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Updated the documentation building tools to work with a recent linuxdoc-tools package.

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Note that this is (and always was) a terrible hack and we really should
replace it with something reasonable which wouldn't need changing every
time linuxdoc-tools evolve.

I also needed to include a patched version of LinuxDocTools.pm, because the
original one explicitly refused to work with a non-linuxdoc DTD. The authors
of linuxdoc recommend to use sgmltools-lite in such cases, but it would mean
rewritting our formatting rules to the DSSSL language which I don't dare to
speak about here :)
This commit is contained in:
Martin Mares 2003-04-06 19:35:50 +00:00
parent a9aa5887f3
commit 9c7631235a
7 changed files with 1210 additions and 92 deletions
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634
doc/LinuxDocTools.pm Normal file
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@ -0,0 +1,634 @@
#! /usr/bin/perl
#
# LinuxDocTools.pm
#
# $Id$
#
# LinuxDoc-Tools driver core. This contains all the basic functionality
# we need to control all other components.
#
# © Copyright 1996, Cees de Groot.
# © Copyright 2000, Taketoshi Sano
#
# THIS VERSION HAS BEEN HACKED FOR BIRD BY MARTIN MARES
#
package LinuxDocTools;
require 5.004;
use strict;
=head1 NAME
LinuxDocTools - SGML conversion utilities for LinuxDoc DTD.
=head1 SYNOPSIS
use LinuxDocTools;
LinuxDocTools::init;
@files = LinuxDocTools::process_options ($0, @ARGV);
for $curfile (@files) {
LinuxDocTools::process_file ($curfile);
}
=head1 DESCRIPTION
The LinuxDocTools package encapsulates all the functionality offered by
LinuxDoc-Tools. It is used, of course, by LinuxDoc-Tools;
but the encapsulation should provide for a simple interface for other users as well.
=head1 FUNCTIONS
=over 4
=cut
use DirHandle;
use File::Basename;
use File::Find;
use File::Copy;
use FileHandle;
use IPC::Open2;
use Cwd;
use LinuxDocTools::Lang;
use LinuxDocTools::Utils qw(process_options usage cleanup trap_signals remove_tmpfiles create_temp);
use LinuxDocTools::Vars;
sub BEGIN
{
#
# Make sure we're always looking here. Note that "use lib" adds
# on the front of the search path, so we first push dist, then
# site, so that site is searched first.
#
use lib "$main::DataDir/dist";
use lib "$main::DataDir/site";
}
=item LinuxDocTools::init
Takes care of initialization of package-global variables (which are actually
defined in L<LinuxDocTools::Vars>). The package-global variables are I<$global>,
a reference to a hash containing numerous settings, I<%Formats>, a hash
containing all the formats, and I<%FmtList>, a hash containing the currently
active formats for help texts.
Apart from this, C<LinuxDocTools::init> also finds all distributed and site-local
formatting backends and C<require>s them.
=cut
sub init
{
trap_signals;
#
# Register the ``global'' pseudoformat. Apart from the global settings,
# we also use $global to keep the global variable name space clean;
# everything that we need to provide to other modules is stuffed
# into $global.
#
$global = {};
$global->{NAME} = "global";
$global->{HELP} = "";
$global->{OPTIONS} = [
{ option => "backend", type => "l",
'values' => [ "html", "info", "latex",
"lyx", "rtf", "txt", "check" ],
short => "B" },
{ option => "papersize", type => "l",
'values' => [ "a4", "letter" ], short => "p" },
{ option => "language", type => "l",
'values' => [ @LinuxDocTools::Lang::Languages ], short => "l" },
{ option => "charset", type => "l",
'values' => [ "latin", "ascii", "nippon", "euc-kr" ], short => "c" },
{ option => "style", type => "s", short => "S" },
{ option => "tabsize", type => "i", short => "t" },
# { option => "verbose", type => "f", short => "v" },
{ option => "debug", type => "f", short => "d" },
{ option => "define", type => "s", short => "D" },
{ option => "include", type => "s", short => "i" },
{ option => "pass", type => "s", short => "P" }
];
$global->{backend} = "linuxdoc";
$global->{papersize} = "a4";
$global->{language} = "en";
$global->{charset} = "ascii";
$global->{style} = "";
$global->{tabsize} = 8;
$global->{verbose} = 0;
$global->{define} = "";
$global->{debug} = 0;
$global->{include} = "";
$global->{pass} = "";
$global->{InFiles} = [];
$Formats{$global->{NAME}} = $global; # All formats we know.
$FmtList{$global->{NAME}} = $global; # List of formats for help msgs.
# automatic language detection: disabled by default
# {
# my $lang;
# foreach $lang (@LinuxDocTools::Lang::Languages)
# {
# if (($ENV{"LC_ALL"} =~ /^$lang/i) ||
# ($ENV{"LC_CTYPE"} =~ /^$lang/i) ||
# ($ENV{"LANG"} =~ /^$lang/i)) {
# $global->{language} = Any2ISO($lang);
# }
# }
# }
#
# Used when the format is "global" (from sgmlcheck).
#
$global->{preNSGMLS} = sub {
$global->{NsgmlsOpts} .= " -s ";
$global->{NsgmlsPrePipe} = "cat $global->{file}";
};
#
# Build up the list of formatters.
#
my $savdir = cwd;
my %Locs;
chdir "$main::DataDir/dist";
my $dir = new DirHandle(".");
die "Unable to read directory $main::DataDir/dist: $!" unless defined($dir);
foreach my $fmt (grep(/^fmt_.*\.pl$/, $dir->read()))
{
$Locs{$fmt} = "dist";
}
$dir->close();
chdir "$main::DataDir/site";
$dir = new DirHandle(".");
die "Unable to read directory $main::DataDir/site: $!" unless defined($dir);
foreach my $fmt (grep(/^fmt_.*\.pl$/, $dir->read()))
{
$Locs{$fmt} = "site";
}
$dir->close();
foreach my $fmt (keys %Locs)
{
require $fmt;
}
chdir $savdir;
}
=item LinuxDocTools::process_options ($0, @ARGV)
This function contains all initialization that is bound to the current
invocation of LinuxDocTools. It looks in C<$0> to deduce the backend that
should be used (ld2txt activates the I<txt> backend) and parses the
options array. It returns an array of filenames it encountered during
option processing.
As a side effect, the environment variables I<SGMLDECL> and
I<SGML_CATALOG_FILES> are modified.
