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* development/tools/mkdoclinks.sh:

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* development/tools/makeLyXsigc.sh:
        * development/tools/scgen.pl: remove obsolete files


git-svn-id: svn://svn.lyx.org/lyx/lyx-devel/trunk@14637 a592a061-630c-0410-9148-cb99ea01b6c8
This commit is contained in:
Michael Schmitt 2006-08-13 10:21:06 +00:00
parent 425dfd3a24
commit 69c839dccf
3 changed files with 0 additions and 690 deletions
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413
development/tools/makeLyXsigc.sh
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@ -1,413 +0,0 @@
#!/bin/sh
## Author: Allan Rae <rae@lyx.org>
## With bug fixes and improvements by Karl Nelson.
##
## Severely hacked version of the libsigc++/win32/makevc.sh script
## Builds the 'mini' libsigc++ distribution for use with LyX.
## Hopefully the generated distribution is generic enough for use by
## other apps also.
##
if test ! -f .cvsignore ; then
## could also test for acconfig.h since we need that too.
echo "Must be run in a CVS controlled source directory"
echo "You can't build the lyx-sigc distribution from a tarball"
## This just makes my life considerably easier.
exit 1
fi
if test ! -f config.status ; then
echo "Must be run in configured source directory"
exit 1
fi
version=`grep SIGC_VERSION config.status | awk -F% '{print $3}'`
package="libsigc++-$version"
tarfile="$package.tar.gz"
configure="$package/configure.in"
if test ! -f $tarfile ; then
echo "Must have dist file $tarfile"
echo "Try: make dist"
exit 1
fi
echo "Unpack distribution."
if test -d $package; then
rm -R $package
fi
tar xzf $tarfile --exclude CVS
echo "Removing irrelevent or regeneratable files."
find $package -name "Makefile.in" | xargs rm
find $package -name "*.Makefile" | xargs rm
( cd $package;
cp ../acconfig.h sigc++;
mv [ACFT]* doc;
rm -f doc/riscos doc/ChangeLog;
mv ltdll.c sigc-config.in doc sigc++;
rm -Rf lyx win32 scripts tests riscos djgpp borland examples;
rm -Rf aclocal.m4 libsigc++.spec*;
cd sigc++/ ;
find macros -name "*.h.m4" | sed -e 's,macros/\(.*\)\.m4,\1,' | xargs rm;
rm -rf README scripts/README generator.h config )
echo "Make autogen.sh for testing"
( cd $package/sigc++;
cat > autogen.sh << EOF
#!/bin/sh
#
# You shouldn't need to use this script in your application unless it doesn't
# have its own equivalent.
#
libtoolize --automake
aclocal $ACLOCAL_FLAG
autoheader
automake --add-missing --foreign
autoconf
EOF
chmod a+x autogen.sh
)
echo "Limiting to Signal3"
# we only need up to Signal3
# NOTE: sigc++ needs 2 slots higher than the number of signals (see bind.h)
# Anyone feeling keen?
# How would you like to make this a parameter-controlled stripping of
# the headers instead?
#
for i in `ls $package/sigc++/macros/*.h.m4`; do
case $i in
$package/sigc++/macros/slot.h.m4)
sed < $i > $i.tmp \
-e '/.*ARGS(P,[6789]).*/d'
;;
*)
sed < $i > $i.tmp \
-e '/.*ARGS(P,[456789]).*/d'
;;
esac
rm -f $i
mv $i.tmp $i
done
echo "Changing <sigc++config.h> to <sigc++/sigc++config.h>"
#
# This change means that if the compiler can find <sigc++/slot.h> it can also
# find the sigc++config.h header which is internal to the library.
#
for i in `ls $package/sigc++/macros/*.h.m4 $package/sigc++/*.h`; do
sed < $i > $i.tmp \
-e 's%\(\(sigc++\)config.h\)%\2/\1%'
rm -f $i
mv $i.tmp $i
done
echo "Building application level config/"
mkdir $package/config
mv $package/sigc++.m4 $package/config
echo "Creating custom sigc++/configure.in"
