#! /usr/bin/perl
# this is the perl variant of the mksite script. It based directly on a
# copy of mksite.sh which is derived from snippets that I was using to
# finish doc pages for website publishing. Using only sh/sed along with
# files has a great disadvantage: it is a very slow process atleast. The
# perl language in contrast has highly optimized string, replace, search
# functions as well as data structures to store intermediate values. As
# an advantage large parts of the syntax are similar to the sh/sed variant.
#
# http://zziplib.sf.net/mksite/
# THE MKSITE.SH (ZLIB/LIBPNG) LICENSE
# Copyright (c) 2004 Guido U. Draheim <guidod@gmx.de>
# This software is provided 'as-is', without any express or implied warranty
# In no event will the authors be held liable for any damages arising
# from the use of this software.
# Permission is granted to anyone to use this software for any purpose,
# including commercial applications, and to alter it and redistribute it
# freely, subject to the following restrictions:
# 1. The origin of this software must not be misrepresented; you must not
# claim that you wrote the original software. If you use this software
# in a product, an acknowledgment in the product documentation would be
# appreciated but is not required.
# 2. Altered source versions must be plainly marked as such, and must not
# be misrepresented as being the original software.
# 3. This notice may not be removed or altered from any source distribution.
# $Id: mksite.pl,v 1.2 2006/09/22 00:33:22 guidod Exp $
use strict; use warnings; no warnings "uninitialized";
use File::Basename qw(basename);
use POSIX qw(strftime);
# initialize some defaults
my $SITEFILE="";
$SITEFILE="site.htm" if not $SITEFILE and -f "site.htm";
$SITEFILE="site.html" if not $SITEFILE and -f "site.html";
$SITEFILE="site.htm" if not $SITEFILE;
# my $MK="-mksite"; # note the "-" at the start
my $SED="sed";
my $DATA="~~"; # extension for meta data files
my $HEAD="~head~"; # extension for head sed script
my $BODY="~body~"; # extension for body sed script
my $FOOT="~foot~"; # append to body text (non sed)
my $SED_LONGSCRIPT="$SED -f";
my $az="a-z"; # for perl
my $AZ="A-Z"; # we may assume there are
my $NN="0-9"; # char-ranges available
my $AA="_$NN$AZ$az"; # that makes the resulting
my $AX="$AA.+-"; # script more readable
my $n = "\n";
my $Q = "q class";
my $QX = "/q";
# LANG="C" ; LANGUAGE="C" ; LC_COLLATE="C" # these are needed for proper
# export LANG LANGUAGE LC_COLLATE # lowercasing as some collate
# treat A-Z to include a-z
my @HTMLTAGS = qw/a p h1 h2 h3 h4 h5 h6 dl dd dt ul ol li pre code
table tr td th b u i s q em strong strike cite big small sup sub tt
thead tbody center hr br nobr wbr span div img adress blockquote/;
my @HTMLTAGS2 = qw/html head body title meta http-equiv style link/;
# ==========================================================================
my $hint="";
sub echo
{
print join(" ",@_),$n;
}
sub error
{
print STDERR "ERROR: ", join(" ",@_),$n;
}
sub warns
{
print STDERR "WARN: ", join(" ",@_), $n;
}
sub hint
{
print STDERR "NOTE: ", join(" ", @_), $n if $hint;
}
sub init
{
$hint="1" if -d "DEBUG";
}
&init ("NOW!!!");
sub ls_s {
my $x=`ls -s @_`;
chomp($x);
return $x;
}
# ==========================================================================
# reading options from the command line GETOPT
my %o = (); # to store option variables
$o{variables}="files";
$o{fileseparator}="?";
$o{files}="";
$o{main_file}="";
$o{formatter}="$0";
my $opt="";
for my $arg (@ARGV) { # this variant should allow to embed spaces in $arg
if ($opt) {
$o{$opt}=$arg;
$opt="";
} else {
$_=$arg;
if (/^-.*=.*$/) {
$opt=$arg; $opt =~ s/-*([$AA][$AA-]*).*/$1/; $opt =~ y/-/_/;
if (not $opt) {
error "invalid option $arg";
} else {
$arg =~ s/^[^=]*=//;
$o{$opt} = $arg;
$o{variables} .= " ".$opt;
}
$opt="";;
} elsif (/^-.*.-.*$/) {
$opt=$arg; $opt =~ s/-*([$AA][$AA-]*).*/$1/; $opt =~ y/-/_/;
if (not $opt) {
error "invalid option $arg";
$opt="";
} else {
# keep the option for next round
} ;;
} elsif (/^-.*/) {
$opt=$arg; $opt =~ s/^-*([$AA][$AA-]*).*/$1/; $opt =~ y/-/_/;
if (not $opt) {
error "invalid option $arg";
} else {
$arg =~ s/^[^=]*=//;
$o{$opt} = ' ';
}
$opt="" ;;
} else {
hint "<$arg>";
if (not $o{main_file}) { $o{main_file} = $arg; } else {
$o{files} .= $o{fileseparator} if $o{files};
$o{files} .= $arg; };
$opt="" ;;
};
}
} ; if ($opt) {
$o{$opt}=" ";
$opt="";
}
### env | grep ^opt
$SITEFILE=$o{main_file} if $o{main_file} and -f $o{main_file};
$SITEFILE=$o{site_file} if $o{site_file} and -f $o{site_file};
$hint="1" if $o{debug};
if ($o{help}) {
$_=$SITEFILE;
echo "$0 [sitefile]";
echo " default sitefile = $_ ($o{main_file}) ($o{files})";
echo "options:";
echo " --filelist : show list of target files as ectracted from $_";
echo " --src-dir xx : if source files are not where mksite is executed";
echo " --tmp-dir xx : use temp instead of local directory";
echo " --tmp : use automatic temp directory in \$TEMP/mksite.*";
exit;
echo " internal:";
echo "--fileseparator=x : for building the internal filelist (def. '?')";
echo "--files xx : for list of additional files to be processed";
echo "--main-file xx : for the main sitefile to take file list from";
}
if (not $SITEFILE) {
error "no SITEFILE found (default would be 'site.htm')$n";
exit 1;
} else {
hint "sitefile: ", ls_s($SITEFILE);
}
# we use internal hashes to store mappings - kind of relational tables
my @MK_TAGS= (); # "./$MK.tags.tmp"
my @MK_VARS= (); # "./$MK.vars.tmp"
my @MK_SPAN= (); # "./$MK.span.tmp"
my @MK_META= (); # "./$MK.meta.tmp"
my @MK_METT= (); # "./$MK.mett.tmp"
my @MK_TEST= (); # "./$MK.test.tmp"
my @MK_FAST= (); # "./$MK.fast.tmp"
my @MK_GETS= (); # "./$MK.gets.tmp"
my @MK_PUTS= (); # "./$MK.puts.tmp"
my @MK_OLDS= (); # "./$MK.olds.tmp"
my @MK_SITE= (); # "./$MK.site.tmp"
my @MK_SECT1= (); # "./$MK.sect1.tmp"
my @MK_SECT2= (); # "./$MK.sect2.tmp"
my @MK_SECT3= (); # "./$MK.sect3.tmp"
my @MK_DATA= (); # "./$MK~~"
my %DATA= (); # used for $F.$PARTs
# ========================================================================
# ========================================================================
# ========================================================================
# MAGIC VARS
# IN $SITEFILE
my $printerfriendly="";
my $sectionlayout="list";
my $sitemaplayout="list";
my $attribvars=" "; # <x ref="${varname:=default}">
my $updatevars=" "; # <!--$varname:=-->default
my $expandvars=" "; # <!--$varname-->
my $commentvars=" "; # $updatevars && $expandsvars
my $sectiontab=" "; # highlight ^<td class=...>...href="$section"
my $currenttab=" "; # highlight ^<br>..<a href="$topic">
my $headsection="no";
my $tailsection="no";
my $sectioninfo="no"; # using <h2> title <h2> = info text
my $emailfooter="no";
for (source($SITEFILE)) {
if (/<!--multi-->/) {
warns("do not use <!--multi-->,"
." change to <!--mksite:multi--> $SITEFILE"
."warning: or"
." <!--mksite:multisectionlayout-->"
." <!--mksite:multisitemaplayout-->");
$sectionlayout="multi";
$sitemaplayout="multi";
}
if (/<!--mksite:multi-->/) {
$sectionlayout="multi";
$sitemaplayout="multi";
}
if (/<!--mksite:multilayout-->/) {
$sectionlayout="multi";
$sitemaplayout="multi";
}
}
sub mksite_magic_option
{
# $1 is word/option to check for
my ($U,$INP,$Z) = @_;
$INP=$SITEFILE if not $INP;
for (source($INP)) {
s/(<!--mksite:)($U)-->/$1$2: -->/g;
s/(<!--mksite:)(\w\w*)($U)-->/$1$3:$2-->/g;
/<!--mksite:$U:/ or next;
s/.*<!--mksite:$U:([^<>]*)-->.*/$1/;
s/.*<!--mksite:$U:([^-]*)-->.*/$1/;
/<!--mksite:$U:/ and next;
chomp;
return $_;
}
return "";
}
{
my $x;
$x=mksite_magic_option("sectionlayout"); if
($x =~ /^(list|multi)$/) { $sectionlayout="$x" ; }
$x=mksite_magic_option("sitemaplayout"); if
($x =~ /^(list|multi)$/) { $sitemaplayout="$x" ; }
$x=mksite_magic_option("attribvars"); if
($x =~ /^( |no|warn)$/) { $attribvars="$x" ; }
$x=mksite_magic_option("updatevars"); if
($x =~ /^( |no|warn)$/) { $updatevars="$x" ; }
$x=mksite_magic_option("expandvars"); if
($x =~ /^( |no|warn)$/) { $expandvars="$x" ; }
$x=mksite_magic_option("commentvars"); if
($x =~ /^( |no|warn)$/) { $commentvars="$x" ; }
$x=mksite_magic_option("printerfriendly"); if
($x =~ /^( |[.].*|[-]-.*)$/) { $printerfriendly="$x" ; }
$x=mksite_magic_option("sectiontab"); if
($x =~ /^( |no|warn)$/) { $sectiontab="$x" ; }
$x=mksite_magic_option("currenttab"); if
($x =~ /^( |no|warn)$/) { $currenttab="$x" ; }
$x=mksite_magic_option("sectioninfo"); if
($x =~ /^( |no|[=:-])$/) { $sectioninfo="$x" ; }
$x=mksite_magic_option("commentvars"); if
($x =~ /^( |no|warn)$/) { $commentvars="$x" ; }
$x=mksite_magic_option("emailfooter"); if
($x) { $emailfooter="$x"; }
}
$printerfriendly=$o{print} if $o{print};
$updatevars="no" if $commentvars eq "no"; # duplicated into
$expandvars="no" if $commentvars eq "no"; # info2vars_sed
hint "'$sectionlayout\'sectionlayout '$sitemaplayout\'sitemaplayout";
hint "'$attribvars\'attribvars '$updatevars\'updatevars";
hint "'$expandvars\'expandvars '$commentvars\'commentvars";
hint "'$currenttab\'currenttab '$sectiontab\'sectiontab";
hint "'$headsection\'headsection '$tailsection\'tailsection";
# ==========================================================================
# init a few global variables
# 0. INIT
# $MK.tags.tmp - originally, we would use a lambda execution on each
# uppercased html tag to replace <P> with <p class="P">. Here we just
# walk over all the known html tags and make an sed script that does
# the very same conversion. There would be a chance to convert a single
# tag via "h;y;x" or something we do want to convert all the tags on
# a single line of course.
@MK_TAGS=();
{ my ($M,$P); for $M (@HTMLTAGS) {
$P=uc($M);
push @MK_TAGS, "s|<$P>|<$M class=\\\"$P\\\">|g;";
push @MK_TAGS, "s|<$P |<$M class=\\\"$P\\\" |g;";
push @MK_TAGS, "s|</$P>|</$M>|g;";
}}
push @MK_TAGS, "s|<>|\\ \\;|g;";
push @MK_TAGS, "s|<->|<WBR />\\;|g;";
push @MK_TAGS, "s|<c>|<code>|g;";
push @MK_TAGS, "s|</c>|</code>|g;";
push @MK_TAGS, "s|<section>||g;";
push @MK_TAGS, "s|</section>||g;";
push @MK_TAGS, "s|<(a [^<>]*) />|<\$1></a>|g";
my $_ulink_="<a href=\"\$1\" remap=\"url\">\$1</a>";
push @MK_TAGS, "s|<a>\\s*(\\w+://[^<>]*)</a>|$_ulink_|g;";
