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#! /bin/sh
# Build tags files.
trap 'rm -f tags' 0 1 2 3 13 15
# Skip this when building release packages
test -n "$WT_RELEASE_BUILD" && exit 0
# We have to be in the dist directory to run.
test -f s_tags || {
echo "s_tags requires dist be the current working directory"
exit 1
}
# We require ctags which may not be installed.
type ctags > /dev/null 2>&1 || {
echo "$0 skipped: ctags not found"
exit 0
}
# Test to see what flags this ctags binary supports.
flags=""
for i in -d -t -w --language-force=C '-I WT_GCC_FUNC_ATTRIBUTE+'; do
if ctags $i ../src/conn/api_strerror.c 2>/dev/null; then
flags="$i $flags"
fi
done
# If it exists, generate a tags file for the build directory. The user can have
# any number of out-of-source build directories. We will just conventionally test
# for a directory named 'build'.
test -d ../build && (cd ../build &&
rm -f tags &&
ctags $flags ../src/include/*.in `find ../src -name '*.[ch]'` 2>/dev/null)
# Generate a tags file for the src/include directory.
(cd ../src/include &&
rm -f tags &&
ctags $flags ../include/*.in `find .. -name '*.[ch]'` 2>/dev/null)
# Link the tags file into place in the standard source directories, if we're
# at the right level.
link_tag()
{
if test -e ../include/tags; then
rm -f tags && ln -s ../include/tags .
fi
}
# Link to the tags file from standard build and source directories.
dirs="`python -c 'import dist; dist.print_source_dirs()'` ../src/os_win"
for i in $dirs; do
expr "$i" : ".*/include" > /dev/null && continue
(cd $i && link_tag)
done
exit 0
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