## My sed doesn't seem to want to match newlines in scripts. As a result
## the first two scripts haven't been merged into one.
## These separate scripts are ordered approximately in the order in which
## they match in the unmodified configure.in.
##
## Note that you have to be very careful about quoting. Look at the second
## script for example: '\'', \\\ and \$
##
## Now for some explanation of what each script is supposed to change:
##
# -e 's/\(Nelson\)/\1\
### Modified by makeLyXsigc.sh (Allan Rae)/'
#
# Credit where credit is due.
#
# -e 's%\(AC_INIT\)(sigc++)%\1(slot.cc)\
#\
#AC_DEFUN(LYX_FIX_MAKEFILE_IN,[\
### modify Makefile.in if need be -- since we still use automake\
#for dir in \$srcdir \$srcdir/macros ; do\
#( cd \$dir ;\
# sed < Makefile.in > Makefile_tmp \\\
# -e '\''s/all\: all-redirect/all: all-@USE_INCLUDED_SIGC@\\\
#all-yes: all-redirect\\\
#all-no:/'\'' ;\
# mv Makefile_tmp Makefile.in )\
#done\
#])\
#\
#LYX_FIX_MAKEFILE_IN%'
#
# Change which file autoconf demands to be in the current directory.
# Add a way to not make anything in the sigc++ package when using an
# externally supplied library.
#
# -e 's%\(AUX_DIR(\)scripts%\1../config%'
#
# Use the applications auxilliary directory. Assumed to be ../config.
#
# -e 's%config/\(sigc++config\.h\)%\1%'
#
# Move sigc++config.h out of the now removed config/.
#
# -e 's/--dis\(able-threads\)/--en\1/' \
# -e 's;dis\(ables.*threading\);en\1;' \
# -e 's;\(^enable.*threads=\"\)yes;\1no;' \
#
# Don't use threads.
#
# -e '/.*\.spec.*/d' \
# -e '\%.*sigc++/Makefile.*%d' \
# -e '\%.*config/Makefile.*%d'
#
# Remove unnecessary files from the AC_OUTPUT list.
#
# -e 's,sigc++/,,g'
#
# No subdir sigc++. This also results in sigc++/macros -> macros.
#
# -e '\%.*tests/.*%d' \
# -e '\%.*examples/.*%d' \
# -e '\%.*scripts/.*%d'
#
# These directories have been completely removed and aren't relevent.
#
# -e 's/.*\(AM_DISABLE_\)STATIC/\1SHARED/' \
#
# We want to default to static libs. Although we still need to ensure that
# configure is forced to only produce static libs.
#
# -e 's/AM_MAINTAINER_MODE/AC_ARG_WITH([included-libsigc],\
# [ --without-included-libsigc\
# Use the libsigc++ installed on the system\
# Used when libsigc++ is bundled with applications],\
# [sigc_use_included_libsigc=$withval],\
# [sigc_use_included_libsigc=yes])\
#if test x$sigc_use_included_libsigc = xno; then\
# ## just change the setting for the Makefile\
# USE_INCLUDED_SIGC=no\
# AC_SUBST(USE_INCLUDED_SIGC)\
#else\
####\
#### This else..fi goes till the end of the file!\
####\
# USE_INCLUDED_SIGC=yes\
# AC_SUBST(USE_INCLUDED_SIGC)/'
#
# Kill two birds with the one stone. We want maintainer access as standard
# and we want to be able to choose between using this package or the full
# library installed on the local system. If using the latter option we don't
# have to run most of the configure script so we hide it in a conditional.
#
# -e 's/\(AC_OUTPUT.*\)/\
####\
#### This is the end of the massive if..then..else..fi\
####\
#fi\
#\
#\1/'