# also make sure that some non-html entries are cleaned away that
# we are generally using to inject meta information. We want to see
# that meta ino in the *.htm browser view during editing but they
# shall not get present in the final html page for publishing.
my @DC_VARS =
("contributor", "date", "source", "language", "coverage", "identifier",
"rights", "relation", "creator", "subject", "description",
"publisher", "DCMIType");
my @_EQUIVS =
("refresh", "expires", "content-type", "cache-control",
"redirect", "charset", # mapped to refresh / content-type
"content-language", "content-script-type", "content-style-type");
{ my $P; for $P (@DC_VARS) { # dublin core embedded
push @MK_TAGS, "s|<$P>[^<>]*</$P>||g;";
}}
{ my $P; for $P (@_EQUIVS) {
push @MK_TAGS, "s|<$P>[^<>]*</$P>||g;";
}}
push @MK_TAGS, "s|<a sect=\\\"[$AZ$NN]\\\"|<a|g;" if not $o{keepsect};
push @MK_TAGS, "s|<!--[$AX]*[?]-->||g;";
push @MK_TAGS, "s|<!--\\\$[$AX]*[?]:-->||g;";
push @MK_TAGS, "s|<!--\\\$[$AX]*:[?=]-->||g;";
push @MK_TAGS, "s|(<[^<>]*)\\\${[$AX]*:[?=]([^<{}>]*)}([^<>]*>)|\$1\$2\$3|g;";
my $TRIMM=" -e 's:^ *::' -e 's: *\$::'"; # trimm away leading/trailing spaces
sub trimm
{
my ($T,$Z) = @_;
$T =~ s:\A\s*::s; $T =~ s:\s*\Z::s;
return $T;
}
sub trimmm
{
my ($T,$Z) = @_;
$T =~ s:\A\s*::s; $T =~ s:\s*\Z::s; $T =~ s:\s+: :g;
return $T;
}
sub timezone
{
# +%z is an extension while +%Z is supposed to be posix
my $tz;
eval { $tz = strftime("%z", localtime()) };
return $tz if $tz =~ /[+]/;
return $tz if $tz =~ /[-]/;
return strftime("%Z", localtime());
}
sub timetoday
{
return strftime("%Y-%m-%d", localtime());
}
sub timetodays
{
return strftime("%Y-%m%d", localtime());
}
sub esc
{
my ($TXT,$XXX) = @_;
$TXT =~ s|&|\\\\&|g;
return $TXT;
}
my %SOURCE;
sub source # $file : @lines
{
my ($FILE,$Z) = @_;
if (exists $SOURCE{$FILE}) { return @{$SOURCE{$FILE}}; }
my @TEXT = ();
open FILE, "<$FILE" or die "could not open $FILE: $!";
for my $line (<FILE>) {
push @TEXT, $line;
} close FILE;
@{$SOURCE{$FILE}} = @TEXT;
return @{$SOURCE{$FILE}};
}
sub savesource # $file \@lines
{
my ($FILE,$LINES,$Z) = @_;
@{$SOURCE{$FILE}} = @{$LINES};
}
my $F; # current file during loop <<<<<<<<<
my $i = 100;
sub savelist {
if (-d "DEBUG") {
my ($script,$ext,$Z) = @_;
if (not $ext) { $ext = "_".$i; $i++; }
my $X = "$F.$ext.tmp.PL"; $X =~ s|/|:|g;
open X, ">DEBUG/$X" or die "could not open $X: $!";
print X "#! /usr/bin/env perl",$n;
print X "# ",$#_," $ext files ",localtime(),$n;
my $TEXT = join("$n", @{$script});
$TEXT =~ s|source\([^()]*\)|<>|;
print X $TEXT,$n; close X;
}
}
sub eval_MK_LIST # $str @list
{
my $FILETYPE = $_[0]; shift @_;
my $result = $_[0]; shift @_;
my $extra = "";
my $script = "\$_ = \$result; my \$Z;";
$script .= join(";$n ", @_);
$script .= "$n;\$result = \$_;$n";
savelist([$script],$FILETYPE);
eval $script;
return $result.$extra;
}
sub eval_MK_FILE {
my $FILETYPE = $_[0]; shift @_;
my $FILENAME = $_[0]; shift @_;
my $result = "";
my $script = "my \$FILE; my \$extra = ''; my \$Z; $n";
$script.= "for (source('$FILENAME')) { $n";
$script.= join(";$n ", @_);
$script.= "$n; \$result .= \$_; ";
$script.= "$n if(\$extra){\$result.=\$extra;\$extra='';\$result.=\"\\n\"}";
$script.= "$n} if(\$extra){\$result.=\$extra;}$n";
savelist([$script],$FILETYPE);
eval $script;
return $result;
}
my $sed_add = "\$extra .= "; # "/r ";
sub foo { print " '$F'$n"; }
# ======================================================================
# FUNCS
my $SOURCEFILE; # current file <<<<<<<<
my @FILELIST; # <<<<<<<
sub sed_slash_key # helper to escape chars special in /anchor/ regex
{ # currently escaping "/" "[" "]" "."
my $R = $_[0]; $R =~ s|[\"./[-]|\\$&|g; $R =~ s|\]|\\\\$&|g;
return $R;
}
sub sed_piped_key # helper to escape chars special in s|anchor|| regex
{ # currently escaping "|" "[" "]" "."
my $R = $_[0]; $R =~ s/[\".|[-]/\\$&/g; $R =~ s/\]/\\\\$&/g;
return $R;
}
sub back_path # helper to get the series of "../" for a given path
{
my ($R,$Z) = @_; if ($R !~ /\//) { return ""; }
$R =~ s|/[^/]*$|/|; $R =~ s|[^/]*/|../|g;
return $R;
}
sub dir_name
{
my $R = $_[0]; $R =~ s:/[^/][^/]*\$::;
return $R;
}
sub info2vars_sed # generate <!--$vars--> substition sed addon script
{
my ($INP,$Z) = @_;
$INP = \@{$DATA{$F}} if not $INP;
my @OUT = ();
my $V8=" *([^ ][^ ]*) +(.*)<$QX>";
my $V9=" *DC[.]([^ ][^ ]*) +(.*)<$QX>";
my $N8=" *([^ ][^ ]*) ([$NN].*)<$QX>";
my $N9=" *DC[.]([^ ][^ ]*) ([$NN].*)<$QX>";
my $V0="([<]*)\\\$";
my $V1="([^<>]*)\\\$";
my $V2="([^{<>}]*)";
my $V3="([^<>]*)";
my $SS="<"."<>".">"; # spacer so value="2004" dont make for s|\(...\)|\12004|
$Z="\$Z=";
$updatevars = "no" if $commentvars eq "no"; # duplicated from
$expandvars = "no" if $commentvars eq "no"; # option handling
my @_INP = (); for (@{$INP}) {
my $x=$_; $x =~ s/(>[^<>]*)'([^<>]*<)/$1\\'$2/; push @_INP, $x; # OOOOPS
}
if ($expandvars ne "no") {
for (@_INP) {
if (/^=....=formatter /) { next; }
elsif (/^<$Q='name'>$V9/){push @OUT, "\$Z='$2';s|<!--$V0$1\\?-->|- \$Z|;"}
elsif (/^<$Q='Name'>$V9/){push @OUT, "\$Z='$2';s|<!--$V0$1\\?-->|(\$Z)|;"}
elsif (/^<$Q='name'>$V8/){push @OUT, "\$Z='$2';s|<!--$V0$1\\?-->|- \$Z|;"}
elsif (/^<$Q='Name'>$V8/){push @OUT, "\$Z='$2';s|<!--$V0$1\\?-->|(\$Z)|;"}
}
}
if ($expandvars ne "no") {
for (@_INP) {
if (/^=....=formatter /) { next; }
elsif (/^<$Q='text'>$V9/){push @OUT, "\$Z='$2';s|<!--$V1$1-->|\$1$SS\$Z|;"}
elsif (/^<$Q='Text'>$V9/){push @OUT, "\$Z='$2';s|<!--$V1$1-->|\$1$SS\$Z|;"}
elsif (/^<$Q='name'>$V9/){push @OUT, "\$Z='$2';s|<!--$V1$1\\?-->|\$1$SS\$Z|;"}
elsif (/^<$Q='Name'>$V9/){push @OUT, "\$Z='$2';s|<!--$V1$1\\?-->|\$1$SS\$Z|;"}
elsif (/^<$Q='text'>$V8/){push @OUT, "\$Z='$2';s|<!--$V1$1-->|\$1$SS\$Z|;"}
elsif (/^<$Q='Text'>$V8/){push @OUT, "\$Z='$2';s|<!--$V1$1-->|\$1$SS\$Z|;"}
elsif (/^<$Q='name'>$V8/){push @OUT, "\$Z='$2';s|<!--$V1$1\\?-->|\$1$SS\$Z|;"}
elsif (/^<$Q='Name'>$V8/){push @OUT, "\$Z='$2';s|<!--$V1$1\\?-->|\$1$SS\$Z|;"}
}
}
if ($updatevars ne "no") {
for (@_INP) { my $H = "[^<>]*";
if (/^=....=formatter /) { next; }
elsif (/^<$Q='name'>$V9/){push @OUT, "\$Z='$2';s|<!--$V0$1:\\?-->$H|- \$Z|;"}
elsif (/^<$Q='Name'>$V9/){push @OUT, "\$Z='$2';s|<!--$V0$1:\\?-->$H|(\$Z)|;"}
elsif (/^<$Q='name'>$V8/){push @OUT, "\$Z='$2';s|<!--$V0$1:\\?-->$H|- \$Z|;"}
elsif (/^<$Q='Name'>$V8/){push @OUT, "\$Z='$2';s|<!--$V0$1:\\?-->$H|(\$Z)|;"}
}
}
if ($updatevars ne "no") {
for (@_INP) { my $H = "[^<>]*";
if (/^=....=formatter /) { next; }
elsif (/^<$Q='text'>$V9/){push @OUT,"\$Z='$2';s|<!--$V1$1:\\=-->$H|\$1$SS\$Z|;"}
elsif (/^<$Q='Text'>$V9/){push @OUT,"\$Z='$2';s|<!--$V1$1:\\=-->$H|\$1$SS\$Z|;"}
elsif (/^<$Q='name'>$V9/){push @OUT,"\$Z='$2';s|<!--$V1$1:\\?-->$H|\$1$SS\$Z|;"}
elsif (/^<$Q='Name'>$V9/){push @OUT,"\$Z='$2';s|<!--$V1$1:\\?-->$H|\$1$SS\$Z|;"}
elsif (/^<$Q='text'>$V8/){push @OUT,"\$Z='$2';s|<!--$V1$1:\\=-->$H|\$1$SS\$Z|;"}
elsif (/^<$Q='Text'>$V8/){push @OUT,"\$Z='$2';s|<!--$V1$1:\\=-->$H|\$1$SS\$Z|;"}
elsif (/^<$Q='name'>$V8/){push @OUT,"\$Z='$2';s|<!--$V1$1:\\?-->$H|\$1$SS\$Z|;"}
elsif (/^<$Q='Name'>$V8/){push @OUT,"\$Z='$2';s|<!--$V1$1:\\?-->$H|\$1$SS\$Z|;"}
}
}
if ($attribvars ne "no") {
for (@_INP) { my $H = "[^<>]*";
if (/^=....=formatter /) { next; }
elsif (/^<$Q='text'>$V9/){push @OUT,"\$Z='$2';s|<$V1\{$1:[=]$V2}$V3>|<\$1$SS\$Z\$3>|;"}
elsif (/^<$Q='Text'>$V9/){push @OUT,"\$Z='$2';s|<$V1\{$1:[=]$V2}$V3>|<\$1$SS\$Z\$3>|;"}
elsif (/^<$Q='name'>$V9/){push @OUT,"\$Z='$2';s|<$V1\{$1:[?]$V2}$V3>|<\$1$SS\$Z\$3>|;"}
elsif (/^<$Q='Name'>$V9/){push @OUT,"\$Z='$2';s|<$V1\{$1:[?]$V2}$V3>|<\$1$SS\$Z\$3>|;"}
elsif (/^<$Q='text'>$V8/){push @OUT,"\$Z='$2';s|<$V1\{$1:[=]$V2}$V3>|<\$1$SS\$Z\$3>|;"}
elsif (/^<$Q='Text'>$V8/){push @OUT,"\$Z='$2';s|<$V1\{$1:[=]$V2}$V3>|<\$1$SS\$Z\$3>|;"}
elsif (/^<$Q='name'>$V8/){push @OUT,"\$Z='$2';s|<$V1\{$1:[?]$V2}$V3>|<\$1$SS\$Z\$3>|;"}
elsif (/^<$Q='Name'>$V8/){push @OUT,"\$Z='$2';s|<$V1\{$1:[?]$V2}$V3>|<\$1$SS\$Z\$3>|;"}
}
for (split / /, $o{variables}) {
{push @OUT,"\$Z='$o{$_}';s|<$V1\{$_:[?]$V2}$V3>|<\$1$SS\$Z\$3>|;"}
}
}
# if value="2004" then generated sed might be "\\12004" which is bad
# instead we generate an edited value of "\\1$SS$value" and cut out
# the spacer now after expanding the variable values:
push @OUT, "s|$SS||g;";
return @OUT;
}
sub info2meta_sed # generate <meta name..> text portion
{
my ($INP,$XXX) = @_;
$INP = \@{$DATA{$F}} if not $INP;
my @OUT = ();
# http://www.metatab.de/meta_tags/DC_type.htm
my $V6=" *HTTP[.]([^ ]+) (.*)<$QX>";
my $V7=" *DC[.]([^ ]+) (.*)<$QX>";
my $V8=" *([^ ]+) (.*)<$QX>" ;
sub __TYPE_SCHEME { "name=\"DC.type\" content=\"$2\" scheme=\"$1\"" };
sub __DCMI { "name=\"$1\" content=\"$2\" scheme=\"DCMIType\"" };
sub __NAME { "name=\"$1\" content=\"$2\"" };
sub __NAME_TZ { "name=\"$1\" content=\"$2 ".&timezone()."\"" };
sub __HTTP { "http-equiv=\"$1\" content=\"$2\"" };
for (@$INP) {
if (/=....=today /) { next; }
if (/<$Q='meta'>HTTP[.]/ && /<$Q='meta'>$V6/) {
push @OUT, " <meta ${\(__HTTP)} />" if $2; next; }
if (/<$Q='meta'>DC[.]DCMIType / && /<$Q='meta'>$V7/) {
push @OUT, " <meta ${\(__TYPE_SCHEME)} />" if $2; next; }
if (/<$Q='meta'>DC[.]type Collection$/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__DCMI)} />" if $2; next; }
if (/<$Q='meta'>DC[.]type Dataset$/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__DCMI)} />" if $2; next; }
if (/<$Q='meta'>DC[.]type Event$/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__DCMI)} />" if $2; next; }
if (/<$Q='meta'>DC[.]type Image$/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__DCMI)} />" if $2; next; }
if (/<$Q='meta'>DC[.]type Service$/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__DCMI)} />" if $2; next; }
if (/<$Q='meta'>DC[.]type Software$/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__DCMI)} />" if $2; next; }
if (/<$Q='meta'>DC[.]type Sound$/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__DCMI)} />" if $2; next; }
if (/<$Q='meta'>DC[.]type Text$/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__DCMI)} />" if $2; next; }
if (/<$Q='meta'>DC[.]date[.].*[+]/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__NAME)} />" if $2; next; }
if (/<$Q='meta'>DC[.]date[.].*[:]/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__NAME_TZ)} />" if $2; next; }
if (/<$Q='meta'>/ && /<$Q='meta'>$V8/) {
push @OUT, " <meta ${\(__NAME)} />" if $2; next; }
}
return @OUT;
}
sub info_get_entry # get the first <!--vars--> value known so far
{
my ($TXT,$INP,$XXX) = @_;
$TXT = "sect" if not $TXT;
$INP = \@{$DATA{$F}} if not $INP;
