# Copyright (c) 1999-2017 David Parsons. All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in
# the documentation and/or other materials provided with the
# distribution.
# 3. My name may not be used to endorse or promote products derived
# from this software without specific prior written permission.
#
# THIS SOFTWARE IS PROVIDED BY DAVID PARSONS ``AS IS'' AND ANY
# EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,
# THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A
# PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL DAVID
# PARSONS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
# EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED
# TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
# DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
# ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING
# IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF
# THE POSSIBILITY OF SUCH DAMAGE.
#
#
# this preamble code is executed when this file is sourced and it picks
# interesting things off the command line.
#
ac_default_path="/sbin:/usr/sbin:/bin:/usr/bin:/usr/local/bin:/usr/X11R6/bin"
ac_standard="--src=DIR where the source lives (.)
--prefix=DIR where to install the final product (/usr/local)
--execdir=DIR where to put executables (prefix/bin)
--sbindir=DIR where to put static executables (prefix/sbin)
--confdir=DIR where to put configuration information (/etc)
--libdir=DIR where to put libraries (prefix/lib)
--libexecdir=DIR where to put private executables
--mandir=DIR where to put manpages"
# remove files created by configure on abend
#
AC_EXIT() {
rm -f $__config_files
exit ${1:-1}
}
__fail=AC_EXIT
if dirname B/A 2>/dev/null >/dev/null; then
__ac_dirname() {
dirname "$1"
}
else
__ac_dirname() {
echo "$1" | sed -e 's:/[^/]*$::'
}
fi
__remove() {
if [ \( -x "$1" \) -a "$__MACOS_DSYM" ]; then
rm -rf "$1".dSYM
fi
rm -f "$@"
}
ac_progname=$0
ac_configure_command=
Q=\'
for x in "$@"; do
ac_configure_command="$ac_configure_command $Q$x$Q"
done
# ac_configure_command="$*"
__d=`__ac_dirname "$ac_progname"`
if [ "$__d" = "$ac_progname" ]; then
AC_SRCDIR=`pwd`
else
AC_SRCDIR=`cd $__d;pwd`
fi
__ac_dir() {
if test -d "$1"; then
(cd "$1";pwd)
else
echo "$1";
fi
}
#
# echo w/o newline
#
echononl()
{
${ac_echo:-echo} "${@}$ac_echo_nonl"
}
#
# log something to the terminal and to a logfile.
#
LOG () {
echo "$@"
echo "$@" 1>&5
}
#
# log something to the terminal without a newline, and to a logfile with
# a newline
#
LOGN () {
echononl "$@" 1>&5
echo "$@"
}
#
# log something to the terminal
#
TLOG () {
echo "$@" 1>&5
}
#
# log something to the terminal, no newline
#
TLOGN () {
echononl "$@" 1>&5
}
#
# AC_CONTINUE tells configure not to bomb if something fails, but to
# continue blithely along
#
AC_CONTINUE () {
__fail="return"
}
#
# generate a .o file from sources
#
__MAKEDOTO() {
AC_PROG_CC
if $AC_CC -c -o ngc$$.o "$@" $LIBS 2>ngc$$.err; then
__remove ngc$$.o ngc$$.err
TLOG " (found)"
return 0
fi
__remove ngc$$.o
TLOG " (not found)"
echo "test failed: command was $AC_CC -c -o ngc$$.o" "$@" $LIBS
echo "output:"
cat ngc$$.err
__remove ngc$$.err
echo "offending sources:"
for x in "$@"; do
echo "$x:"
cat $x
done
return 1
}
#
# Emulate gnu autoconf's AC_CHECK_HEADERS() function
#
AC_CHECK_HEADERS () {
