pkgsrc/mk/buildlink3/libtool.sh
2004-03-13 03:41:13 +00:00

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#!@BUILDLINK_SHELL@
#
# $NetBSD: libtool.sh,v 1.16 2004/03/13 03:41:13 uebayasi Exp $
Xsed='@SED@ -e 1s/^X//'
sed_quote_subst='s/\([\\`\\"$\\\\]\)/\\\1/g'
buildcmd="@_BLNK_WRAP_BUILDCMD@"
quotearg="@_BLNK_WRAP_QUOTEARG@"
buffer="@_BLNK_WRAP_BUFFER@"
marshall="@_BLNK_WRAP_MARSHALL@"
private_pre_cache="@_BLNK_WRAP_PRIVATE_PRE_CACHE@"
private_cache_add="@_BLNK_WRAP_PRIVATE_CACHE_ADD@"
private_cache="@_BLNK_WRAP_PRIVATE_CACHE@"
private_post_cache="@_BLNK_WRAP_PRIVATE_POST_CACHE@"
pre_cache="@_BLNK_WRAP_PRE_CACHE@"
cache_add="@_BLNK_WRAP_CACHE_ADD@"
cache="@_BLNK_WRAP_CACHE@"
post_cache="@_BLNK_WRAP_POST_CACHE@"
logic="@_BLNK_WRAP_LOGIC@"
post_logic="@_BLNK_WRAP_POST_LOGIC@"
reorderlibs="@_BLNK_REORDERLIBS@"
wrapperlog="${BUILDLINK_WRAPPER_LOG-@_BLNK_WRAP_LOG@}"
libtool_fix_la="@_BLNK_LIBTOOL_FIX_LA@"
fixlibpath=${BUILDLINK_FIX_IMPROPER_LIBTOOL_LIBPATH-yes}
updatecache="${BUILDLINK_UPDATE_CACHE-yes}"
cacheall="${BUILDLINK_CACHE_ALL-no}"
reorder="${BUILDLINK_REORDER-no}"
cat="@CAT@"
echo="@ECHO@"
expr="@EXPR@"
test="@TEST@"
BUILDLINK_DIR="@BUILDLINK_DIR@"
WRKDIR="@WRKDIR@"
WRKSRC="@WRKSRC@"
# Argument stack depth
depth=
original_cmd="$0 $@"
$echo [*] $original_cmd >> $wrapperlog
# Discover the libtool mode by examining the argument list.
mode=link
prevopt=
nonopt=
lafile=
for arg do
case $arg in
-*=*) optarg=`$echo "X$arg" | $Xsed -e 's/[-_a-zA-Z0-9]*=//'` ;;
*) optarg= ;;
esac
if $test -n "$prevopt"; then
case $prevopt in
--mode)
mode="$arg"
;;
--fix-la|-o)
case $arg in
*.la) lafile="$arg" ;;
esac
;;
esac
prevopt=
continue
fi
case $arg in
--mode|--fix-la|-o)
prevopt="$arg"
;;
--mode=*)
mode="$optarg"
;;
-*)
if $test -n "$nonopt" -a "$mode" != "install"; then
case $arg in
-c) mode=compile ;;
esac
fi
;;
*)
if $test -z "$nonopt"; then
nonopt="$arg"
case $arg in
*cc|*++|gcc*|*-gcc*|*CC) mode=link ;;
*install*|cp|mv) mode=install ;;
esac
fi
;;
esac
done
cmd="@WRAPPEE@"
ldflags=
libs=
case $mode in
install)
#
# We're doing libtool installation, so just quote all of the
# command-line arguments and append them to $cmd. We don't worry
# about caching or speed, since installation is not a bottleneck
# for package creation.
#
while $test $# -gt 0; do
arg="$1"; shift
. $quotearg
arg="$qarg"
cmd="$cmd $arg"
done
;;
*)
while $test $# -gt 0 -o -n "$depth"; do
skipargs=0
#
# Get the next argument from the buffer.
#
. $buffer
case $arg in
--fix-la)
. $libtool_fix_la
exit
;;
*cc|*++|gcc*|*-gcc*|*CC)
case $mode in
link)
set -- "$@" @_BLNK_WRAP_EXTRA_FLAGS@
;;
esac
;;
*)
cachehit=no
skipcache=no
#
# Check the private cache, and possibly set
# skipcache=yes.
#
. $private_cache
#
# Check the common cache shared by all of the other
# wrappers.
#
case $skipcache,$cachehit in
no,no) . $cache ;;
esac
#
# If the cache doesn't cover the arg we're
# examining, then run it through the
# transformations and cache the result.
#
case $cachehit in
no) . $logic ;;
esac
;;
esac
#
# Build up the command-line.
#
. $buildcmd
done
;;
esac
# Reorder the libraries so that the library dependencies are correct.
case $reorder in
yes)
if $test -n "$libs"; then
. $reorderlibs
fi
;;
esac
cmd="$cmd $ldflags $libs"
@_BLNK_WRAP_ENV@
@_BLNK_WRAP_SANITIZE_PATH@
$echo "<.>" $cmd >> $wrapperlog
eval $cmd
wrapper_result=$?
if $test -n "$lafile" && $test -f "$lafile"; then
. $libtool_fix_la
fi
exit ${wrapper_result}