#! /bin/sh
# this is the sh/sed variant of the mksite script. It is largely
# derived from snippets that I was using to finish doc pages for
# website publishing. For the mksite project the functionaliy has
# been expanded of course. Still this one does only use simple unix
# commands like sed, date, and test. And it still works. :-)=)
# 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.sh,v 1.5 2006/09/22 00:33:22 guidod Exp $
# Zsh is not Bourne compatible without the following: (seen in autobook)
if test -n "$ZSH_VERSION"; then
emulate sh
NULLCMD=:
fi
# initialize some defaults
test ".$SITEFILE" = "." && test -f "site.htm" && SITEFILE="site.htm"
test ".$SITEFILE" = "." && test -f "site.html" && SITEFILE="site.html"
test ".$SITEFILE" = "." && SITEFILE="site.htm"
MK="-mksite" # note the "-" at the start
SED="sed"
CAT="cat" # "sed -e n" would be okay too
GREP="grep"
DATE_NOW="date" # should be available on all posix systems
DATE_R="date -r" # gnu date has it / solaris date not
STAT_R="stat" # gnu linux
LS_L="ls -l" # linux uses one less char than solaris
DATA="~~" # extension for meta data files
HEAD="~head~" # extension for head sed script
BODY="~body~" # extension for body sed script
FOOT="~foot~" # append to body text (non sed)
NULL="/dev/null" # to divert stdout/stderr
CATNULL="$CAT $NULL" # to create 0-byte files
SED_LONGSCRIPT="$SED -f"
Q='q class='
QX='/q'
LOWER="abcdefghijklmnopqrstuvwxyz"
UPPER="ABCDEFGHIJKLMNOPQRSTUVWXYZ"
az="$LOWER" # some old sed tools can not
AZ="$UPPER" # use char-ranges in the
NN="0123456789" # match expressions so that
AA="_$NN$AZ$az" # we use their unrolled
AX="$AA.+-" # definition here
AP="|" # (pipe symbol in char-range)
AK="[" # (open range in char-range)
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
HTMLTAGS=" a p h1 h2 h3 h4 h5 h6 dl dd dt ul ol li pre code table tr td th"
HTMLTAGS=" $HTMLTAGS b u i s q em strong strike cite big small sup sub tt"
HTMLTAGS=" $HTMLTAGS thead tbody center hr br nobr wbr"
HTMLTAGS=" $HTMLTAGS span div img adress blockquote"
HTMLTAGS2=" html head body title meta http-equiv style link"
# ==========================================================================
if "${SHELL-/bin/sh}" -c 'foo () { exit 0; }; foo' 2>$NULL ; then : ; else
echo "!! sorry, this shell '$SHELL' does not support shell functions" ; exit 1
fi
error ()
{
echo "ERROR:" "$@" 1>&2
}
warn ()
{
echo "WARN:" "$@" 1>&2
}
note ()
{
echo "NOTE:" "$@" 1>&2
}
hint=":"
init ()
{
if test -d DEBUG
then hint="note"
fi
if test "$SED" = "sed" ; then
if gsed --version 2>$NULL | $GREP "GNU sed" >$NULL ; then
SED="gsed"
$hint "using 'gsed' as SED"
fi
fi
if $SED --version 2>$NULL | $GREP "GNU sed" >$NULL ; then
az="a-z" # but if we have GNU sed
AZ="A-Z" # then we assume there are
NN="0-9" # char-ranges available
AA="_$NN$AZ$az" # that makes the resulting
AX="$AA.+-" # script more readable
$hint "found GNU sed - good"
elif uname -s | $GREP HP-UX >$NULL ; then
SED_LONGSCRIPT="sed_longscript" # due to 100 sed lines limit
$hint "weird sed - hpux sed has a limit of 100 lines" \
"- using sed_longscript mode"
fi
if echo "TEST" | sed -e "s%[:[]*TEST%OK%" | grep OK 2>&1 > $NULL
then :
elif echo "TEST" | sed -e "s%[:\\[]*TEST%OK%" | grep OK 2>&1 > $NULL
then AK="\\[" ; $hint "AK=\\["
else AK="" ; warn "buggy sed - disabled [ in char-ranges / fileref-tests"
fi
if echo "TEST" | sed -e "s%[:|]*TEST%OK%" | grep OK 2>&1 > $NULL
then :
elif echo "TEST" | sed -e "s%[:\\|]*TEST%OK%" | grep OK 2>&1 > $NULL
then AP="\\[" ; $hint "AP=\\|"
else AP="" ; warn "buggy sed - disabled | in char-ranges / fileref-tests"
fi
}
init "NOW!!!"
sed_debug ()
{
$note "sed" "$@" >&2
sed "$@"
}
# ==========================================================================
# reading options from the command line GETOPT
opt_variables="files"
opt_fileseparator="?"
opt_files=""
opt_main_file=""
opt_formatter="$0"
opt=""
for arg in "$@" # this variant should allow to embed spaces in $arg
do if test ".$opt" != "." ; then
eval "export opt_$opt='$arg'"
opt=""
else
case "$arg" in
-*=*)
opt=`echo "$arg" | $SED -e "s/-*\\([$AA][$AA-]*\\).*/\\1/" -e y/-/_/`
if test ".$opt" = "." ; then
error "invalid option $arg"
else
arg=`echo "$arg" | $SED -e "s/^[^=]*=//"`
eval "export opt_$opt='$arg'"
opt_variables="$opt_variables $opt"
fi
opt="" ;;
-*?-*) : an option with an argument --main-file=x or --main-file x
opt=`echo "$arg" | $SED -e "s/-*\\([$AA][$AA-]*\\).*/\\1/" -e y/-/_/`
if test ".$opt" = "." ; then
error "invalid option $arg"
opt=""
else :
# keep the option for next round
fi ;;
-*) : a simple option --filelist or --debug or --verbose
opt=`echo "$arg" | $SED -e "s/^-*\\([$AA][$AA-]*\\).*/\\1/" -e y/-/_/`
if test ".$opt" = "." ; then
error "invalid option $arg"
else
arg=`echo "$arg" | $SED -e "s/^[^=]*=//"`
eval "export opt_$opt=' '"
fi
opt="" ;;
*) $hint "<$arg>"
if test ".$opt_main_file" = "." ; then opt_main_file="$arg" ; else
test ".$opt_files" != "." && opt_files="$opt_files$opt_fileseparator"
opt_files="$opt_files$arg" ; fi
opt="" ;;
esac
fi
done ; if test ".$opt" != "." ; then
eval "export opt_$opt='$arg'"
opt=""
fi
### env | grep ^opt
test ".$opt_main_file" != "." && test -f "$opt_main_file" && \
SITEFILE="$opt_main_file"
test ".$opt_site_file" != "." && test -f "$opt_site_file" && \
SITEFILE="$opt_site_file"
test "$opt_debug" && \
hint="note"
if test ".$opt_help" != "." ; then
F="$SITEFILE"
echo "$0 [sitefile]";
echo " default sitefile = $F";
echo "options:";
echo " --filelist : show list of target files as ectracted from $F"
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 ${TEMP-/tmp}/mksite.*"
exit;
echo " internal:"
echo "--fileseparator=x : for building the internal filelist (default '?')"
echo "--files xx : for list of additional files to be processed"
echo "--main-file xx : for the main sitefile to take file list from"
fi
if test ".$SITEFILE" = "." ; then
error "no SITEFILE found (default would be 'site.htm')"
exit 1
else
$hint "sitefile:" `ls -s $SITEFILE`
fi
tmp="." ; if test ".$opt_tmp_dir" != "." ; then tmp="$opt_tmp_dir" ; fi
if test ".$opt_tmp_dir" = "." && test ".$opt_tmp" != "." ; then
tmp="${TEMP-/tmp}/mksite.$$" ; fi
# we use external files to store mappings - kind of relational tables
MK_TAGS="$tmp/$MK.tags.tmp.sed"
MK_VARS="$tmp/$MK.vars.tmp.sed"
MK_SPAN="$tmp/$MK.span.tmp.sed"
MK_META="$tmp/$MK.meta.tmp.htm"
MK_METT="$tmp/$MK.mett.tmp.htm"
MK_TEST="$tmp/$MK.test.tmp.htm"
MK_FAST="$tmp/$MK.fast.tmp.sed"
MK_GETS="$tmp/$MK.gets.tmp.sed"
MK_PUTS="$tmp/$MK.puts.tmp.sed"
MK_SITE="$tmp/$MK.site.tmp.sed"
MK_SECT1="$tmp/$MK.sect1.tmp.sed"
MK_SECT2="$tmp/$MK.sect2.tmp.sed"
MK_SECT3="$tmp/$MK.sect3.tmp.sed"
MK_STYLE="$tmp/$MK.style.tmp.sed"
MK_DATA="$tmp/$MK.$DATA.tmp.htm"
# ========================================================================
# ========================================================================
# ========================================================================
# MAGIC VARS
# IN $SITEFILE
printerfriendly=""
sectionlayout="list"
sitemaplayout="list"
attribvars=" " # <x ref="${varname:=default}">
updatevars=" " # <!--$varname:=-->default
expandvars=" " # <!--$varname-->
commentvars=" " # $updatevars && $expandsvars
sectiontab=" " # highlight ^<td class=...>...href="$section"
currenttab=" " # highlight ^<br>..<a href="$topic">
headsection="no"
tailsection="no"
sectioninfo="no" # using <h2> title <h2> = info text
emailfooter="no"
if $GREP "<!--multi-->" $SITEFILE >$NULL ; then
echo \
"WARNING: do not use <!--multi-->, change to <!--mksite:multi--> " "$SITEFILE"
echo \
"warning: or <!--mksite:multisectionlayout--> <!--mksite:multisitemaplayout-->"
sectionlayout="multi"
sitemaplayout="multi"
fi
if $GREP "<!--mksite:multi-->" $SITEFILE >$NULL ; then
sectionlayout="multi"
sitemaplayout="multi"
fi
if $GREP "<!--mksite:multilayout-->" $SITEFILE >$NULL ; then
sectionlayout="multi"
sitemaplayout="multi"
fi
mksite_magic_option ()
{
# $1 is word/option to check for
INP="$2" ; test ".$INP" = "." && INP="$SITEFILE"
$SED \
-e "s/\\(<!--mksite:\\)\\($1\\)-->/\\1\\2: -->/g" \
-e "s/\\(<!--mksite:\\)\\([$AA][$AA]*\\)\\($1\\)-->/\\1\\3:\\2-->/g" \
-e "/<!--mksite:$1:/!d" \
-e "s/.*<!--mksite:$1:\\([^<>]*\\)-->.*/\\1/" \
-e "s/.*<!--mksite:$1:\\([^-]*\\)-->.*/\\1/" \
-e "/<!--mksite:$1:/d" -e q $INP # $++
}
x=`mksite_magic_option sectionlayout` ; case "$x" in
"list"|"multi") sectionlayout="$x" ;; esac
x=`mksite_magic_option sitemaplayout` ; case "$x" in
"list"|"multi") sitemaplayout="$x" ;; esac
x=`mksite_magic_option attribvars` ; case "$x" in
" "|"no"|"warn") attribvars="$x" ;; esac
x=`mksite_magic_option updatevars` ; case "$x" in
" "|"no"|"warn") updatevars="$x" ;; esac
x=`mksite_magic_option expandvars` ; case "$x" in
" "|"no"|"warn") expandvars="$x" ;; esac
x=`mksite_magic_option commentvars` ; case "$x" in
" "|"no"|"warn") commentvars="$x" ;; esac
x=`mksite_magic_option printerfriendly` ; case "$x" in
" "|".*"|"-*") printerfriendly="$x" ;; esac
x=`mksite_magic_option sectiontab` ; case "$x" in
" "|"no"|"warn") sectiontab="$x" ;; esac
x=`mksite_magic_option currenttab` ; case "$x" in
" "|"no"|"warn") currenttab="$x" ;; esac
x=`mksite_magic_option sectioninfo` ; case "$x" in
" "|"no"|"[=:-]") sectioninfo="$x" ;; esac
x=`mksite_magic_option emailfooter`
test ".$x" != "." && emailfooter="$x"
test ".$opt_print" != "." && printerfriendly="$opt_print"
test ".$commentvars" = ".no" && updatevars="no" # duplicated into
test ".$commentvars" = ".no" && expandvars="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 '$tailsection'tailsection"
if ($STAT_R "$SITEFILE" >$NULL) 2>$NULL ; then : ; else STAT_R=":" ; fi
# ==========================================================================
# init a few global variables
# 0. INIT
mkpathdir () {
if test -n "$1" && test ! -d "$1" ; then
echo "!! mkdir '$1'" ; mkdir "$1"
test ! -d "$1" || mkdir -p "$1"
fi
}
mkpathfile () {
dirname=`echo "$1" | $SED -e "s:/[^/][^/]*\$::"`
if test ".$1" != ".$dirname" && test ".$dirname" != "." ;
then mkpathdir "$dirname"; fi
}
mknewfile () {
mkpathfile "$1"
$CATNULL > "$1"
}
tmp_dir_was_created="no"
if test ! -d "$tmp" ; then mkpathdir "$tmp" ; tmp_dir_was_created="yes" ; fi
# $MK_TAGS - originally, we would use a lambda execution on each
# uppercased html tag to replace <P> with <p class="P">. Here we just
# walk over all the known html tags and make an sed script that does
# the very same conversion. There would be a chance to convert a single
# tag via "h;y;x" or something we do want to convert all the tags on
# a single line of course.
mknewfile "$MK_TAGS"
for M in `echo $HTMLTAGS`
do P=`echo "$M" | $SED -e "y/$LOWER/$UPPER/"`
echo "s|<$P>|<$M class=\"$P\">|g" >> "$MK_TAGS"
echo "s|<$P |<$M class=\"$P\" |g" >> "$MK_TAGS"
echo "s|</$P>|</$M>|g" >> "$MK_TAGS"
done
echo "s|<>|\\ \\;|g" >> "$MK_TAGS"
echo "s|<->|<WBR />|g" >> "$MK_TAGS"
echo "s|<c>|<code>|g" >> "$MK_TAGS"
echo "s|</c>|</code>|g" >> "$MK_TAGS"
echo "s|<section>||g" >> "$MK_TAGS"
echo "s|</section>||g" >> "$MK_TAGS"
echo "s|<\\(a [^<>]*\\) />|<\\1></a>|g" >> "$MK_TAGS"
_ulink_="<a href=\"\\1\" remap=\"url\">\\1</a>"
echo "s|<a>\\([$az$AZ][$az$AZ]*://[^<>]*\\)</a>|$_ulink_|g" >> "$MK_TAGS"
