mirror of https://github.com/GNOME/gimp.git
605 lines
15 KiB
Perl
605 lines
15 KiB
Perl
# The GIMP -- an image manipulation program
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# Copyright (C) 1998-1999 Manish Singh <yosh@gimp.org>
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# This program is free software; you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation; either version 2 of the License, or
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# (at your option) any later version.
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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# You should have received a copy of the GNU General Public License
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# along with this program; if not, write to the Free Software
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# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
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package Gimp::CodeGen::app;
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$destdir = "$main::destdir/app";
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*arg_types = \%Gimp::CodeGen::pdb::arg_types;
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*arg_parse = \&Gimp::CodeGen::pdb::arg_parse;
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*arg_ptype = \&Gimp::CodeGen::pdb::arg_ptype;
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*arg_vname = \&Gimp::CodeGen::pdb::arg_vname;
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*enums = \%Gimp::CodeGen::enums::enums;
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*write_file = \&Gimp::CodeGen::util::write_file;
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*FILE_EXT = \$Gimp::CodeGen::util::FILE_EXT;
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use Text::Wrap qw(wrap);
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sub quotewrap {
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my ($str, $indent) = @_;
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my $leading = ' ' x $indent . '"';
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$Text::Wrap::columns = 1000;
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$str = wrap($leading, $leading, $str);
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$str =~ s/^\s*//s;
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$str =~ s/(.)$/$1"/mg;
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$str;
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}
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sub format_code_frag {
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my ($code, $indent) = @_;
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chomp $code;
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$code =~ s/\t/' ' x 8/eg;
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if (!$indent && $code =~ /^\s*{\s*\n.*\n\s*}\s*$/s) {
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$code =~ s/^\s*{\s*\n//s;
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$code =~ s/\n\s*}\s*$//s;
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}
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else {
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$code =~ s/^/' ' x ($indent ? 4 : 2)/meg;
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}
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$code =~ s/^ {8}/\t/mg;
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$code .= "\n";
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$code;
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}
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sub declare_args {
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my $proc = shift;
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my $out = shift;
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local $result = "";
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foreach (@_) {
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my @args = @{$proc->{$_}} if exists $proc->{$_};
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foreach (@args) {
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my $arg = $arg_types{(&arg_parse($_->{type}))[0]};
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if ($arg->{array} && !exists $_->{array}) {
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warn "Array without number of elements param in $proc->{name}";
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}
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unless (exists $_->{no_declare}) {
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$result .= ' ' x 2 . $arg->{type} . &arg_vname($_);
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if (!exists $_->{no_init} && exists $_->{init}) {
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$result .= $arg->{type} =~ /\*$/ ? ' = NULL' : ' = 0'
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}
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$result .= ";\n";
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if (exists $arg->{headers}) {
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foreach (@{$arg->{headers}}) {
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$out->{headers}->{$_}++;
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}
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}
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}
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}
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}
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$result;
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}
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sub make_arg_recs {
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my $proc = shift;
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my $result = "";
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my $once;
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foreach (@_) {
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my @args = @{$proc->{$_}} if exists $proc->{$_};
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if (scalar @args) {
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$result .= "\nstatic ProcArg $proc->{name}_${_}\[] =\n{\n";
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foreach $arg (@{$proc->{$_}}) {
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my ($type, $name, @remove) = &arg_parse($arg->{type});
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my $desc = $arg->{desc};
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my $info = $arg->{type};
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for ($type) {
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/array/ && do { last };
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/boolean/ && do { $info = 'TRUE or FALSE'; last };
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/int|float/ && do { $info =~ s/$type/$arg->{name}/e; last };
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/enum/ && do { $info = $enums{$name}->{info};
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foreach (@remove) {
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$info =~ s/$_ \(.*?\)(, )?//
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} last };
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}
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$desc =~ s/%%desc%%/$info/eg;
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$result .= <<CODE;
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{
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PDB_$arg_types{$type}->{name},
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"$arg->{name}",
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@{[ "ewrap($desc, 4) ]}
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},
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CODE
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}
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$result =~ s/,\n$/\n/s;
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$result .= "};\n";
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}
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}
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$result;
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}
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sub marshal_inargs {
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my ($proc, $argc) = @_;
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my $result = "";
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my %decls;
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my @inargs = @{$proc->{inargs}} if exists $proc->{inargs};
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foreach (@inargs) {
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my($pdbtype, @typeinfo) = &arg_parse($_->{type});
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my $arg = $arg_types{$pdbtype};
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my $type = &arg_ptype($arg);
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my $var = &arg_vname($_);
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if (exists $arg->{id_func}) {
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$result .= <<CODE;
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$var = $arg->{id_func} (args[$argc].value.pdb_$type);