=cut
sub process_options
{
my $progname = shift;
my @args = @_;
#
# Deduce the format from the caller's file name
#
my ($format, $dummy1, $dummy2) = fileparse ($progname, "");
$global->{myname} = $format;
$format =~ s/sgml2*(.*)/$1/;
#
# check the option "--backend / -B"
#
if ($format eq "linuxdoc") {
my @backends = @args;
my $arg;
while (@backends) {
$arg = shift @backends;
if ($arg eq "-B") {
$arg = shift @backends;
$format = $arg;
last;
}
if ( $arg =~ s/--backend=(.*)/$1/ ) {
$format = $arg;
last;
}
}
}
$format = "global" if $format eq "check";
usage ("") if $format eq "linuxdoc";
$format = "latex2e" if $format eq "latex";
$FmtList{$format} = $Formats{$format} or
usage ("$global->{myname}: unknown format");
$global->{format} = $format;
#
# Parse all the options.
#
my @files = LinuxDocTools::Utils::process_options (@args);
$global->{language} = Any2ISO ($global->{language});
#
# check the number of given files
$#files > -1 || usage ("no filenames given");
#
# Setup the SGML environment.
# (Note that Debian package rewrite path to catalog of
# iso-entities using debian/rules so that it can use
# entities from sgml-data pacakge. debian/rules also
# removes iso-entites sub directory after doing make install.)
#
$ENV{SGML_CATALOG_FILES} .= (defined $ENV{SGML_CATALOG_FILES} ? ":" : "") .
"$main::prefix/share/sgml/entities/sgml-iso-entities-8879.1986/catalog";
$ENV{SGML_CATALOG_FILES} .= ":$main::DataDir/linuxdoc-tools.catalog";
$ENV{SGML_CATALOG_FILES} .= ":$main::/etc/sgml.catalog";
if (-f "$main::DataDir/dtd/$format.dcl")
{
$ENV{SGMLDECL} = "$main::DataDir/dtd/$format.dcl";
}
elsif (-f "$main::DataDir/dtd/$global->{style}.dcl")
{
$ENV{SGMLDECL} = "$main::DataDir/dtd/$global->{style}.dcl";
}
elsif (-f "$main::DataDir/dtd/sgml.dcl")
{
$ENV{SGMLDECL} = "$main::DataDir/dtd/sgml.dcl";
}
#
# OK. Give the list of files we distilled from the options
# back to the caller.
#
return @files;
}
=item LinuxDocTools::process_file
With all the configuration done, this routine will take a single filename
and convert it to the currently active backend format. The conversion is
done in a number of steps in tight interaction with the currently active
backend (see also L<LinuxDocTools::BackEnd>):
=over
=item 1. Backend: set NSGMLS options and optionally create a pre-NSGMLS pipe.
=item 2. Here: Run the preprocessor to handle conditionals.
=item 3. Here: Run NSGMLS.
=item 4. Backend: run pre-ASP conversion.
=item 5. Here: Run SGMLSASP.
=item 6. Backend: run post-ASP conversion, generating the output.
=back
All stages are influenced by command-line settings, currently active format,
etcetera. See the code for details.
=cut
sub process_file
{
my $file = shift (@_);
my $saved_umask = umask;
print "Processing file $file\n";
umask 0077;
my ($filename, $filepath, $filesuffix) = fileparse ($file, "\.sgml");
my $tmpnam = $filepath . '/' . $filename;
$file = $tmpnam . $filesuffix;
-f $file || $file =~ /.*.sgml$/ || ($file .= '.sgml');
-f $file || ($file = $tmpnam . '.SGML');
-f $file || die "Cannot find $file\n";
$global->{filename} = $filename;
$global->{file} = $file;
$global->{filepath} = $filepath;
my $tmp = new FileHandle "<$file";
my $dtd;
while ( <$tmp> )
{
tr/A-Z/a-z/;
# check for [<!doctype ... system] type definition
if ( /<!doctype\s*(\w*)\s*system/ )
{
$dtd = $1;
last;
}
# check for <!doctype ... PUBLIC ... DTD ...
if ( /<!doctype\s*\w*\s*public\s*.*\/\/dtd\s*(\w*)/mi )
{
$dtd = $1;
last;
}
# check for <!doctype ...
# PUBLIC ... DTD ...
# (multi-line version)
if ( /<!doctype\s*(\w*)/ )
{
$dtd = "precheck";
next;
}
if ( /\s*public\s*.*\/\/dtd\s*(\w*)/ && $dtd eq "precheck" )
{
$dtd = $1;
last;
}
}
$tmp->close;
if ( $global->{debug} )
{
print "DTD: " . $dtd . "\n";
}
$global->{dtd} = $dtd;
# prepare temporary directory
my $tmpdir = $ENV{'TMPDIR'} || '/tmp';
$tmpdir = $tmpdir . '/' . 'linuxdoc-dir-' . $$;
mkdir ($tmpdir, 0700) ||
die " - temporary files can not be created, aborted - \n";
my $tmpbase = $global->{tmpbase} = $tmpdir . '/sgmltmp.' . $filename;
$ENV{"SGML_SEARCH_PATH"} .= ":$filepath";
#
# Set up the preprocessing command. Conditionals have to be
# handled here until they can be moved into the DTD, otherwise
# a validating SGML parser will choke on them.
#
# check if output option for latex is pdf or not
if ($global->{format} eq "latex2e")
{
if ($Formats{$global->{format}}{output} eq "pdf")
{
$global->{define} .= " pdflatex=yes";
}
}
#
my($precmd) = "|sgmlpre output=$global->{format} $global->{define}";
#
# You can hack $NsgmlsOpts here, etcetera.
#
$global->{NsgmlsOpts} .= "-D $main::prefix/share/sgml -D $main::DataDir";
$global->{NsgmlsOpts} .= "-i$global->{include}" if ($global->{include});
$global->{NsgmlsPrePipe} = "NOTHING";
if ( defined $Formats{$global->{format}}{preNSGMLS} )
{
$global->{NsgmlsPrePipe} = &{$Formats{$global->{format}}{preNSGMLS}};