AC_PROG_CPP
for __hdr in "$@"; do
( echo "/* AC_CHECK_HEADERS */"
echo "#include <${__hdr}>" ) > ngc$$.c
LOGN "looking for header $__hdr"
if $AC_CPP_FILTER ngc$$.c >/dev/null; then
AC_DEFINE 'HAVE_'`echo $__hdr | $AC_UPPERCASE | tr './' '_'` 1
rc=0
LOG " (found)"
else
rc=1
LOG " (not found)"
fi
__remove ngc$$.c
done
# return code is only meaningful if one header is checked
return $rc
}
#
# emulate GNU autoconf's AC_CHECK_FUNCS function
#
AC_CHECK_FUNCS () {
AC_PROG_CC
B=`echo "$1" | sed -e 's/(.*)//'`
case "$B" in
"$1") F="$1()"; need_proto=1 ;;
*) F="$1" ; unset need_proto ;;
esac
shift
__remove ngc$$.c
while [ "$1" ]; do
echo "#include <$1>" >> ngc$$.c
shift
done
if [ "$need_proto" ]; then
echo "void $F;" >> ngc$$.c
fi
cat >> ngc$$.c << EOF
int main()
{
$F;
}
EOF
LOGN "looking for the $B function"
if $AC_CC $AC_CFLAGS $AC_LDFLAGS -o ngc$$ ngc$$.c $LIBS; then
AC_DEFINE `echo ${2:-HAVE_$B} | $AC_UPPERCASE` 1
TLOG " (found)"
rc=0
else
echo "offending command was:"
cat ngc$$.c
echo "$AC_CC $AC_CFLAGS $AC_LDFLAGS -o ngc$$ ngc$$.c $LIBS"
TLOG " (not found)"
rc=1
fi
__remove ngc$$ ngc$$.c
return $rc
}
#
# check to see if some structure exists
#
# usage: AC_CHECK_STRUCT structure {include ...}
#
AC_CHECK_STRUCT () {
struct=$1
shift
__remove ngc$$.c
for include in $*; do
echo "#include <$include>" >> ngc$$.c
done
cat >> ngc$$.c << EOF
int main()
{
struct $struct foo;
}
EOF
LOGN "looking for struct $struct"
if __MAKEDOTO ngc$$.c; then
AC_DEFINE HAVE_STRUCT_`echo ${struct} | $AC_UPPERCASE`
rc=0
else
rc=1
fi
__remove ngc$$.c
return $rc
}
#
# check to see if some type exists
#
# usage: AC_CHECK_TYPE type {include ...}
#
AC_CHECK_TYPE () {
type=$1
shift
__remove ngc$$.c
for include in $*; do
echo "#include <$include>" >> ngc$$.c
done
cat >> ngc$$.c << EOF
int main()
{
$type foo;
}
EOF
LOGN "looking for $type type"
if __MAKEDOTO ngc$$.c; then
AC_DEFINE HAVE_`echo ${type} | $AC_UPPERCASE`
rc=0
else
rc=1
fi
__remove ngc$$.c
return $rc
}
#
# check to see if some structure contains a field
#
# usage: AC_CHECK_FIELD structure field {include ...}
#
AC_CHECK_FIELD () {
struct=$1
field=$2
shift 2
__remove ngc$$.c
for include in $*;do
echo "#include <$include>" >> ngc$$.c
done
cat >> ngc$$.c << EOF
int main()
{
struct $struct foo;
foo.$field;
}
EOF
LOGN "checking that struct $struct has a $field field"
if __MAKEDOTO ngc$$.c; then
# HAVE_STRUCT_ is for Gnu configure compatability
AC_DEFINE HAVE_STRUCT_`echo ${struct}_$field | $AC_UPPERCASE`
rc=0
else
rc=1
fi
__remove ngc$$.c
return $rc
}
#
# check that the C compiler works
#
AC_PROG_CC () {
test "$AC_CC" && return 0
cat > ngc$$.c << \EOF
extern void say(void*);
int main()
{
say("hello, sailor");
}
EOF
cat > ngf$$.c << \EOF
#include <stdio.h>
void say(char* message)
{
puts(message);
}
EOF
TLOGN "checking the C compiler"
unset AC_CFLAGS AC_LDFLAGS __MACOS_DSYM
if [ "$CC" ] ; then
AC_CC="$CC"
elif [ "$WITH_PATH" ]; then
AC_CC=`acLookFor cc`
elif [ "`acLookFor cc`" ]; then
# don't specify the full path if the user is looking in their $PATH
# for a C compiler.
AC_CC=cc
fi
# finally check for POSIX c89
test "$AC_CC" || AC_CC=`acLookFor c89`
if [ ! "$AC_CC" ]; then
TLOG " (no C compiler found)"
$__fail 1
fi
echo "checking out the C compiler"
$AC_CC -o ngc$$ ngc$$.c ngf$$.c
status=$?