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CODE
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if (!exists $_->{no_success}) {
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$result .= ' ' x 2 . "if ($var ";
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$result .= exists $_->{on_success} ? '!=' : '==';
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$result .= " NULL)\n";
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if (exists $_->{on_success}) {
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$result .= &format_code_frag($_->{on_success}, 1);
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$result .= ' ' x 2 . "else\n";
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}
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$result .= ' ' x 4 . "success = FALSE;\n";
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if (exists $_->{on_fail}) {
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$result .= &format_code_frag($_->{on_fail}, 1);
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}
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$success = 1;
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}
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}
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else {
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my $code = ' ' x 2 . "$var =";
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my $cast = "";
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if ($type eq 'pointer' || $arg->{type} =~ /int(16|8)$/) {
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$cast = " ($arg->{type})";
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}
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$code .= "$cast args[$argc].value.pdb_$type";
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$code .= ' ? TRUE : FALSE' if $pdbtype eq 'boolean';
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$code .= ";\n";
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if (!exists $_->{no_success}) {
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if ($pdbtype eq 'string') {
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$code .= ' ' x 2 . "success = $var != NULL;\n";
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}
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elsif ($pdbtype eq 'enum' && !$enums{$typeinfo[0]}->{contig}) {
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my %vals; my $symbols = $enums{pop @typeinfo}->{symbols};
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@vals{@$symbols}++; delete @vals{@typeinfo};
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$code .= <<CODE;
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switch ($var)
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{
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CODE
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foreach (@$symbols) {
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$code .= ' ' x 4 . "case $_:\n" if exists $vals{$_};
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}
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$code .= <<CODE;
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break;
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default:
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success = FALSE;
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break;
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}
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CODE
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}
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elsif (defined $typeinfo[0] || defined $typeinfo[2]) {
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my $tests = 0; my $extra = "";
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if ($pdbtype eq 'enum') {
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my $symbols = $enums{pop @typeinfo}->{symbols};
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foreach (@typeinfo) { $extra .= " && $var != $_" }
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$typeinfo[0] = $symbols->[0];
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$typeinfo[1] = '>=';
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$typeinfo[2] = $symbols->[$#$symbols];
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$typeinfo[3] = '<=';
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}
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$code .= ' ' x 2 . "success = ";
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if (defined $typeinfo[0]) {
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$code .= "$var $typeinfo[1] $typeinfo[0]";
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$tests++;
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}
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if (defined $typeinfo[2]) {
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$code .= ' && ' if $tests;
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$code .= "$var $typeinfo[3] $typeinfo[2]";
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}
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$code .= "$extra;\n";
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}
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if ($code =~ /success/) {
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my $tests = 0;
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if (exists $_->{on_success}) {
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$code .= ' ' x 2 . "if (success)\n";
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$code .= &format_code_frag($_->{on_success}, 1);
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$tests++;
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}
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if (exists $_->{on_fail}) {
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$code .= ' ' x 2;
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$code .= $tests ? "else\n" : "if (success)\n";
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$code .= &format_code_frag($_->{on_fail}, 1);
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}
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if ($success) {
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$code =~ s/^/' ' x 4/meg;
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$code =~ s/^ {8}/\t/mg;
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$code .= ' ' x 4 . "}\n";
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$result .= ' ' x 2 . "if (success)\n" . ' ' x 4 . "{\n";
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}
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else {
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$success_init = 0;
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}
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$success = 1;
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}
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}
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$result .= $code;
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}
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$argc++; $result .= "\n";
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}
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$result = "\n" . $result if $result;
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$result;
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}
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sub marshal_outargs {
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my $proc = shift;
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my $result = <<CODE;
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return_args = procedural_db_return_args (\&$proc->{name}_proc, success);
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CODE
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my $argc = 0;
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my @outargs = @{$proc->{outargs}} if exists $proc->{outargs};
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if (scalar @outargs) {
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my $outargs = "";
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foreach (@{$proc->{outargs}}) {
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my ($pdbtype) = &arg_parse($_->{type});
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my $arg = $arg_types{$pdbtype};
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my $type = &arg_ptype($arg);
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my $var = &arg_vname($_);
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$argc++; $outargs .= ' ' x 2;
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if (exists $arg->{id_ret_func}) {
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$var = eval qq/"$arg->{id_ret_func}"/;
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}
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$outargs .= "return_args[$argc].value.pdb_$type = $var;\n";
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}
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$outargs =~ s/^/' ' x 2/meg if $success;
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$outargs =~ s/^/' ' x 2/meg if $success && $argc > 1;