# also make sure that some non-html entries are cleaned away that
# we are generally using to inject meta information. We want to see
# that meta ino in the *.htm browser view during editing but they
# shall not get present in the final html page for publishing.
DC_VARS="contributor date source language coverage identifier"
DC_VARS="$DC_VARS rights relation creator subject description"
DC_VARS="$DC_VARS publisher DCMIType"
_EQUIVS="refresh expires content-type cache-control"
_EQUIVS="$_EQUIVS redirect charset" # mapped to refresh / content-type
_EQUIVS="$_EQUIVS content-language content-script-type content-style-type"
for P in $DC_VARS $_EQUIVS ; do # dublin core embedded
echo "s|<$P>[^<>]*</$P>||g" >> "$MK_TAGS"
done
test ".$opt_keepsect" = "." && \
echo "s|<a sect=\"[$AZ$NN]\"|<a|g" >> "$MK_TAGS"
echo "s|<!--[$AX]*[?]-->||g" >> "$MK_TAGS"
echo "s|<!--\\\$[$AX]*[?]:-->||g" >> "$MK_TAGS"
echo "s|<!--\\\$[$AX]*:[?=]-->||g" >> "$MK_TAGS"
echo "s|\\(<[^<>]*\\)\\\${[$AX]*:[?=]\\([^<{}>]*\\)}\\([^<>]*>\\)|\\1\\2\\3|g" >>$MK_TAGS
# see overview at www.metatab.de - http-equivs are
# <refresh>5; url=target</reresh> or <redirect>target</redirect>
# <content-type>text/html; charset=koi8-r</content-type> iso-8859-1/UTF-8
# <content-language>de</content-language> <charset>UTF-8</charset>
# <content-script-type>text/javascript</content-script-type> /jscript/vbscript
# <content-style-type>text/css</content-style-type>
# <cache-control>no-cache</cache-control>
trimm ()
{
echo "$1" | $SED -e "s:^ *::" -e "s: *\$::";
}
trimmm ()
{
echo "$1" | $SED -e "s:^ *::" -e "s: *\$::" -e "s:[ ][ ]*: :g";
}
timezone ()
{
# +%z is an extension while +%Z is supposed to be posix
_timezone=`$DATE_NOW +%z`
case "$_timezone" in
*+*) echo "$_timezone" ;;
*-*) echo "$_timezone" ;;
*) $DATE_NOW +%Z
esac
}
timetoday ()
{
$DATE_NOW +%Y-%m-%d
}
timetodays ()
{
$DATE_NOW +%Y-%m%d
}
# ======================================================================
# FUNCS
sed_longscript ()
{
# hpux sed has a limit of 100 entries per sed script !
$SED -e "100q" "$1" > "$1~1~"
$SED -e "1,100d" -e "200q" "$1" > "$1~2~"
$SED -e "1,200d" -e "300q" "$1" > "$1~3~"
$SED -e "1,300d" -e "400q" "$1" > "$1~4~"
$SED -e "1,400d" -e "500q" "$1" > "$1~5~"
$SED -e "1,500d" -e "600q" "$1" > "$1~6~"
$SED -e "1,600d" -e "700q" "$1" > "$1~7~"
$SED -e "1,700d" -e "800q" "$1" > "$1~8~"
$SED -e "1,800d" -e "900q" "$1" > "$1~9~"
$SED -f "$1~1~" -f "$1~2~" -f "$1~3~" -f "$1~4~" -f "$1~5~" \
-f "$1~6~" -f "$1~7~" -f "$1~8~" -f "$1~9~" "$2"
}
sed_escape_key ()
{
$SED -e "s|\\.|\\\\&|g" -e "s|\\[|\\\\&|g" -e "s|\\]|\\\\&|g" "$@"
}
sed_slash_key () # helper to escape chars special in /anchor/ regex
{ # currently escaping "/" "[" "]" "."
echo "$1" | sed_escape_key -e "s|/|\\\\&|g"
}
sed_piped_key () # helper to escape chars special in s|anchor|| regex
{ # currently escaping "|" "[" "]" "."
echo "$1" | sed_escape_key -e "s/|/\\\\&/g"
}
back_path () # helper to get the series of "../" for a given path
{
echo "$1" | $SED -e "/\\//!d" -e "s|/[^/]*\$|/|" -e "s|[^/]*/|../|g"
}
dir_name ()
{
echo "$1" | $SED -e "s:/[^/][^/]*\$::"
}
piped_value="s/|/\\\\|/g"
amp_value="s|&|\\\\&|g"
info2vars_sed () # generate <!--$vars--> substition sed addon script
{
INP="$1" ; test ".$INP" = "." && INP="$tmp/$F.$DATA"
V8=" *\\([^ ][^ ]*\\) \\(.*\\)<$QX>"
V9=" *DC[.]\\([^ ][^ ]*\\) \\(.*\\)<$QX>"
N8=" *\\([^ ][^ ]*\\) \\([$NN].*\\)<$QX>"
N9=" *DC[.]\\([^ ][^ ]*\\) \\([$NN].*\\)<$QX>"
V0="\\\\([<]*\\\\)\\\\\\\$"
V1="\\\\([^<>]*\\\\)\\\\\\\$"
V2="\\\\([^{<>}]*\\\\)"
V3="\\\\([^<>]*\\\\)"
SS="<""<>"">" # spacer so value="2004" does not make for s|\(...\)|\12004|
test ".$commentvars" = ".no" && updatevars="no" # duplicated from
test ".$commentvars" = ".no" && expandvars="no" # option handling
test ".$expandvars" != ".no" && \
$SED -e "/^=....=formatter /d" -e "$piped_value" \
-e "/^<$Q'name'>/s,<$Q'name'>$V9,s|<!--$V0\\1[?]-->|- \\2|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V9,s|<!--$V0\\1[?]-->|(\\2)|," \
-e "/^<$Q'name'>/s,<$Q'name'>$V8,s|<!--$V0\\1[?]-->|- \\2|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V8,s|<!--$V0\\1[?]-->|(\\2)|," \
-e "/^<$Q/d" -e "/^<!/d" -e "$amp_value" $INP # $++
test ".$expandvars" != ".no" && \
$SED -e "/^=....=formatter /d" -e "$piped_value" \
-e "/^<$Q'text'>/s,<$Q'text'>$V9,s|<!--$V1\\1-->|\\\\1$SS\\2|," \
-e "/^<$Q'Text'>/s,<$Q'Text'>$V9,s|<!--$V1\\1-->|\\\\1$SS\\2|," \
-e "/^<$Q'name'>/s,<$Q'name'>$V9,s|<!--$V1\\1[?]-->|\\\\1$SS\\2|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V9,s|<!--$V1\\1[?]-->|\\\\1$SS\\2|," \
-e "/^<$Q'text'>/s,<$Q'text'>$V8,s|<!--$V1\\1-->|\\\\1$SS\\2|," \
-e "/^<$Q'Text'>/s,<$Q'Text'>$V8,s|<!--$V1\\1-->|\\\\1$SS\\2|," \
-e "/^<$Q'name'>/s,<$Q'name'>$V8,s|<!--$V1\\1[?]-->|\\\\1$SS\\2|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V8,s|<!--$V1\\1[?]-->|\\\\1$SS\\2|," \
-e "/^<$Q/d" -e "/^<!/d" -e "$amp_value" $INP # $++
test ".$updatevars" != ".no" && \
$SED -e "/^=....=formatter /d" -e "$piped_value" \
-e "/^<$Q'name'>/s,<$Q'name'>$V9,s|<!--$V0\\1:[?]-->[^<>]*|- \\2|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V9,s|<!--$V0\\1:[?]-->[^<>]*|(\\2)|," \
-e "/^<$Q'name'>/s,<$Q'name'>$V8,s|<!--$V0\\1:[?]-->[^<>]*|- \\2|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V8,s|<!--$V0\\1:[?]-->[^<>]*|(\\2)|," \
-e "/^<$Q/d" -e "/^<!/d" -e "$amp_value" $INP # $++
test ".$updatevars" != ".no" && \
$SED -e "/^=....=formatter /d" -e "$piped_value" \
-e "/^<$Q'text'>/s,<$Q'text'>$V9,s|<!--$V1\\1:[=]-->[^<>]*|\\\\1$SS\\2|," \
-e "/^<$Q'Text'>/s,<$Q'Text'>$V9,s|<!--$V1\\1:[=]-->[^<>]*|\\\\1$SS\\2|," \
-e "/^<$Q'name'>/s,<$Q'name'>$V9,s|<!--$V1\\1:[?]-->[^<>]*|\\\\1$SS\\2|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V9,s|<!--$V1\\1:[?]-->[^<>]*|\\\\1$SS\\2|," \
-e "/^<$Q'text'>/s,<$Q'text'>$V8,s|<!--$V1\\1:[=]-->[^<>]*|\\\\1$SS\\2|," \
-e "/^<$Q'Text'>/s,<$Q'Text'>$V8,s|<!--$V1\\1:[=]-->[^<>]*|\\\\1$SS\\2|," \
-e "/^<$Q'name'>/s,<$Q'name'>$V8,s|<!--$V1\\1:[?]-->[^<>]*|\\\\1$SS\\2|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V8,s|<!--$V1\\1:[?]-->[^<>]*|\\\\1$SS\\2|," \
-e "/^<$Q/d" -e "/^<!/d" -e "$amp_value" $INP # $++
test ".$attribvars" != ".no" && \
$SED -e "/^=....=formatter /d" -e "$piped_value" \
-e "/^<$Q'text'>/s,<$Q'text'>$V9,s|<$V1{\\1:[=]$V2}$V3>|<\\\\1$SS\\2\\\\3>|," \
-e "/^<$Q'Text'>/s,<$Q'Text'>$V9,s|<$V1{\\1:[=]$V2}$V3>|<\\\\1$SS\\2\\\\3>|," \
-e "/^<$Q'name'>/s,<$Q'name'>$V9,s|<$V1{\\1:[?]$V2}$V3>|<\\\\1$SS\\2\\\\3>|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V9,s|<$V1{\\1:[?]$V2}$V3>|<\\\\1$SS\\2\\\\3>|," \
-e "/^<$Q'text'>/s,<$Q'text'>$V8,s|<$V1{\\1:[=]$V2}$V3>|<\\\\1$SS\\2\\\\3>|," \
-e "/^<$Q'Text'>/s,<$Q'Text'>$V8,s|<$V1{\\1:[=]$V2}$V3>|<\\\\1$SS\\2\\\\3>|," \
-e "/^<$Q'name'>/s,<$Q'name'>$V8,s|<$V1{\\1:[?]$V2}$V3>|<\\\\1$SS\\2\\\\3>|," \
-e "/^<$Q'Name'>/s,<$Q'Name'>$V8,s|<$V1{\\1:[?]$V2}$V3>|<\\\\1$SS\\2\\\\3>|," \
-e "/^<$Q/d" -e "/^<!/d" -e "$amp_value" $INP # $++
# if value="2004" then generated sed might be "\\12004" which is bad
# instead we generate an edited value of "\\1$SS$value" and cut out
# the spacer now after expanding the variable values:
echo "s|$SS||g" # $++
}
info2meta_sed () # generate <meta name..> text portion
{
# http://www.metatab.de/meta_tags/DC_type.htm
INP="$1" ; test ".$INP" = "." && INP="$tmp/$F.$DATA"
V6=" *HTTP[.]\\([^ ][^ ]*\\) \\(.*\\)<$QX>"
V7=" *DC[.]\\([^ ][^ ]*\\) \\(.*\\)<$QX>"
V8=" *\\([^ ][^ ]*\\) \\(.*\\)<$QX>"
DATA_META_TYPE_SCHEME="name=\"DC.type\" content=\"\\2\" scheme=\"\\1\""
DATA_META_DCMI="name=\"\\1\" content=\"\\2\" scheme=\"DCMIType\""
DATA_META_NAME_TZ="name=\"\\1\" content=\"\\2 `timezone`\""
DATA_META_NAME="name=\"\\1\" content=\"\\2\""
DATA_META_HTTP="http-equiv=\"\\1\" content=\"\\2\""
$SED -e "/=....=today /d" \
-e "/<$Q'meta'>HTTP[.]/s,<$Q'meta'>$V6, <meta $DATA_META_HTTP />," \
-e "/<$Q'meta'>DC[.]DCMIType /s,<$Q'meta'>$V7, <meta $DATA_META_TYPE_SCHEME />," \
-e "/<$Q'meta'>DC[.]type Collection$/s,<$Q'meta'>$V8, <meta $DATA_META_DCMI />," \
-e "/<$Q'meta'>DC[.]type Dataset$/s,<$Q'meta'>$V8, <meta $DATA_META_DCMI />," \
-e "/<$Q'meta'>DC[.]type Event$/s,<$Q'meta'>$V8, <meta $DATA_META_DCMI />," \
-e "/<$Q'meta'>DC[.]type Image$/s,<$Q'meta'>$V8, <meta $DATA_META_DCMI />," \
-e "/<$Q'meta'>DC[.]type Service$/s,<$Q'meta'>$V8, <meta $DATA_META_DCMI />," \
-e "/<$Q'meta'>DC[.]type Software$/s,<$Q'meta'>$V8, <meta $DATA_META_DCMI />," \
-e "/<$Q'meta'>DC[.]type Sound$/s,<$Q'meta'>$V8, <meta $DATA_META_DCMI />," \
-e "/<$Q'meta'>DC[.]type Text$/s,<$Q'meta'>$V8, <meta $DATA_META_DCMI />," \
-e "/<$Q'meta'>DC[.]date[.].*[+]/s,<$Q'meta'>$V8, <meta $DATA_META_NAME />," \
-e "/<$Q'meta'>DC[.]date[.].*[:]/s,<$Q'meta'>$V8, <meta $DATA_META_NAME_TZ />," \
-e "/<$Q'meta'>/s,<$Q'meta'>$V8, <meta $DATA_META_NAME />," \
-e "/<meta name=\"[^\"]*\" content=\"\" /d" \
-e "/<meta http-equiv=\"[^\"]*\" content=\"\" /d" \
-e "/^<$Q/d" -e "/^<!/d" $INP # $++
}
info_get_entry () # get the first <!--vars--> value known so far
{
TXT="$1" ; test ".$TXT" = "." && TXT="sect"
INP="$2" ; test ".$INP" = "." && INP="$tmp/$F.$DATA"
$SED -e "/<$Q'text'>$TXT /!d" \
-e "s|<$Q'text'>$TXT ||" -e "s|<$QX>||" -e "q" $INP # $++
}
info1grep () # test for a <!--vars--> substition to be already present
{
TXT="$1" ; test ".$TXT" = "." && TXT="sect"
INP="$2" ; test ".$INP" = "." && INP="$tmp/$F.$DATA"
$GREP "^<$Q'text'>$TXT " $INP >$NULL
return $?