echo "compile status = $status"
TLOGN " ($AC_CC)"
if [ $status -eq 0 ]; then
if $AC_CC -x c /dev/null -dM -E 2>&1 | grep '__clang__' >/dev/null; then
TLOG " yuck, you're using clang"
IS_CLANG=T
IS_BROKEN_CC=T
elif $AC_CC -v 2>&1 | grep 'gcc version' >/dev/null; then
TLOG " oh ick, it looks like gcc"
IS_GCC=T
IS_BROKEN_CC=T
else
TLOG " ok"
fi
# check that the CFLAGS and LDFLAGS aren't bogus
unset AC_CFLAGS AC_LDFLAGS
if [ "$CFLAGS" ]; then
test "$CFLAGS" && echo "validating CFLAGS=${CFLAGS}"
if $AC_CC $CFLAGS -c -o ngc$$.o ngc$$.c ; then
AC_CFLAGS=${CFLAGS:-"-g"}
test "$CFLAGS" && TLOG "CFLAGS=\"${CFLAGS}\" are okay"
elif [ "$CFLAGS" ]; then
TLOG "ignoring bogus CFLAGS=\"${CFLAGS}\""
fi
else
AC_CFLAGS=-g
fi
if [ "$LDFLAGS" ]; then
test "$LDFLAGS" && echo "validating LDFLAGS=${LDFLAGS}"
if $AC_CC $CFLAGS $LDFLAGS -o ngc$$ ngc$$.c ngf$$.c; then
AC_LDFLAGS=${LDFLAGS:-"-g"}
test "$LDFLAGS" && TLOG "LDFLAGS=\"${LDFLAGS}\" are okay"
elif [ "$LDFLAGS" ]; then
TLOG "ignoring bogus LDFLAGS=\"${LDFLAGS}\""
fi
else
AC_LDFLAGS=${CFLAGS:-"-g"}
fi
# macos-specific(?) test for .dSYM resource directories
$AC_CC $AC_CFLAGS $AC_LDFLAGS -o ngc$$ ngc$$.c ngf$$.c
ls -dl ngc$$*
test -d ngc$$.dSYM && __MACOS_DSYM=1
else
AC_FAIL " does not compile code properly"
fi
__remove ngc$$ ngc$$.c ngc$$.o ngf$$.o ngf$$.c
return $status
}
#
# acLookFor actually looks for a program, without setting anything.
#
acLookFor () {
path=${AC_PATH:-$ac_default_path}
case "X$1" in
X-[rx]) __mode=$1
shift
;;
*) __mode=-x
;;
esac
oldifs="$IFS"
for program in $*; do
case "$program" in
/*) if [ $__mode $program -a -f $program ]; then
echo $program
break 2
fi ;;
*)
IFS=":"
for x in $path; do
if [ $__mode $x/$program -a -f $x/$program ]; then
echo $x/$program
break 3
fi
done ;;
esac
done
IFS="$oldifs"
unset __mode
}
#
# check that a program exists and set its path
#
MF_PATH_INCLUDE () {
SYM=$1; shift
case X$1 in
X-[rx]) __mode=$1
shift
;;
*) unset __mode
;;
esac
TLOGN "looking for $1"
DEST=`acLookFor $__mode $*`
__sym=`echo "$SYM" | $AC_UPPERCASE`
if [ "$DEST" ]; then
TLOG " ($DEST)"
echo "$1 is $DEST"
AC_MAK $SYM
AC_DEFINE PATH_$__sym \""$DEST"\"
AC_SUB $__sym "$DEST"
eval CF_$SYM=$DEST
return 0
else
#AC_SUB $__sym ''
echo "$1 is not found"
TLOG " (not found)"
return 1
fi
}
#
# AC_INIT starts the ball rolling
#
# After AC_INIT, fd's 1 and 2 point to config.log
# and fd 5 points to what used to be fd 1
#
AC_INIT () {
__config_files="config.cmd config.sub config.h config.mak"
rm -f $__config_files
__cwd=`pwd`
exec 5>&1 1>"$__cwd"/config.log 2>&1
AC_CONFIGURE_FOR=__AC_`echo $1 | sed -e 's/\..$//' | $AC_UPPERCASE | tr ' ' '_'`_D