}
#
# Run the prepocessor and nsgmls.
#
my ($ifile, $writensgmls);
if ($global->{NsgmlsPrePipe} eq "NOTHING")
{
$ifile = new FileHandle $file;
}
else
{
$ifile = new FileHandle "$global->{NsgmlsPrePipe}|";
}
create_temp("$tmpbase.1");
$writensgmls = new FileHandle
"$precmd|$main::progs->{NSGMLS} $global->{NsgmlsOpts} $ENV{SGMLDECL} >\"$tmpbase.1\"";
if ($global->{charset} eq "latin")
{
while (<$ifile>)
{
# Outline these commands later on - CdG
#change latin1 characters to SGML
#by Farzad Farid, adapted by Greg Hankins
s/À/\&Agrave;/g;
s/Á/\&Aacute;/g;
s/Â/\&Acirc;/g;
s/Ã/\&Atilde;/g;
s/Ä/\&Auml;/g;
s/Å/\&Aring;/g;
s/Æ/\&AElig;/g;
s/Ç/\&Ccedil;/g;
s/È/\&Egrave;/g;
s/É/\&Eacute;/g;
s/Ê/\&Ecirc;/g;
s/Ë/\&Euml;/g;
s/Ì/\&Igrave;/g;
s/Í/\&Iacute;/g;
s/Î/\&Icirc;/g;
s/Ï/\&Iuml;/g;
s/Ñ/\&Ntilde;/g;
s/Ò/\&Ograve;/g;
s/Ó/\&Oacute;/g;
s/Ô/\&Ocirc;/g;
s/Õ/\&Otilde;/g;
s/Ö/\&Ouml;/g;
s/Ø/\&Oslash;/g;
s/Ù/\&Ugrave;/g;
s/Ú/\&Uacute;/g;
s/Û/\&Ucirc;/g;
s/Ü/\&Uuml;/g;
s/Ý/\&Yacute;/g;
s/Þ/\&THORN;/g;
s/ß/\&szlig;/g;
s/à/\&agrave;/g;
s/á/\&aacute;/g;
s/â/\&acirc;/g;
s/ã/\&atilde;/g;
s/ä/\&auml;/g;
s/å/\&aring;/g;
s/æ/\&aelig;/g;
s/ç/\&ccedil;/g;
s/è/\&egrave;/g;
s/é/\&eacute;/g;
s/ê/\&ecirc;/g;
s/ë/\&euml;/g;
s/ì/\&igrave;/g;
s/í/\&iacute;/g;
s/î/\&icirc;/g;
s/ï/\&iuml;/g;
s/µ/\&mu;/g;
s/ð/\&eth;/g;
s/ñ/\&ntilde;/g;
s/ò/\&ograve;/g;
s/ó/\&oacute;/g;
s/ô/\&ocirc;/g;
s/õ/\&otilde;/g;
s/ö/\&ouml;/g;
s/ø/\&oslash;/g;
s/ù/\&ugrave;/g;
s/ú/\&uacute;/g;
s/û/\&ucirc;/g;
s/ü/\&uuml;/g;
s/ý/\&yacute;/g;
s/þ/\&thorn;/g;
s/ÿ/\&yuml;/g;
print $writensgmls $_;
}
}
else
{
while (<$ifile>)
{
print $writensgmls $_;
}
}
$ifile->close;
$writensgmls->close;
#
# Special case: if format is global, we're just checking.
#
$global->{format} eq "global" && cleanup;
#
# If the output file is empty, something went wrong.
#
! -e "$tmpbase.1" and die "can't create file - exiting";
-z "$tmpbase.1" and die "SGML parsing error - exiting";
if ( $global->{debug} )
{
print "Nsgmls stage finished.\n";
}
#
# If a preASP stage is defined, let the format handle it.
#
# preASP ($inhandle, $outhandle);
#
my $inpreasp = new FileHandle "<$tmpbase.1";
my $outpreasp = new FileHandle "$tmpbase.2",O_WRONLY|O_CREAT|O_EXCL,0600;
if (defined $Formats{$global->{format}}{preASP})
{
&{$Formats{$global->{format}}{preASP}}($inpreasp, $outpreasp) == 0 or
die "error pre-processing $global->{format}.\n";
}
else
{
copy ($inpreasp, $outpreasp);
}
$inpreasp->close;
$outpreasp->close;
! -e "$tmpbase.2" and die "can't create file - exiting";
if ( $global->{debug} )
{
print "PreASP stage finished.\n";
}
#
# Run sgmlsasp, with an optional style if specified.
#
# Search order:
# - datadir/site/<dtd>/<format>
# - datadir/dist/<dtd>/<format>
# So we need to fetch the doctype from the intermediate.
#
# Note: this is a very simplistic check - but as far as I know,
# it is correct. Am I right?
#
my $tmp = new FileHandle "<$tmpbase.2";
my $dtd;
while ( ($dtd = <$tmp>) && ! ( $dtd =~ /^\(/) ) { };
$tmp->close;
$dtd =~ s/^\(//;
$dtd =~ tr/A-Z/a-z/;
chop $dtd;
$global->{dtd} = $dtd;
my $style = "";
if ($global->{style})
{
$style = "$main::DataDir/site/$dtd/$global->{format}/$global->{style}mapping";
-r $style or
$style = "$main::DataDir/dist/$dtd/$global->{format}/$global->{style}mapping";
}
my $mapping = "$main::DataDir/site/$dtd/$global->{format}/mapping";
-r $mapping or $mapping = "$main::DataDir/dist/$dtd/$global->{format}/mapping";
$global->{charset} = "nippon" if ($global->{language} eq "ja");
#
# we don't have Korean groff so charset should be latin1.
#
if ($global->{language} eq "ko")
{
if ($global->{format} eq "groff")
{
$global->{charset} = "latin1";
}
else
{
$global->{charset} = "euc-kr";
}
}
if ($global->{format} eq "groff" or $global->{format} eq "latex2e")
{
if ($dtd eq "linuxdoctr")
{
$mapping = "$main::DataDir/dist/$dtd/$global->{format}/tr-mapping";
}
}
create_temp("$tmpbase.3");
system ("$main::progs->{SGMLSASP} $style $mapping <\"$tmpbase.2\" |
expand -$global->{tabsize} >\"$tmpbase.3\"");
! -e "$tmpbase.3" and die "can't create file - exiting";
if ( $global->{debug} )
{
print "ASP stage finished.\n";
}
#
# If a postASP stage is defined, let the format handle it.
# It should leave whatever it thinks is right based on $file.
#
# postASP ($inhandle)
#
umask $saved_umask;
my $inpostasp = new FileHandle "<$tmpbase.3";
if (defined $Formats{$global->{format}}{postASP})
{
&{$Formats{$global->{format}}{postASP}}($inpostasp) == 0 or
die "error post-processing $global->{format}.\n";
}
$inpostasp->close;
if ( $global->{debug} )
{
print "postASP stage finished.\n";
}
#
# All done, remove the temporaries.
#
if( !$global->{debug} ) {
remove_tmpfiles($tmpbase);
}
}
=pod
=back
=head1 SEE ALSO
Documentation for various sub-packages of LinuxDocTools.