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$result .= "\n" if $success || $argc > 1;
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$result .= ' ' x 2 . "if (success)\n" if $success;
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$result .= ' ' x 4 . "{\n" if $success && $argc > 1;
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$result .= $outargs;
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$result .= ' ' x 4 . "}\n" if $success && $argc > 1;
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$result .= "\n" . ' ' x 2 . "return return_args;\n";
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}
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else {
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$result =~ s/_args =//;
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}
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$result =~ s/, success\);$/, TRUE);/m unless $success;
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$result;
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}
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sub generate {
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my @procs = @{(shift)};
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my %out;
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my $total = 0.0;
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foreach $name (@procs) {
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my $proc = $main::pdb{$name};
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my $out = \%{$out{$proc->{group}}};
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my @inargs = @{$proc->{inargs}} if exists $proc->{inargs};
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my @outargs = @{$proc->{outargs}} if exists $proc->{outargs};
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local $success = 0;
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local $success_init = 1;
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$out->{pcount}++; $total++;
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$out->{procs} .= "static ProcRecord ${name}_proc;\n";
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$out->{register} .= <<CODE;
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procedural_db_register (\&${name}_proc);
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CODE
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if (exists $proc->{invoke}->{headers}) {
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foreach $header (@{$proc->{invoke}->{headers}}) {
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$out->{headers}->{$header}++;
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}
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}
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$out->{code} .= "\nstatic Argument *\n";
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$out->{code} .= "${name}_invoker (Argument *args)\n{\n";
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my $code = "";
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if (exists $proc->{invoke}->{pass_through}) {
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my $invoke = $proc->{invoke};
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my $argc = 0;
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$argc += @{$invoke->{pass_args}} if exists $invoke->{pass_args};
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$argc += @{$invoke->{make_args}} if exists $invoke->{make_args};
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my %pass; my @passgroup;
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my $before = 0; my $contig = 0; my $pos = -1;
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if (exists $invoke->{pass_args}) {
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foreach (@{$invoke->{pass_args}}) {
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$pass{$_}++;
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$_ - 1 == $before ? $contig = 1 : $pos++;
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push @{$passgroup[$pos]}, $_;
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$before = $_;
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}
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}
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$code .= ' ' x 2 . "int i;\n" if $contig;
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$code .= ' ' x 2 . "Argument argv[$argc];\n";
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my $tempproc; $pos = 0;
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foreach (@{$proc->{inargs}}) {
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$_->{argpos} = $pos++;
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push @{$tempproc->{inargs}}, $_ if !exists $pass{$_->{argpos}};
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}
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$code .= &declare_args($tempproc, $out, qw(inargs)) . "\n";
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my $marshal = "";
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foreach (@{$tempproc->{inargs}}) {
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my $argproc; $argproc->{inargs} = [ $_ ];
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$marshal .= &marshal_inargs($argproc, $_->{argpos});
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}
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if ($success) {
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$marshal .= <<CODE;
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if (!success)
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return procedural_db_return_args (\&${name}_proc, FALSE);
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CODE
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}
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$marshal = substr($marshal, 1) if $marshal;
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$code .= $marshal;
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foreach (@passgroup) {
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$code .= ($#$_ ? <<LOOP : <<CODE) . "\n";
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for (i = $_->[0]; i < @{[ $_->[$#$_] + 1 ]}; i++)
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argv[i] = args[i];
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LOOP
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argv[$_->[0]] = args[$_->[0]];
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CODE
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}
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if (exists $invoke->{make_args}) {
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$pos = 0;
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foreach (@{$invoke->{make_args}}) {
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while (exists $pass{$pos}) { $pos++ }
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my $arg = $arg_types{(&arg_parse($_->{type}))[0]};
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my $type = &arg_ptype($arg);
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$code .= <<CODE;
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argv[$pos].arg_type = PDB_$arg->{name};
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CODE
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my $frag = $_->{code};
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$frag =~ s/%%arg%%/"argv[$pos].value.pdb_$type"/e;
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$code .= &format_code_frag($frag, 0);
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$pos++;
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}
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$code .= "\n";
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}
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$code .= <<CODE;
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return $invoke->{pass_through}_invoker (argv);
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}
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CODE
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}
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else {
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my $invoker = "";
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$invoker .= ' ' x 2 . "Argument *return_args;\n" if scalar @outargs;
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$invoker .= &declare_args($proc, $out, qw(inargs outargs));
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if (exists $proc->{invoke}->{vars}) {
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foreach (@{$proc->{invoke}->{vars}}) {
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$invoker .= ' ' x 2 . $_ . ";\n";
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}
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}
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$invoker .= &marshal_inargs($proc, 0);
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$invoker .= "\n" if $invoker && $invoker !~ /\n\n/s;
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my $frag = "";
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if (exists $proc->{invoke}->{code}) {
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$frag = &format_code_frag($proc->{invoke}->{code}, $success);