for (grep {/<$Q='text'>$TXT /} @$INP) {
my $info = $_;
$info =~ s|<$Q='text'>$TXT ||; $info =~ s|<$QX>||;
chomp($info); chomp($info); return $info;
}
}
sub info1grep # test for a <!--vars--> substition to be already present
{
my ($TXT,$INP,$XXX) = @_;
$TXT = "sect" if not $TXT;
$INP = \@{$DATA{$F}} if not $INP;
return scalar(grep {/^<$Q='text'>$TXT /} @$INP); # returning the count
}
sub dx_init
{
@{$DATA{$F}} = ();
&dx_meta ("formatter", basename($o{formatter}));
for (split / /, $o{variables}) { # commandline --def=value
if (/_/) { my $u=$_; $u =~ y/_/-/; # makes for <!--$def--> override
&dx_meta ($u, $o{$_});
} else { &dx_text ($_, $o{$_}); }
}
}
sub dx_line
{
my ($U,$V,$W,$Z) = @_; chomp($U); chomp($V);
push @{$DATA{$F}}, "<$Q=$U>".$V." ".trimmm($W)."<$QX>";
}
sub DX_line
{
my ($U,$V,$W,$Z) = @_; $W =~ s/<[^<>]*>//g;
&dx_line ($U,$V,$W);
}
sub dx_text
{
my ($U,$V,$Z) = @_;
&dx_line ("'text'",$U,$V);
}
sub DX_text # add a <!--vars--> substition includings format variants
{
my ($N, $T,$XXX) = @_;
$N = trimm($N); $T = trimm($T);
if ($N) {
if ($T) {
my $text=lc("$T"); $text =~ s/<[^<>]*>//g;
&dx_line ("'text'",$N,$T);
&dx_line ("'name'",$N,$text);
my $varname=$N; $varname =~ s/.*[.]//; # cut out front part
if ($N ne $varname and $varname) {
$text=lc("$varname $T"); $text =~ s/<[^<>]*>//g;
&dx_line ("'Text'",$varname,$T);
&dx_line ("'Name'",$varname,$text);
}
}
}
}
sub dx_meta
{
my ($U,$V,$Z) = @_;
&DX_line ("'meta'",$U,$V);
}
sub DX_meta # add simple meta entry and its <!--vars--> subsitution
{
my ($U,$V,$Z) = @_;
&DX_line ("'meta'",$U,$V);
&DX_text ("$U", $V);
}
sub DC_meta # add new DC.meta entry plus two <!--vars--> substitutions
{
my ($U,$V,$Z) = @_;
&DX_line ("'meta'","DC.$U",$V);
&DX_text ("DC.$U", $V);
&DX_text ("$U", $V);
}
sub HTTP_meta # add new HTTP.meta entry plus two <!--vars--> substitutions
{
my ($U,$V,$Z) = @_;
&DX_line ("'meta'","HTTP.$U",$V);
&DX_text ("HTTP.$U", $V);
&DX_text ("$U", $V);
}
sub DC_VARS_Of # check DC vars as listed in $DC_VARS global/generate DC_meta
{ # the results will be added to .meta.tmp and .vars.tmp later
my ($FILENAME,$Z)= @_;
$FILENAME=$SOURCEFILE if not $FILENAME;
for my $M (@DC_VARS, "title") {
# scan for a <markup> of this name FIXME
my ($part,$text);
for (source($FILENAME)) {
/<$M>/ or next; s|.*<$M>||; s|</$M>.*||;
$part = trimm($_); last;
}
$text=$part; $text =~ s|^\w*:||; $text = trimm($text);
next if not $text;
# <mark:part> will be <meta name="mark.part">
if ($text ne $part) {
my $N=$part; $N =~ s/:.*//;
&DC_meta ("$M.$N", $text);
} elsif ($M eq "date") {
&DC_meta ("$M.issued", $text); # "<date>" -> "<date>issued:"
} else {
&DC_meta ("$M", $text);
}
}
}
sub HTTP_VARS_Of # check HTTP-EQUIVs as listed in $_EQUIV global then
{ # generate meta tags that are http-equiv= instead of name=
my ($FILENAME,$Z)= @_;
$FILENAME=$SOURCEFILE if not $FILENAME;
for my $M (@_EQUIVS) {
# scan for a <markup> of this name FIXME
my ($part,$text);
for (source($FILENAME)) {
/<$M>/ or next; s|.*<$M>||; s|</$M>.*||;
$part = trimm($_); last;
}
$text=$part; $text =~ s|^\w*:||; $text = trimm($text);
next if not $text;
if ($M eq "redirect") {
&HTTP_meta ("refresh", "5; url=$text"); &DX_text ("$M", $text);
} elsif ($M eq "charset") {
&HTTP_meta ("content-type", "text/html; charset=$text");
} else {
&HTTP_meta ("$M", $text);
}
}
}
sub DC_isFormatOf # make sure there is this DC.relation.isFormatOf tag
{ # choose argument for a fallback (usually $SOURCEFILE)
my ($NAME,$Z) = @_;
$NAME=$SOURCEFILE if not $NAME;
if (not &info1grep ("DC.relation.isFormatOf")) {
&DC_meta ("relation.isFormatOf", "$NAME");
}
}
sub DC_publisher # make sure there is this DC.publisher meta tag
{ # choose argument for a fallback (often $USER)
my ($NAME,$Z) = @_;
$NAME=$ENV{"USER"} if not $NAME;
if (not &info1grep ("DC.publisher")) {
&DC_meta ("publisher", "$NAME");
}
}
sub DC_modified # make sure there is a DC.date.modified meta tag
{ # maybe choose from filesystem dates if possible
my ($ZZ,$Z) = @_; # target file
if (not &info1grep ("DC.date.modified")) {
my @stats = stat($ZZ);
my $text = strftime("%Y-%m-%d", localtime($stats[9]));
&DC_meta ("date.modified", $text);
}
}
sub DC_date # make sure there is this DC.date meta tag
{ # choose from one of the available DC.date.* specials
my ($ZZ,$Z) = @_; # source file
if (&info1grep ("DC.date")) {
&DX_text ("issue", "dated ".&info_get_entry("DC.date"));
&DX_text ("updated", &info_get_entry("DC.date"));
} else {
my $text=""; my $kind;
for $kind (qw/available issued modified created/) {
$text=&info_get_entry("DC.date.$kind");
# test ".$text" != "." && echo "$kind = date = $text ($ZZ)"
last if $text;
}
if (not $text) {
my $part; my $M="date";
for (source($ZZ)) {
/<$M>/ or next; s|.*<$M>||; s|</$M>.*||;
$part=trimm($_); last;
}
$text=$part; $text =~ s|^[$AA]*:||;
$text = &trimm ($text);
}
if (not $text) {
my $part; my $M="!--date:*=*--"; # takeover updateable variable...
for (source($ZZ)) {
/<$M>/ or next; s|.*<$M>||; s|</.*||;
$part=trimm($_); last;
}
$text=$part; $text =~ s|^[$AA]*:||; $text =~ s|\&.*||;
$text = &trimm ($text);
}
$text =~ s/[$NN]*:.*//; # cut way seconds
&DX_text ("updated", $text);
my $text1=$text; $text1 =~ s|^.* *updated ||;
if ($text ne $text1) {
$kind="modified" ; $text=$text1; $text =~ s|,.*||;
}
$text1=$text; $text1 =~ s|^.* *modified ||;
if ($text ne $text1) {
$kind="modified" ; $text=$text1; $text =~ s|,.*||;
}
$text1=$text; $text1 =~ s|^.* *created ||;
if ($text ne $text1) {
$kind="created" ; $text=$text1; $text =~ s|,.*||;
}
&DC_meta ("date", "$text");
&DX_text ("issue", "$kind $text");
}
}
sub DC_title
{
# choose a title for the document, either an explicit title-tag
# or one of the section headers in the document or fallback to filename
my ($ZZ,$Z) = @_; # target file
my ($term, $text);
if (not &info1grep ("DC.title")) {
for my $M (qw/TITLE title H1 h1 H2 h2 H3 H3 H4 H4 H5 h5 H6 h6/) {
for (source($ZZ)) {
/<$M>/ or next; s|.*<$M>||; s|</$M>.*||;
$text = trimm($_); last;
}
last if $text;
for (source($ZZ)) {
/<$M [^<>]*>/ or next; s|.*<$M [^<>]*>||; s|</$M>.*||;
$text = trimm($_); last;
}
last if $text;
}
if (not $text) {
$text=basename($ZZ,".html");
$text=basename($text,".htm"); $text =~ y/_/ /; $text =~ s/$/ info/;
$text=~ s/\n/ /g;
}
$term=$text; $term =~ s/.*[\(]//; $term =~ s/[\)].*//;
$text =~ s/[\(][^\(\)]*[\)]//;
if (not $term or $term eq $text) {
&DC_meta ("title", "$text");
} else {
&DC_meta ("title", "$term - $text");
}
}
}
sub site_get_section # return parent section page of given page
{
my $_F_ = &sed_slash_key(@_);
for my $x (grep {/<$Q='sect'>$_F_ /} @MK_DATA) {
my $info = $x; $info =~ s|<$Q='sect'>[^ ]* ||; $info =~ s|<$QX>||;
return $info;
}
}
sub DC_section # not really a DC relation (shall we use isPartOf ?)
{ # each document should know its section father
my $sectn = &site_get_section($F);
if ($sectn) {
&DC_meta ("relation.section", $sectn);
}
}
sub info_get_entry_section
{
return &info_get_entry("DC.relation.section");
}
sub site_get_selected # return section of given page
{
my $_F_ = &sed_slash_key(@_);
for my $x (grep {/<$Q='[u]se.'>$_F_ /} @MK_DATA) {
my $info = $x;
$info =~ s/<$Q='[u]se.'>[^ ]* //; $info =~ s|<$QX>||;
return $info;
}
}
sub DC_selected # not really a DC title (shall we use alternative ?)
{
# each document might want to highlight the currently selected item
my $short=&site_get_selected($F);
if ($short) {
&DC_meta ("title.selected", $short);
}
}
sub info_get_entry_selected
{
return &info_get_entry("DC.title.selected");
}
sub site_get_rootsections # return all sections from root of nav tree
{
my @OUT;
for (grep {/<$Q='[u]se1'>/} @MK_DATA) {
my $x = $_;
$x =~ s/<$Q='[u]se.'>([^ ]*) .*/$1/;
push @OUT, $x;
}
return @OUT;
}
sub site_get_sectionpages # return all children pages in the given section
{
my $_F_=&sed_slash_key(@_);
my @OUT = ();
for (grep {/^<$Q='sect'>[^ ]* $_F_$/} @MK_DATA) {
my $x = $_;
$x =~ s/^<$Q='sect'>//; $x =~ s/ .*//; $x =~ s|<$QX>||;
push @OUT, $x;
}
return @OUT;
}
sub site_get_subpages # return all page children of given page
{
my $_F_=&sed_slash_key(@_);
my @OUT = ();
for (grep {/^<$Q='node'>[^ ]* $_F_<[^<>]*>$/} @MK_DATA) {
my $x = $_;
$x =~ s/^<$Q='node'>//; $x =~ s/ .*//; $x =~ s|<$QX>||;
push @OUT, $x;
}
return @OUT;
}
sub site_get_parentpage # ret parent page for given page (".." for sections)
{
my $_F_=&sed_slash_key(@_);
for (grep {/^<$Q='node'>$_F_ /} @MK_DATA) {
my $x = $_;
$x =~ s/^<$Q='node'>[^ ]* //; $x =~ s|<$QX>||;
return $x;
}
}
sub DX_alternative # detect wether page asks for alternative style
{ # which is generally a shortpage variant
my ($U,$Z) = @_;
my $x=&mksite_magic_option("alternative",$U);
$x =~ s/^ *//; $x =~s/ .*//;
if ($x) {
&DX_text ("alternative", $x);
}
}
sub info2head_sed # append alternative handling script to $HEAD
{
my @OUT = ();
my $have=&info_get_entry("alternative");
if ($have) {
push @OUT, "/<!--mksite:alternative:$have .*-->/ && do {";
push @OUT, "s/<!--mksite:alternative:$have( .*)-->/\$1/";
push @OUT, "$sed_add \$_; last; };";
}
return @OUT;
}
sub info2body_sed # append alternative handling script to $BODY
{
my @OUT = ();
my $have=&info_get_entry("alternative");
if ($have) {
push @OUT, "s/<!--mksite:alternative:$have( .*)-->/\$1/";
}
return @OUT;
}
sub bodymaker_for_sectioninfo
{
if ($sectioninfo eq "no") { return ""; }
my $_x_="<!--mksite:sectioninfo::-->";
my $_q_="([^<>]*[$AX][^<>]*)";
$_q_="[ ][ ]*$sectioninfo([ ])" if $sectioninfo ne " ";
my @OUT = ();
push @OUT, "s|(^<[hH][$NN][ >].*</[hH][$NN]>)$_q_|\$1$_x_\$2|";
push @OUT, "/$_x_/ and s|^|<table width=\"100%\"><tr valign=\"bottom\"><td>|";
push @OUT, "/$_x_/ and s|</[hH][$NN]>|&</td><td align=\"right\"><i>|";
push @OUT, "/$_x_/ and s|\$|</i></td></tr></table>|";
push @OUT, "s|$_x_||";
return @OUT;
}
sub fast_href # args "$FILETOREFERENCE" "$FROMCURRENTFILE:$F"
{ # prints path to $FILETOREFERENCE href-clickable in $FROMCURRENTFILE
# if no subdirectoy then output is the same as input $FILETOREFERENCE
my ($T,$R,$Z) = @_;
my $S=&back_path ($R);
if (not $S) {
return $T;
} else {
my $t=$T;
$t =~ s/^ *$//; $t =~ s/^\/.*//;
$t =~ s/^[.][.].*//; $t =~ s/^\w*:.*//;
if (not $t) { # don't move any in the pattern above
return $T;
} else {
return "$S$T"; # prefixed with backpath
}
}
}
sub make_back_path # "$FILE"
{
my ($R,$Z) = @_;
my $S=&back_path ($R);
my @OUT = ();
return @OUT if $S !~ /^\.\./;
push @OUT, "s|(<[^<>]*\\shref=\\\")(\\w[^<>:]*\\\"[^<>]*>)|\$1$S\$2|g;";
push @OUT, "s|(<[^<>]*\\ssrc=\\\")(\\w[^<>:]*\\\"[^<>]*>)|\$1$S\$2|g;";
return @OUT;