}
dx_init()
{
mkpathdir "$tmp"
dx_meta formatter `basename $opt_formatter` > "$tmp/$F.$DATA"
for opt in $opt_variables ; do case "$opt" in # commandline --def=value
*_*) op_=`echo "$opt" | sed -e "y/_/-/"` # makes for <!--$def-->
dx_meta "$op_" `eval echo "\\\$opt_$opt"` ;;
*) dx_text "$opt" `eval echo "\\\$opt_$opt"` ;;
esac ; done
}
dx_line ()
{
echo "<$Q$1>$2 "`trimmm "$3"`"<$QX>" >> "$tmp/$F.$DATA"
}
DX_line ()
{
dx_val_=`echo "$3" | sed -e "s/<[^<>]*>//g"`
dx_line "$1" "$2" "$dx_val_"
}
dx_text ()
{
dx_line "'text'" "$1" "$2"
}
DX_text () # add a <!--vars--> substition includings format variants
{
N=`trimm "$1"` ; T=`trimm "$2"`
if test ".$N" != "." ; then
if test ".$T" != "." ; then
text=`echo "$T" | $SED -e "y/$UPPER/$LOWER/" -e "s/<[^<>]*>//g"`
dx_line "'text'" "$N" "$T"
dx_line "'name'" "$N" "$text"
varname=`echo "$N" | $SED -e 's/.*[.]//'` # cut out front part
if test ".$N" != ".$varname" ; then
text=`echo "$varname $T" | $SED -e "y/$UPPER/$LOWER/" -e "s/<[^<>]*>//g"`
dx_line "'Text'" "$varname" "$T"
dx_line "'Name'" "$varname" "$text"
fi
fi
fi
}
dx_meta ()
{
DX_line "'meta'" "$1" "$2"
}
DX_meta () # add simple meta entry and its <!--vars--> subsitution
{
DX_line "'meta'" "$1" "$2"
DX_text "$1" "$2"
}
DC_meta () # add new DC.meta entry plus two <!--vars--> substitutions
{
DX_line "'meta'" "DC.$1" "$2"
DX_text "DC.$1" "$2"
DX_text "$1" "$2"
}
HTTP_meta () # add new HTTP.meta entry plus two <!--vars--> substitutions
{
DX_line "'meta'" "HTTP.$1" "$2"
DX_text "HTTP.$1" "$2"
DX_text "$1" "$2"
}
DC_VARS_Of () # check DC vars as listed in $DC_VARS global and generate DC_meta
{ # the results will be added to .meta.tmp and .vars.tmp later
FILENAME="$1" ; test ".$FILENAME" = "." && FILENAME="$SOURCEFILE"
for M in $DC_VARS title ; do
# scan for a <markup> of this name
part=`$SED -e "/<$M>/!d" -e "s|.*<$M>||" -e "s|</$M>.*||" -e q $FILENAME`
part=`trimm "$part"`
text=`echo "$part" | $SED -e "s|^[$AA]*:||"`
text=`trimm "$text"`
test ".$text" = "." && continue
# <mark:part> will be <meta name="mark.part">
if test ".$text" != ".$part" ; then
N=`echo "$part" | $SED -e "s/:.*//"`
DC_meta "$M.$N" "$text"
elif test ".$M" = ".date" ; then
DC_meta "$M.issued" "$text" # "<date>" -> "<date>issued:"
else
DC_meta "$M" "$text"
fi
done
}
HTTP_VARS_Of () # check HTTP-EQUIVs as listed in $_EQUIV global then
{ # generate meta tags that are http-equiv= instead of name=
FILENAME="$1" ; test ".$FILENAME" = "." && FILENAME="$SOURCEFILE"
for M in $_EQUIVS ; do
# scan for a <markup> of this name
part=`$SED -e "/<$M>/!d" -e "s|.*<$M>||" -e "s|</$M>.*||" -e q $FILENAME`
part=`trimm "$part"`
text=`echo "$part" | $SED -e "s|^[$AA]*:||"`
text=`trimm "$text"`
test ".$text" = "." && continue
if test ".$M" = ".redirect" ; then
HTTP_meta "refresh" "5; url=$text" ; DX_text "$M" "$text"
elif test ".$M" = ".charset" ; then
HTTP_meta "content-type" "text/html; charset=$text"
else
HTTP_meta "$M" "$text"
fi
done
}
DC_isFormatOf () # make sure there is this DC.relation.isFormatOf tag
{ # choose argument for a fallback (usually $SOURCEFILE)
NAME="$1" ; test ".$NAME" = "." && NAME="$SOURCEFILE"
info1grep DC.relation.isFormatOf || DC_meta relation.isFormatOf "$NAME"
}
DC_publisher () # make sure there is this DC.publisher meta tag
{ # choose argument for a fallback (often $USER)
NAME="$1" ; test ".$NAME" = "." && NAME="$USER"
info1grep DC.publisher || DC_meta publisher "$NAME"
}
DC_modified () # make sure there is a DC.date.modified meta tag
{ # maybe choose from filesystem dates if possible
ZZ="$1" # target file
if info1grep DC.date.modified ; then :
else
_42_chars="........................................."
cut_42_55="s/^$_42_chars\\(.............\\).*/\\1/" # i.e.`cut -b 42-55`
text=`$STAT_R $ZZ 2>$NULL | $SED -e '/odify:/!d' -e 's|.*fy:||' -e q`
text=`echo "$text" | $SED -e "s/:..[.][$NN]*//"`
text=`trimm "$text"`
test ".$text" = "." && \
text=`$DATE_R "$ZZ" +%Y-%m-%d 2>$NULL` # GNU sed
test ".$text" = "." &&
text=`$LS_L "$ZZ" | $SED -e "$cut_42_55" -e "s/^ *//g" -e "q"`
text=`echo "$text" | $SED -e "s/[$NN]*:.*//"` # cut way seconds
DC_meta date.modified `trimm "$text"`
fi
}
DC_date () # make sure there is this DC.date meta tag
{ # choose from one of the available DC.date.* specials
ZZ="$1" # source file
if info1grep DC.date
then DX_text issue "dated `info_get_entry DC.date`"
DX_text updated "`info_get_entry DC.date`"
else text=""
for kind in available issued modified created ; do
text=`info_get_entry DC.date.$kind`
# test ".$text" != "." && echo "$kind = date = $text ($ZZ)"
test ".$text" != "." && break
done
if test ".$text" = "." ; then
M="date"
part=`$SED -e "/<$M>/!d" -e "s|.*<$M>||" -e "s|</$M>.*||" -e q $ZZ`
part=`trimm "$part"`
text=`echo "$part" | $SED -e "s|^[$AA]*:||"`
text=`trimm "$text"`
fi
if test ".$text" = "." ; then
M="!--date:*=*--" # takeover updateable variable...
part=`$SED -e "/<$M>/!d" -e "s|.*<$M>||" -e "s|</.*||" -e q $ZZ`
part=`trimm "$part"`
text=`echo "$part" | $SED -e "s|^[$AA]*:||" -e "s|\\&.*||"`
text=`trimm "$text"`
fi
text=`echo "$text" | $SED -e "s/[$NN]*:.*//"` # cut way seconds
DX_text updated "$text"
text1=`echo "$text" | $SED -e "s|^.* *updated ||"`
if test ".$text" != ".$text1" ; then
kind="modified" ; text=`echo "$text1" | $SED -e "s|,.*||"`
fi
text1=`echo "$text" | $SED -e "s|^.* *modified ||"`
if test ".$text" != ".$text1" ; then
kind="modified" ; text=`echo "$text1" | $SED -e "s|,.*||"`
fi
text1=`echo "$text" | $SED -e "s|^.* *created ||"`
if test ".$text" != ".$text1" ; then
kind="created" ; text=`echo "$text1" | $SED -e "s|,.*||"`
fi
text=`echo "$text" | $SED -e "s/[$NN]*:.*//"` # cut way seconds
DC_meta date `trimm "$text"`
DX_text issue `trimm "$kind $text"`
fi
}
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
ZZ="$1" # target file
if info1grep DC.title ; then :
else
for M in TITLE title H1 h1 H2 h2 H3 H3 H4 H4 H5 h5 H6 h6 ; do
text=`$SED -e "/<$M>/!d" -e "s|.*<$M>||" -e "s|</$M>.*||" -e q $ZZ`
text=`trimm "$text"` ; test ".$text" != "." && break
MM="$M [^<>]*"
text=`$SED -e "/<$MM>/!d" -e "s|.*<$MM>||" -e "s|</$M>.*||" -e q $ZZ`
text=`trimm "$text"` ; test ".$text" != "." && break
done
if test ".text" = "." ; then
text=`basename $ZZ .html`
text=`basename $text .htm | $SED -e 'y/_/ /' -e "s/\\$/ info/"`
fi
term=`echo "$text" | $SED -e 's/.*[(]//' -e 's/[)].*//'`
text=`echo "$text" | $SED -e 's/[(][^()]*[)]//'`
if test ".$term" = "." || test ".$term" = ".$text" ; then
DC_meta title "$text"
else
DC_meta title "$term - $text"
fi
fi
}
site_get_section () # return parent section page of given page
{
_F_=`sed_slash_key "$1"`
$SED -e "/^<$Q'sect'>$_F_ /!d" \
-e "s|^<$Q'sect'>$_F_ ||" -e "s|<$QX>||" \
-e q "$MK_DATA" # $++
}
DC_section () # not really a DC relation (shall we use isPartOf ?)
{ # each document should know its section father
sectn=`site_get_section "$F"`
if test ".$sectn" != "." ; then
DC_meta relation.section "$sectn"
fi
}
info_get_entry_section()
{
info_get_entry DC.relation.section # $++
}
site_get_selected () # return section of given page
{
_F_=`sed_slash_key "$1"`
$SED -e "/<$Q'use.'>$_F_ /!d" \
-e "s|<$Q'use.'>[^ ]* ||" -e "s|<$QX>||" \
-e q "$MK_DATA" # $++
}
DC_selected () # not really a DC title (shall we use alternative ?)
{
# each document might want to highlight the currently selected item
short=`site_get_selected "$F"`
if test ".$short" != "." ; then
DC_meta title.selected "$short"
fi
}
info_get_entry_selected ()
{
info_get_entry DC.title.selected # $++
}
site_get_rootsections () # return all sections from root of nav tree
{
$SED -e "/^<$Q'use1'>/!d" \
-e "s|^<$Q'use.'>\\([^ ]*\\) .*|\\1|" "$MK_DATA" # $++
}
site_get_sectionpages () # return all children pages in the given section
{
_F_=`sed_slash_key "$1"`
$SED -e "/^<$Q'sect'>[^ ]* $_F_<[^<>]*>\$/!d" \
-e "s|^<$Q'sect'>||" -e "s|<$QX>||" \
-e "s/ .*//" "$MK_DATA" # $++
}
site_get_subpages () # return all page children of given page
{
_F_=`sed_slash_key "$1"`
$SED -e "/^<$Q'node'>[^ ]* $_F_<[^<>]*>\$/!d" \
-e "s|^<$Q'node'>||" -e "s|<$QX>||" \
-e "s/ .*//" "$MK_DATA"
# $++
}
site_get_parentpage () # return parent page for given page (".." for sections)
{
_F_=`sed_slash_key "$1"`
$SED -e "/^<$Q'node'>$_F_ /!d" \
-e "s|^<$Q'node'>[^ ]* ||" -e "s|<$QX>||" \
-e "q" "$MK_DATA" # $++
}
DX_alternative () # detect wether page asks for alternative style
{ # which is generally a shortpage variant
x=`mksite_magic_option alternative $1 | sed -e "s/^ *//" -e "s/ .*//"`
if test ".$x" != "." ; then
DX_text alternative "$x"
fi
}
info2head_sed () # append alternative handling script to $HEAD
{
have=`info_get_entry alternative`
if test ".$have" != "." ; then
echo "/<!--mksite:alternative:$have .*-->/{" # $++
echo "s/<!--mksite:alternative:$have\\( .*\\)-->/\\1/" # $++
echo "q" # $++
echo "}" # $++
fi
}
info2body_sed () # append alternative handling script to $BODY
{
have=`info_get_entry alternative`
if test ".$have" != "." ; then
echo "s/<!--mksite:alternative:$have\\( .*\\)-->/\\1/" # $++
fi
}
bodymaker_for_sectioninfo ()
{
test ".$sectioninfo" = ".no" && return
_x_="<!--mksite:sectioninfo::-->"
_q_="\\([^<>]*[$AX][^<>]*\\)"
test ".$sectioninfo" != ". " && _q_="[ ][ ]*$sectioninfo\\([ ]\\)"
echo "s|\\(^<[hH][$NN][ >].*</[hH][$NN]>\\)$_q_|\\1$_x_\\2|" # $++
echo "/$_x_/s|^|<table width=\"100%\"><tr valign=\"bottom\"><td>|" # $++
echo "/$_x_/s|</[hH][$NN]>|&</td><td align=\"right\"><i>|" # $++
echo "/$_x_/s|\$|</i></td></tr></table>|" # $++
echo "s|$_x_||" # $++
}
fast_href () # args "$FILETOREFERENCE" "$FROMCURRENTFILE:$F"
{ # prints path to $FILETOREFERENCE href-clickable in $FROMCURRENTFILE
# if no subdirectoy then output is the same as input $FILETOREFERENCE
R="$2" ; test ".$R" = "." && R="$F"
S=`back_path "$R"`
if test ".$S" = "."