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$frag = ' ' x 2 . "if (success)\n" . $frag if $success;
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$success = ($frag =~ /success =/) unless $success;
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}
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chomp $invoker if !$frag;
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$code .= $invoker . $frag;
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$code .= "\n" if $frag =~ /\n\n/s || $invoker;
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$code .= &marshal_outargs($proc) . "}\n";
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}
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if ($success) {
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$success_init = 0 if $proc->{invoke}->{success} eq 'NONE';
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my $header = ' ' x 2 . "gboolean success";
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$header .= " = $proc->{invoke}->{success}" if $success_init;
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$header .= ";\n";
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$out->{code} .= $header;
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}
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$out->{code} .= $code;
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$out->{code} .= &make_arg_recs($proc, qw(inargs outargs));
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$out->{code} .= <<CODE;
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static ProcRecord ${name}_proc =
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{
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"gimp_$name",
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@{[ "ewrap($proc->{blurb}, 2) ]},
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@{[ "ewrap($proc->{help}, 2) ]},
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"$proc->{author}",
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"$proc->{copyright}",
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"$proc->{date}",
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PDB_INTERNAL,
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@{[scalar @inargs or '0']},
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@{[scalar @inargs ? "${name}_inargs" : 'NULL']},
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@{[scalar @outargs or '0']},
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@{[scalar @outargs ? "${name}_outargs" : 'NULL']},
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{ { ${name}_invoker } }
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};
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CODE
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delete $out->{headers}->{q/"procedural_db.h"/};
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}
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my $gpl = <<'GPL';
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/* The GIMP -- an image manipulation program
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* Copyright (C) 1995-1999 Spencer Kimball and Peter Mattis
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*
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* This program is free software; you can redistribute it and/or modify
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* it under the terms of the GNU General Public License as published by
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* the Free Software Foundation; either version 2 of the License, or
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* (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with this program; if not, write to the Free Software
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* Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
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*/
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/* NOTE: This file is autogenerated by pdbgen.pl. */
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GPL
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my $internal = "$destdir/internal_procs.h$FILE_EXT";
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open INTERNAL, "> $internal" or die "Can't open $cmdfile: $!\n";
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print INTERNAL $gpl;
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my $guard = "__INTERNAL_PROCS_H__";
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print INTERNAL <<HEADER;
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#ifndef $guard
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#define $guard
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void internal_procs_init (void);
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#endif /* $guard */
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HEADER
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close INTERNAL;
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&write_file($internal);
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my $group_procs = ""; my $longest = 0;
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my $once = 0; my $pcount = 0.0;
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foreach $group (@main::groups) {
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my $out = $out{$group};
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my $cfile = "$destdir/${group}_cmds.c$FILE_EXT";
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open CFILE, "> $cfile" or die "Can't open $cmdfile: $!\n";
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print CFILE $gpl;
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print CFILE qq/#include "procedural_db.h"\n\n/;
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foreach $header (sort keys %{$out->{headers}}) {
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print CFILE "#include $header\n";
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}
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print CFILE "\n";
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if (exists $main::grp{$group}->{code}) {
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print CFILE "$main::grp{$group}->{code}\n";
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}
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print CFILE $out->{procs};
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print CFILE "\nvoid\nregister_${group}_procs (void)\n";
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print CFILE "{\n$out->{register}}\n";
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print CFILE $out->{code};
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close CFILE;
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&write_file($cfile);
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my $decl = "register_${group}_procs";
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push @group_decls, $decl;
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$longest = length $decl if $longest < length $decl;
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$group_procs .= ' ' x 2 . "app_init_update_status (";
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$group_procs .= q/"Internal Procedures"/ unless $once;
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$group_procs .= 'NULL' if $once++;
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$group_procs .= qq/, "$main::grp{$group}->{desc}", /;
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($group_procs .= sprintf "%.3f", $pcount / $total) =~ s/\.?0*$//s;
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$group_procs .= ($group_procs !~ /\.\d+$/s ? ".0" : "") . ");\n";
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$group_procs .= ' ' x 2 . "register_${group}_procs ();\n\n";
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$pcount += $out->{pcount};
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}
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$internal = "$destdir/internal_procs.c$FILE_EXT";
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open INTERNAL, "> $internal" or die "Can't open $cmdfile: $!\n";
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print INTERNAL $gpl;
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print INTERNAL qq/#include "app_procs.h"\n\n/;
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print INTERNAL "/* Forward declarations for registering PDB procs */\n\n";
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foreach (@group_decls) {
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print INTERNAL "void $_" . ' ' x ($longest - length $_) . " (void);\n";
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}
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chop $group_procs;
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print INTERNAL "\n/* $total total procedures registered total */\n\n";
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print INTERNAL "void\ninternal_procs_init (void)\n{\n$group_procs}\n";
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close INTERNAL;
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&write_file($internal);
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}
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1;
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