}
# ============================================================== SITE MAP DATA
# each entry needs atleast a list-title, a long-title, and a list-date
# these are the basic information to be printed in the sitemap file
# where it is bound the hierarchy of sect/subsect of the entries.
sub site_map_list_title # $file $text
{
my ($U,$V,$Z) = @_; chomp($U);
push @MK_DATA, "<$Q='list'>$U ".trimm($V)."<$QX>";
}
sub info_map_list_title # $file $text
{
my ($U,$V,$Z) = @_; chomp($U);
push @{$DATA{$U}}, "<$Q='list'>".trimm($V)."<$QX>";
}
sub site_map_long_title # $file $text
{
my ($U,$V,$Z) = @_; chomp($U);
push @MK_DATA, "<$Q='long'>$U ".trimm($V)."<$QX>";
}
sub info_map_long_title # $file $text
{
my ($U,$V,$Z) = @_; chomp($U);
push @{$DATA{$U}}, "<$Q='long'>".trimm($V)."<$QX>";
}
sub site_map_list_date # $file $text
{
my ($U,$V,$Z) = @_; chomp($U);
push @MK_DATA, "<$Q='date'>$U ".trimm($V)."<$QX>";
}
sub info_map_list_date # $file $text
{
my ($U,$V,$Z) = @_; chomp($U);
push @{$DATA{$U}}, "<$Q='date'>".trimm($V)."<$QX>";
}
sub site_get_list_title
{
my ($U,$V,$Z) = @_;
for (@MK_DATA) { if (m|^<$Q='list'>$U (.*)<$QX>|) { return $1; } } return "";
}
sub site_get_long_title
{
my ($U,$V,$Z) = @_;
for (@MK_DATA) { if (m|^<$Q='long'>$U (.*)<$QX>|) { return $1; } } return "";
}
sub site_get_list_date
{
my ($U,$V,$Z) = @_;
for (@MK_DATA) { if (m|^<$Q='date'>$U (.*)<$QX>|) { return $1; } } return "";
}
sub siteinfo2sitemap# generate <name><page><date> addon sed scriptlet
{ # the resulting script will act on each item/line
# containing <!--"filename"--> and expand any following
# reference of <!--name--> or <!--date--> or <!--long-->
my ($INP,$Z) = @_ ; $INP= \@MK_DATA if not $INP;
my @OUT = ();
my $_list_=
sub{"s|(<!--\\\"$1\\\"-->.*)<name [^<>]*>.*</name>|\$1<name href=\\\"$1\\\">$2</name>|"};
my $_date_=
sub{"s|(<!--\\\"$1\\\"-->.*)<date>.*</date>|\$1<date>$2</date>|"};
my $_long_=
sub{"s|(<!--\\\"$1\\\"-->.*)<long>.*</long>|\$1<long>$2</long>|"};
for (@$INP) {
my $info = $_;
$info =~ s:<$Q='list'>([^ ]*) (.*)<$QX>:&$_list_:e;
$info =~ s:<$Q='date'>([^ ]*) (.*)<$QX>:&$_date_:e;
$info =~ s:<$Q='long'>([^ ]*) (.*)<$QX>:&$_long_:e;
$info =~ /^s\|/ || next;
push @OUT, $info;
}
return @OUT;
}
sub make_multisitemap
{ # each category gets its own column along with the usual entries
my ($INPUTS,$Z)= @_ ; $INPUTS=\@MK_DATA if not $INPUTS;
@MK_SITE = &siteinfo2sitemap(); # have <name><long><date> addon-sed
my @OUT = ();
my $_form_= sub{"<!--\"$2\"--><!--use$1--><long>$3</long><!--end$1-->"
."<br><name href=\"$2\">$3</name><date>......</date>" };
my $_tiny_="small><small><small" ; my $_tinyX_="small></small></small ";
my $_tabb_="<br><$_tiny_> </$_tinyX_>" ; my $_bigg_="<big> </big>";
push @OUT, "<table width=\"100%\"><tr><td> ".$n;
for (grep {/<$Q='[Uu]se.'>/} @$INPUTS) {
my $x = $_;
$x =~ />\w\w\w\w*:/ and next; # name: http: ftp: mailto: ...
$x =~ s|<$Q='[Uu]se(.)'>([^ ]*) (.*)<$QX>|&$_form_|e;
$x = &eval_MK_LIST("multisitemap", $x, @MK_SITE);
$x =~ /<name/ or next;
$x =~ s|<!--[u]se1-->|</td><td valign=\"top\"><b>|;
$x =~ s|<!--[e]nd1-->|</b>|;
$x =~ s|<!--[u]se2-->|<br>|;
$x =~ s|<!--[u]se.-->|<br>|; $x =~ s/<!--[^<>]*-->/ /g;
$x =~ s|<name |<$_tiny_><a |; $x =~ s|</name>||;
$x =~ s|<date>|<small style="date">|;
$x =~ s|</date>|</small></a><br></$_tinyX_>|;
$x =~ s|<long>|<!--long-->|;
$x =~ s|</long>|<!--/long-->|;
chomp $x;
push @OUT, $x.$n;
}
push @OUT, "</td><tr></table>".$n;
return @OUT;
}
sub make_listsitemap
{ # traditional - the body contains a list with date and title extras
my ($INPUTS,$Z)= @_ ; $INPUTS=\@MK_DATA if not $INPUTS;
@MK_SITE = &siteinfo2sitemap(); # have <name><long><date> addon-sed
my @OUT = ();
my $_form_=sub{
"<!--\"$2\"--><!--use$1--><name href=\"$2\">$3</name><date>......</date><long>$3</long>"};
my $_tabb_="<td>\ \;</td>";
push @OUT, "<table cellspacing=\"0\" cellpadding=\"0\">".$n;
my $xx;
for $xx (grep {/<$Q='[Uu]se.'>/} @$INPUTS) {
my $x = "".$xx;
$x =~ />\w\w\w\w*:/ and next;
$x =~ s|<$Q='[Uu]se(.)'>([^ ]*) (.*)<$QX>|&$_form_|e;
$x = &eval_MK_LIST("listsitemap", $x, @MK_SITE);
$x =~ /<name/ or next;
$x =~ s|<!--[u]se(1)-->|<tr class=\"listsitemap$1\"><td>*</td>|;
$x =~ s|<!--[u]se(2)-->|<tr class=\"listsitemap$1\"><td>-</td>|;
$x =~ s|<!--[u]se(.)-->|<tr class=\"listsitemap$1\"><td> </td>|;
$x =~ /<tr.class=\"listsitemap3\">/ and $x =~ s|(<name [^<>]*>)|$1- |;
$x =~ s|<!--[^<>]*-->| |g;
$x =~ s|<name href=\"name:sitemap:|<name href=\"|;
$x =~ s|<name |<td><a |; $x =~ s|</name>|</a></td>$_tabb_|;
$x =~ s|<date>|<td><small style="date">|;
$x =~ s|</date>|</small></td>$_tabb_|;
$x =~ s|<long>|<td><em><!--long-->|;
$x =~ s|</long>|<!--/long--></em></td></tr>|;
push @OUT, $x.$n;
}
for $xx (grep {/<$Q='[u]se.'>/} @$INPUTS) {
my $x = $xx;
$x =~ s/<$Q='[u]se.'>name:sitemap://; $x =~ s|<$QX>||; $x =~ s:\s*::gs;
if (-f $x) {
for (grep {/<tr.class=\"listsitemap\d\">/} source($x)) {
push @OUT, $_;
}
}
}
push @OUT, "</table>".$n;
return @OUT;
}
my $_xi_include_=
"<xi:include xmlns:xi=\"http://www.w3.org/2001/XInclude\" parse=\"xml\"";
sub make_xmlsitemap
{ # traditional - the body contains a list with date and title extras
my ($INPUTS,$Z)= @_ ; $INPUTS=\@MK_DATA if not $INPUTS;
@MK_SITE = &siteinfo2sitemap(); # have <name><long><date> addon-sed
my @OUT = ();
my $_form_=sub{"<!--\"$2\"--><name href=\"$2\">$3</name>"};
my $xx;
for $xx (grep {/<$Q='[Uu]se.'>/} @$INPUTS) {
my $x = "".$xx;
$x =~ />\w\w\w\w*:/ and next;
$x =~ s|<$Q='[Uu]se(.)'>([^ ]*) (.*)<$QX>|&$_form_|e;
$x = &eval_MK_LIST("listsitemap", $x, @MK_SITE);
$x =~ /<name/ or next;
$x =~ m|href="${SITEFILE}"| and next;
$x =~ m|href="${SITEFILE}l"| and next;
$x =~ s|(href="[^<>]*)\.html(")|$1.xml$2|g;
$x =~ s|.*<name|$_xi_include_$n |;
$x =~ s|>.*</name>| />|;
push @OUT, $x.$n;
}
return @OUT;
}
sub print_extension
{
my ($ARG,$Z)= @_ ; $ARG=$o{print} if not $ARG;
if ($ARG =~ /^([.-])/) {
return $ARG;
} else {
return ".print";
}
}
sub from_sourcefile
{
my ($U,$Z) = @_;
if (-f $U) {
return $U;
} elsif (-f "$o{src_dir}/$U") {
return "$o{src_dir}/$U";
} else {
return $U;
}
}
sub html_sourcefile # generally just cut away the trailing "l" (ell)
{ # making "page.html" argument into "page.htm" return
my ($U,$Z) = @_;
my $_SRCFILE_=$U; $_SRCFILE_ =~ s/l$//;
my $_XMLFILE_=$U; $_XMLFILE_ =~ s/\.html$/.dbk/;
if (-f $_SRCFILE_) {
return $_SRCFILE_;
} elsif (-f $_XMLFILE_) {
return $_XMLFILE_;
} elsif (-f "$o{src_dir}/$_SRCFILE_") {
return "$o{src_dir}/$_SRCFILE_";
} elsif (-f "$o{src_dir}/$_XMLFILE_") {
return "$o{src_dir}/$_XMLFILE_";
} else {
return ".//$_SRCFILE_";
}
}
sub html_printerfile_sourcefile
{
my ($U,$Z) = @_;
if (not $printerfriendly) {
$U =~ s/l\$//; return $U;
} else {
my $_ext_=&sed_slash_key(&print_extension($printerfriendly));
$U =~ s/l\$//; $U =~ s/$_ext_([.][\w]*)$/$1/; return $U;
}
}
sub fast_html_printerfile {
my ($U,$V,$Z) = @_;
my $x=&html_printerfile($U) ; return basename($x);
# my $x=&html_printerfile($U) ; return &fast_href($x,$V);
}
sub html_printerfile # generate the printerfile for a given normal output
{
my ($U,$Z) = @_;
my $_ext_=&esc(&print_extension($printerfriendly));
$U =~ s/([.][\w]*)$/$_ext_$1/; return $U; # index.html -> index.print.html
}
sub make_printerfile_fast # generate s/file.html/file.print.html/ for hrefs
{ # we do that only for the $FILELIST
my ($U,$Z) = @_;
my $ALLPAGES=$U;
my @OUT = ();
for my $p (@$ALLPAGES) {
my $a=&sed_slash_key($p);
my $b=&html_printerfile($p);
if ($b ne $p) {
$b =~ s:/:\\/:g;
push @OUT,
"s/<a href=\\\"$a\\\"([^<>])*>/<a href=\\\"$b\\\"\$1>/;";
}
}
return @OUT;
}
sub echo_printsitefile_style
{
my $_bold_="text-decoration : none ; font-weight : bold ; ";
return " <style>"
."$n a:link { $_bold_ color : #000060 ; }"
."$n a:visited { $_bold_ color : #000040 ; }"
."$n body { background-color : white ; }"
."$n </style>"
."$n";
}
sub make_printsitefile_head # $sitefile
{
my $MK_STYLE = &echo_printsitefile_style();
my @OUT = ();
for (source($SITEFILE)) {
if (/<head>/) { push @OUT, $_;
push @OUT, $MK_STYLE; next; }
if (/<title>/) { push @OUT, $_; next; }
if (/<\/head>/) { push @OUT, $_; next; }
if (/<body>/) { push @OUT, $_; next; }
if (/<link [^<>]*rel=\"shortcut icon\"[^<>]*>/) {
push @OUT, $_; next;
}
}
return @OUT;
}
# ------------------------------------------------------------------------
# The printsitefile is a long text containing html href markups where
# each of the href lines in the file is being prefixed with the section
# relation. During a secondary call the printsitefile can grepp'ed for
# those lines that match a given output fast-file. The result is a
# navigation header with 1...3 lines matching the nesting level
# these alt-texts will be only visible in with a text-mode browser:
my $printsitefile_square="width=\"8\" height=\"8\" border=\"0\"";
my $printsitefile_img_1="<img alt=\"|go text:\" $printsitefile_square />";
my $printsitefile_img_2="<img alt=\"||topics:\" $printsitefile_square />";
my $printsitefile_img_3="<img alt=\"|||pages:\" $printsitefile_square />";
my $_SECT="mksite:sect:";
sub echo_current_line # $sect $extra
{
# add the prefix which is used by select_in_printsitefile to cut out things
my ($N,$M,$Z) = @_;
return "<!--$_SECT\"$N\"-->$M";
}
sub make_current_entry # $sect $file ## requires $MK_SITE
{
my ($S,$R,$Z) = @_;
my $RR=&sed_slash_key($R);
my $sep=" - " ; my $_left_=" [ " ; my $_right_=" ] ";
my $name = site_get_list_title($R);
$_ = &echo_current_line ("$S", "<a href=\"$R\">$name</a>$sep");
if ($R eq $S) {
s/<a href/$_left_$&/;
s/<\/a>/$&$_right_/;
}
return $_;
}
sub echo_subpage_line # $sect $extra
{
my ($N,$M,$Z) = @_;
return "<!--$_SECT*:\"$N\"-->$M";
}
sub make_subpage_entry
{
my ($S,$R,$Z) = @_;
my $RR=&sed_slash_key($R);
my $sep=" - " ;
my $name = site_get_list_title($R);
$_ = &echo_subpage_line ("$S", "<a href=\"$R\">$name</a>$sep");
return $_;
}
sub make_printsitefile
{
# building the printsitefile looks big but its really a loop over sects
my ($INPUTS,$Z) = @_; $INPUTS=\@MK_DATA if not $INPUTS;
@MK_SITE = &siteinfo2sitemap(); # have <name><long><date> addon-sed
savelist(\@MK_SITE,"SITE");
my @OUT = &make_printsitefile_head ($SITEFILE);
my $sep=" - " ;
my $_sect1=
"<a href=\"#.\" title=\"section\">$printsitefile_img_1</a> ||$sep";
my $_sect2=
"<a href=\"#.\" title=\"topics\">$printsitefile_img_2</a> ||$sep";
my $_sect3=
"<a href=\"#.\" title=\"pages\">$printsitefile_img_3</a> ||$sep";
my $_SECT1="mksite:sect1";
my $_SECT2="mksite:sect2";
my $_SECT3="mksite:sect3";
@MK_SECT1 = &site_get_rootsections();
# round one - for each root section print a current menu
for my $r (@MK_SECT1) {
push @OUT, &echo_current_line ("$r", "<!--$_SECT1:A--><br>$_sect1");
for my $s (@MK_SECT1) {
push @OUT, &make_current_entry ("$r", "$s");
}
push @OUT, &echo_current_line ("$r", "<!--$_SECT1:Z-->");
}
# round two - for each subsection print a current and subpage menu
for my $r (@MK_SECT1) {
@MK_SECT2 = &site_get_subpages ("$r");
for my $s (@MK_SECT2) {
push @OUT, &echo_current_line ("$s", "<!--$_SECT2:A--><br>$_sect2");
for my $t (@MK_SECT2) {
push @OUT, &make_current_entry ("$s", "$t");
} # "$t"
push @OUT, &echo_current_line ("$s", "<!--$_SECT2:Z-->");
} # "$s"
my $_have_children_="";
for my $t (@MK_SECT2) {
if (not $_have_children_) {
push @OUT, &echo_subpage_line ("$r", "<!--$_SECT2:A--><br>$_sect2"); }
$_have_children_ .= "1";
push @OUT, &make_subpage_entry ("$r", "$t");
}
if ($_have_children_) {
push @OUT, &echo_subpage_line ("$r", "<!--$_SECT2:Z-->"); }
} # "$r"
# round three - for each subsubsection print a current and subpage menu
for my $r (@MK_SECT1) {
@MK_SECT2 = &site_get_subpages ("$r");
for my $s (@MK_SECT2) {
@MK_SECT3 = &site_get_subpages ("$s");
for my $t (@MK_SECT3) {
push @OUT, &echo_current_line ("$t", "<!--$_SECT3:A--><br>$_sect3");
for my $u (@MK_SECT3) {
push @OUT, &make_current_entry ("$t", "$u");
} # "$t"
push @OUT, &echo_current_line ("$t", "<!--$_SECT3:Z-->");
} # "$t"
my $_have_children_="";
for my $u (@MK_SECT3) {
if (not $_have_children_) {
push @OUT, &echo_subpage_line ("$s", "<!--$_SECT3:A--><br>$_sect3"); }
$_have_children_ .= "1";
push @OUT, &make_subpage_entry ("$s", "$u");
}
if ($_have_children_) {
push @OUT, &echo_subpage_line ("$s", "<!--$_SECT3:Z-->"); }
} # "$s"
} # "$r"
push @OUT, "<a name=\".\"></a>";
push @OUT, "</body></html>";
savelist(\@OUT,"FORM");
return @OUT;
}
# create a selector that can grep a printsitefile for the matching entries
sub select_in_printsitefile # arg = "page" : return to stdout >> $P.$HEAD
{
my ($N,$Z) = @_;
my $_selected_="$N" ; $_selected_="$F" if not $_selected_;
my $_section_=&sed_slash_key($_selected_);
my @OUT = ();
push @OUT, "s/^<!--$_SECT\\\"$_section_\\\"-->//;"; # sect3
push @OUT, "s/^<!--$_SECT\[*\]:\\\"$_section_\\\"-->//;"; # children
$_selected_=&site_get_parentpage($_selected_);
$_section_=&sed_slash_key($_selected_);
push @OUT, "s/^<!--$_SECT\\\"$_section_\\\"-->//;"; # sect2
$_selected_=&site_get_parentpage($_selected_);
$_section_=&sed_slash_key($_selected_);
push @OUT, "s/^<!--$_SECT\\\"$_section_\\\"-->//;"; # sect1
push @OUT, "/^<!--$_SECT\\\"[^\\\"]*\\\"-->/ and next;";
push @OUT, "/^<!--$_SECT\[*\]:\\\"[^\\\"]*\\\"-->/ and next;";
push @OUT, "s/^<!--mksite:sect[$NN]:[$AZ]-->//;";
return @OUT;
}
sub body_for_emailfooter
{
return "" if $emailfooter eq "no";
my $_email_=$emailfooter; $_email_ =~ s|[?].*||;
my $_dated_=&info_get_entry("updated");
return "<hr><table border=\"0\" width=\"100%\"><tr><td>"
."$n"."<a href=\"mailto:$emailfooter\">$_email_</a>"
."$n"."</td><td align=\"right\">"
."$n"."$_dated_</td></tr></table>"
."$n";