=head1 AUTHOR
SGMLTools are written by Cees de Groot, C<E<lt>cg@cdegroot.comE<gt>>,
and various SGML-Tools contributors as listed in C<CONTRIBUTORS>.
Taketoshi Sano C<E<lt>sano@debian.org<gt>> rename to LinuxDocTools.
=cut
1;

32
doc/sbase/dist/fmt_html.pl vendored
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@ -7,17 +7,17 @@
#
# © Copyright 1996, Cees de Groot
#
package SGMLTools::fmt_html;
package LinuxDocTools::fmt_html;
use strict;
use SGMLTools::CharEnts;
use SGMLTools::Vars;
use LinuxDocTools::CharEnts;
use LinuxDocTools::Vars;
use SGMLTools::FixRef;
my $fixref = $SGMLTools::FixRef::fixref;
use LinuxDocTools::FixRef;
my $fixref = $LinuxDocTools::FixRef::fixref;
use SGMLTools::Html2Html;
my $html2html = $SGMLTools::Html2Html::html2html;
use LinuxDocTools::Html2Html;
my $html2html = $LinuxDocTools::Html2Html::html2html;
my $html = {};
$html->{NAME} = "html";
@ -25,14 +25,22 @@ $html->{HELP} = "";
$html->{OPTIONS} = [
{ option => "split", type => "l",
'values' => [ "0", "1", "2" ], short => "s" },
{ option => "toc", type => "l",
'values' => [ "0", "1", "2" ], short => "T" },
{ option => "dosnames", type => "f", short => "h" },
{ option => "imagebuttons", type => "f", short => "I"}
{ option => "imagebuttons", type => "f", short => "I"},
{ option => "header", type => "s", short => "H"},
{ option => "footer", type => "s", short => "F"}
];
$html->{'split'} = 1;
$html->{'toc'} = -1;
$html->{dosnames} = 0;
$html->{imagebuttons} = 0;
$html->{header} = "";
$html->{footer} = "";
$html->{preNSGMLS} = sub {
$global->{NsgmlsOpts} .= " -ifmthtml ";
$global->{NsgmlsPrePipe} = "cat $global->{file}";
};
$Formats{$html->{NAME}} = $html;
@ -132,11 +140,15 @@ $html->{postASP} = sub
# Run through html2html, preserving stdout
# Also, handle prehtml.sed's tasks
#
my $filter = "";
# $filter = "|$main::progs->{NKF} -e" if ($global->{language} eq "ja");
open SAVEOUT, ">&STDOUT";
open STDOUT, ">$filename.$ext" or die qq(Cannot open "$filename.$ext");
open STDOUT, "$filter>$filename.$ext" or die qq(Cannot open "$filename.$ext");
&{$html2html->{init}}($html->{'split'}, $ext, $img, $filename,
$fixref->{filenum}, $fixref->{lrec});
$fixref->{filenum}, $fixref->{lrec},
$html->{'header'}, $html->{'footer'}, $html->{'toc'},
$global->{tmpbase}, $global->{debug});
LINE: foreach (@file) {
s,<P></P>,,g; # remove empty <P></P> containers
foreach my $pat (keys %{$html2html->{rules}}) {

396
doc/sbase/dist/fmt_latex2e.pl vendored
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@ -7,12 +7,15 @@
#
# © Copyright 1996, Cees de Groot
#
package SGMLTools::fmt_latex2e;
# Support for PDF files: added by Juan Jose Amor, January 2000
# © Copyright 2000, Juan Jose Amor
#
package LinuxDocTools::fmt_latex2e;
use strict;
use SGMLTools::CharEnts;
use SGMLTools::Vars;
use SGMLTools::Lang;
use LinuxDocTools::CharEnts;
use LinuxDocTools::Vars;
use LinuxDocTools::Lang;
use File::Copy;
@ -24,23 +27,48 @@ $latex2e->{HELP} = <<EOF;
EOF
$latex2e->{OPTIONS} = [
{ option => "output", type => "l",
'values' => [ "dvi", "tex", "ps" ], short => "o" },
'values' => [ "dvi", "tex", "ps", "pdf" ], short => "o" },
{ option => "bibtex", type => "f", short => "b" },
{ option => "makeindex", type => "f", short => "m" },
{ option => "pagenumber", type => "i", short => "n" },
{ option => "quick", type => "f", short => "q" }
{ option => "quick", type => "f", short => "q" },
{ option => "dvips", type => "l",
'values' => [ "dvips", "dvi2ps", "jdvi2kps" ], short => "s" },
{ option => "latex", type => "l",
'values' => [ "latex", "hlatexp", "platex", "jlatex" ], short => "x" }
];
$latex2e->{output} = "dvi";
$latex2e->{output} = "tex";
$latex2e->{pagenumber} = 1;
$latex2e->{quick} = 0;
$latex2e->{bibtex} = 0;
$latex2e->{makeindex} = 0;
$latex2e->{preNSGMLS} = sub {
$global->{NsgmlsOpts} .= " -ifmttex ";
};
$latex2e->{latex} = "unknown";
$latex2e->{dvips} = "unknown";
$Formats{$latex2e->{NAME}} = $latex2e;
$latex2e->{preNSGMLS} = sub {
$global->{NsgmlsOpts} .= " -ifmttex ";
# for Japanese jlatex users
if ($global->{language} eq "ja" && $latex2e->{latex} eq "unknown") {
$latex2e->{latex} = "jlatex";
$latex2e->{dvips} = "dvi2ps";
# for Japanese platex users
# $latex2e->{latex} = "platex";
# $latex2e->{dvips} = "dvips";
}
# for Korean users
if ($global->{language} eq "ko" && $latex2e->{latex} eq "unknown") {
$latex2e->{latex} = "hlatexp";
}
# default process command
$latex2e->{latex} = "latex" if ($latex2e->{latex} eq "unknown");
$latex2e->{dvips} = "dvips" if ($latex2e->{dvips} eq "unknown");
$global->{NsgmlsPrePipe} = "cat $global->{file} ";
};
# extra `\\' here for standard `nsgmls' output
my %latex2e_escapes;
@ -59,6 +87,7 @@ $latex2e_escapes{'<'} = '{$<$}'; # wouldn't happen, but that's what'd be
$latex2e_escapes{'|'} = '{$|$}';
my $in_verb;
my $remove_comment; # added 2000 Jan 25 by t.sano
# passed to `parse_data' below in latex2e_preASP
my $latex2e_escape = sub {
@ -95,13 +124,22 @@ $latex2e->{preASP} = sub
# a VERB or CODE environment or not
$in_verb = 0;
# switch to remove empty line from TeX source or not, depending
# on whether we're in a HEADING or ABSTRACT environment or not
$remove_comment = 0;
while (<$infile>)
{
if (/^-/)
{
my ($str) = $';
chop ($str);
print $outfile "-" . parse_data ($str, $char_maps, $latex2e_escape) . "\n";
$_ = parse_data ($str, $char_maps, $latex2e_escape);
if ($remove_comment)
{
s/(\s+\\n)+//;
}
print $outfile "-" . $_ . "\n";
}
elsif (/^A/)
{
@ -111,9 +149,12 @@ $latex2e->{preASP} = sub
if ($type eq "CDATA")
{
# CDATA attributes get translated also
if ($name eq "URL" or $name eq "ID")
if ($name eq "URL" or $name eq "ID" or $name eq "CA")
