] & 0xff),
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($size >> 8), ($size & 0xff), ($foffset >> 8), ($foffset & 0xff));
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}
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$foffset += $size;
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}
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for (keys %users) {
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# loop over the target phrases
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# This loops over the strings in the translated language file order
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my @ids = ((0 .. ($idcount[$_]-1)));
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push @ids, (0x8001 .. ($voiceid[$_]-1));
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for $n (@ids) {
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my $name=$idnum[$_][$n]; # get the ID
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my $dest = $dest{$name}; # get the destination phrase
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my $voice = $voice{$name}; # get the destination voice string
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if($dest && $n < 0x8000 && $binary) {
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$dest =~ s/^\"(.*)\"\s*$/$1/g; # cut off quotes
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# Now, make sure we get the number from the english sort order:
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$idnum = $idmap[$_]{$name};
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printf OUTF ("%c%c%s\x00", ($idnum>>8), ($idnum&0xff), $dest);
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}
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if($voice && $binvoice) {
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$voice =~ s/^\"(.*)\"\s*$/$1/g; # cut off quotes
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# Now, make sure we get the number from the english sort order:
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$idnum = $idmap[$_]{$name};
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printf OUTV ("%c%c%s\x00", ($idnum>>8), ($idnum&0xff), $voice);
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}
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}
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}
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if($binary) {
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close(OUTF);
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}
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if($binvoice) {
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close(OUTV);
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}
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}
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elsif($voiceout) {
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# voice output requested, display id: and voice: strings in a v1-like
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# fashion
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my @engl;
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for (keys %users) {
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# loop over the target phrases
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# This loops over the strings in the translated language file order
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my @ids = ((0 .. ($idcount[$_]-1)));
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push @ids, (0x8001 .. ($voiceid[$_]-1));
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for $n (@ids) {
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my $name=$idnum[$_][$n]; # get the ID
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my $dest = $dest{$name}; # get the destination phrase
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my $voice = $voice{$name}; # get the destination voice string
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if($voice) {
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$voice =~ s/^\"(.*)\"\s*$/$1/g; # cut off quotes
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# Now, make sure we get the number from the english sort order:
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$idnum = $idmap[$_]{$name};
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$engl[$idnum] = "#$idnum ($n)\nid: $name\nvoice: \"$voice\"\n";
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}
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}
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}
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# Print the list in the the English sort order
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for (@engl) {
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print $_;
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}
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}
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if($verbose) {
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my $num_str = 0;
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|
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for (keys %users) {
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$num_str += $idcount[$_];
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}
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printf("%d ID strings scanned\n", $num_str);
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|
|
print "* head *\n";
|
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for(keys %head) {
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printf "$_: %s\n", $head{$_};
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}
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}
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|
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if ($binary and !file_is_newer("$binpath/english.list", $english)) {
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open(ENGLIST, ">$binpath/english.list") ||
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die "Failed creating $binpath/english.list";
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for my $user (keys %users) {
|
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for my $id (keys %{$idmap[$user]}) {
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print ENGLIST "$user:$id:$idmap[$user]{$id}\n";
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}
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}
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close ENGLIST;
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}
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