}
# =================================================================== CSS
# There was another project to support sitemap build from xml files.
# The source format was using .dbk+xml with embedded references to .css
# files for visual preview in a browser. An docbook xml file with semantic
# outlines is far better suited for quality documentation than any html
# source. It happens that the xml/css support in browsers is still not
# very portable - especially embedded css style blocks are a nightmare.
# Instead we (a) grab all non-html xml markup tags (b) grab all referenced
# css stylesheets (c) cut out css defs from [b] that are known by [a] and
# (d) append those to the <style> tag in the output html file as well as
# (e) reformatting the defs as well as markups from tags to tag classes.
# Input dbk/htm
# <?xml-stylesheet type="text/css" href="html.css" ?> <!-- dbk/xml -->
# <link rel="stylesheet" type="text/css" href="sdocbook.css" /> <!-- xhtml -->
# <article><para>
# Using some <command>exe</command>
# </para></article>
# Input css:
# article { .. ; display : block }
# para { .. ; display : block }
# command { .. ; display : inline }
# Output html:
# <html><style type="text/css">
# div .article { .. }
# div .para { .. }
# span .command { .. }
# </style>
# <div class="article"><div class="para>
# Using some <span class="command">exe</span>
# </div></div>
sub css_sourcefile
{
my ($X,$XXX) = @_;
return $X if -f $X;
return "$o{src_dir}/$X" if -f "$o{src_dir}/$X";
return "$X" if "$X" =~ m:^/:;
return "./$X";
}
my %XMLTAGS = ();
sub css_xmltags # $SOURCEFILE
{
my $X=$SOURCEFILE;
my %R = ();
my $line;
foreach $line (source($SOURCEFILE)) {
$line =~ s|>[^<>]*<|><|g;
$line =~ s|^[^<>]*<|<|;
$line =~ s|>[^<>]*\$|>|;
my $item;
foreach $item (split /</, $line) {
$item =~ m:^/: and next;
$item =~ m:^\s*$: and next;
$item !~ m|>| and next;
$item =~ s|>.*||;
chomp $item;
$R{$item} = "";
}
}
@{$XMLTAGS{$X}} = keys %R;
}
my %XMLSTYLESHEETS = ();
sub css_xmlstyles # $SOURCEFILE
{
my $X=$SOURCEFILE;
my %R = ();
my $text = "";
my $line = "";
foreach $line (source($SOURCEFILE)) {
$text .= $line;
$text =~ s|<link *rel=[\'\"]*stylesheet|<?xml-stylesheet |;
if ($text !~ m/<.xml-stylesheet/) { $text = ""; next; }
if ($text !~ m/href=/) { next; }
$text =~ s|^.*<.xml-stylesheet||;
$text =~ s|^.*href=[\"\']||; $text =~ s|[\"\'].*||s;
chomp $text;
$R{$text} = "";
}
foreach $line (source($SITEFILE)) {
$text .= $line;
$text =~ s|<link *rel=[\'\"]*stylesheet|<?xml-stylesheet |;
if ($text !~ m/<.xml-stylesheet/) { $text = ""; next; }
if ($text !~ m/href=/) { next; }
$text =~ s|^.*<.xml-stylesheet||;
$text =~ s|^.*href=[\"\']||; $text =~ s|[\"\'].*||s;
chomp $text;
$R{$text} = "";
}
@{$XMLSTYLESHEETS{$X}} = keys %R;
}
my %XMLTAGSCSS = ();
sub css_xmltags_css # $SOURCEFILE
{
my $X=$SOURCEFILE;
my @S = $XMLTAGS{$X};
my @R = ();
my $xmlstylesheet;
foreach $xmlstylesheet (@{$XMLSTYLESHEETS{$X}}) {
my $stylesheet = css_sourcefile($xmlstylesheet);
if (-f $stylesheet) {
push @R, "/* $xmlstylesheet */";
my $text = "";
my $line = "";
my $STYLESHEET = $stylesheet;
open STYLESHEET, "<$STYLESHEET" or next;
foreach $line (<STYLESHEET>)
{
$text .= $line;
if ($text =~ /^[^\{]*\}/s) { $text = ""; next; }
if ($text !~ /^[^\{]*\{.*\}/s) { next; }
$text =~ s|\r||g;
my $xmltag; my $found = 0;
foreach $xmltag (grep /^\w/, @{$XMLTAGS{$X}}) {
$xmltag =~ s| .*||;
if (grep {$_ eq $xmltag} qw/title section/) {
next if $xmltag eq "section";
$found++ if $text =~
/\b$xmltag\s*(?:,[^{},]*)*\s*\{/s;
my $xmlparent;
foreach $xmlparent (@{$XMLTAGS{$X}}) {
$xmlparent =~ s| .*||;
/^\w/ or next;
$found++ if $text =~
/\b$xmlparent\s+$xmltag\s*(?:,[^{},]*)*\s*\{/s;
}
} else {
$found++ if $text =~
/\b$xmltag\s*(?:,[^\{\},]*)*\{/s;
}
last if $found;
}
if (not $found) { $text = ""; next; }
foreach $xmltag (grep /^\w/, @{$XMLTAGS{$X}}) {
$xmltag =~ s| .*||;
if (grep {$_ eq $xmltag} @HTMLTAGS) { next; }
if (grep {$_ eq $xmltag} @HTMLTAGS2) { next; }
$text =~ s/(\b$xmltag\s*(?:,[^{},]*)*\s*\{)/.$1/gs;
}
chomp $text;
push @R, $text; $text = ""; next;
}
} else {
warn "$xmlstylesheet : ERROR, no such stylesheet $xmlstylesheet";
}
}
@{$XMLTAGSCSS{$X}} = @R;
}
my %XMLMAPPING = ();
sub css_xmlmapping # $SOURCEFILE
{
my $X=$SOURCEFILE;
my %R = ();
foreach (@{$XMLTAGSCSS{$X}}) {
my $span = "";
$span="li" if /\bdisplay\s*:\s*list-item\b/;
$span="caption" if /\bdisplay\s*:\s*table-caption\b/;
$span="td" if /\bdisplay\s*:\s*table-cell\b/;
$span="tr" if /\bdisplay\s*:\s*table-row\b/;
$span="table" if /\bdisplay\s*:\s*table\b/;
$span="div" if /\bdisplay\s*:\s*block\b/;
$span="span" if /\bdisplay\s*:\s*inline\b/;
$span="small" if /\bdisplay\s*:\s*none\b/;
$span="ul" if /\blist-style-type\s*:\s*disc\b/ and $span eq "div";
$span="ol" if /\blist-style-type\s*:\s*decimal\b/ and $span eq "div";
$span="tt" if /\bfont-family\s*:\s*monospace\b/ and $span eq "span";
$span="em" if /\bfont-style\s*:\s*italic\b/ and $span eq "span";
$span="b" if /\bfont-weight\s*:\s*bold\b/ and $span eq "span";
$span="pre" if /\bwhite-space\s*:\s*pre\b/ and $span eq "div";
my $xmltag;
for $xmltag (grep /^\w/, @{$XMLTAGS{$X}}) {
$xmltag =~ s| .*||;
if (/\.$xmltag\b/s) {
$R{$xmltag} = $span;
$R{$xmltag} = "p" if $xmltag eq "para" and $span eq "div";
$R{$xmltag} = "a" if $xmltag eq "ulink" and $span eq "span";
}
}
}
%{$XMLMAPPING{$X}} = %R;
}
sub css_scan # $SOURCEFILE
{
css_xmltags ();
css_xmlstyles ();
css_xmltags_css ();
css_xmlmapping ();
}
sub tags2span_sed # $SOURCEFILE > $++
{
my $X=$SOURCEFILE;
my $xmltag;
my @R = ();
push @R, "s|<[?]xml-stylesheet[^<>]*[?]>||";
push @R, "s|<link *rel=['\"]*stylesheet[^<>]*>||";
push @R, "s|<section[^<>]*>||g;";
push @R, "s|</section[^<>]*>||g;";
for $xmltag (grep /^\w/, @{$XMLTAGS{$X}}) {
$xmltag =~ s| .*||;
if (grep {$_ eq $xmltag} @HTMLTAGS) { next; }
if (grep {$_ eq $xmltag} @HTMLTAGS2) { next; }
my $span = $XMLMAPPING{$X}{$xmltag};
$span = "span" if $span eq "";
push @R, "s|<$xmltag([\\n\\t ][^<>]*)url=|<$span class=\"$xmltag\"\$1href=|g;";
push @R, "s|<$xmltag([\\n\\t >])|<$span class=\"$xmltag\"\$1|g;";
push @R, "s|</$xmltag([\\n\\t >])|</$span\$1|g;";
}
my $xmlstylesheet;
foreach $xmlstylesheet (@{$XMLSTYLESHEETS{$X}}) {
my $H="[^<>]*href=[\'\"]${xmlstylesheet}[\'\"][^<>]*";
push @R, "s|<[?]xml-stylesheet$H>||;";
push @R, "s|<link[^<>]* rel=['\"]*stylesheet['\"]$H>||;";
}
return @R;
}
sub tags2meta_sed # $SOURCEFILE > $++
{
my @R = ();
push @R, " <style type=\"text/css\"><!--";
push @R, map {s/(^|\n)/$1 /g;$_} @{$XMLTAGSCSS{$SOURCEFILE}};
push @R, " --></style>";
@R = () if $#R < 3;
return @R;
}
# ==========================================================================
# xml/docbook support is taking an dbk input file converting any html DBK
# syntax into pure docbook tagging. Each file is being given a docbook
# doctype so that an xml/docbook viewer can render it correctly - that
# is needed atleast since docbook files do not embed stylesheet infos.
# Most of the processing is related to remap html markup and some other
# shortcut markup into correct docbook markup. The result is NOT checked
# for being well-formed or even matching the docbook schema DTD at all.
sub scan_xml_rootnode
{
my ($INF,$XXX) = @_;
$INF = \@{$DATA{$F}} if not $INF;
for my $entry (source($SOURCEFILE)) {
my $line = $entry; next if $line !~ /<\w/;
$line =~ s/<(\w*).*/$1/s;
# print ":",$line,$n;
push @{$INF}, "<!root $F>$line";
return;
}
}
sub get_xml_rootnode
{
my ($INF,$XXX) = @_;
$INF = \@{$DATA{$F}} if not $INF;
my $_file_ = sed_slash_key($F);
foreach my $entry (grep /^<!root $_file_>/, @{$INF}) {
my $line=$entry; $line =~ s|.*>||;
return $line;
}
}
sub xml_sourcefile
{
my ($X,$XXX) = @_;
my $XMLFILE=$X; $XMLFILE =~ s/\.xml$/.dbk/;
my $SRCFILE=$X; $SRCFILE =~ s/\.xml$/.htm/;
$XMLFILE="///" if $X eq $XMLFILE;
$SRCFILE="///" if $X eq $SRCFILE;
return $XMLFILE if -f $XMLFILE;
return $SRCFILE if -f $SRCFILE;
return "$o{src_dir}/$XMLFILE" if -f "$o{src_dir}/$XMLFILE";
return "$o{src_dir}/$SRCFILE" if -f "$o{src_dir}/$SRCFILE";
return ".//$XMLFILE"; # $++ (not found?)