{
# URL for url.sty is a kind of verbatim...
# CA is used in "tabular" element.
# Thanks to Evgeny Stambulchik, he posted this fix
# on sgml-tools list. 2000 May 17, t.sano
my $old_verb = $in_verb;
$in_verb = 1;
$value = parse_data ($value, $ascii_char_maps,
@ -141,6 +182,19 @@ $latex2e->{preASP} = sub
$in_verb = 0;
$char_maps = $tex_char_maps;
}
elsif (/^\((HEADING|ABSTRACT)/)
{
print $outfile $_;
# empty lines (comment in sgml source) do harm
# in HEADING or ABSTRACT
$remove_comment = 1;
}
elsif (/^\)(HEADING|ABSTRACT)/)
{
print $outfile $_;
# leaving HEADING or ABSTRACT section
$remove_comment = 0;
}
else
{
print $outfile $_;
@ -148,6 +202,24 @@ $latex2e->{preASP} = sub
}
};
# return the string of the name of the macro for urldef
sub latex2e_defnam($)
{
my ($num) = @_;
if ($num > 26*26*26) {
die "Too many URLs!\n";
}
my $anum = ord("a");
my $defnam = chr ($anum + ($num / 26 / 26)) .
chr ($anum + ($num / 26 % 26)) .
chr ($anum + ($num % 26));
return ($defnam);
};
#
# Take the sgmlsasp output, and make something
# useful from it.
@ -156,29 +228,117 @@ $latex2e->{postASP} = sub
{
my $infile = shift;
my $filename = $global->{filename};
$ENV{TEXINPUTS} .= ":$main::LibDir";
my $tmplatexdir = $global->{tmpbase} . "-latex-" . $$ . ".dir";
my $tmplatexnam = $tmplatexdir . "/" . $filename;
my @epsfiles = ();
my @texlines = ();
my @urldefines = ();
my @urlnames = ();
my $urlnum = 0;
my $tmpepsf;
my $saved_umask = umask;
$ENV{TEXINPUTS} .= ":$main::DataDir";
umask 0077;
mkdir ($tmplatexdir, 0700) || return -1;
#
# Set the correct \documentclass options. The if statement is just
# a small optimization.
# check epsfile is specified in source file
# check nameurl specified in source file
#
{
my $epsf;
open SGMLFILE, "<$filename.sgml";
while (<SGMLFILE>)
{
# for epsfile
if ( s/^\s*<eps\s+file=(.*)>/$1/ )
{
s/\s+angle=.*//;
s/\s+height=.*//;
s/\"//g;
$epsf = $_;
chop ( $epsf );
push @epsfiles, $epsf;
}
if ($latex2e->{output} eq "pdf")
{
if ( s/^\s*<img\s+src=(.*)>/$1/ )
{
s/\"//g;
$epsf = $_;
chop ( $epsf );
push @epsfiles, $epsf;
}
}
}
close SGMLFILE;
}
{
my $urlid;
my $urlnam;
my $urldef;
while (<$infile>)
{
push @texlines, $_;
# for nameurl
if ( /\\nameurl/ )
{
($urlid, $urlnam) = ($_ =~ /\\nameurl{(.*)}{(.*)}/);
print $urlnum . ": " . $urlid . "\n" if ( $global->{debug} );
$urldef = latex2e_defnam($urlnum) . "url";
s/\\nameurl{.*}{.*}/{\\em $urlnam} {\\tt \\$urldef}/;
push @urlnames, $_;
push @urldefines, "\\urldef{\\$urldef} \\url{$urlid}\n";
$urlnum++;
}
}
close $infile;
}
open OUTFILE, ">$tmplatexnam.tex";
#
# Set the correct \documentclass options.
#
if ($global->{language} ne "en" ||
$global->{papersize} ne "a4" ||
$latex2e->{pagenumber} != 1 ||
$global->{pass} ne "" ||
$latex2e->{makeindex})
{
my $langlit = ISO2English ($global->{language});
$langlit = ($langlit eq 'english') ? "" : ",$langlit";
my $replace = $global->{papersize} . 'paper' . $langlit;
open OUTFILE, ">$filename.tex";
while (<$infile>)
my $hlatexopt = "";
$global->{charset} = "nippon" if ($global->{language} eq "ja");
$global->{charset} = "euc-kr" if ($global->{language} eq "ko");
$replace = $global->{papersize} . 'paper' if ($global->{charset} eq "nippon") || ($global->{charset} eq "euc-kr");
while (defined($texlines[0]))
{
$_ = shift @texlines;
if (/^\\documentclass/)
{
s/\\documentclass\[.*\]/\\documentclass\[$replace\]/;
if ($global->{language} ne "en" ||
$global->{papersize} ne "a4")
{
s/\\documentclass\[.*\]/\\documentclass\[$replace\]/;
}
if ($global->{charset} eq "nippon") {
if ($latex2e->{latex} eq "platex") {
s/{article}/{jarticle}/;
} elsif ($latex2e->{latex} eq "jlatex") {
s/{article}/{j-article}/;
}
}
$_ = $_ . "\\makeindex\n" if ($latex2e->{makeindex});
}
if (/^\\usepackage.epsfig/ && ($global->{charset} eq "euc-kr"))
{
$hlatexopt = "[noautojosa]" if ($latex2e->{latex} eq "hlatexp");
$_ = $_ . "\\usepackage" . "$hlatexopt" . "{hangul}\n"
}
if ((/\\usepackage.t1enc/) &&
(($global->{charset} eq "nippon") ||
($global->{charset} eq "euc-kr")))
{
s/^/%%/;
}
if (/%end-preamble/)
{
if ($latex2e->{pagenumber})
@ -192,20 +352,45 @@ $latex2e->{postASP} = sub
}
$_ = $_ . $global->{pass} . "\n" if ($global->{pass});
}
if (/\\nameurl/ && $latex2e->{output} ne "pdf")
{
$_ = shift @urlnames;
}
print OUTFILE;
if (/%end-preamble/)
{
if ($urlnum && $latex2e->{output} ne "pdf")
{
while (defined($urldefines[0]))
{
$_ = shift @urldefines;
print OUTFILE;
}
}
}
}
close OUTFILE;
}
else
{
copy ($infile, "$filename.tex");
}
close OUTFILE;