then echo "$1" # $++
else _1_=`echo "$1" | \
$SED -e "/^ *\$/d" -e "/^\\//d" -e "/^[.][.]/d" -e "/^[$AA]*:/d" `
if test ".$_1_" = "." # don't move any in the pattern above
then echo "$1" # $++
else echo "$S$1" # $++ prefixed with backpath
fi fi
}
make_back_path () # "$FILE"
{
R="$1" ; test ".$R" = "." && R="$F"
S=`back_path "$R"`
if test ".$S" != "." ; then
echo "s|\\(<[^<>]* href=\\\"\\)\\([$AA][^<>:]*\\\"[^<>]*>\\)|\\1$S\\2|g"
echo "s|\\(<[^<>]* src=\\\"\\)\\([$AA][^<>:]*\\\"[^<>]*>\\)|\\1$S\\2|g"
fi
}
# ============================================================== 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.
site_map_list_title() # $file $text
{
echo "<$Q'list'>$1 $2<$QX>" >> "$MK_DATA"
}
info_map_list_title() # $file $text
{
echo "<$Q'list'>$2<$QX>" >> "$tmp/$1.$DATA"
}
site_map_long_title() # $file $text
{
echo "<$Q'long'>$1 $2<$QX>" >> "$MK_DATA"
}
info_map_long_title() # $file $text
{
echo "<$Q'long'>$2<$QX>" >> "$tmp/$1.$DATA"
}
site_map_list_date() # $file $text
{
echo "<$Q'date'>$1 $2<$QX>" >> "$MK_DATA"
}
info_map_list_date() # $file $text
{
echo "<$Q'date'>$2<$QX>" >> "$tmp/$1.$DATA"
}
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-->
INP="$1" ; test ".$INP" = "." && INP="$MK_DATA"
_list_="s|\\\\(<!--\"\\1\"-->.*\\\\)<name href=[^<>]*>.*</name>|\\\\1<name href=\"\\1\">\\2</name>|"
_date_="s|\\\\(<!--\"\\1\"-->.*\\\\)<date>.*</date>|\\\\1<date>\\2</date>|"
_long_="s|\\\\(<!--\"\\1\"-->.*\\\\)<long>.*</long>|\\\\1<long>\\2</long>|"
$SED -e "s:&:\\\\&:g" \
-e "s:<$Q'list'>\\([^ ]*\\) \\(.*\\)<$QX>:$_list_:" \
-e "s:<$Q'date'>\\([^ ]*\\) \\(.*\\)<$QX>:$_date_:" \
-e "s:<$Q'long'>\\([^ ]*\\) \\(.*\\)<$QX>:$_long_:" \
-e "/^s|/!d" $INP # $++
}
make_multisitemap ()
{ # each category gets its own column along with the usual entries
INPUTS="$1" ; test ".$INPUTS" = "." && INPUTS="$MK_DATA"
siteinfo2sitemap > "$MK_SITE" # have <name><long><date> addon-sed
_form_="<!--\"\\2\"--><!--use\\1--><long>\\3</long><!--end\\1-->"
_form_="$_form_<br><name href=\"\\2\">\\3</name><date>......</date>"
_tiny_="small><small><small" ; _tinyX_="small></small></small "
_tabb_="<br><$_tiny_> </$_tinyX_>" ; _bigg_="<big> </big>"
echo "<table width=\"100%\"><tr><td> " # $++
$SED -e "/^<$Q'[Uu]se.'>/!d" \
-e "/>[$AZ$az][$AZ$az][$AZ$az][$AZ$az]*:/d" \
-e "s|^<$Q'[Uu]se\\(.\\)'>\\([^ ]*\\) \\(.*\\)<$QX>|$_form_|" \
-f "$MK_SITE" -e "/<name/!d" \
-e "s|<!--use1-->|</td><td valign=\"top\"><b>|" \
-e "s|<!--end1-->|</b>|" \
-e "s|<!--use2-->|<br>|" \
-e "s|<!--use.-->|<br>|" -e "s/<!--[^<>]*-->/ /g" \
-e "s|<name |<$_tiny_><a |" -e "s|</name>||" \
-e "s|<date>|<small style=\"date\">|" \
-e "s|</date>|</small></a><br></$_tinyX_>|" \
-e "s|<long>|<!--long-->|" -e "s|</long>|<!--/long-->|" \
$INPUTS # $++
echo "</td><tr></table>" # $++
}
make_listsitemap ()
{ # traditional - the body contains a list with date and title extras
INPUTS="$1" ; test ".$INPUTS" = "." && INPUTS="$MK_DATA"
siteinfo2sitemap > "$MK_SITE" # have <name><long><date> addon-sed
_form_="<!--\"\\2\"--><!--use\\1--><name href=\"\\2\">\\3</name>"
_form_="$_form_<date>......</date><long>\\3</long>"
_tabb_="<td>\\ \\;</td>"
echo "<table cellspacing=\"0\" cellpadding=\"0\">" # $++
$SED -e "/^<$Q'[Uu]se.'>/!d" \
-e "/>[$AZ$az][$AZ$az][$AZ$az][$AZ$az]*:/d" \
-e "s|^<$Q'[Uu]se\\(.\\)'>\\([^ ]*\\) \\(.*\\)<$QX>|$_form_|" \
-f "$MK_SITE" -e "/<name/!d" \
-e "s|<!--use\\(1\\)-->|<tr class=\"listsitemap\\1\"><td>*</td>|" \
-e "s|<!--use\\(2\\)-->|<tr class=\"listsitemap\\1\"><td>-</td>|" \
-e "s|<!--use\\(.\\)-->|<tr class=\"listsitemap\\1\"><td> </td>|" \
-e "/<tr.class=\"listsitemap3\">/s|<name [^<>]*>|&- |" \
-e "s|<!--[^<>]*-->| |g" \
-e "s|<name href=\"name:sitemap:|<name href=\"|" \
-e "s|<name |<td><a |" -e "s|</name>|</a></td>$_tabb_|" \
-e "s|<date>|<td><small style=\"date\">|" \
-e "s|</date>|</small></td>$_tabb_|" \
-e "s|<long>|<td><em><!--long-->|" \
-e "s|</long>|<!--/long--></em></td></tr>|" \
"$INPUTS" # $++
for xx in `grep "^<$Q'use.'>name:sitemap:" $INPUTS` ; do
xx=`echo $xx | sed -e "s/^<$Q'use.'>name:sitemap://" -e "s|<$QX>||"`
if test -f "$xx" ; then
grep "<tr.class=\"listsitemap[$NN]\">" $xx # $++
fi
done
echo "</table>" # $++
}
_xi_include_=`echo \
"<xi:include xmlns:xi=\"http://www.w3.org/2001/XInclude\" parse=\"xml\""`
make_xmlsitemap ()
{ # traditional - the body contains a list with date and title extras
INPUTS="$1" ; test ".$INPUTS" = "." && INPUTS="$MK_DATA"
siteinfo2sitemap > "$MK_SITE" # have <name><long><date> addon-sed
_form_="<!--\"\\2\"--><name href=\"\\2\">\\3</name>"
_sitefile_=`sed_slash_key "$SITEFILE"`
$SED -e "/^<$Q'[Uu]se.'>/!d" \
-e "/>[$AZ$az][$AZ$az][$AZ$az][$AZ$az]*:/d" \
-e "s|^<$Q'[Uu]se\\(.\\)'>\\([^ ]*\\) \\(.*\\)<$QX>|$_form_|" \
-f "$MK_SITE" -e "/<name/!d" \
-e "/${_sitefile_}/d" \
-e "/${_sitefile_}l/d" \
-e "s|\\(href=\"[^<>]*\\)\\.html\\(\"\\)|\\1.xml\\2|g" \
-e "s|.*<name|$_xi_include_\\n |" \
-e "s|>.*</name>| />|" \
"$INPUTS" # $++
}
print_extension ()
{
ARG="$1" ; test ".$ARG" = "." && ARG="$opt_print"
case "$ARG" in
-*|.*) echo "$ARG" ;; # $++
*) echo ".print" ;; # $++
esac
}
from_sourcefile ()
{
if test -f "$1"
then echo "$1"
elif test -f "$opt_srcdir/$1"
then echo "$opt_srcdir/$1"
else echo "$1"
fi
}
html_sourcefile () # generally just cut away the trailing "l" (ell)
{ # making "page.html" argument into "page.htm" return
# (as a new addtion the source may be in ".dbk" xml)
_SRCFILE_=`echo "$1" | $SED -e "s/l\\$//"`
_XMLFILE_=`echo "$1" | $SED -e "s/\\.html/.dbk/"`
if test -f "$_SRCFILE_"
then echo "$_SRCFILE_" # $++
elif test -f "$_XMLFILE_"
then echo "$_XMLFILE_" # $++
elif test -f "$opt_src_dir/$_SRCFILE_"
then echo "$opt_src_dir/$_SRCFILE_" # $++
elif test -f "$opt_src_dir/$_XMLFILE_"
then echo "$opt_src_dir/$_XMLFILE_" # $++
else echo ".//$_SRCFILE_" # $++ (not found?)
fi
}
html_printerfile_sourcefile ()
{
if test ".$printerfriendly" = "."