}
sub scan_xmlfile
{
$SOURCEFILE= &xml_sourcefile($F);
hint "'$SOURCEFILE': scanning xml -> '$F'";
scan_xml_rootnode();
my $rootnode=&get_xml_rootnode(); $rootnode =~ s|^(h\d.*$)|$1 <?section?>|;
hint "'$SOURCEFILE': rootnode ('$rootnode')";
}
sub make_xmlfile
{
$SOURCEFILE= &xml_sourcefile($F);
my $X=$SOURCEFILE;
my $article= &get_xml_rootnode();
$article="article" if $article eq "";
my $text = "";
$text .= '<!DOCTYPE '.$article.
' PUBLIC "-//OASIS//DTD DocBook XML V4.4//EN"'.$n;
$text .= ' "http://www.oasis-open.org/docbook/xml/4.4/docbookx.dtd">'
.$n;
for my $stylesheet (@{$XMLSTYLESHEETS{$X}}) {
$text .= "<?xml-stylesheet type=\"text/css\" href=\"$stylesheet\" ?>"
.$n;
}
for (source($SOURCEFILE)) {
s!<>!\ \;!g;
s!(&)(&)!${1}amp;${2}amp;!g;
s!(<[^<>]*)(width)(=)(\d+\%*)!$1$2$3\"$4\"!g;
s!(<[^<>]*)(cellpadding)(=)(\d+\%*)!$1$2$3\"$4\"!g;
s!(<[^<>]*)(border)(=)(\d+\%*)!$1$2$3\"$4\"!g;
s!<[?]xml-stylesheet[^<>]*>!!;
s!<link[^<>]* rel=[\'\"]*stylesheet[^<>]*>!!;
s!<[hH]\d!<title!g;
s!</[hH]\d!</title!g;
s!(</title> *)([^<>]*\w[^<>\r\n]*)$!$1<sub>$2</sub>!;
s!(</title>.*)<sub>!$1<subtitle>!g;
s!(</title>.*)</sub>!$1</subtitle>!g;
s!(<section>[^<>]*)(<date>.*</date>[^<>\n]*)$!$1<sectioninfo>$2</sectioninfo>!gx;
s!<em>!<emphasis>!g;
s!</em>!</emphasis>!g;
s!<i>!<emphasis>!g;
s!</i>!</emphasis>!g;
s!<b>!<emphasis role=\"bold\">!g;
s!</b>!</emphasis>!g;
s!<u>!<emphasis role=\"underline\">!g;
s!</u>!</emphasis>!g;
s!<big>!<emphasis role=\"strong\">!g;
s!</big>!</emphasis>!g;
s!<(s|strike)>!<emphasis role=\"strikethrough\">!g;
s!</(s|strike)>!</emphasis>!g;
s!<center>!<blockquote><para>!g;
s!</center>!</para></blockquote>!g;
s!<p align=(\"\w*\")>!<para role=${1}>!g;
s!<[pP]>!<para>!g;
s!</[pP]>!</para>!g;
s!<(pre|PRE)>!<screen>!g;
s!</(pre|PRE)>!</screen>!g;
s!<a( [^<>]*)name=([^<>]*)/>!<anchor ${1}id=${2}/>!g;
s!<a( [^<>]*)name=([^<>]*)>!<anchor ${1}id=${2}/>!g;
s!<a( [^<>]*)href=!<ulink${1}url=!g;
s!</a>!</ulink>!g;
s! remap=\"url\">[^<>]*</ulink>! />!g;
s!<(/?)span(\s[^<>]*)?>!<${1}phrase${2}>!g;
s!<small(\s[^<>]*)?>!<phrase role=\"small\"${1}>!g;
s!</small(\s[^<>]*)?>!</phrase${1}>!g;
s!<(/?)(sup)>!<${1}superscript>!g;
s!<(/?)(sub)>!<${1}subscript>!g;
s!(<)(li)(><)!${1}listitem${3}!g;
s!(></)(li)(>)!${1}listitem${3}!g;
s!(<)(li)(>)!${1}listitem${3}<para>!g;
s!(</)(li)(>)!</para>${1}listitem${3}!g;
s!(</?)(ul)>!${1}itemizedlist>!g;
s!(</?)(ol)>!${1}orderedlist>!g;
s!(</?)(dl)>!${1}variablelist>!g;
s!<(/?)DT>!<${1}dt>!g;
s!<(/?)DD>!<${1}dd>!g;
s!<(/?)DL>!<${1}dl>!g;
s!<BLOCKQUOTE>!<blockquote><para>!g;
s!</BLOCKQUOTE>!</para></blockquote>!g;
s!<(/?)dl>!<${1}variablelist>!g;
s!<dt\b([^<>]*)>!<varlistentry${1}><term>!g;
s!</dt\b([^<>]*)>!</term>!g;
s!<dd\b([^<>]*)><!<listitem${1}><!g;
s!></dd\b([^<>]*)>!></listitem></varlistentry>!g;
s!<dd\b([^<>]*)>!<listitem${1}><para>!g;
s!</dd\b([^<>]*)>!</para></listitem></varlistentry>!g;
s!<table[^<>]*><tr><td>(<table[^<>]*>)!$1!;
s!(</table>)</td></tr></table>!$1!;
s!<table\b([^<>]*)>!<informaltable${1}><tgroup cols=\"2\"><tbody>!g;
s!</table\b([^<>]*)>!</tbody></tgroup></informaltable>!g;
s!(</?)tr(\s[^<>]*)?>!${1}row${2}>!g;
s!(</?)td(\s[^<>]*)?>!${1}entry${2}>!g;
s!(<informaltable[^<>]*\swidth=\"100\%\")!$1 pgwide=\"1\"!g;
s!(<tgroup[<>]*\scols=\"2\">)(<tbody>)
!$1<colspec colwidth=\"1*\" /><colspec colwidth=\"1*\" />$2!gx;
s!(<entry[^<>]*\s)width=(\"\d*\%*\")!${1}remap=${2}!g;
s!<nobr>([\'\`]*)<tt>!<cmdsynopsis><command>$1!g;
s!</tt>([\'\`]*)</nobr>!$1</command></cmdsynopsis>!g;
s!<nobr><(tt|code)>([\`\"\'])!<cmdsynopsis><command>$2!g;
s!<(tt|code)><nobr>([\`\"\'])!<cmdsynopsis><command>$2!g;
s!([\`\"\'])</(tt|code)></nobr>!$1</command></cmdsynopsis>!g;
s!([\`\"\'])</nobr></(tt|code)>!$1</command></cmdsynopsis>!g;
s!(</?)tt>!${1}constant>!g;
s!(</?)code>!${1}literal>!g;
s!<br>!<br />!g;
s!<br */>!<screen role=\"linebreak\">\n</screen>!g;
$text .= $_;
}
open F, ">$F" or die "could not write $F: $!"; print F $text; close F;
echo "'$SOURCEFILE': ",&ls_s($SOURCEFILE)," >> ",&ls_s($F);
}
sub make_xmlmaster
{
$SOURCEFILE= &xml_sourcefile($F);
my $X=$SOURCEFILE;
my $article="section"; # book? chapter?
my $text = "";
$text .= '<!DOCTYPE '.$article.
' PUBLIC "-//OASIS//DTD DocBook XML V4.4//EN"'.$n;
$text .= ' "http://www.oasis-open.org/docbook/xml/4.4/docbookx.dtd">'
.$n;
for my $stylesheet (@{$XMLSTYLESHEETS{$X}}) {
$text .= "<?xml-stylesheet type=\"text/css\" href=\"$stylesheet\" ?>"
.$n;
}
# $text .= "<section><sectioninfo><date/><authorblurb/></sectioninfo>...";
$text .= "<section><title>Documentation</title>$n";
for (make_xmlsitemap()) {
$text .= $_;
}
$text .= "</section>$n";
open F, ">$F" or die "could not write $F: $!"; print F $text; close F;
echo "'$SOURCEFILE': ",&ls_s($SOURCEFILE)," >*> ",&ls_s($F);
}
# ==========================================================================
#
# During processing we will create a series of intermediate files that
# store relations. They all have the same format being
# =relationtype=key value
# where key is usually s filename or an anchor. For mere convenience
# we assume that the source html text does not have lines that start
# off with =xxxx= (btw, ye remember perl section notation...). Of course
# any other format would be usuable as well.
#
# we scan the SITEFILE for href references to be converted
# - in the new variant we use a ".gets.tmp" sed script that SECTS
# marks all interesting lines so they can be checked later
# with an sed anchor of sect="[$NN]" (or sect="[$AZ]")
my $S="\\ \\;";
# S="[&]nbsp[;]"
# HR and EM style markups must exist in input - BR sometimes left out
# these routines in(ter)ject hardspace before, between, after markups
# note that "<br>" is sometimes used with HR - it must exist in input
sub echo_HR_EM_PP
{
my ($U,$V,$W,$X,$Z) = @_;
my @list = (
"s%^($U$V$W*<a) (href=)%\$1 $X \$2%;",
"s%^(<>$U$V$W*<a) (href=)%\$1 $X \$2%;",
"s%^($S$U$V$W*<a) (href=)%\$1 $X \$2%;",
"s%^($U<>$V$W*<a) (href=)%\$1 $X \$2%;",
"s%^($U$S$V$W*<a) (href=)%\$1 $X \$2%;",
"s%^($U$V<>$W*<a) (href=)%\$1 $X \$2%;",
"s%^($U$V$S$W*<a) (href=)%\$1 $X \$2%;" );
return @list;
}
sub echo_br_EM_PP
{
my ($U,$V,$W,$X,$Z) = @_;
my @list = &echo_HR_EM_PP ("$U", "$V", "$W", "$X");
my @listt = (
"s%^($V$W*<a) (href=)%\$1 $X \$2%;",
"s%^(<>$V$W*<a) (href=)%\$1 $X \$2%;",
"s%^($S$V$W*<a) (href=)%\$1 $X \$2%;",
"s%^($V<>$W*<a) (href=)%\$1 $X \$2%;",
"s%^($V$S$W*<a) (href=)%\$1 $X \$2%;",
"s%^($V$W*<><a) (href=)%\$1 $X \$2%;",
"s%^($V$W*$S<a) (href=)%\$1 $X \$2%;" );
push @list, @listt;
return @list;
}
sub echo_HR_PP
{
my ($U,$V,$W,$Z) = @_;
my @list = (
"s%^($U<a) (href=)%\$1 $W \$2%;",
"s%^($U$V*<a) (href=)%\$1 $W \$2%;",
"s%^(<>$U$V*<a) (href=)%\$1 $W \$2%;",
"s%^($S$U$V*<a) (href=)%\$1 $W \$2%;",
"s%^($U<>$V*<a) (href=)%\$1 $W \$2%;",
"s%^($U$S$V*<a) (href=)%\$1 $W \$2%;" );
return @list;
}
sub echo_br_PP
{
my ($U,$V,$W,$Z) = @_;
my @list = &echo_HR_PP ("$U", "$V", "$W");
my @listt = (
"s%^($V*<a) (href=)%\$1 $W \$2%;",
"s%^(<>$V*<a) (href=)%\$1 $W \$2%;",
"s%^($S$V*<a) (href=)%\$1 $W \$2%;" );
push @list, @listt;
return @list;
}
sub echo_sp_PP
{
my ($U,$V,$Z) = @_;
my @list = (
"s%^(<>$U*<a) (href=)%\$1 $V \$2%;",
"s%^($S$U*<a) (href=)%\$1 $V \$2%;",
"s%^(<><>$U*<a) (href=)%\$1 $V \$2%;",
"s%^($S$S$U*<a) (href=)%\$1 $V \$2%;",
"s%^(<>$U<>*<a) (href=)%\$1 $V \$2%;",
"s%^($S$U$S*<a) (href=)%\$1 $V \$2%;",
"s%^($U<><>*<a) (href=)%\$1 $V \$2%;",
"s%^($U$S$S*<a) (href=)%\$1 $V \$2%;",
"s%^($U<>*<a) (href=)%\$1 $V \$2%;",
"s%^($U$S*<a) (href=)%\$1 $V \$2%;" );
return @list;
}
sub echo_sp_SP
{
my ($U,$V,$Z) = @_;
my @list = (
"s%^($U<a) (href=)%\$1 $V \$2%;",
"s%^(<>$U<a) (href=)%\$1 $V \$2%;",
"s%^($S$U<a) (href=)%\$1 $V \$2%;",
"s%^(<><>$U<a) (href=)%\$1 $V \$2%;",
"s%^($S$S$U<a) (href=)%\$1 $V \$2%;",
"s%^(<>$U<><a) (href=)%\$1 $V \$2%;",
"s%^($S$U$S<a) (href=)%\$1 $V \$2%;",
"s%^($U<><><a) (href=)%\$1 $V \$2%;",
"s%^($U$S$S<a) (href=)%\$1 $V \$2%;",
"s%^($U<><a) (href=)%\$1 $V \$2%;",
"s%^($U$S<a) (href=)%\$1 $V \$2%;" );
return @list;
}
sub echo_sp_sp
{
my ($U,$V,$Z) = @_;
my @list = (
"s%^($U<a) (name=)%\$1 $V \$2%;",
"s%^(<>$U<a) (name=)%\$1 $V \$2%;",
"s%^($S$U<a) (name=)%\$1 $V \$2%;",
"s%^(<><>$U<a) (name=)%\$1 $V \$2%;",
"s%^($S$S$U<a) (name=)%\$1 $V \$2%;",
"s%^(<>$U<><a) (name=)%\$1 $V \$2%;",
"s%^($S$U$S<a) (name=)%\$1 $V \$2%;",
"s%^($U<><><a) (name=)%\$1 $V \$2%;",
"s%^($U$S$S<a) (name=)%\$1 $V \$2%;",
"s%^($U<><a) (name=)%\$1 $V \$2%;",
"s%^($U$S<a) (name=)%\$1 $V \$2%;" );
return @list;
}
sub make_sitemap_init
{
# build a list of detectors that map site.htm entries to a section table
# note that the resulting .gets.tmp / .puts.tmp are real sed-script
my $h1="[-|[]";
my $b1="[*=]";
my $b2="[-|[]";
my $b3="[\\/:]";
my $q3="[\\/:,[]";
@MK_GETS = ();
push @MK_GETS, &echo_HR_PP ("<hr>", "$h1", "sect=\\\"1\\\"");
push @MK_GETS, &echo_HR_EM_PP("<hr>","<em>", "$h1", "sect=\\\"1\\\"");
push @MK_GETS, &echo_HR_EM_PP("<hr>","<strong>", "$h1", "sect=\\\"1\\\"");
push @MK_GETS, &echo_HR_PP ("<br>", , "$b1$b1", "sect=\\\"1\\\"");
push @MK_GETS, &echo_HR_PP ("<br>", , "$b2$b2", "sect=\\\"2\\\"");