#
# Close the conditional introduced in the previous script.
#
( cd $package;
sed < configure.in > sigc++/configure.in \
-e 's/\(Nelson\)/\1\
## Modified by makeLyXsigc.sh (Allan Rae)/' \
-e 's%\(AC_INIT\)(sigc++)%\1(slot.cc)\
\
AC_DEFUN(LYX_FIX_MAKEFILE_IN,[\
## modify Makefile.in if need be -- since we still use automake\
for dir in \$srcdir \$srcdir/macros ; do\
( cd \$dir ;\
sed < Makefile.in > Makefile_tmp \\\
-e '\''s/all\: all-redirect/all: all-@USE_INCLUDED_SIGC@\\\
all-yes: all-redirect\\\
all-no:/'\'' ;\
mv Makefile_tmp Makefile.in )\
done\
])\
\
LYX_FIX_MAKEFILE_IN%' \
-e 's%\(AUX_DIR(\)scripts%\1../config%' \
-e 's%config/\(sigc++config\.h\)%\1%' \
-e 's/--dis\(able-threads\)/--en\1/' \
-e 's;dis\(ables.*threading\);en\1;' \
-e 's;\(^enable.*threads=\"\)yes;\1no;' \
-e '/.*\.spec.*/d' \
-e '\%.*sigc++/Makefile.*%d' \
-e '\%.*config/Makefile.*%d' \
-e 's,sigc++/,,g' \
-e '\%.*tests/.*%d' \
-e '\%.*examples/.*%d' \
-e '\%.*scripts/.*%d' \
-e 's/.*\(AM_DISABLE_\)STATIC/\1SHARED/' \
-e 's/AM_MAINTAINER_MODE/AC_ARG_WITH([included-libsigc],\
[ --without-included-libsigc\
Use the libsigc++ installed on the system\
Used when libsigc++ is bundled with applications],\
[sigc_use_included_libsigc=$withval],\
[sigc_use_included_libsigc=yes])\
if test x$sigc_use_included_libsigc = xno; then\
## just change the setting for the Makefile\
USE_INCLUDED_SIGC=no\
AC_SUBST(USE_INCLUDED_SIGC)\
else\
###\
### This else..fi goes till the end of the file!\
###\
USE_INCLUDED_SIGC=yes\
AC_SUBST(USE_INCLUDED_SIGC)/' \
-e 's/\(AC_OUTPUT.*\)/\
###\
### This is the end of the massive if..then..else..fi\
###\
fi\
\
\1/' )
echo "Modifying sigc++/Makefile.am"
#
# -e 's%\(SUBDIRS =\)\(.*\)config\(.*\)%\1\2\3\
#DISTCLEANFILES= *.orig *.rej *~ *.bak core \
#MAINTAINERCLEANFILES= \$(srcdir)/Makefile.in \$(srcdir)/configure \$(srcdir)/sigc++config* \$(srcdir)/stamp* \$(srcdir)/aclocal.m4 \$(srcdir)/acinclude.m4 \
#ETAGS_ARGS = --lang=c++%'
#
# We've removed the sigc++/config/ above now we just make sure automake knows.
# We also want maintainer-clean to actually remove stuff. Same for distclean.
#
# -e '/^INCLUDES/{s%\(dir)\)%\1/..%;}'
#
# All the headers are included with <sigc++/xxx.h> so we need an adjustment.
#
# -e '/^M4_DIR/{s/sigc++\///;}'
#
# In the mini-dist the macros are directly under the top_srcdir which in this
# case is sigc++/.
#
# -e '/^libsigc.*dir/d'
#
# Not installing the headers or the library.
#
# -e 's/^libsigcinclude/noinst/'
#
# Don't install the headers.
#
# -e 's/generator.h//'
#
# We don't need generator.h.
#
# -e 's/lib_//' \
# -e 's/\(LTLIB\)/noinst_\1/'
#
# These two lines make sure we don't install the library.
#
# -e '/EXTRA_DIST.*/d';
#
# We don't want the extra bits that libsigc++ does.
#
# -e 's/\(libsigc_la_SOURCES=\)\(.*\)/\1 $(BUILT_SOURCES)\2/' \
# -e '/%.h:/i\
#Makefile: $(BUILT_SOURCES)\
#'