then
echo "$1" | sed -e "s/l\$//" # $++
else
_ext_=`print_extension "$printerfriendly"`
_ext_=`sed_slash_key "$_ext_"`
echo "$1" | sed -e "s/l\$//" -e "s/$_ext_\\([.][$AA]*\\)\$/\\1/" # $++
fi
}
fast_html_printerfile () {
x=`html_printerfile "$1"` ; basename "$x" # $++
# x=`html_printerfile "$1"` ; fast_href "$x" $2 # $++
}
html_printerfile () # generate the printerfile for a given normal output
{
_ext_=`print_extension "$printerfriendly" | sed -e "s/&/\\\\&/"`
echo "$1" | sed -e "s/\\([.][$AA]*\\)\$/$_ext_\\1/" # $++
}
make_printerfile_fast () # generate s/file.html/file.print.html/ for hrefs
{ # we do that only for the $FILELIST
ALLPAGES="$1" ; # ="$FILELIST"
for p in $ALLPAGES ; do
a=`sed_slash_key "$p"`
b=`html_printerfile "$p"`
if test "$b" != "$p" ; then
b=`html_printerfile "$p" | sed -e "s:&:\\\\&:g" -e "s:/:\\\\\\/:g"`
echo "s/<a href=\"$a\">/<a href=\"$b\">/" # $++
echo "s/<a href=\"$a\" /<a href=\"$b\" /" # $++
fi
done
}
echo_printsitefile_style ()
{
_bold_="text-decoration : none ; font-weight : bold ; "
echo " <style>" # $+++
echo " a:link { $_bold_ color : #000060 ; }" # $+++
echo " a:visited { $_bold_ color : #000040 ; }" # $+++
echo " body { background-color : white ; }" # $+++
echo " </style>" # $+++
}
make_printsitefile_head() # $sitefile
{
echo_printsitefile_style > "$MK_STYLE"
$SED -e "/<title>/p" -e "/<title>/d" \
-e "/<head>/p" -e "/<head>/d" \
-e "/<\/head>/p" -e "/<\/head>/d" \
-e "/<body>/p" -e "/<body>/d" \
-e "/^.*<link [^<>]*rel=\"shortcut icon\"[^<>]*>.*\$/p" \
-e "d" $SITEFILE | $SED -e "/<head>/r $MK_STYLE" # $+++
}
# ------------------------------------------------------------------------
# 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:
printsitefile_square="width=\"8\" height=\"8\" border=\"0\""
printsitefile_img_1="<img alt=\"|go text:\" $printsitefile_square />"
printsitefile_img_2="<img alt=\"||topics:\" $printsitefile_square />"
printsitefile_img_3="<img alt=\"|||pages:\" $printsitefile_square />"
_SECT="mksite:sect:"
echo_current_line () # $sect $extra
{
echo "<!--$_SECT\"$1\"-->$2" # $++
}
make_current_entry () # $sect $file ## requires $MK_SITE
{
S="$1" ; R="$2"
SSS=`sed_slash_key "$S"`
sep=" - " ; _left_=" [ " ; _right_=" ] "
echo_current_line "$S" "<!--\"$R\"--><name href=\"$R\">$R</name>$sep" \
| $SED -f "$MK_SITE" \
-e "s|<!--[^<>]*--><name |<a |" -e "s|</name>|</a>|" \
-e "/<a href=\"$SSS\"/s/<a href/$_left_&/" \
-e "/<a href=\"$SSS\"/s/<\\/a>/&$_right_/" # $+++
}
echo_subpage_line () # $sect $extra
{
echo "<!--$_SECT*:\"$1\"-->$2" # $++
}
make_subpage_entry ()
{
S="$1" ; R="$2"
RR=`sed_slash_key "$R"`
sep=" - " ;
echo_subpage_line "$S" "<!--\"$R\"--><name href=\"$R\">$R</name>$sep" \
| $SED -f "$MK_SITE" \
-e "s|<!--[^<>]*--><name |<a |" -e "s|</name>|</a>|" # $+++
}
make_printsitefile ()
{
# building the printsitefile looks big but its really a loop over sects
INPUTS="$1" ; test ".$INPUTS" = "." && INPUTS="$MK_DATA"
siteinfo2sitemap > "$MK_SITE" # have <name><long><date> addon-sed
if test -d DEBUG && test -f "$MK_SITE"
then FFFF=`echo "$F" | sed -e "s,/,:,g"`
cp "$MK_DATA" "DEBUG/$FFFF.SITE.tmp.sed"
fi
make_printsitefile_head $SITEFILE # $++
sep=" - "
_sect1="<a href=\"#.\" title=\"section\">$printsitefile_img_1</a> ||$sep"
_sect2="<a href=\"#.\" title=\"topics\">$printsitefile_img_2</a> ||$sep"
_sect3="<a href=\"#.\" title=\"pages\">$printsitefile_img_3</a> ||$sep"
site_get_rootsections > "$MK_SECT1"
# round one - for each root section print a current menu
for r in `cat "$MK_SECT1"` ; do
echo_current_line "$r" "<!--mksite:sect1:A--><br>$_sect1" # $++
for s in `cat "$MK_SECT1"` ; do
make_current_entry "$r" "$s" # $++
done
echo_current_line "$r" "<!--mksite:sect1:Z-->" # $++
done # "$r"
# round two - for each subsection print a current and subpage menu
for r in `cat "$MK_SECT1"` ; do
site_get_subpages "$r" > "$MK_SECT2"
for s in `cat "$MK_SECT2"` ; do test "$r" = "$s" && continue
echo_current_line "$s" "<!--mksite:sect2:A--><br>$_sect2" # $++
for t in `cat "$MK_SECT2"` ; do test "$r" = "$t" && continue
make_current_entry "$s" "$t" # $++
done # "$t"
echo_current_line "$s" "<!--mksite:sect2:Z-->" # $++
done # "$s"
_have_children_="0"
for t in `cat "$MK_SECT2"` ; do test "$r" = "$t" && continue
test "$_have_children_" = "0" && _have_children_="1" && \
echo_subpage_line "$r" "<!--mksite:sect2:A--><br>$_sect2" # $++
make_subpage_entry "$r" "$t" # $++
done # "$t"
test "$_have_children_" = "1" && \
echo_subpage_line "$r" "<!--mksite:sect2:Z-->" # $++
done # "$r"
# round three - for each subsubsection print a current and subpage menu
for r in `cat "$MK_SECT1"` ; do
site_get_subpages "$r" > "$MK_SECT2"
for s in `cat "$MK_SECT2"` ; do test "$r" = "$s" && continue
site_get_subpages "$s" > "$MK_SECT3"
for t in `cat "$MK_SECT3"` ; do test "$s" = "$t" && continue
echo_current_line "$t" "<!--mksite:sect3:A--><br>$_sect3" # $++
for u in `cat "$MK_SECT3"` ; do test "$s" = "$u" && continue
make_current_entry "$t" "$u" # $++
done # "$u"
echo_current_line "$t" "<!--mksite:sect3:Z-->" # $++
done # "$t"
_have_children_="0"
for u in `cat "$MK_SECT3"` ; do test "$u" = "$s" && continue
test "$_have_children_" = "0" && _have_children_="1" && \
echo_subpage_line "$s" "<!--mksite:sect3:A--><br>$_sect3" # $++
make_subpage_entry "$s" "$u" # $++
done # "$u"
test "$_have_children_" = "1" && \
echo_subpage_line "$s" "<!--mksite:sect3:Z-->" # $++
done # "$s"
done # "$r"
echo "<a name=\".\"></a>" # $++
echo "</body></html>" # $++
}
# create a selector that can grep a printsitefile for the matching entries
select_in_printsitefile () # arg = "page" : return to stdout >> $P.$HEAD
{
_selected_="$1" ; test ".$_selected_" = "." && _selected_="$F"
_section_=`sed_slash_key "$_selected_"`
echo "s/^<!--$_SECT\"$_section_\"-->//" # sect3
echo "s/^<!--$_SECT[*]:\"$_section_\"-->//" # children
_selected_=`site_get_parentpage "$_selected_"`
_section_=`sed_slash_key "$_selected_"`
echo "s/^<!--$_SECT\"$_section_\"-->//" # sect2
_selected_=`site_get_parentpage "$_selected_"`
_section_=`sed_slash_key "$_selected_"`
echo "s/^<!--$_SECT\"$_section_\"-->//" # sect1
echo "/^<!--$_SECT\"[^\"]*\"-->/d"
echo "/^<!--$_SECT[*]:\"[^\"]*\"-->/d"
echo "s/^<!--mksite:sect[$NN]:[$AZ]-->//"
}
body_for_emailfooter ()
{
test ".$emailfooter" = ".no" && return
_email_=`echo "$emailfooter" | sed -e "s|[?].*||"`
_dated_=`info_get_entry updated`
echo "<hr><table border=\"0\" width=\"100%\"><tr><td>"
echo "<a href=\"mailto:$emailfooter\">$_email_</a>"
echo "</td><td align=\"right\">"
echo "$_dated_</td></tr></table>"
}
# =================================================================== 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>
css_sourcefile ()
{
if test -f "$1" ; then echo "$1"
elif test -f "$opt_src_dir/$1" ; then echo "$opt_src_dir/$1"
elif echo "$1" | grep "^/" > $NULL ; then echo "$1"
else echo "./$1"
fi
}
css_xmltags () # $SOURCEFILE
{
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
S="$SOURCEFILE"
cat "$S" | $SED -e "s|>[^<>]*<|><|g" -e "s|^[^<>]*<|<|" \
-e "s|>[^<>]*\$|>|" -e "s|<|\\n|g" \
| $SED -e "/^\\//d" -e "/^ *\$/d" -e "/>/!d" -e "s|>.*||" \
| sort | uniq > "$tmp/$MK.$X.xmltags.tmp.txt"
}
css_xmlstyles () # $SOURCEFILE
{
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
S="$SOURCEFILE"
cat "$S" "$SITEFILE" \
| sed \
-e "s|<link *rel=['\"]*stylesheet|<?xml-stylesheet |" \
-e "/<.xml-stylesheet/!d" -e "/href/!N" -e "/href/!N" \
-e "s|^.*<.xml-stylesheet||" -e 's|^.*href="||' -e 's|".*||' \
| sort | uniq > "$tmp/$MK.$X.xmlstylesheets.tmp.txt"
}
css_xmlstyles_sed () # $SOURCEFILE
{
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
S="$tmp/$MK.$X.xmltags.tmp.txt"
R="$tmp/$MK.$X.xmltags.tmp.sed"
rm -f "$R"
{
for x in 1 2 3 4 5 6 7 8 9 ; do echo "/}/d" ; echo "/{/!N" ; done
echo "s|\\r||g"
$SED "/^[$AZ$az$NN]/!d" "$S" | { while read xmltag ; do
xmltag=`echo "$xmltag" | sed -e "s/ .*//"`
_xmltag=`sed_slash_key "$xmltag"`
if echo " title section " | grep " $xmltag " > $NULL ; then
test "$xmltag" = "section" && continue;
echo "/^ *$_xmltag *[,\\n{]/bfound" >> "$R"
echo "/[,\\n] *$_xmltag *[,\\n{]/bfound" >> "$R"
$SED "/^[$AZ$az$NN]/!d" "$S" | { while read xmlparent ; do
xmlparent=`echo "$xmlparent" | sed -e "s/ .*//"`
_xmlparent=`sed_slash_key "$xmlparent"`
echo "/^ *$_xmlparent *$_xmltag *[,\\n{]/bfound"
echo "/[ ,\\n] *$_xmlparent *$_xmltag *[,\\n{]/bfound"
done }
else
echo "/^ *$_xmltag *[ ,\\n{]/bfound"
echo "/[ ,\\n] *$_xmltag *[ ,\\n{]/bfound"
fi
done }
echo "d" ; echo ":found"
for x in 1 2 3 4 5 6 7 8 9 ; do echo "/}/!N" ; done
$SED "/^[$AZ$az$NN]/!d" "$S" | { while read xmltag ; do
xmltag=`echo "$xmltag" | sed -e "s/ .*//"`
if echo " $HTMLTAGS $HTMLTAGS2" | grep " $xmltag " > $NULL ; then
continue # keep html tags
fi
echo "s|^\\( *\\)\\($xmltag *[ ,\\n{]\\)|\\1.\\2|g"
echo "s|\\([ ,\\n] *\\)\\($xmltag *[ ,\\n{]\\)|\\1.\\2|g"
done }
} > "$R"
}
css_xmltags_css () # $SOURCEFILE
{
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
S="$tmp/$MK.$X.xmltags.tmp.sed"
R="$tmp/$MK.$X.xmltags.tmp.css"
{
cat "$tmp/$MK.$X.xmlstylesheets.tmp.txt" | { while read xmlstylesheet ; do
stylesheet=`css_sourcefile "$xmlstylesheet"`
if test -f "$stylesheet" ; then
echo "/* $xmlstylesheet */"
cat "$stylesheet" | $SED -f "$S"
else
error "$xmlstylesheet : ERROR, no such stylesheet"
fi
done }
} > "$R"
}
css_xmlmapping_sed () # $SOURCEFILE
{
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
S="$tmp/$MK.$X.xmltags.tmp.txt"
R="$tmp/$MK.$X.xmlmapping.tmp.sed"
rm -f "$R"
{
for x in 1 2 3 4 5 6 7 8 9 ; do echo "/}/d" ; echo "/{/!N" ; done
echo "s|\\r||g"
$SED "/^[$AZ$az$NN]/!d" "$S" | { while read xmltag ; do
xmltag=`echo "$xmltag" | sed -e "s/ .*//"`
xmltag=`sed_slash_key "$xmltag"`
echo "/^ *\\.$xmltag *[ ,\\n{]/bfound"
echo "/[ ,\\n] *\\.$xmltag *[,\\n{]/bfound"
done }
echo "d" ; echo ":found"
for x in 1 2 3 4 5 6 7 8 9 ; do echo "/}/!N" ; done
echo "s/^/>>/"
echo "/[\\n ]display *: *list-item/s|^.*>>|li>>|"
echo "/[\\n ]display *: *table-caption/s|^.*>>|caption>>|"
echo "/[\\n ]display *: *table-cell/s|^.*>>|td>>|"
echo "/[\\n ]display *: *table-row/s|^.*>>|tr>>|"
echo "/[\\n ]display *: *table/s|^.*>>|table>>|"
echo "/[\\n ]display *: *block/s|^.*>>|div>>|"
echo "/[\\n ]display *: *inline/s|^.*>>|span>>|"
echo "/[\\n ]display *: *none/s|^.*>>|small>>|"
echo "/^div>>.*[\\n ]list-style-type *: *disc/s|^.*>>|ul>>|"
echo "/^div>>.*[\\n ]list-style-type *: *decimal/s|^.*>>|ol>>|"
echo "/^span>>.*[\\n ]font-family *: *monospace/s|^.*>>|tt>>|"
echo "/^span>>.*[\\n ]font-style *: *italic/s|^.*>>|em>>|"
echo "/^span>>.*[\\n ]font-weight *: *bold/s|^.*>>|b>>|"
echo "/^div>>.*[\\n ]white-space *: *pre/s|^.*>>|pre>>|"
echo "/^div>>.*[\\n ]margin-left *: *[$NN]/s|^.*>>|blockquote>>|"
$SED "/^[$AZ$az$NN]/!d" "$S" | { while read xmltag ; do
xmltag=`echo "$xmltag" | sed -e "s/ .*//"`
echo "s|^\\(.*\\)>> *\\.$xmltag *[ ,\\n{].*|\\1 .$xmltag|"
echo "s|^\\(.*\\)>>.*[ ,\\n] *\\.$xmltag *[ ,\\n{].*|\\1 .$xmltag|"
done }
echo "s/^div \\.para\$/p .para/"
echo "s/^span \\.ulink\$/a .ulink/"
} > "$R"
}
css_xmlmapping () # $SOURCEFILE
{
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
cat "$tmp/$MK.$X.xmltags.tmp.css" | \
$SED -f "$tmp/$MK.$X.xmlmapping.tmp.sed" \
> "$tmp/$MK.$X.xmlmapping.tmp.txt"
}
css_scan() # $SOURCEFILE
{
css_xmltags
css_xmlstyles
css_xmlstyles_sed
css_xmltags_css
css_xmlmapping_sed
css_xmlmapping
}
tags2span_sed() # $SOURCEFILE > $++
{
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
S="$tmp/$MK.$X.xmltags.tmp.txt"
R="$tmp/$MK.$X.xmltags.tmp.css"
echo "s|<[?]xml-stylesheet[^<>]*[?]>||"
echo "s|<link *rel=['\"]*stylesheet[^<>]*>||"
echo "s|<section[^<>]*>||g"
echo "s|</section>||g"
$SED "/^[$AZ$az$NN]/!d" "$S" | { while read xmltag ; do
# note "xmltag=$xmltag"
xmltag=`echo "$xmltag" | sed -e "s/ .*//"`
if echo " $HTMLTAGS $HTMLTAGS2" | grep " $xmltag " > $NULL ; then
continue # keep html tags
fi
_xmltag=`sed_slash_key "$xmltag"`
_span_=`$SED -e "/ \\.$_xmltag\$/!d" -e "s/ .*//" -e q \
< "$tmp/$MK.$X.xmlmapping.tmp.txt"`
test ".$_span_" = "." && _span_="span"
_xmltag=`sed_piped_key "$xmltag"`
echo "s|<$xmltag\\([\\n\\t ][^<>]*\\)url=|<$_span_ class=\"$xmltag\"\\1href=|g"
echo "s|<$xmltag\\([\\n\\t >]\\)|<$_span_ class=\"$xmltag\"\\1|g"
echo "s|</$xmltag\\([\\n\\t >]\\)|</$_span_\\1|g"
done }
cat "$tmp/$MK.$X.xmlstylesheets.tmp.txt" | { while read xmlstylesheet ; do
if test -f "$xmlstylesheet" ; then
R="[^<>]*href=['"'"'"]$xmlstylesheet['"'"'"][^<>]*"
echo "s|<[?]xml-stylesheet$R>||"
echo "s|<link[^<>]* rel=['"'"'"]*stylesheet['"'"'" ]$R>||"
fi
done }
}
tags2meta_sed() # $SOURCEFILE > $++
{
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
S="$tmp/$MK.$X.xmlstylesheets.tmp.txt"
R="$tmp/$MK.$X.xmltags.tmp.css"
cat "$tmp/$MK.$X.xmlstylesheets.tmp.txt" | { while read xmlstylesheet ; do
if test -f "$xmlstylesheet" ; then
echo " <style type=\"text/css\"><!--"
$SED -e "s/^/ /" < "$R"
echo " --></style>"