push @MK_GETS, &echo_HR_PP ("<br>", , "$b3$b3", "sect=\\\"3\\\"");
push @MK_GETS, &echo_br_PP ("<br>", , "$b2$b2", "sect=\\\"2\\\"");
push @MK_GETS, &echo_br_PP ("<br>", , "$b3$b3", "sect=\\\"3\\\"");
push @MK_GETS, &echo_br_EM_PP("<br>","<small>" , "$q3" , "sect=\\\"3\\\"");
push @MK_GETS, &echo_br_EM_PP("<br>","<em>" , "$q3" , "sect=\\\"3\\\"");
push @MK_GETS, &echo_br_EM_PP("<br>","<u>" , "$q3" , "sect=\\\"3\\\"");
push @MK_GETS, &echo_HR_PP ("<br>", , "$q3" , "sect=\\\"3\\\"");
push @MK_GETS, &echo_br_PP ("<u>", , "$b2" , "sect=\\\"2\\\"");
push @MK_GETS, &echo_sp_PP ( "$q3" , "sect=\\\"3\\\"");
push @MK_GETS, &echo_sp_SP ( "" , "sect=\\\"2\\\"");
push @MK_GETS, &echo_sp_sp ( "$q3" , "sect=\\\"9\\\"");
push @MK_GETS, &echo_sp_sp ("<br>", "sect=\\\"9\\\"");
@MK_PUTS = map { my $x=$_; $x =~ s/(>)(\[)/$1 *$2/; $x } @MK_GETS;
# the .puts.tmp variant is used to <b><a href=..></b> some hrefs which
# shall not be used otherwise for being generated - this is nice for
# some quicklinks somewhere. The difference: a whitspace "<hr> <a...>"
}
my $_uses_= sub{"<$Q='use$1'>$2 $3<$QX>" };
my $_name_= sub{"<$Q='use$1'>name:$2 $3<$QX>" };
sub make_sitemap_list
{
my ($V,$Z) = @_; $V = $SITEFILE if not $V;
# scan sitefile for references pages - store as "=use+=href+ anchortext"
for (source($V)) {
my $x = $_;
local $_ = &eval_MK_LIST("sitemap_list", $x, @MK_GETS);
/<a sect=\"[$NN]\"/ or next;
chomp;
s{.*<a sect=\"([^\"]*)\" href=\"([^\"]*)\"[^<>]*>(.*)</a>.*}{&$_uses_}e;
s{.*<a sect=\"([^\"]*)\" name=\"([^\"]*)\"[^<>]*>(.*)</a>.*}{&$_name_}e;
s{.*<a sect=\"([^\"]*)\" name=\"([^\"]*)\"[^<>]*>(.*)}{&$_name_}e;
/^<$Q=/ or next;
/^<!/ and next;
push @MK_DATA, $_;
}
}
my $_Uses_= sub{"<$Q='Use$1'>$2 $3<$QX>" };
my $_Name_= sub{"<$Q='Use$1'>name:$2 $3<$QX>" };
sub make_subsitemap_list # file-to-scan
{
my ($V,$W,$Z) = @_; $V = $SITEFILE if not $V;
# scan sitefile for references pages - store as "=use+=href+ anchortext"
for (source($V)) {
my $x = $_;
local $_ = &eval_MK_LIST("subsitemap_list", $x, @MK_GETS);
/<a sect=\"[$NN]\"/ or next;
chomp;
s{.*<a sect=\"([^\"]*)\" href=\"([^\"]*)\"[^<>]*>(.*)</a>.*}{&$_Uses_}e;
s{.*<a sect=\"([^\"]*)\" name=\"([^\"]*)\"[^<>]*>(.*)</a>.*}{&$_Name_}e;
s{.*<a sect=\"([^\"]*)\" name=\"([^\"]*)\"[^<>]*>(.*)}{&$_Name_}e;
/^<$Q=/ or next;
/^<!/ and next;
s|>([^:./][^:./]*[./])|>$W$1|;
push @MK_DATA, $_;
}
}
sub make_sitemap_sect
{
# scan used pages and store prime section group relation =sect= and =node=
# (A) each "use1" creates "=sect=href+ href1" for all following non-"use1"
# (B) each "use1" creates "=node=href2 href1" for all following "use2"
my $sect = "";
for (grep {/<$Q='[u]se.'>/} @MK_DATA) {
if (/<$Q='[u]se1'>([^ ]*) .*/) { $sect = $1; }
my $x = $_; # chomp $x;
$x =~ s|<$Q='[u]se.'>([^ ]*) .*|<$Q='sect'>$1 $sect<$QX>|;
push @MK_DATA, $x;
}
for (grep {/<$Q='[u]se.'>/} @MK_DATA) {
if (/<$Q='[u]se1'>([^ ]*) .*/) { $sect = $1; }
/<$Q='[u]se[13456789]'>/ and next;
my $x = $_; # chomp $x;
$x =~ s|<$Q='[u]se.'>([^ ]*) .*|<$Q='node'>$1 $sect<$QX>|;
push @MK_DATA, $x;
}
}
sub make_sitemap_page
{
# scan used pages and store secondary group relation =page= and =node=
# the parenting =node= for use3 is usually a use2 (or use1 if none there)
my $sect = "";
for (grep {/<$Q='[u]se.'>/} @MK_DATA) {
if (/<$Q='[u]se1'>([^ ]*) .*/) { $sect = $1; }
if (/<$Q='[u]se2'>([^ ]*) .*/) { $sect = $1; }
/<$Q='[u]se[1]'>/ and next;
my $x = $_;
$x =~ s|<$Q='[u]se.'>([^ ]*) .*|<$Q='page'>$1<$QX>|; chomp $x;
push @MK_DATA, "$x $sect";
}
for (grep {/<$Q='[u]se.'>/} @MK_DATA) {
if (/<$Q='[u]se1'>([^ ]*) .*/) { $sect = $1; }
if (/<$Q='[u]se2'>([^ ]*) .*/) { $sect = $1; }
/<$Q='[u]se[12456789]'>/ and next;
my $x = $_;
$x =~ s/<$Q='[u]se.'>([^ ]*) .*/<$Q='node'>$1<$QX>/; chomp $x;
push @MK_DATA, "$x $sect"; ## print "(",$_,")","$x $sect", $n;
}
# and for the root sections we register ".." as the parenting group
for (grep {/<$Q='[u]se1'>/} @MK_DATA) {
my $x = $_; $x = trimm($x);
$x =~ s/<$Q='[u]se.'>([^ ]*) .*/<$Q='node'>$1 ..<$QX>/; chomp $x;
push @MK_DATA, $x;
}
}
sub echo_site_filelist
{
my @OUT = ();
for (grep {/<$Q='[u]se.'>/} @MK_DATA) {
my $x = $_; $x =~ s/<$Q='[u]se.'>//; $x =~ s/ .*[\n]*//;
push @OUT, $x;
}
return @OUT;
}
# ==========================================================================
# originally this was a one-pass compiler but the more information
# we were scanning out the more slower the system ran - since we
# were rescanning files for things like section information. Now
# we scan the files first for global information.
# 1.PASS
sub scan_sitefile # $F
{
$SOURCEFILE=&html_sourcefile($F);
hint "'$SOURCEFILE': scanning -> sitefile";
if ($SOURCEFILE ne $F) {
dx_init "$F";
dx_text ("today", &timetoday());
my $short=$F;
$short =~ s:.*/::; $short =~ s:[.].*::; # basename for all exts
$short .=" ~";
DC_meta ("title", "$short");
DC_meta ("date.available", &timetoday());
DC_meta ("subject", "sitemap");
DC_meta ("DCMIType", "Collection");
DC_VARS_Of ($SOURCEFILE) ; HTTP_VARS_Of ($SOURCEFILE) ;
DC_modified ($SOURCEFILE) ; DC_date ($SOURCEFILE);
DC_section ($F);
DX_text ("date.formatted", &timetoday());
if ($printerfriendly) {
DX_text ("printerfriendly", fast_html_printerfile($F)); }
if ($ENV{USER}) { DC_publisher ($ENV{USER}); }
echo "'$SOURCEFILE': $short (sitemap)";
site_map_list_title ($F, "$short");
site_map_long_title ($F, "generated sitemap index");
site_map_list_date ($F, &timetoday());
}
}
sub scan_htmlfile # "$F"
{
my ($FF,$Z) = @_;
$SOURCEFILE=&html_sourcefile($F); # SCAN :
hint "'$SOURCEFILE': scanning -> $F"; # HTML :
if ($SOURCEFILE ne $F) {
if ( -f $SOURCEFILE) {
dx_init "$F";
dx_text ("today", &timetoday());
dx_text ("todays", &timetodays());
DC_VARS_Of ($SOURCEFILE); HTTP_VARS_Of ($SOURCEFILE);
DC_title ($SOURCEFILE);
DC_isFormatOf ($SOURCEFILE);
DC_modified ($SOURCEFILE);
DC_date ($SOURCEFILE); DC_date ($SITEFILE);
DC_section ($F); DC_selected ($F); DX_alternative ($SOURCEFILE);
if ($ENV{USER}) { DC_publisher ($ENV{USER}); }
DX_text ("date.formatted", &timetoday());
if ($printerfriendly) {
DX_text ("printerfriendly", fast_html_printerfile($F)); }
my $sectn=&info_get_entry("DC.relation.section");
my $short=&info_get_entry("DC.title.selected");
&site_map_list_title ($F, "$short");
&info_map_list_title ($F, "$short");
my $title=&info_get_entry("DC.title");
&site_map_long_title ($F, "$title");
&info_map_long_title ($F, "$title");
my $edate=&info_get_entry("DC.date");
my $issue=&info_get_entry("issue");
&site_map_list_date ($F, "$edate");
&info_map_list_date ($F, "$edate");
css_scan();
echo "'$SOURCEFILE': '$title' ('$short') @ '$issue' ('$sectn')";
}else {
echo "'$SOURCEFILE': does not exist";
site_map_list_title ($F, "$F");
site_map_long_title ($F, "$F (no source)");
}
} else {
echo "<$F> - skipped - ($SOURCEFILE)";
}
}
sub scan_subsitemap_long
{
my ($V,$W,$ZZZ) = @_;
for (source($V)) {
my $x = $_;
if ($x =~ m|<a href="([^\"]*)">.*<small style="date">([^<>]*)</small>|) {
&site_map_list_date($W.$1,$2);
}
if ($x =~ m|<a href="([^\"]*)">.*<!--long-->([^<>]*)<!--/long-->|) {
&site_map_long_title($W.$1,$2);
}
}
}
sub scan_namespec
{
# nothing so far
# my ($F,$ZZZ) = @_;
if ($F =~ /^name:sitemap:/) {
my $short=$F;
$short =~ s:.*/::; $short =~ s:[.].*::; # basename for all exts
$short =~ s/name:sitemap://;
$short .=" ~";
site_map_list_title ($F, "$short");
site_map_long_title ($F, "external sitemap index");
site_map_list_date ($F, &timetoday());
echo "'$F' external sitemap index";
}
elsif ($F =~ /^name:(.*\.html*)$/) { # assuming it is a subsitefile
my $FF=$1;
my $FFF=$FF; $FFF =~ s:/[^/]*$:/:; # dirname
$FFF="" if $FFF !~ m:/:;
make_subsitemap_list($FF, $FFF);
scan_subsitemap_long($FF, $FFF);
}
}
sub scan_httpspec
{
# nothing so far
}
sub skip_namespec
{
# nothing so far
}
sub skip_httpspec
{
# nothing so far
}
# ==========================================================================
# and now generate the output pages
# 2.PASS
sub head_sed_sitemap # $filename $section
{
my ($U,$V,$Z) = @_;
my $FF=&sed_piped_key($U);
my $SECTION=&sed_slash_key($V);
my $SECTS="sect=\"[$NN$AZ]\"" ;
my $SECTN="sect=\"[$NN]\""; # lines with hrefs
my @OUT = ();
push @OUT, "s|(<a $SECTS href=\\\"$FF\\\">.*</a>)|<b>\$1</b>|;";
push @OUT, "/ href=\\\"$SECTION\\\"/ "
."and s|^<td class=\\\"[^\\\"]*\\\"|<td |;" if $sectiontab ne "no";
return @OUT;
}
sub head_sed_listsection # $filename $section
{
# traditional.... the sitefile is the full navigation bar
my ($U,$V,$Z) = @_;
my $FF=&sed_piped_key($U);
my $SECTION=&sed_slash_key($V);
my $SECTS="sect=\"[$NN$AZ]\"" ;
my $SECTN="sect=\"[$NN]\""; # lines with hrefs
my @OUT = ();
push @OUT, "s|(<a $SECTS href=\\\"$FF\\\">.*</a>)|<b>\$1</b>|;";
push @OUT, "/ href=\\\"$SECTION\\\"/ "
."and s|^<td class=\\\"[^\\\"]*\\\"|<td |;" if $sectiontab ne "no";
return @OUT;
}
sub head_sed_multisection # $filename $section
{
# sitefile navigation bar is split into sections
my ($U,$V,$Z) = @_;
my $FF=&sed_piped_key($U);
my $SECTION=&sed_slash_key($V);
my $SECTS="sect=\"[$NN$AZ]\"" ;
my $SECTN="sect=\"[$NN]\""; # lines with hrefs
my @OUT = ();