# Make sure the built sources are built.
#
( cd $package/sigc++;
sed < Makefile.am > Makefile.tmp \
-e 's%\(SUBDIRS =\)\(.*\)config\(.*\)%\1\2\3\
DISTCLEANFILES= *.orig *.rej *~ *.bak core \
MAINTAINERCLEANFILES= \$(srcdir)/Makefile.in \$(srcdir)/configure \$(srcdir)/sigc++config* \$(srcdir)/stamp* \$(srcdir)/aclocal.m4 \$(srcdir)/acinclude.m4 \
ETAGS_ARGS = --lang=c++%' \
-e '/^INCLUDES/{s%\(dir)\)%\1/..%g;}' \
-e '/^M4_DIR/{s/sigc++\///;}' \
-e '/^libsigc.*dir/d' \
-e 's/^libsigcinclude/noinst/' \
-e 's/generator.h//' \
-e 's/lib_//' \
-e 's/\(LTLIB\)/noinst_\1/' \
-e '/EXTRA_DIST.*/d' \
-e 's/-version-info.*ION)//' \
-e 's/-release.*EASE)//' \
-e 's/\(libsigc_la_SOURCES=\)\(.*\)/\1 $(BUILT_SOURCES)\2/' \
-e '/%.h:/i\
Makefile: $(BUILT_SOURCES)\
';
rm -f Makefile.am ;
mv Makefile.tmp Makefile.am )
echo "Modifying sigc++/macros/Makefile.am"
#
# -e '/^m4includedir/d' \
# -e 's/^m4include/noinst/'
#
# We're not installing any of this.
#
# -e '$a\
#MAINTAINERCLEANFILES=\$(srcdir)/Makefile.in'
#
# Clean up.
#
( cd $package/sigc++/macros;
sed < Makefile.am > Makefile.tmp \
-e '/^m4includedir/d' \
-e 's/^m4include/noinst/' \
-e '$a\
MAINTAINERCLEANFILES=\$(srcdir)/Makefile.in' ;
rm -f Makefile.am ;
mv Makefile.tmp Makefile.am )
echo "Adding various .cvsignore"
( cd $package/sigc++;
cp ../../sigc++/.cvsignore . ;
cp ../../sigc++/macros/.cvsignore macros;
cp ../../doc/.cvsignore doc;
cat >> .cvsignore <<EOF
aclocal.m4
config.log
config.status
configure
libtool
sigc-config
stamp*
sigc++config.h
sigc++config.h.in
acinclude.m4
EOF
)
echo "Adding sigc++/DO_NOT_MODIFY_THESE_FILES"
( cd $package/sigc++;
cat > DO_NOT_MODIFY_THESE_FILES <<EOF
These files are all collected together from a checked out copy of the
libsigc++ CVS repository by the ../development/tools/makeLyXsigc.sh file.
Some of these files are modified by that script. If you need to fix a bug in
the code then you should try to get the latest CVS libsigc++ and regenerate
this entire subpackage. If the problem still persists it may be necessary to
modify the generation script.
If an error is found while porting to a new platform read the doc/requirements
file.
Remember to contact the LyX developers list if you are having problems.
Allan. (ARRae)
EOF
)
echo "Packing files."
( cd $package ;
chmod -R a+r sigc++ config ;
GZIP=--best tar chozf lyx-sigc++-$version.tar.gz sigc++ config )
mv $package/lyx*gz .
#rm -Rf $package
chmod a+r lyx-sigc++-$version.tar.gz

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development/tools/mkdoclinks.sh
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#! /bin/sh
# This script makes a bunch of symbolic links from the current directory
# to the one containing the LyX documentation.
USAGE () {
echo Usage: $0 dir_where_the_docs_are_found
exit 1
}
if [ $# -ne 1 ]; then
USAGE
fi
DIR=$1
if [ ! -d ${DIR} ]; then
USAGE
fi
FILES=`ls ${DIR}/*.*`
N_LYXFILES=`echo "${FILES}" | grep ".lyx" | wc -l`
if [ ${N_LYXFILES} -eq 0 ]; then
echo ${DIR} contains NO lyx files!