#
# LaTeX, dvips, and assorted cleanups.
#
if ($latex2e->{output} eq "tex")
{
# comment out, because this backup action is not documented yet.
#
# if ( -e "$filename.tex" ) {
# rename ("$filename.tex", "$filename.tex.back");
# }
umask $saved_umask;
copy ("$tmplatexnam.tex", "$filename.tex");
if ( ! $global->{debug} )
{
unlink ("$tmplatexnam.tex");
rmdir ($tmplatexdir) || return -1;
}
return 0;
}
@ -215,30 +400,169 @@ $latex2e->{postASP} = sub
# references have been resolved. This avoids large numbers of
# spurious warnings.
#
my ($latexcommand) = "latex '\\nonstopmode\\input{$filename.tex}'";
my $current_dir;
chop ($current_dir = `pwd`);
print $current_dir . "\n" if ( $global->{debug} );
#
# copy epsfiles specified in tex file
#
for my $epsf ( @epsfiles )
{
$tmpepsf = $tmplatexdir . "/" . $epsf;
print $epsf . " " . $tmpepsf . "\n" if ( $global->{debug} );
copy ("$epsf", "$tmpepsf") or die "can not copy graphics\n";
}
#
# go to the temporary directory
chdir ($tmplatexdir);
my ($latexcommand) = "$latex2e->{latex} '\\nonstopmode\\input{$filename.tex}'";
#
# We run pdflatex instead of latex if user selected pdf output
#
if ($latex2e->{output} eq "pdf")
{
$latexcommand = "pdflatex '\\nonstopmode\\input{$filename.tex}'";
}
#
# run hlatex if hlatexp is used
# for pdf: how about status?(for hlatex and hlatexp)
#
if ($latex2e->{latex} eq "hlatexp")
{
#$latex2e->{output} = "ps" if ($latex2e->{output} eq "pdf");
$latexcommand = "hlatex '\\nonstopmode\\input{$filename.tex}'";
}
#
# We use jlatex for Japanese encoded (euc-jp) characters.
# pdf support for Japanese are not yet. use ps for the time being.
#
if ($global->{charset} eq "nippon")
{
$latex2e->{output} = "ps" if ($latex2e->{output} eq "pdf");
$latexcommand = "$latex2e->{latex} '\\nonstopmode\\input{$filename.tex}'"
}
my ($suppress) = $latex2e->{quick} ? "" : ' >/dev/null';
system $latexcommand . $suppress || die "LaTeX problem\n";
$latex2e->{bibtex} && system "bibtex $filename.tex";
$latex2e->{quick} || system $latexcommand . ' >/dev/null';
$latex2e->{quick} || system $latexcommand;
if ($global->{debug} == 0)
if ( ! $global->{debug} )
{
my @suffixes = qw(log blg aux toc lof lot dlog bbl);
my @suffixes = qw(log blg aux toc lof lot dlog bbl out);
for my $suf (@suffixes)
{
unlink "$filename.$suf";
unlink "$tmplatexnam.$suf";
}
}
#
# go back to the working directory
chdir ($current_dir);
#
# output dvi file
if ($latex2e->{output} eq "dvi")
{
$global->{debug} || unlink "$filename.tex";
# comment out, because this backup action is not documented yet.
#
# if ( -e "$filename.dvi" )
# {
# rename ("$filename.dvi", "$filename.dvi.back");
# }
umask $saved_umask;
copy ("$tmplatexnam.dvi", "$filename.dvi");
if ( $global->{debug} )
{
print "Temporary files are in $tmplatexdir\n";
print "Please check there and remove them manually.\n";
} else {
unlink ("$tmplatexnam.tex", "$tmplatexnam.dvi");
for my $epsf ( @epsfiles )
{
$tmpepsf = $tmplatexdir . "/" . $epsf;
print $tmpepsf . "\n" if ( $global->{debug} );
unlink ("$tmpepsf");
}
rmdir ($tmplatexdir) || return -1;
}
return 0;
}
`dvips -q -t $global->{papersize} -o $filename.ps $filename.dvi`;
$global->{debug} || unlink ("$filename.dvi", "$filename.tex");
#
# output pdf file
if ($latex2e->{output} eq "pdf")
{
# comment out, because this backup action is not documented yet.
#
# if ( -e "$filename.pdf" )
# {
# rename ("$filename.pdf", "$filename.pdf.back");
# }
umask $saved_umask;
copy ("$tmplatexnam.pdf", "$filename.pdf");
if ( $global->{debug} )
{
print "Temporary files are in $tmplatexdir\n";
print "Please check there and remove them manually.\n";
} else {
unlink ("$tmplatexnam.tex", "$tmplatexnam.pdf");
for my $epsf ( @epsfiles )
{
$tmpepsf = $tmplatexdir . "/" . $epsf;
print $tmpepsf . "\n" if ( $global->{debug} );
unlink ("$tmpepsf");
}
rmdir ($tmplatexdir) || return -1;
}
return 0;
}
#
# convert dvi into ps using dvips command
chdir ($tmplatexdir);
if ($latex2e->{dvips} eq "dvi2ps")
{
`dvi2ps -q -o $global->{papersize} -c $tmplatexnam.ps $filename.dvi`;
}
elsif ($latex2e->{dvips} eq "jdvi2kps")
{
`jdvi2kps -q -pa $global->{papersize} -o $tmplatexnam.ps $filename.dvi`;
}
else
{
`dvips -R -q -t $global->{papersize} -o $tmplatexnam.ps $filename.dvi`;
}
chdir ($current_dir);