break
fi
done }
}
# ==========================================================================
# 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.
scan_xml_rootnode ()
{
rootnode=`cat "$SOURCEFILE" | \
$SED -e "/<[$AZ$az$NN]/!d" -e "s/<\\([$AZ$az$NN]*\\).*/\\1/" -e q`
echo "<$Q'root'>$F $rootnode<$QX>" >> "$MK_DATA"
}
get_xml_rootnode ()
{
_file_=`sed_slash_key "$F"`
$SED -e "/^<$Q'root'>$_file_ /!d" \
-e "s|.* ||" -e "s|<.*||" -e q "$MK_DATA" # +
}
xml_sourcefile ()
{
_XMLFILE_=`echo "$1" | $SED -e "s/\\.xml\\$/.dbk/"`
_SRCFILE_=`echo "$1" | $SED -e "s/\\.xml\\$/.htm/"`
test "$1" = "$_XMLFILE_" && _XMLFILE_="///"
test "$1" = "$_SRCFILE_" && _SRCFILE_="///"
if test -f "$_XMLFILE_"
then echo "$_XMLFILE_" # $++
elif test -f "$_SRCFILE_"
then echo "$_SRCFILE_" # $++
elif test -f "$opt_src_dir/$_XMLFILE_"
then echo "$opt_src_dir/$_XMLFILE_" # $++
elif test -f "$opt_src_dir/$_SRCFILE_"
then echo "$opt_src_dir/$_SRCFILE_" # $++
else echo ".//$_XMLFILE_" # $++ (not found?)
fi
}
scan_xmlfile()
{
SOURCEFILE=`xml_sourcefile "$F"`
$hint "'$SOURCEFILE': scanning xml -> '$F'"
scan_xml_rootnode
rootnode=`get_xml_rootnode | sed -e "/^h[$NN]/s|\$| <?section?>|"`
$hint "'$SOURCEFILE': rootnode ('$rootnode')"
}
make_xmlfile()
{
SOURCEFILE=`xml_sourcefile "$F"`
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
article=`get_xml_rootnode`
test ".$article" = "." && article="article"
echo '<!DOCTYPE '$article' PUBLIC "-//OASIS//DTD DocBook XML V4.4//EN"' \
> "$F"
echo ' "http://www.oasis-open.org/docbook/xml/4.4/docbookx.dtd">' \
>> "$F"
cat "$tmp/$MK.$X.xmlstylesheets.tmp.txt" | { while read stylesheet ; do
echo "<?xml-stylesheet type=\"text/css\" href=\"$stylesheet\" ?>" \
>> "$F"
done }
__secinfo="\\1<sectioninfo>\\2</sectioninfo>"
cat "$SOURCEFILE" | $SED \
-e "s!<>!\ \;!g" \
-e "s!\\(&\\)\\(&\\)!\\1amp;\\2amp;!g" \
-e "s!\\(<[^<>]*\\)\\(width\\)\\(=\\)\\([$NN]*\%*\\)!\\1\\2\\3\"\\4\"!g" \
-e "s!\\(<[^<>]*\\)\\(cellpadding\\)\\(=\\)\\([$NN]*\%*\\)!\\1\\2\\3\"\\4\"!g" \
-e "s!\\(<[^<>]*\\)\\(border\\)\\(=\\)\\([$NN]*\%*\\)!\\1\\2\\3\"\\4\"!g" \
-e "s!<[?]xml-stylesheet[^<>]*>!!" \
-e "s!<link[^<>]* rel=[\'\"]*stylesheet[^<>]*>!!" \
-e "s!<[hH][$NN]!<title!g" \
-e "s!</[hH][$NN]!</title!g" \
-e "s!\\(</title> *\\)\\([^<>]*[$AZ$az$NN][^<>\r\n]*\\)\$!\\1<sub>\\2</sub>!" \
-e "s!\\(</title>.*\\)<sub>!\\1<subtitle>!g" \
-e "s!\\(</title>.*\\)</sub>!\\1</subtitle>!g" \
-e "s!\\(<section>[^<>]*\\)\\(<date>.*</date>[^<>]*\\)\$!\\1<sectioninfo>\\2</sectioninfo>!g" \
-e "s!<em>!<emphasis>!g" \
-e "s!</em>!</emphasis>!g" \
-e "s!<i>!<emphasis>!g" \
-e "s!</i>!</emphasis>!g" \
-e "s!<b>!<emphasis role=\"bold\">!g" \
-e "s!</b>!</emphasis>!g" \
-e "s!<u>!<emphasis role=\"underline\">!g" \
-e "s!</u>!</emphasis>!g" \
-e "s!<big>!<emphasis role=\"strong\">!g" \
-e "s!</big>!</emphasis>!g" \
-e "s!<\\(strike\\)>!<emphasis role=\"strikethrough\">!g" \
-e "s!<\\(s\\)>!<emphasis role=\"strikethrough\">!g" \
-e "s!</\\(strike\\)>!</emphasis>!g" \
-e "s!</\\(s\\)>!</emphasis>!g" \
-e "s!<center>!<blockquote><para>!g" \
-e "s!</center>!</para></blockquote>!g" \
-e "s!<p align=\\(\"[$AZ$az$NN]*\"\\)>!<para role=\\1>!g" \
-e "s!<[pP]>!<para>!g" \
-e "s!</[pP]>!</para>!g" \
-e "s!<\\(pre\\)>!<screen>!g" \
-e "s!<\\(PRE\\)>!<screen>!g" \
-e "s!</\\(pre\\)>!</screen>!g" \
-e "s!</\\(PRE\\)>!</screen>!g" \
-e "s!<a\\( [^<>]*\\)name=\\([^<>]*\\)/>!<anchor \\1id=\\2/>!g" \
-e "s!<a\\( [^<>]*\\)name=\\([^<>]*\\)>!<anchor \\1id=\\2/>!g" \
-e "s!<a\\( [^<>]*\\)href=!<ulink\\1url=!g" \
-e "s!</a>!</ulink>!g" \
-e "s! remap=\"url\">[^<>]*</ulink>! />!g" \
-e "s!<\\(/*\\)span\\([ ][^<>]*\\)>!<\\1phrase\\2>!g" \
-e "s!<\\(/*\\)span>!<\\1phrase>!g" \
-e "s!<small\\([ ][^<>]*\\)>!<phrase role=\"small\"\\1>!g" \
-e "s!<small>!<phrase role=\"small\">!g" \
-e "s!</small>!</phrase>!g" \
-e "s!<\\(/*\\)\\(sup\\)>!<\\1superscript>!g" \
-e "s!<\\(/*\\)\\(sub\\)>!<\\1subscript>!g" \
-e "s!\\(<\\)\\(li\\)\\(><\\)!\\1listitem\\3!g" \
-e "s!\\(></\\)\\(li\\)\\(>\\)!\\1listitem\\3!g" \
-e "s!\\(<\\)\\(li\\)\\(>\\)!\\1listitem\\3<para>!g" \
-e "s!\\(</\\)\\(li\\)\\(>\\)!</para>\\1listitem\\3!g" \
-e "s!\\(</*\\)\\(ul\\)>!\\1itemizedlist>!g" \
-e "s!\\(</*\\)\\(ol\\)>!\\1orderedlist>!g" \
-e "s!\\(</*\\)\\(dl\\)>!\\1variablelist>!g" \
-e "s!<\\(/*\\)DT>!<\\1dt>!g" \
-e "s!<\\(/*\\)DD>!<\\1dd>!g" \
-e "s!<\\(/*\\)DL>!<\\1dl>!g" \
-e "s!<BLOCKQUOTE>!<blockquote><para>!g" \
-e "s!</BLOCKQUOTE>!</para></blockquote>!g" \
-e "s!<\\(/*\\)dl>!<\\1variablelist>!g" \
-e "s!<dt\\( [^<>]*\\)>!<varlistentry\\1><term>!g" \
-e "s!<dt>!<varlistentry><term>!g" \
-e "s!</dt>!</term>!g" \
-e "s!<dd\\( [^<>]*\\)><!<listitem\\1><!g" \
-e "s!<dd><!<listitem><!g" \
-e "s!></dd>!></listitem></varlistentry>!g" \
-e "s!<dd\\( [^<>]*\\)>!<listitem\\1><para>!g" \
-e "s!<dd>!<listitem><para>!g" \
-e "s!</dd>!</para></listitem></varlistentry>!g" \
-e "s!<table[^<>]*><tr><td>\\(<table[^<>]*>\\)!\\1!" \
-e "s!\\(</table>\\)</td></tr></table>!\\1!" \
-e "s!<table\\( [^<>]*\\)>!<informaltable\\1><tgroup cols=\"2\"><tbody>!g" \
-e "s!<table>!<informaltable><tgroup cols=\"2\"><tbody>!g" \
-e "s!</table>!</tbody></tgroup></informaltable>!g" \
-e "s!\\(</*\\)tr\\([ ][^<>]*\\)>!\\1row\\2>!g" \
-e "s!\\(</*\\)tr>!\\1row>!g" \
-e "s!\\(</*\\)td\\([ ][^<>]*\\)>!\\1entry\\2>!g" \
-e "s!\\(</*\\)td>!\\1entry>!g" \
-e "s!\\(<informaltable[^<>]*[ ]width=\"100\%\"\\)!\\1 pgwide=\"1\"!g" \
-e "s!\\(<tgroup[<>]*[ ]cols=\"2\">\\)\\(<tbody>\\)!\\1<colspec colwidth=\"1*\" /><colspec colwidth=\"1*\" />\\2!g" \
-e "s!\\(<entry[^<>]*[ ]\\)width=\\(\"[$NN]*\%*\"\\)!\\1remap=\\2!g" \
-e "s!<nobr>\\([\'\`]*\\)<tt>!<cmdsynopsis><command>\\1!g" \
-e "s!</tt>\\([\'\`]*\\)</nobr>!\\1</command></cmdsynopsis>!g" \
-e "s!<nobr><\\(code\\)>\\([\`\"\']\\)!<cmdsynopsis><command>\\2!g" \
-e "s!<\\(code\\)><nobr>\\([\`\"\']\\)!<cmdsynopsis><command>\\2!g" \
-e "s!\\([\`\"\']\\)</\\(code\\)></nobr>!\\1</command></cmdsynopsis>!g" \
-e "s!\\([\`\"\']\\)</nobr></\\(code\\)>!\\1</command></cmdsynopsis>!g" \
-e "s!<nobr><\\(tt\\)>\\([\`\"\']\\)!<cmdsynopsis><command>\\2!g" \
-e "s!<\\(tt\\)><nobr>\\([\`\"\']\\)!<cmdsynopsis><command>\\2!g" \
-e "s!\\([\`\"\']\\)</\\(tt\\)></nobr>!\\1</command></cmdsynopsis>!g" \
-e "s!\\([\`\"\']\\)</nobr></\\(tt\\)>!\\1</command></cmdsynopsis>!g" \
-e "s!\\(</*\\)tt>!\\1constant>!g" \
-e "s!\\(</*\\)code>!\\1literal>!g" \
-e "s!<br>!<br />!g" \
-e "s!<br */>!<screen role=\"linebreak\">\n</screen>!g" \
>> "$F"
echo "'$SOURCEFILE': " `ls -s $SOURCEFILE` ">>" `ls -s $F`
}
make_xmlmaster ()
{
SOURCEFILE=`xml_sourcefile "$F"`
X=`echo $SOURCEFILE | sed -e "y:/:~:"`
article="section" # book? chapter?