exit 1
fi
EXAMPLE_FILE=`echo "${FILES}" | grep ".lyx" | sed -e '2,$d'`
PARSABLEDIR=`echo ${DIR} | sed 's/\//\\\\\//g'`
EXAMPLE_FILE=`echo ${EXAMPLE_FILE} | sed "s/${PARSABLEDIR}\///"`
echo ${DIR} contains ${N_LYXFILES} .lyx files, an example being ${EXAMPLE_FILE}
echo
echo "Would you like to generate links to the files in this dir? (Y/N) >N<"
read ANSWER
if [ "${ANSWER}" != "y" -a "${ANSWER}" != "Y" ]; then
exit 0
fi
echo
echo "Would you like these file names in the .cvsignore file? (Y/N) >N<"
read ANSWER
CVSIGNORE=0
if [ "${ANSWER}" = "y" -o "${ANSWER}" = "Y" ]; then
CVSIGNORE=1
fi
# Keep the original .cvsignore file safe
if [ ${CVSIGNORE} -eq 1 ]; then
if [ -r .cvsignore ]; then
if [ -r .cvsignore-safe ]; then
cp .cvsignore-safe .cvsignore
else
cp .cvsignore .cvsignore-safe
fi
fi
echo .cvsignore-safe > .cvsignore
echo '*.lyx' >> .cvsignore
echo '*.eps' >> .cvsignore
fi
for FILE in ${FILES}
do
DESTFILE=`echo ${FILE} | sed "s/${PARSABLEDIR}\///"`
ln -fs ${FILE} ${DESTFILE}
done

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development/tools/scgen.pl
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Prolog
%
% Shortcut generator v1.0
%
% This program is known to work with SWI-Prolog version 2.9.5, which you
% can find at
%
% http://www.swi.psy.uva.nl/usr/jan/SWI-Prolog.html
%
% Purpose: to generate shortcuts for labels in menus and dialogs that are
% guaranteed to be unique within a set of labels. The shortcuts are
% generated in a prioritized manner, such that characters at the beginning
% of words are preferred to characters in the middle of words.
%
% You might find this progam useful if you are translating LyX.
%
% Don't use this file in the development/tools-directory; copy it
% somewhere out of the LyX-distribution tree, unless you're improving
% the tool itself. The input is to be hard-coded into the file and that
% may cause unnecessary garbage to appear in any patch you're putting
% together.
%
% The labels are supposed to be entered at "LABELS" below,
% and you get one solution (hopefully) with "go.".
% If there are no solutions, the Prolog-interpretator will reply with a
% "No."
%
% You can get all candidate solutions with "all.", but this requires
% lots of memory.
%
% You can inspect the correspondance between the original strings and
% the prioritized ones with "inspect.".
%
% I have no idea what the big O for the algorithm is, but I suspect it's
% rather steep.
% Asger speculates that the algorithm is O(n^m), where n is the cardinality
% of the candidate sets, while m is the number of sets. Since we do an
% exhausitive search, this has to be the case.
% Predicates:
% print out one solution, i.e. a set of label/shortcut's
% writef/2 may be specific for SWI-prolog
show_one_alternative([]).
show_one_alternative([L/_/C|Rest]):-
writef('%s|#%n\n',[L,C]),
show_one_alternative(Rest).
% printout predicate for "all."
show_solutions([]).
show_solutions([H|T]):-
write('-----------\n'),
show_one_alternative(H),
show_solutions(T).
% print out correspondance between original strings and prioritized ones.
show_priority([]).
show_priority([L/P/_|Rest]):-
writef('%s|%n\n',[L,P]),
show_priority(Rest).
% character is from a set of allowed characters.
% "AZaz09"=[65, 90, 97, 122, 48, 57]
allowed_char(C):-
C >= 97, C =< 122. % a-z
allowed_char(C):-
C >= 65, C =< 90. % A-Z
allowed_char(C):-
C >= 48, C =< 57. % 0-9
% turn lowercase to uppercase; alt-<key> is case insensitive
uppercase(L,U):-
(L >= 97, L =< 122) -> U is L - 32;
U is L.
% possible_char/2: Gets all characters in label, one after one.
possible_char(_/Label,Char):-
member(Char,Label). % the character is part of the label
% prepare_labels/2: Prepares all labels. Constructs a new list of pairs
% where the original string is coupled with the prepared string.
prepare_labels([], []).
prepare_labels([H1|T1], [H1/H2|T2]):-
prepare_string(H1, H2),
prepare_labels(T1, T2).