# comment out, because this backup action is not documented yet.
#
# if ( -e "$filename.ps" )
# {
# rename ("$filename.ps", "$filename.ps.back");
# }
umask $saved_umask;
copy ("$tmplatexnam.ps", "$filename.ps");
unlink ("$tmplatexnam.ps");
if ( $global->{debug} )
{
print "Temporary files are in $tmplatexdir\n";
print "Please check there and remove them manually.\n";
} else {
unlink ("$tmplatexnam.tex", "$tmplatexnam.dvi", "$tmplatexnam.ps");
for my $epsf ( @epsfiles )
{
$tmpepsf = $tmplatexdir . "/" . $epsf;
print $tmpepsf . "\n" if ( $global->{debug} );
unlink ("$tmpepsf");
}
rmdir ($tmplatexdir) || return -1;
}
return 0;
};
1;

176
doc/sbase/dist/fmt_txt.pl vendored
View File

@ -7,24 +7,27 @@
#
# © Copyright 1996, Cees de Groot
#
package SGMLTools::fmt_txt;
package LinuxDocTools::fmt_txt;
use strict;
use File::Copy;
use Text::EntityMap;
use SGMLTools::CharEnts;
use SGMLTools::Lang;
use SGMLTools::Vars;
use LinuxDocTools::CharEnts;
use LinuxDocTools::Lang;
use LinuxDocTools::Vars;
use LinuxDocTools::Utils qw(create_temp);
my $txt = {};
$txt->{NAME} = "txt";
$txt->{HELP} = "";
$txt->{OPTIONS} = [
{ option => "manpage", type => "f", short => "m" },
{ option => "filter", type => "f", short => "f" }
{ option => "filter", type => "f", short => "f" },
{ option => "blanks", type => "i", short => "b" }
];
$txt->{manpage} = 0;
$txt->{filter} = 0;
$txt->{blanks} = 3;
$Formats{$txt->{NAME}} = $txt;
@ -44,19 +47,26 @@ $txt->{preNSGMLS} = sub
$global->{charset} = "latin1" if $global->{charset} eq "latin";
}
#
# Is there a cleaner solution than this? Can't do it earlier,
# would show up in the help messages...
#
# the language support ja.
# the charset support nippon.
#
$global->{format} = $global->{charset};
$global->{charset} = "nippon" if $global->{language} eq "ja";
$global->{format} = "groff" if $global->{format} eq "ascii";
$global->{format} = "groff" if $global->{format} eq "nippon";
$global->{format} = "groff" if $global->{format} eq "euc-kr";
$ENV{SGML_SEARCH_PATH} =~ s/txt/$global->{format}/;
$Formats{"groff"} = $txt;
$Formats{"latin1"} = $txt;
$Formats{"man"} = $txt;
return 0;
$global->{NsgmlsPrePipe} = "cat $global->{file} " ;
};
@ -81,16 +91,48 @@ $txt->{preASP} = sub
{
my ($infile, $outfile) = @_;
my (@toc, @lines);
if ($txt->{manpage})
my $char_maps = load_char_maps ('.2tr', [ Text::EntityMap::sdata_dirs() ]);
if ( $global->{charset} eq "latin1" )
{
$char_maps = load_char_maps ('.2l1tr', [ Text::EntityMap::sdata_dirs() ]);
}
if ($txt->{manpage})
{
copy ($infile, $outfile);
while (<$infile>)
{
if (/^-/)
{
my ($str) = $';
chop ($str);
print $outfile "-" .
parse_data ($str, $char_maps, $txt_escape) . "\n";
next;
}
elsif (/^A/)
{
/^A(\S+) (IMPLIED|CDATA|NOTATION|ENTITY|TOKEN)( (.*))?$/
|| die "bad attribute data: $_\n";
my ($name,$type,$value) = ($1,$2,$4);
if ($type eq "CDATA")
{
# CDATA attributes get translated also
$value = parse_data ($value, $char_maps, $txt_escape);
}
print $outfile "A$name $type $value\n";
next;
}
#
# Default action if not skipped over with next: copy in to out.
#
print $outfile $_;
}
return;
}
# note the conversion of `sdata_dirs' list to an anonymous array to
# make a single argument
my $char_maps = load_char_maps ('.2tr', [ Text::EntityMap::sdata_dirs() ]);
$char_maps = load_char_maps ('.2l1tr', [ Text::EntityMap::sdata_dirs() ]) if $global->{charset} eq "latin1";
#
# Build TOC. The file is read into @lines in the meantime, we need to
@ -103,6 +145,8 @@ $txt->{preASP} = sub
push (@toc, ")P\n");
push (@toc, "(VERB\n");
my (@prevheader, @header);
my $appendix = 0;
my $nonprint = 0;
while (<$infile>)
{
push (@lines, $_);
@ -111,16 +155,27 @@ $txt->{preASP} = sub
{
@prevheader = @header;
@header = @header[0..$1];
$header[$1]++;
if ($appendix == 1)
{
$header[$1] = "A";
$appendix = 0;
} else
{
$header[$1]++;
}
}
if (/^\(APPEND(.*)/)
{
$appendix = 1;
}
if (/^\(HEADING/)
{
$_ = <$infile>;
s/\\n/ /g;
push (@lines, $_);
chop;
s/^-//;
$_ = join(".",@header) . " " . $_;
s/\\n/ /g;
s/\(\\[0-9][0-9][0-9]\)/\\\1/g;
if (!$#header)
@ -130,14 +185,62 @@ $txt->{preASP} = sub
$_ = "\\n" . $_ unless (!$#prevheader);
# put a . and a space after top level sections
s/ /. /;
$_ = "-" . $_ . "\\n";
##### $_ = "-" . $_ . "\\n";
$_ = "-" . $_;
}
else
{
# subsections get indentation matching hierarchy
$_ = "-" . " " x $#header . $_;
}
push(@toc, parse_data ($_, $char_maps, $txt_escape), "\\n\n");
# remove tags from a toc
s/\)TT//g;
s/\(TT//g;
s/\)IT//g;
s/\(IT//g;
s/\)EM//g;
s/\(EM//g;
s/\)BF//g;
s/\(BF//g;
s/AID * CDATA.*$//g;
s/\)LABEL//g;
s/\(LABEL//g;
push(@toc, parse_data ($_, $char_maps, $txt_escape));
$_ = <$infile>;