# check to see whether to use echo -n or echo ...\c
#
echo -n hello > $$
echo world >> $$
if grep "helloworld" $$ >/dev/null; then
ac_echo="echo -n"
echo "[echo -n] works"
else
ac_echo="echo"
echo 'hello\c' > $$
echo 'world' >> $$
if grep "helloworld" $$ >/dev/null; then
ac_echo_nonl='\c'
echo "[echo ...\\c] works"
fi
fi
rm -f $$
LOG "Configuring for [$1]"
_MK_LIBRARIAN=Y
cat > "$__cwd"/config.h << EOF
/*
* configuration for $1${2:+" ($2)"}, generated `date`
* by ${LOGNAME:-`whoami`}@`hostname`
*/
#ifndef $AC_CONFIGURE_FOR
#define $AC_CONFIGURE_FOR 1
EOF
unset __share
if [ -d $AC_PREFIX/share/man ]; then
for t in 1 2 3 4 5 6 7 8 9; do
if [ -d $AC_PREFIX/share/man/man$t ]; then
__share=/share
elif [ -d $AC_PREFIX/share/man/cat$t ]; then
__share=/share
fi
done
else
__share=
fi
if [ -d $AC_PREFIX/libexec ]; then
__libexec=libexec
else
__libexec=lib
fi
AC_PREFIX=${AC_PREFIX:-/usr/local}
AC_EXECDIR=${AC_EXECDIR:-$AC_PREFIX/bin}
AC_SBINDIR=${AC_SBINDIR:-$AC_PREFIX/sbin}
AC_LIBDIR=${AC_LIBDIR:-$AC_PREFIX/lib}
AC_MANDIR=${AC_MANDIR:-$AC_PREFIX$__share/man}
AC_LIBEXEC=${AC_LIBEXEC:-$AC_PREFIX/$__libexec}
AC_CONFDIR=${AC_CONFDIR:-/etc}
AC_PATH=${WITH_PATH:-$PATH}
AC_PROG_CPP
AC_PROG_INSTALL
ac_os=`uname -s`
_os=`echo $ac_os | $AC_UPPERCASE | sed -e 's/[^A-Z0-9_].*$//'`
AC_DEFINE OS_$_os 1
eval OS_${_os}=1
unset _os
}
#
# AC_LIBRARY checks to see if a given library exists and contains the
# given function.
# usage: AC_LIBRARY function library [alternate ...]
#
AC_LIBRARY() {
local SRC=$1
shift
# first see if the function can be found in any of the
# current libraries
LOGN "Looking for the ${SRC} function"
if AC_QUIET AC_CHECK_FUNCS $SRC; then
AC_DEFINE HAVE_LIB`echo $1 | sed -e 's/-l//' | $AC_UPPERCASE`
LOG "(found)"
return 0
fi
# then search through the supplied list of libraries
local __libs="$LIBS"
for x in "$@"; do
LIBS="$__libs $x"
if AC_QUIET AC_CHECK_FUNCS $SRC; then
AC_DEFINE HAVE_LIB`echo $1 | sed -e 's/-l//' | $AC_UPPERCASE`
LOG " (in $x)"
return 0
fi
done
LOG " (not found)"
LIBS="$__libs" # reset LIBS if we couldn't find anything
return 1
}
#
# AC_PROG_LEX checks to see if LEX exists, and if it's lex or flex.
#
AC_PROG_LEX() {
TLOGN "looking for lex "
DEST=`acLookFor lex`
if [ "$DEST" ]; then
AC_MAK LEX
AC_DEFINE PATH_LEX \"$DEST\"
AC_SUB 'LEX' "$DEST"
echo "lex is $DEST"
else
DEST=`acLookFor flex`
if [ "$DEST" ]; then
AC_MAK FLEX
AC_DEFINE 'LEX' \"$DEST\"
AC_SUB 'LEX', "$DEST"
echo "lex is $DEST"
else
AC_SUB LEX ''
echo "neither lex or flex found"
TLOG " (not found)"
return 1
fi
fi
TLOG "($DEST)"
if AC_LIBRARY yywrap -ll -lfl; then
return 0
else
TLOG "(no lex library found)"