% prepare_string/2: Prepares a string by removing duplicate characters,
% prioritizing initials letters, removing illegal characters and turning
% lowercase to uppercase characters.
prepare_string(Label,Result):-
string_to_list(Label,List1), % make a list of the string
prioritize(List1, List2), % Prioritize string
filter_chars(List2, List3), % Filter out unwanted chars
unique(List3, Result). % Remove duplicates
% prioritize/2: This predicate rearranges a list, such that
% chars at the beginning of words are put first in the list.
% i.e. prioritize("Foo bar", "Fboo ar")" is true.
prioritize(L1,L2):-
initial_chars(L1, I), % Find all initial characters
subtract(L1, I, Rest), % and the others
append(I, Rest, L2). % and we have the result.
% initial_chars/2: Returns a list of characters that appear at the beginning
% of words. i.e. initial_chars("Foo bar", "Fb") is true.
initial_chars([],[]).
initial_chars([A|T1], [A|T3]):-
rest_after_space(T1, T2), % Return rest of list after space
initial_chars(T2, T3).
% rest_after_space/2: Returns the list after the first space.
% i.e. "rest_after_space("Foo bar", "bar") is true.
rest_after_space([], []).
rest_after_space([32, H1|T1], [H1|T1]):- !.
rest_after_space([_|T1], T2):-
rest_after_space(T1, T2).
% filterchars/2: Filter outs non-allowed characters from list, and turns
% lowercase to uppercase.
filter_chars([], []).
filter_chars([H|T1], [C|T2]):-
allowed_char(H), !, uppercase(H, C),
filter_chars(T1, T2).
filter_chars([_|T1], T2):-
filter_chars(T1, T2).
% unique/2: This predicate removes duplicate characters without reordering.
% i.e. unique("Foo bar", "Fo bar") is true.
unique([], []).
unique([H|T1], [H|T3]):-
delete(T1, H, T2), % Remove duplicates.
unique(T2,T3).
% working_shortcuts/2 instantiates Char in the first argument for a whole
% menu/dialog.
working_shortcuts([],_). % end of the list
working_shortcuts([Label/Char|Rest],Used):-
possible_char(Label,Char), % i.e. part of the label string
\+member(Char,Used), % not used by any other shortcut
working_shortcuts(Rest,[Char|Used]). % and all the other labels have
% shortcuts
% The prolog motor will backtrack up and down the list of labels
% until it finds a set with unique characters for each label
% Label strings goes here.
% Just cut&paste the strings from the LyX-source, and remove any
% control sequences for menus. We could add a couple of predicates to scan
% a file, but re-consulting this file takes only a fraction of a second
% so I didn't bother to add a fancy user interface here. The solution is
% printed like <label> '|#' <key>, allthough this isn't nessecarily useful,
% for menus for instance.
%
% The characters are picked with priority from left to right within
% strings, and the labels are listed in falling priority.
% If you want a certain label to have a certain shortcut, try adding that
% character in front of the string (like 'Exit' -> 'xExit') and move it
% higher up in the list.
% If this doesn't work, replace the string with only that character
% ('Exit' -> 'x'). If you get a "No." then, you lose.
% Use "inspect." to inspect the resulting priotized strings.
% LABELS
lab(Labels):-
Strings = [
"New...",
"New from template...",
"Open...",
"Close",
"Save",
"Save As...",
"Revert to saved",
"View dvi",
"View PostScript",
"Update dvi",
"Update PostScript",
"Print...",
"Fax...",
"Export",
"Exit"
% NB, no comma on the last one. Easy to forget.
],
prepare_labels(Strings, Str),
bagof(L/_,member(L,Str),Labels).
% Inspect mapping between original string and prioritized ones.
inspect:-
lab(Labels),
show_priority(Labels).
% Find ALL solutions (they are often legion - don't bother ;)
all:- % May (probably, on large dialogs) run out on memory.
lab(Labels),
setof(Labels,working_shortcuts(Labels,[]),Solutions),
show_solutions(Solutions).
% Find one solution
one:-
lab(Labels),
working_shortcuts(Labels,[]),
show_one_alternative(Labels).
% Entry point.
go:-
one.