# grep all pages with a =sect= relation to current $SECTION and
# build foreach an sed line "s|<a $SECTS (href=$F)>|<a sect="X" $1>|"
# after that all the (still) numeric SECTNs are deactivated / killed.
for my $section ($SECTION, $headsection, $tailsection) {
next if $section eq "no";
for (grep {/^<$Q='sect'>[^ ]* $section/} @MK_DATA) {
my $x = $_;
$x =~ s|<$Q='sect'>||; $x =~ s| .*||; # $filename
$x =~ s/(.*)/s|<a $SECTS \(href=\\\"$1\\\"\)|<a sect=\\\"X\\\" \$1|/;
push @OUT, $x.";";
}
for (grep {/^<$Q='sect'>name:[^ ]* $section/} @MK_DATA) {
my $x = $_;
$x =~ s|<$Q='sect'>name:||; $x =~ s| .*||; # $filename
$x =~ s/(.*)/s|<a $SECTS \(name=\\\"$1\\\"\)|<a sect=\\\"X\\\" \$1|/;
push @OUT, $x.";";
}
}
push @OUT, "s|.*<a ($SECTN href=[^<>]*)>.*|<!-- \$1 -->|;";
push @OUT, "s|.*<a ($SECTN name=[^<>]*)>.*|<!-- \$1 -->|;";
push @OUT, "s|(<a $SECTS href=\\\"$FF\\\">.*</a>)|<b>\$1</b>|;";
push @OUT, "/ href=\\\"$SECTION\\\"/ "
."and s|^<td class=\\\"[^\\\"]*\\\"|<td |;" if $sectiontab ne "no";
return @OUT;
}
sub make_sitefile # "$F"
{
$SOURCEFILE=&html_sourcefile($F);
if ($SOURCEFILE ne $F) {
if (-f $SOURCEFILE) {
# remember that in this case "${SITEFILE}l" = "$F" = "${SOURCEFILE}l"
@MK_VARS = &info2vars_sed(); # have <!--title--> vars substituted
@MK_META = &info2meta_sed(); # add <meta name="DC.title"> values
my @F_HEAD = (); my @F_FOOT = ();
push @F_HEAD, @MK_PUTS;
push @F_HEAD, &head_sed_sitemap ($F, &info_get_entry_section());
push @F_HEAD, "/<head>/ and $sed_add join(\"\\n\", \@MK_META);";
push @F_HEAD, @MK_VARS; push @F_HEAD, @MK_TAGS;
push @F_HEAD, "/<\\/body>/ and next;"; #cut lastline
if ( $sitemaplayout eq "multi") {
push @F_FOOT, &make_multisitemap(); # here we use ~foot~ to
} else {
push @F_FOOT, &make_listsitemap(); # hold the main text
}
my $html = ""; #
$html .= &eval_MK_FILE("SITE", $SITEFILE, @F_HEAD);
$html .= join("", @F_FOOT);
for (source($SITEFILE)) {
/<\/body>/ or next;
$html .= &eval_MK_LIST("sitefile", $_, @MK_VARS);
}
open F, ">$F"; print F $html; close F;
echo "'$SOURCEFILE': ",ls_s($SOURCEFILE)," >-> ",ls_s($F);
savesource("$F.~head~", \@F_HEAD);
savesource("$F.~foot~", \@F_FOOT);
} else {
echo "'$SOURCEFILE': does not exist";
} }
}
sub make_htmlfile # "$F"
{
$SOURCEFILE=&html_sourcefile($F); # 2.PASS
if ("$SOURCEFILE" ne "$F") {
if (-f "$SOURCEFILE") {
if (grep {/<meta name="formatter"/} source($SOURCEFILE)) {
echo "'$SOURCEFILE': SKIP, this sourcefile looks like a formatted file";
echo "'$SOURCEFILE': (may be a sourcefile in place of a targetfile?)";
return; }
@MK_VARS = &info2vars_sed(); # have <!--title--> vars substituted
@MK_META = &info2meta_sed(); # add <meta name="DC.title"> values
@MK_SPAN = &tags2span_sed(); # extern text/css -> intern css classes
push @MK_META, &tags2meta_sed(); # extern text/css -> intern css classes
my @F_HEAD = (); my @F_BODY = (); my $F_FOOT = "";
push @F_HEAD, @MK_PUTS;
if ( $sectionlayout eq "multi") {
push @F_HEAD, &head_sed_multisection ($F, &info_get_entry_section());
} else {
push @F_HEAD, &head_sed_listsection ($F, &info_get_entry_section());
}
push @F_HEAD, @MK_VARS; push @F_HEAD, @MK_TAGS; push @F_HEAD, @MK_SPAN;
push @F_HEAD, "/<\\/body>/ and next;"; #cut lastline
push @F_HEAD, "/<head>/ and $sed_add join(\"\\n\",\@MK_META);"; #add metatags
push @F_BODY, "/<title>/ and next;"; #not that line
push @F_BODY, @MK_VARS; push @F_BODY, @MK_TAGS; push @F_BODY, @MK_SPAN;
push @F_BODY, &bodymaker_for_sectioninfo(); #if sectioninfo
push @F_BODY, &info2body_sed(); #cut early
push @F_HEAD, &info2head_sed();
push @F_HEAD, &make_back_path($F);
if ($emailfooter ne "no") {
$F_FOOT = &body_for_emailfooter();
}
my $html = "";
$html .= eval_MK_FILE("head", $SITEFILE, @F_HEAD);
$html .= eval_MK_FILE("body", $SOURCEFILE, @F_BODY);
$html .= $F_FOOT;
for (source($SITEFILE)) {
/<\/body>/ or next;
$_ = &eval_MK_LIST("htmlfile", $_, @MK_VARS);
$html .= $_;
}
open F, ">$F" or die "could not write $F: $!"; print F $html; close F;
echo "'$SOURCEFILE': ",&ls_s($SOURCEFILE)," -> ",&ls_s($F);
savesource("$F.~head~", \@F_HEAD);
savesource("$F.~body~", \@F_BODY);
} else {
echo "'$SOURCEFILE': does not exist";
}} else {
echo "<$F> - skipped";
}
}
my $PRINTSITEFILE;
sub make_printerfriendly # "$F"
{ # PRINTER
my $printsitefile="0"; # FRIENDLY
my $BODY_TXT; my $BODY_SED;
my $P=&html_printerfile ($F);
my @P_HEAD = (); my @P_BODY = ();
if ("$F" =~ /^(${SITEFILE}|${SITEFILE}l)$/) {
$printsitefile=">=>" ; $BODY_TXT="$F.~foot~" ;
} elsif ("$F" =~ /^(.*[.]html)$/) {
$printsitefile="=>" ; $BODY_TXT="$SOURCEFILE";
}
if (grep {/<meta name="formatter"/} source($BODY_TXT)) { return; }
if ($printsitefile ne "0" and -f $SOURCEFILE) { my $x;
@MK_FAST = &make_printerfile_fast (\@FILELIST);
push @P_HEAD, @MK_VARS; push @P_HEAD, @MK_TAGS; push @P_HEAD, @MK_FAST;
@MK_METT = map { $x = $_; $x =~
/DC.relation.isFormatOf/ and $x =~ s|content=\"[^\"]*\"|content=\"$F\"| ;
$x } @MK_META;
push @P_HEAD, "/<head>/ and $sed_add join(\"\\n\", \@MK_METT);";
push @P_HEAD, "/<\\/body>/ and next;";
push @P_HEAD, &select_in_printsitefile ("$F");
my $_ext_=&print_extension($printerfriendly);
# my $line_=&sed_slash_key($printsitefile_img_2);
push @P_HEAD, "/\\|\\|topics:/"
." and s| href=\\\"\\#\\.\\\"| href=\\\"$F\\\"|;";
push @P_HEAD, "/\\|\\|\\|pages:/"
." and s| href=\\\"\\#\\.\\\"| href=\\\"$F\\\"|;";
push @P_HEAD, &make_back_path("$F");
push @P_BODY, @MK_VARS; push @P_BODY, @MK_TAGS; push @P_BODY, @MK_FAST;
push @P_BODY, &make_back_path("$F");
my $html = "";
$html .= eval_MK_FILE("p_head", $PRINTSITEFILE, @P_HEAD);
$html .= eval_MK_FILE("p_body", $BODY_TXT, @P_BODY);
for (source($PRINTSITEFILE)) {
/<\/body>/ or next;
$_ = &eval_MK_LIST("printerfriendly", $_, @MK_VARS);
$html .= $_;
}
open P, ">$P" or die "could not write $P: $!"; print P $html; close P;
echo "'$SOURCEFILE': ",ls_s($SOURCEFILE)," $printsitefile ",ls_s($P);
}
}
# ========================================================================
# ========================================================================
# ========================================================================
# ========================================================================
# #### 0. INIT
$F=$SITEFILE;
&make_sitemap_init();
&make_sitemap_list($SITEFILE);
&make_sitemap_sect();
&make_sitemap_page();
savelist(\@MK_DATA, "DATA");
@FILELIST=&echo_site_filelist();
if ($o{filelist} or $o{list} eq "file" or $o{list} eq "files") {
for (@FILELIST) { echo $_; } exit; # --filelist
}
if ($o{files}) { @FILELIST=split(/ /, $o{files}); } # --files
if ($#FILELIST < 0) { warns "nothing to do (no --filelist)"; }
if ($#FILELIST == 0 and
$FILELIST[0] eq $SITEFILE) { warns "only '$SITEFILE'?!"; }
for (@FILELIST) { #### 1. PASS
$F = $_;
if (/^(name:.*)$/) {
&scan_namespec ("$F");
} elsif (/^(http:|https:|ftp:|mailto:|telnet:|news:|gopher:|wais:)/) {
&scan_httpspec ("$F");
} elsif (/^(${SITEFILE}|${SITEFILE}l)$/) {
&scan_sitefile ("$F") ;; # ........... SCAN SITE
} elsif (/^(.*\@.*\.de)$/) {
echo "!! -> '$F' (skipping malformed mailto:-link)";
} elsif (/^(\.\.\/.*)$/) {
echo "!! -> '$F' (skipping topdir build)";
# */*.html)
# make_back_path # try for later subdir build
# echo "!! -> '$F' (skipping subdir build)"
# ;;
# */*/*/|*/*/|*/|*/index.htm|*/index.html)
# echo "!! -> '$F' (skipping subdir index.html)"
# ;;
} elsif (/^(.*\.html)$/) {
&scan_htmlfile ("$F"); # ........... SCAN HTML
if ($o{xml}) {
$F =~ s/\.html$/.xml/;
&scan_xmlfile ("$F");
}
} elsif (/^(.*\.xml)$/) {
&scan_xmlfile ("$F") ;;
} elsif (/^(.*\/)$/) {
echo "'$F' : directory - skipped";
&site_map_list_title ("$F", &sed_slash_key($F));
&site_map_long_title ("$F", "(directory)");
} else {
echo "?? -> '$F'";
}
}
if ($printerfriendly) { # .......... PRINT VERSION
my $_ext_=esc(&print_extension($printerfriendly));
$PRINTSITEFILE=$SITEFILE; $PRINTSITEFILE =~ s/(\.\w*)$/$_ext_$1/;
$F=$PRINTSITEFILE;
my @TEXT = &make_printsitefile();
echo "NOTE: going to create printer-friendly sitefile '$PRINTSITEFILE'"
." $F._$i";
savelist(\@TEXT, "TEXT");
my @LINES = map { chomp; $_."$n" } @TEXT;
savesource($PRINTSITEFILE, \@LINES);
if (1) {
if (open PRINTSITEFILE, ">$PRINTSITEFILE") {
print PRINTSITEFILE join("", @LINES); close PRINTSITEFILE;
}
}
}
for (@FILELIST) { #### 2. PASS
$F = $_;
if (/^(name:.*)$/) {
&skip_namespec ("$F") ;;
} elsif (/^(http:|https:|ftp:|mailto:|telnet:|news:|gopher:|wais:)/) {
&skip_httpspec ("$F") ;;
} elsif (/^(${SITEFILE}|${SITEFILE}l)$/) {
&make_sitefile ("$F") ;; # ........ SITE FILE
&make_printerfriendly ("$F") if ($printerfriendly);
if ($o{xml}) {
$F =~ s/\.html$/.xml/;
&make_xmlmaster ("$F");
}
} elsif (/^(.*\@.*\.de)$/) {
echo "!! -> '$F' (skipping malformed mailto:-link)";
} elsif (/^(\.\.\/.*)$/) {
echo "!! -> '$F' (skipping topdir build)";
# */*.html)
# echo "!! -> '$F' (skipping subdir build)"
# ;;
# */*/*/|*/*/|*/|*/index.htm|*/index.html)
# echo "!! -> '$F' (skipping subdir index.html)"
# ;;
} elsif (/^(.*\.html)$/) {
&make_htmlfile ("$F") ; # .................. HTML FILES
&make_printerfriendly ("$F") if ($printerfriendly);
if ($o{xml}) {
$F =~ s/\.html$/.xml/;
&make_xmlfile ("$F");
}
} elsif (/^(.*\.xml)$/) {
&make_xmlfile ("$F") ;;
} elsif (/^(.*\/)$/) {
echo "'$F' : directory - skipped";
} else {
echo "?? -> '$F'";
}
# .............. debug ....................
if (-d "DEBUG" and -f $F) {
my $INP = \@{$DATA{$F}};
my $FFFF = $F; $FFFF =~ s,/,:,g;
if (open FFFF, ">DEBUG/$FFFF.data.tmp.ht") {
for (@{$INP}) { print FFFF $_,$n; } close FFFF;
}
if (open FFFF, ">DEBUG/$FFFF.tags.tmp.pl") {
print FFFF "# /usr/bin/env perl -p",$n;
for (@MK_TAGS) { print FFFF $_,$n; } close FFFF;
}
if (open FFFF, ">DEBUG/$FFFF.vars.tmp.pl") {
print FFFF "# /usr/bin/env perl -p",$n;
for (@MK_VARS) { print FFFF $_,$n; } close FFFF;
}
if (open FFFF, ">DEBUG/$FFFF.span.tmp.pl") {
print FFFF "# /usr/bin/env perl -p",$n;
for (@MK_SPAN) { print FFFF $_,$n; } close FFFF;
}
if (open FFFF, ">DEBUG/$FFFF.meta.tmp.ht") {
for (@MK_META) { print FFFF $_,$n; } close FFFF;
}
if (open FFFF, ">DEBUG/$FFFF.gets.tmp.ht") {
for (@MK_GETS) { print FFFF $_,$n; } close FFFF;
}
if (open FFFF, ">DEBUG/$FFFF.puts.tmp.ht") {
for (@MK_PUTS) { print FFFF $_,$n; } close FFFF;
}
if (open FFFF, ">DEBUG/$FFFF.fast.tmp.ht") {
for (@MK_FAST) { print FFFF $_,$n; } close FFFF;
}
}
} # done
## rm ./$MK.*.tmp.* if not $o{keeptmpfiles}
exit 0