echo '<!DOCTYPE' $article 'PUBLIC "-//OASIS//DTD DocBook XML V4.4//EN"' >$F
echo ' "http://www.oasis-open.org/docbook/xml/4.4/docbookx.dtd">' >>$F
cat "$tmp/$MK.$X.xmlstylesheets.tmp.txt" | { while read stylesheet ; do
echo "<?xml-stylesheet type=\"text/css\" href=\"$stylesheet\" ?>" \
>> "$F"
done }
echo "<section><title>Documentation</title>" >>$F
make_xmlsitemap >> $F
echo "</section>" >> $F
echo "'$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]")
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
echo_HR_EM_PP ()
{
echo "s%^\\($1$2$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\(<>$1$2$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($S$1$2$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($1<>$2$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($1$S$2$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($1$2<>$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($1$2$S$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
}
echo_br_EM_PP ()
{
echo_HR_EM_PP "$1" "$2" "$3" "$4"
echo "s%^\\($2$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\(<>$2$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($S$2$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($2<>$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($2$S$3*<a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($2$3*<><a\\) \\(href=\\)%\\1 $4 \\2%"
echo "s%^\\($2$3*$S<a\\) \\(href=\\)%\\1 $4 \\2%"
}
echo_HR_PP ()
{
echo "s%^\\($1<a\\) \\(href=\\)%\\1 $3 \\2%"
echo "s%^\\($1$2*<a\\) \\(href=\\)%\\1 $3 \\2%"
echo "s%^\\(<>$1$2*<a\\) \\(href=\\)%\\1 $3 \\2%"
echo "s%^\\($S$1$2*<a\\) \\(href=\\)%\\1 $3 \\2%"
echo "s%^\\($1<>$2*<a\\) \\(href=\\)%\\1 $3 \\2%"
echo "s%^\\($1$S$2*<a\\) \\(href=\\)%\\1 $3 \\2%"
}
echo_br_PP ()
{
echo_HR_PP "$1" "$2" "$3"
echo "s%^\\($2*<a\\) \\(href=\\)%\\1 $3 \\2%"
echo "s%^\\(<>$2*<a\\) \\(href=\\)%\\1 $3 \\2%"
echo "s%^\\($S$2*<a\\) \\(href=\\)%\\1 $3 \\2%"
}
echo_sp_PP ()
{
echo "s%^\\(<>$1*<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($S$1*<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\(<><>$1*<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($S$S$1*<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\(<>$1<>*<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($S$1$S*<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($1<><>*<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($1$S$S*<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($1<>*<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($1$S*<a\\) \\(href=\\)%\\1 $2 \\2%"
}
echo_sp_SP ()
{
echo "s%^\\($1<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\(<>$1<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($S$1<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\(<><>$1<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($S$S$1<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\(<>$1<><a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($S$1$S<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($1<><><a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($1$S$S<a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($1<><a\\) \\(href=\\)%\\1 $2 \\2%"
echo "s%^\\($1$S<a\\) \\(href=\\)%\\1 $2 \\2%"
}
echo_sp_sp ()
{
echo "s%^\\($1<a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\(<>$1<a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\($S$1<a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\(<><>$1<a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\($S$S$1<a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\(<>$1<><a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\($S$1$S<a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\($1<><><a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\($1$S$S<a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\($1<><a\\) \\(name=\\)%\\1 $2 \\2%"
echo "s%^\\($1$S<a\\) \\(name=\\)%\\1 $2 \\2%"
}
make_sitemap_init()
{
# build a list of detectors that map site.htm entries to a section table
# note that the resulting .gets.tmp / .puts.tmp are real sed-script
h1="[-$AP$AK]"
b1="[*=]"
b2="[-$AP$AK]"
b3="[:/]"
q3="[:/,$AK]"
echo_HR_PP "<hr>" "$h1" "sect=\"1\"" > "$MK_GETS"
echo_HR_EM_PP "<hr>" "<em>" "$h1" "sect=\"1\"" >> "$MK_GETS"
echo_HR_EM_PP "<hr>" "<strong>" "$h1" "sect=\"1\"" >> "$MK_GETS"
echo_HR_PP "<br>" "$b1$b1" "sect=\"1\"" >> "$MK_GETS"
echo_HR_PP "<br>" "$b2$b2" "sect=\"2\"" >> "$MK_GETS"
echo_HR_PP "<br>" "$b3$b3" "sect=\"3\"" >> "$MK_GETS"
echo_br_PP "<br>" "$b2$b2" "sect=\"2\"" >> "$MK_GETS"
echo_br_PP "<br>" "$b3$b3" "sect=\"3\"" >> "$MK_GETS"
echo_br_EM_PP "<br>" "<small>" "$q3" "sect=\"3\"" >> "$MK_GETS"
echo_br_EM_PP "<br>" "<em>" "$q3" "sect=\"3\"" >> "$MK_GETS"
echo_br_EM_PP "<br>" "<u>" "$q3" "sect=\"3\"" >> "$MK_GETS"
echo_HR_PP "<br>" "$q3" "sect=\"3\"" >> "$MK_GETS"
echo_br_PP "<u>" "$b2" "sect=\"2\"" >> "$MK_GETS"
echo_sp_PP "$q3" "sect=\"3\"" >> "$MK_GETS"
echo_sp_SP "" "sect=\"2\"" >> "$MK_GETS"
echo_sp_sp "$q3" "sect=\"9\"" >> "$MK_GETS"
echo_sp_sp "<br>" "sect=\"9\"" >> "$MK_GETS"
$SED -e "s/\\(>\\)\\(\\[\\)/\\1 *\\2/" "$MK_GETS" > "$MK_PUTS"
# the .puts.tmp variant is used to <b><a href=..></b> some hrefs which
# shall not be used otherwise for being generated - this is nice for
# some quicklinks somewhere. The difference: a whitspace "<hr> <a...>"
echo "" > "$MK_DATA" # fresh start
}
_uses_="<$Q'use\\1'>\\2 \\3<$QX>"
_name_="<$Q'use\\1'>name:\\2 \\3<$QX>" ;
make_sitemap_list()
{
_sitefile_="$1" ; test ".$_sitefile_" = "." && _sitefile_="$SITEFILE"
# scan sitefile for references pages - store as "=use+=href+ anchortext"
$SED -f "$MK_GETS" -e "/<a sect=\"[$NN]\"/!d" \
-e "s|.*<a sect=\"\\([^\"]*\\)\" href=\"\\([^\"]*\\)\"[^<>]*>\\(.*\\)</a>.*|$_uses_|" \
-e "s|.*<a sect=\"\\([^\"]*\\)\" name=\"\\([^\"]*\\)\"[^<>]*>\\(.*\\)</a>.*|$_name_|" \
-e "s|.*<a sect=\"\\([^\"]*\\)\" name=\"\\([^\"]*\\)\"[^<>]*>\\(.*\\)|$_name_|" \
-e "/^<$Q/!d" -e "/^<!/d" \
"$_sitefile_" >> "$MK_DATA"
}
_Uses_="<$Q'Use\\1'>\\2 \\3<$QX>"
_Name_="<$Q'Use\\1'>name:\\2 \\3<$QX>" ;
make_subsitemap_list()
{
_sitefile_="$1" ; test ".$_sitefile_" = "." && _sitefile_="$SITEFILE"
# scan sitefile for references pages - store as "=use+=href+ anchortext"
$SED -f "$MK_GETS" -e "/<a sect=\"[$NN]\"/!d" \
-e "s|.*<a sect=\"\\([^\"]*\\)\" href=\"\\([^\"]*\\)\"[^<>]*>\\(.*\\)</a>.*|$_Uses_|" \
-e "s|.*<a sect=\"\\([^\"]*\\)\" name=\"\\([^\"]*\\)\"[^<>]*>\\(.*\\)</a>.*|$_Name_|" \
-e "s|.*<a sect=\"\\([^\"]*\\)\" name=\"\\([^\"]*\\)\"[^<>]*>\\(.*\\)|$_Name_|" \
-e "/^<$Q/!d" -e "/^<!/d" \
-e "s|>\\([^:./][^:./]*[./]\\)|>$2\\1|" \
"$_sitefile_" >> "$MK_DATA"
}
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"
$SED -e "/^<$Q'use.'>/!d" \
-e "/^<$Q'use1'>/{" \
-e "h" -e "s|^<$Q'use1'>\\([^ ]*\\) .*|\\1|" \
-e "x" -e "}" \
-e "s|^<$Q'use.'>\\([^ ]*\\) .*|<$Q'sect'>\\1|" \
-e G -e "s|\\n| |" -e "s|\$|<$QX>|" "$MK_DATA" >> "$MK_DATA"
$SED -e "/^<$Q'use.'>/!d" \
-e "/^<$Q'use1'>/{" \
-e "h" -e "s|^<$Q'use1'>\\([^ ]*\\) .*|\\1|" \
-e "x" -e "}" \
-e "/^<$Q'use[13456789]'>/d" \
-e "s|<$Q'use.'>\\([^ ]*\\) .*|<$Q'node'>\\1|" \
-e G -e "s|\\n| |" -e "s|\$|<$QX>|" "$MK_DATA" >> "$MK_DATA"
}
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)
$SED -e "/^<$Q'use.'>/!d" \
-e "/^<$Q'use1'>/{" \
-e "h" -e "s|^<$Q'use1'>\\([^ ]*\\) .*|\\1|" \
-e "x" -e "}" \
-e "/^<$Q'use2'>/{" \
-e "h" -e "s|^<$Q'use2'>\\([^ ]*\\) .*|\\1|" \
-e "x" -e "}" \
-e "/^<$Q'use1'>/d" \
-e "s|^<$Q'use.'>\\([^ ]*\\) .*|<$Q'page'>\\1<$QX>|" \
-e G -e "s|\\n| |" "$MK_DATA" >> "$MK_DATA"
$SED -e "/^<$Q'use.'>/!d" \
-e "/^<$Q'use1'>/{" \
-e "h" -e "s|^<$Q'use1'>\\([^ ]*\\) .*|\\1|" \
-e "x" -e "}" \
-e "/^<$Q'use2'>/{" \
-e "h" -e "s|^<$Q'use2'>\\([^ ]*\\) .*|\\1|" \
-e "x" -e "}" \
-e "/^<$Q'use[12456789]'>/d" \
-e "s|^<$Q'use.'>\\([^ ]*\\) .*|<$Q'node'>\\1<$QX>|" \
-e G -e "s|\\n| |" "$MK_DATA" >> "$MK_DATA"
# and for the root sections we register ".." as the parenting group
$SED -e "/^<$Q'use1'>/!d" \
-e "s|^<$Q'use.'>\\([^ ]*\\) .*|<$Q'node'>\\1 ..<$QX>|" "$MK_DATA" >> "$MK_DATA"
}
echo_site_filelist()
{
$SED -e "/^<$Q'use.'>/!d" \
-e "s|^<$Q'use.'>||" -e "s| .*||" "$MK_DATA"
}
# ==========================================================================
# 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
scan_sitefile () # $F
{
SOURCEFILE=`html_sourcefile "$F"`
$hint "'$SOURCEFILE': scanning -> sitefile"
if test "$SOURCEFILE" != "$F" ; then
dx_init "$F"
dx_text today "`timetoday`"
short=`echo "$F" | $SED -e "s:.*/::" -e "s:[.].*::"` # basename for all exts
short="$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`
test ".$printerfriendly" != "." && \
DX_text "printerfriendly" `fast_html_printerfile "$F"`
test ".$USER" != "." && DC_publisher "$USER"
echo "'$SOURCEFILE': $short (sitemap)"
site_map_list_title "$F" "$short"
site_map_long_title "$F" "generated sitemap index"
site_map_list_date "$F" "`timetoday`"
fi
}
scan_htmlfile() # "$F"
{
SOURCEFILE=`html_sourcefile "$F"` # SCAN :
$hint "'$SOURCEFILE': scanning -> $F" # HTML :
if test "$SOURCEFILE" != "$F" ; then :
if test -f "$SOURCEFILE" ; then
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 "$SOURCEFILE"
test ".$USER" != "." && DC_publisher "$USER"
DX_text date.formatted "`timetoday`"
test ".$printerfriendly" != "." && \
DX_text "printerfriendly" `fast_html_printerfile "$F"`
sectn=`info_get_entry DC.relation.section`
short=`info_get_entry DC.title.selected`
site_map_list_title "$F" "$short"
info_map_list_title "$F" "$short"
title=`info_get_entry DC.title`
site_map_long_title "$F" "$title"
info_map_long_title "$F" "$title"
edate=`info_get_entry DC.date`
issue=`info_get_entry issue`
site_map_list_date "$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" "$F (no source)"
fi ; else
echo "<$F> - skipped"
fi
}
scan_subsitemap_long ()
{
grep "<a href=\"[^\"]*\">" "$1" | {
while read _line_ ; do
_href_=`echo "$_line_" | $SED -e "s|.*<a href=\"\\([^\"]*\\)\">.*|\\1|"`
_date_=`echo "$_line_" | $SED -e "s|.*<small style=\"date\">\\([^<>]*\\)</small>.*|\\1|" -e "/<a href=\"[^\"]*\">/d"`
_long_=`echo "$_line_" | $SED -e "s|.*<!--long-->\\([^<>]*\\)<!--/long-->.*|\\1|" -e "/<a href=\"[^\"]*\">/d"`
if test ".$_href_" != "." && test ".$_date_" != "." ; then
site_map_list_date "$2$_href_" "$_date_"
fi
if test ".$_href_" != "." && test ".$_long_" != "." ; then
site_map_long_title "$2$_href_" "$_long_"
fi
done
}
}
scan_namespec ()
{
# nothing so far
case "$1" in
name:sitemap:*)
short=`echo "$F" | $SED -e "s:.*/::" -e "s:[.].*::"`
short=`echo "$short ~" | $SED -e "s/name:sitemap://"`
site_map_list_title "$F" "$short"
site_map_long_title "$F" "external sitemap index"
site_map_list_date "$F" "`timetoday`"
echo "'$F' external sitemap index$n"
;;
name:*.htm|name:*.html)
FF=`echo "$1" | $SED -e "s|name:||"`
FFF=`echo "$FF" | $SED -e "s|/[^/]*\$|/|"` # dirname
case "$FFF" in */*) : ;; *) FFF="" ;; esac
make_subsitemap_list "$FF" "$FFF"
scan_subsitemap_long "$FF" "$FFF"
;;
esac
}
scan_httpspec ()
{
# nothing so far
return;
}
skip_namespec ()
{
# nothing so far
return;
}
skip_httpspec ()
{
# nothing so far
return;