while (!/^\)HEADING/) {
s/\\n/ /g; ####
push(@lines, $_);
chop;
s/^-//;
# remove tags from a toc
s/\)TT//g;
s/\(TT//g;
s/\)IT//g;
s/\(IT//g;
s/\)EM//g;
s/\(EM//g;
s/\)BF//g;
s/\(BF//g;
s/AID * CDATA.*$//g;
s/\)LABEL//g;
s/\(LABEL//g;
# remove NIDX, NCDX from a toc entry
if (/^\(NIDX$/ || /^\(NCDX$/) { $nonprint = 1; }
if (/^\)NIDX$/ || /^\)NCDX$/) { $nonprint = 1; }
# $_ = "-" . $_ . "\\n";
push(@toc, parse_data ($_, $char_maps, $txt_escape))
if (! $nonprint);
$_ = <$infile>;
}
s/\\n/ /g; ###
push(@lines, $_);
push(@toc, "\\n\n");
}
}
push (@toc, ")VERB\n");
@ -233,8 +336,9 @@ $txt->{postASP} = sub
}
else
{
create_temp("$global->{tmpbase}.txt.1");
$outfile = new FileHandle
"|$main::progs->{GROFF} -T $global->{pass} $global->{charset} -t $main::progs->{GROFFMACRO} >$global->{tmpbase}.txt.1";
"|$main::progs->{GROFF} $global->{pass} -T $global->{charset} -t $main::progs->{GROFFMACRO} >\"$global->{tmpbase}.txt.1\"";
}
#
@ -265,17 +369,36 @@ $txt->{postASP} = sub
{
$outfile->open (">$global->{filename}.txt");
$groffout = new FileHandle "<$global->{tmpbase}.txt.1";
my $count = 0;
if ($txt->{filter})
{
while (<$groffout>)
{
s/[^\cH][^\cH]\cH\cH//g;
s/.//g;
print $outfile $_;
if ($txt->{blanks})
{
$count = &{$txt->{cutblank}}($count, $outfile, $_);
}
else
{
print $outfile $_;
}
}
}
else
{
copy ($groffout, $outfile);
if ($txt->{blanks})
{
while (<$groffout>)
{
$count = &{$txt->{cutblank}}($count, $outfile, $_);
}
}
else
{
copy ($groffout, $outfile);
}
}
}
$groffout->close;
@ -284,4 +407,23 @@ $txt->{postASP} = sub
return 0;
};
$txt->{cutblank} = sub
{
my ($num, $out, $in) = @_;
if ( $in =~ /^$/ )
{
$num++;
}
else
{
$num = 0;
}
if ( $num <= $txt->{blanks} )
{
print $out $in;
}
return ($num);
};
1;

20
doc/sgml2html
View File

@ -15,30 +15,32 @@ sub BEGIN
}
use strict;
use vars qw($prefix $LibDir $BinDir $progs);
use vars qw($prefix $DataDir $BinDir $progs);
$prefix = "/usr";
$LibDir = "sbase";
$DataDir = "sbase";
$BinDir = "/usr/bin";
use lib "/usr/lib/sgml-tools";
use lib "/usr/share/linuxdoc-tools";
use lib "/usr/perl5";
use lib "/usr/lib/perl5";
use lib "/usr/share/perl5";
$progs = {
"NSGMLS" => "/usr/bin/nsgmls",
"SGMLSASP" => "/usr/bin/sgmlsasp",
"GROFF" => "/usr/bin/groff",
"GROFFMACRO" => "-mgs"
"GROFFMACRO" => "-ms",
"AWK" => "/usr/share/linuxdoc-tools/awkwhich"
};
$ENV{"SGML_CATALOG_FILES"} = "sbase/dtd/catalog";
require SGMLTools;
&SGMLTools::init;
require "./LinuxDocTools.pm";
&LinuxDocTools::init;
my @FileList = SGMLTools::process_options ($0, @ARGV);
my @FileList = LinuxDocTools::process_options ("html", @ARGV);
for my $curfile (@FileList)
{
SGMLTools::process_file ($curfile);
LinuxDocTools::process_file ($curfile);
}
exit 0;

20
doc/sgml2latex
View File

@ -15,30 +15,32 @@ sub BEGIN
}
use strict;
use vars qw($prefix $LibDir $BinDir $progs);
use vars qw($prefix $DataDir $BinDir $progs);
$prefix = "/usr";
$LibDir = "sbase";
$DataDir = "sbase";
$BinDir = "/usr/bin";
use lib "/usr/lib/sgml-tools";
use lib "/usr/share/linuxdoc-tools";
use lib "/usr/perl5";
use lib "/usr/lib/perl5";
use lib "/usr/share/perl5";
$progs = {
"NSGMLS" => "/usr/bin/nsgmls",
"SGMLSASP" => "/usr/bin/sgmlsasp",
"GROFF" => "/usr/bin/groff",
"GROFFMACRO" => "-mgs"
"GROFFMACRO" => "-ms",
"AWK" => "/usr/share/linuxdoc-tools/awkwhich"
};
$ENV{"SGML_CATALOG_FILES"} = "sbase/dtd/catalog";
require SGMLTools;
&SGMLTools::init;
require "./LinuxDocTools.pm";
&LinuxDocTools::init;
my @FileList = SGMLTools::process_options ($0, @ARGV);
my @FileList = LinuxDocTools::process_options ("latex", @ARGV);
for my $curfile (@FileList)
{
SGMLTools::process_file ($curfile);
LinuxDocTools::process_file ($curfile);
}
exit 0;

20
doc/sgml2txt
View File

@ -15,30 +15,32 @@ sub BEGIN
}
use strict;
use vars qw($prefix $LibDir $BinDir $progs);
use vars qw($prefix $DataDir $BinDir $progs);
$prefix = "/usr";
$LibDir = "sbase";
$DataDir = "sbase";
$BinDir = "/usr/bin";
use lib "/usr/lib/sgml-tools";
use lib "/usr/share/linuxdoc-tools";
use lib "/usr/perl5";
use lib "/usr/lib/perl5";
use lib "/usr/share/perl5";
$progs = {
"NSGMLS" => "/usr/bin/nsgmls",
"SGMLSASP" => "/usr/bin/sgmlsasp",
"GROFF" => "/usr/bin/groff",
"GROFFMACRO" => "-mgs"
"GROFFMACRO" => "-ms",
"AWK" => "/usr/share/linuxdoc-tools/awkwhich"
};
$ENV{"SGML_CATALOG_FILES"} = "sbase/dtd/catalog";
require SGMLTools;
&SGMLTools::init;
require "./LinuxDocTools.pm";
&LinuxDocTools::init;
my @FileList = SGMLTools::process_options ($0, @ARGV);
my @FileList = LinuxDocTools::process_options ("txt", @ARGV);
for my $curfile (@FileList)
{
SGMLTools::process_file ($curfile);
LinuxDocTools::process_file ($curfile);
}
exit 0;