}
# ==========================================================================
# and now generate the output pages
# 2.PASS
head_sed_sitemap() # $filename $section
{
FF=`sed_piped_key "$1"`
SECTION=`sed_slash_key "$2"`
SECTS="sect=\"[$NN$AZ]\"" ; SECTN="sect=\"[$NN]\"" # lines with hrefs
echo "s|\\(<a $SECTS href=\"$FF\">.*</a>\\)|<b>\\1</b>|" # $++
test ".$sectiontab" != ".no" && \
echo "/ href=\"$SECTION\"/s|^<td class=\"[^\"]*\"|<td |" # $++
}
head_sed_listsection() # $filename $section
{
# traditional.... the sitefile is the full navigation bar
FF=`sed_piped_key "$1"`
SECTION=`sed_slash_key "$2"`
SECTS="sect=\"[$NN$AZ]\"" ; SECTN="sect=\"[$NN]\"" # lines with hrefs
echo "s|\\(<a $SECTS href=\"$FF\">.*</a>\\)|<b>\\1</b>|" # $++
test ".$sectiontab" != ".no" && \
echo "/ href=\"$SECTION\"/s|^<td class=\"[^\"]*\"|<td |" # $++
}
head_sed_multisection() # $filename $section
{
# sitefile navigation bar is split into sections
FF=`sed_piped_key "$1"`
SECTION=`sed_slash_key "$2"`
SECTS="sect=\"[$NN$AZ]\"" ; SECTN="sect=\"[$NN]\"" # lines with hrefs
# grep all pages with a class='sect' relation to current $SECTION and
# build foreach an sed line "s|$SECTS\(<a href=$F>\)|<!--sectX-->\1|"
# after that all the (still) numeric SECTNs are deactivated / killed.
for section in $SECTION $headsection $tailsection ; do
test ".$section" = ".no" && continue
$SED -e "/^<$Q'sect'>[^ ]* $section/!d" \
-e "s|<$Q'sect'>||" -e "s| .*||" \
-e "s/.*/s|<a $SECTS \\\\(href=\"&\"\\\\)|<a sect=\"X\" \\\\1|/" \
"$MK_DATA" # $++
$SED -e "/^<$Q'sect'>name:[^ ]* $section/!d" \
-e "s|<$Q'sect'>name:||" -e "s| .*||" \
-e "s/.*/s|<a $SECTS \\\\(name=\"&\"\\\\)|<a sect=\"X\" \\\\1|/" \
"$MK_DATA" # $++
done
echo "s|.*<a \\($SECTN href=[^<>]*\\)>.*|<!-- \\1 -->|" # $++
echo "s|.*<a \\($SECTN name=[^<>]*\\)>.*|<!-- \\1 -->|" # $++
echo "s|\\(<a $SECTS href=\"$FF\">\\)|<b>\\1</b>|" # $++
test ".$sectiontab" != ".no" && \
echo "/ href=\"$SECTION\"/s|^<td class=\"[^\"]*\"|<td |" # $++
}
make_sitefile () # "$F"
{
SOURCEFILE=`html_sourcefile "$F"`
if test "$SOURCEFILE" != "$F" ; then
if test -f "$SOURCEFILE" ; then
# remember that in this case "${SITEFILE}l" = "$F" = "${SOURCEFILE}l"
info2vars_sed > $MK_VARS # have <!--title--> vars substituted
info2meta_sed > $MK_META # add <meta name="DC.title"> values
F_HEAD="$tmp/$F.$HEAD" ; F_FOOT="$tmp/$F.$FOOT"
$CAT "$MK_PUTS" > "$F_HEAD"
head_sed_sitemap "$F" "`info_get_entry_section`" >> "$F_HEAD"
echo "/<head>/r $MK_META" >> "$F_HEAD"
$CAT "$MK_VARS" "$MK_TAGS" >> "$F_HEAD"
echo "/<\\/body>/d" >> "$F_HEAD"
case "$sitemaplayout" in
multi) make_multisitemap > "$F_FOOT" ;; # here we use ~foot~ to
*) make_listsitemap > "$F_FOOT" ;; # hold the main text
esac
mkpathfile "$F"
$SED_LONGSCRIPT "$F_HEAD" "$SITEFILE" > $F # ~head~
$CAT "$F_FOOT" >> $F # ~body~
$SED -e "/<\\/body>/!d" -f "$MK_VARS" "$SITEFILE" >> $F #</body>
echo "'$SOURCEFILE': " `ls -s $SOURCEFILE` ">->" `ls -s $F` "(sitemap)"
else
echo "'$SOURCEFILE': does not exist"
fi fi
}
make_htmlfile() # "$F"
{
SOURCEFILE=`html_sourcefile "$F"` # 2.PASS
if test "$SOURCEFILE" != "$F" ; then
if test -f "$SOURCEFILE" ; then
if grep '<meta name="formatter"' "$SOURCEFILE" > $NULL ; then
echo "'$SOURCEFILE': SKIP, this sourcefile looks like a formatted file"
echo "'$SOURCEFILE': (may be a sourcefile in place of a targetfile?)"
return
fi
info2vars_sed > $MK_VARS # have <!--$title--> vars substituted
info2meta_sed > $MK_META # add <meta name="DC.title"> values
tags2span_sed > $MK_SPAN # extern text/css -> intern css classes
tags2meta_sed >>$MK_META # extern text/css -> intern css classes
F_HEAD="$tmp/$F.$HEAD" ; F_BODY="$tmp/$F.$BODY" ; F_FOOT="$tmp/$F.$FOOT"
$CAT "$MK_PUTS" > "$F_HEAD"
case "$sectionlayout" in
multi) head_sed_multisection "$F" "`info_get_entry_section`" >> "$F_HEAD" ;;
*) head_sed_listsection "$F" "`info_get_entry_section`" >> "$F_HEAD" ;;
esac
$CAT "$MK_VARS" "$MK_TAGS" "$MK_SPAN" >> "$F_HEAD" #tag and vars
echo "/<\\/body>/d" >> "$F_HEAD" #cut lastline
echo "/<head>/r $MK_META" >> "$F_HEAD" #add metatags
echo "/<title>/d" > "$F_BODY" #not that line
$CAT "$MK_VARS" "$MK_TAGS" "$MK_SPAN" >> "$F_BODY" #tag and vars
bodymaker_for_sectioninfo >> "$F_BODY" #if sectioninfo
info2body_sed >> "$F_BODY" #cut early
info2head_sed >> "$F_HEAD"
make_back_path "$F" >> "$F_HEAD"
test ".$emailfooter" != ".no" && \
body_for_emailfooter > "$F_FOOT"
mkpathfile "$F"
$SED_LONGSCRIPT "$F_HEAD" $SITEFILE > $F # ~head~
$SED_LONGSCRIPT "$F_BODY" $SOURCEFILE >> $F # ~body~
test -f "$F_FOOT" && $CAT "$F_FOOT" >> $F # ~foot~
$SED -e "/<\\/body>/!d" -f "$MK_VARS" "$SITEFILE" >> $F #</body>
echo "'$SOURCEFILE': " `ls -s $SOURCEFILE` "->" `ls -s $F`
else # test -f $SOURDEFILE
echo "'$SOURCEFILE': does not exist"
fi ; else
echo "<$F> - skipped"
fi
}
make_printerfriendly () # "$F"
{ # PRINTER
printsitefile="0" # FRIENDLY
P=`html_printerfile "$F"`
P_HEAD="$tmp/$P.$HEAD"
P_BODY="$tmp/$P.$BODY"
case "$F" in
${SITEFILE}|${SITEFILE}l)
printsitefile=">=>" ; BODY_TXT="$tmp/$F.$FOOT" ;;
*.html) printsitefile="=>" ; BODY_TXT="$SOURCEFILE" ;;
esac
if grep '<meta name="formatter"' "$BODY_TXT" > $NULL ; then return; fi
if test ".$printsitefile" != ".0" && test -f "$SOURCEFILE" ; then
make_printerfile_fast "$FILELIST" > ./$MK_FAST
$CAT "$MK_VARS" "$MK_TAGS" "$MK_FAST" > "$P_HEAD"
$SED -e "/DC.relation.isFormatOf/s|content=\"[^\"]*\"|content=\"$F\"|" \
"$MK_META" > "$MK_METT"
echo "/<head>/r $MK_METT" >> "$P_HEAD" # meta
echo "/<\\/body>/d" >> "$P_HEAD"
select_in_printsitefile "$F" >> "$P_HEAD"
_ext_=`print_extension "$printerfriendly"` # head-
# line_=`sed_slash_key "$printsitefile_img_2"` # back-
echo "/||topics:/s| href=\"[#][.]\"| href=\"$F\"|" >> "$P_HEAD"
echo "/|||pages:/s| href=\"[#][.]\"| href=\"$F\"|" >> "$P_HEAD"
make_back_path "$F" >> "$P_HEAD"
$CAT "$MK_VARS" "$MK_TAGS" "$MK_FAST" > "$P_BODY"
make_back_path "$F" >> "$P_BODY"
mkpathfile "$P"
$SED_LONGSCRIPT "$P_HEAD" $PRINTSITEFILE > $P # ~head~
$SED_LONGSCRIPT "$P_BODY" $BODY_TXT >> $P # ~body~
$SED -e "/<\\/body>/!d" -f $MK_VARS $PRINTSITEFILE >> $P #</body>
echo "'$SOURCEFILE': " `ls -s $SOURCEFILE` "$printsitefile" `ls -s $P`
fi
}
# ========================================================================
# ========================================================================
# ========================================================================
# ========================================================================
# #### 0. INIT
make_sitemap_init
make_sitemap_list
make_sitemap_sect
make_sitemap_page
if test -d DEBUG && test -f "$MK_DATA"
then FFFF=`echo "$F" | sed -e "s,/,:,g"`
cp "$MK_DATA" "DEBUG/$FFFF.DATA.tmp.htm"
fi
FILELIST=`echo_site_filelist`
if test ".$opt_filelist" != "." || test ".$opt_list" = ".file"; then
for F in $FILELIST; do echo "$F" ; done ; exit # --filelist
fi
if test ".$opt_files" != "." ; then FILELIST="$opt_files" ; fi # --files
if test ".$FILELIST" = "."; then warn "nothing to do (no --filelist)" ; fi
if test ".$FILELIST" = ".SITEFILE" ; then warn "only '$SITEFILE'?!" ; fi
for F in $FILELIST ; do case "$F" in #### 1. PASS
name:*) scan_namespec "$F" ;;
http:*|https:*|ftp:*|mailto:*|telnet:*|news:*|gopher:*|wais:*)
scan_httpspec "$F" ;;
${SITEFILE}|${SITEFILE}l) scan_sitefile "$F" ;; # ........... SCAN SITE
*@*.de)
echo "!! -> '$F' (skipping malformed mailto:-link)"
;;
../*)
echo "!! -> '$F' (skipping topdir build)"
;;
# */*.html)
# echo "!! -> '$F' (skipping subdir build)"
# ;;
# */*/*/|*/*/|*/|*/index.htm|*/index.html)
# echo "!! -> '$F' (skipping subdir index.html)"
# ;;
*.html) scan_htmlfile "$F" # ........... SCAN HTML
if test ".$opt_xml" != "." ; then
F=`echo "$F" | sed -e "s/\\.html$/.xml/"`
scan_xmlfile "$F"
fi ;;
*.xml) scan_xmlfile "$F" ;;
*/) echo "'$F' : directory - skipped"
site_map_list_title "$F" "`sed_slash_key $F`"
site_map_long_title "$F" "(directory)"
;;
*) echo "?? -> '$F'"
;;
esac done
if test ".$printerfriendly" != "." ; then # .......... PRINT VERSION
_ext_=`print_extension "$printerfriendly" | sed -e "s/&/\\\\&/"`
PRINTSITEFILE=`echo "$SITEFILE" | sed -e "s/\\.[$AA]*\$/$_ext_&/"`
echo "NOTE: going to create printer-friendly sitefile $PRINTSITEFILE"
make_printsitefile > "$PRINTSITEFILE"
fi
for F in $FILELIST ; do case "$F" in #### 2. PASS
name:*) skip_namespec "$F" ;;
http:*|https:*|ftp:*|mailto:*|telnet:*|news:*|gopher:*|wais:*)
skip_httpspec "$F" ;;
${SITEFILE}|${SITEFILE}l) make_sitefile "$F" # ........ SITE FILE
if test ".$printerfriendly" != "." ; then make_printerfriendly "$F" ; fi
if test ".$opt_xml" != "." ; then _old_F_="$F"
F=`echo "$F" | sed -e "s/\\.html$/.xml/"`
make_xmlmaster "$F" ;F="$_old_F_"
fi ;;
*@*.de)
echo "!! -> '$F' (skipping malformed mailto:-link)"
;;
../*)
echo "!! -> '$F' (skipping topdir build)"
;;
# */*.html)
# echo "!! -> '$F' (skipping subdir build)"
# ;;
# */*/*/|*/*/|*/|*/index.htm|*/index.html)
# echo "!! -> '$F' (skipping subdir index.html)"
# ;;
*.html) make_htmlfile "$F" # .................. HTML FILES
test ".$printerfriendly" != "." && make_printerfriendly "$F"
if test ".$opt_xml" != "." ; then _old_F_="$F"
F=`echo "$F" | sed -e "s/\\.html$/.xml/"`
make_xmlfile "$F" ;F="$_old_F_"
fi ;;
*.xml) make_xmlfile "$F" ;;
*/) echo "'$F' : directory - skipped"
;;
*) echo "?? -> '$F'"
;;
esac
# .............. debug ....................
if test -d DEBUG && test -f "./$F" ; then
FFFF=`echo "$F" | sed -e "s,/,:,g"`
test -f "$tmp/$F.$DATA" && cp "$tmp/$F.$DATA" DEBUG/$FFFF.data.tmp.htm
test -f "$tmp/$F.$HEAD" && cp "$tmp/$F.$HEAD" DEBUG/$FFFF.head.tmp.sed
test -f "$tmp/$F.$BODY" && cp "$tmp/$F.$BODY" DEBUG/$FFFF.body.tmp.sed
test -f "$tmp/$F.$FOOT" && cp "$tmp/$F.$FOOT" DEBUG/$FFFF.foot.tmp.sed
for P in tags vars span meta page date list html sect \
data head body foot fast xmlmapping \
gets puts site mett sect1 sect2 sect3 style ; do
test -f $tmp/$MK.$P.tmp.htm && cp $tmp/$MK.$P.tmp.htm DEBUG/$FFFF.$P.tmp.htm
test -f $tmp/$MK.$P.tmp.sed && cp $tmp/$MK.$P.tmp.sed DEBUG/$FFFF.$P.tmp.sed
done
fi
done
if test ".$opt_keeptmpfiles" = "." ; then
for i in $tmp/$MK.*.tmp.htm $tmp/$MK.*.tmp.sed \
$tmp/$MK.*.tmp.css $tmp/$MK.*.tmp.txt
do test -f "$i" && rm "$i"
done
fi
if test ".$tmp_dir_was_created" != ".no" ; then rm $tmp/* ; rmdir $tmp ; fi
exit 0