return 1
fi
}
#
# AC_PROG_YACC checks to see if YACC exists, and if it's bison or
# not.
#
AC_PROG_YACC () {
TLOGN "looking for yacc "
DEST=`acLookFor yacc`
if [ "$DEST" ]; then
AC_MAK YACC
AC_DEFINE PATH_YACC \"$DEST\"
AC_SUB 'YACC' "$DEST"
TLOG "($DEST)"
echo "yacc is $DEST"
else
DEST=`acLookFor bison`
if [ "$DEST" ]; then
AC_MAK BISON
AC_DEFINE 'YACC' \"$DEST\"
AC_SUB 'YACC' "$DEST -y"
echo "yacc is $DEST -y"
TLOG "($DEST -y)"
else
AC_SUB 'YACC' ''
echo "neither yacc or bison found"
TLOG " (not found)"
return 1
fi
fi
return 0
}
#
# AC_PROG looks for a program
#
AC_PROG () {
PN=`basename $1 | $AC_UPPERCASE | tr -dc $AC_UPPER_PAT`
if set | grep -v PROG_$PN >/dev/null; then
TLOGN "looking for $1"
__pgm=`eval echo \\$$PN`
if [ "$__pgm" ]; then
TLOGN " (defined as $__pgm)"
DEST=`acLookFor $__pgm`
else
DEST=`acLookFor $1`
fi
if [ "$DEST" ]; then
eval PROG_$PN="$DEST"
AC_SUB $PN $DEST
TLOG " ($DEST)"
return 0
fi
AC_SUB $PN true
TLOG " (not found)"
return 1
fi
}
#
# AC_PROG_LN_S checks to see if ln exists, and, if so, if ln -s works
#
AC_PROG_LN_S () {
test "$PROG_FIND" || AC_PROG_FIND
test "$PROG_LN_S" && return 0
TLOGN "looking for \"ln -s\""
DEST=`acLookFor ln`
if [ "$DEST" ]; then
rm -f /tmp/b$$
$DEST -s /tmp/a$$ /tmp/b$$
if [ "`$PROG_FIND /tmp/b$$ -type l -print`" ]; then
TLOG " ($DEST)"
echo "$DEST exists, and ln -s works"
PROG_LN_S="$DEST -s"
AC_SUB 'LN_S' "$DEST -s"
rm -f /tmp/b$$
else
AC_SUB 'LN_S' ''
TLOG " ($DEST exists, but -s does not seem to work)"
echo "$DEST exists, but ln -s doesn't seem to work"
rm -f /tmp/b$$
return 1
fi
else
AC_SUB 'LN_S' ''
echo "ln not found"
TLOG " (not found)"
return 1
fi
}
#
# AC_PROG_FIND looks for the find program and sets the FIND environment
# variable
#
AC_PROG_FIND () {
if test -z "$PROG_FIND"; then
MF_PATH_INCLUDE FIND find
rc=$?
PROG_FIND=$CF_FIND
return $rc
fi
return 0
}
#
# AC_PROG_AWK looks for the awk program and sets the AWK environment
# variable
#
AC_PROG_AWK () {
if test -z "$AC_AWK_PROG"; then
MF_PATH_INCLUDE AWK awk
rc=$?
AC_AWK_PROG=$DEST
return $rc
fi
return 0
}
#
# AC_PROG_SED looks for the sed program and sets the SED environment
# variable
#
AC_PROG_SED () {
if test -z "$AC_SED_PROG"; then
MF_PATH_INCLUDE SED sed
rc=$?
AC_SED_PROG=$DEST
return $rc
fi
return 0
}
#
# AC_HEADER_SYS_WAIT looks for sys/wait.h
#
AC_HEADER_SYS_WAIT () {
AC_CHECK_HEADERS sys/wait.h || return 1
}
#
# AC_TYPE_PID_T checks to see if the pid_t type exists
#
AC_TYPE_PID_T () {
AC_CHECK_TYPE pid_t sys/types.h
return $?
}
#
# check for the existence of __attribute__((__noreturn__))
#
AC_CHECK_NORETURN() {
AC_PROG_CC
AC_CHECK_ATTRIBUTE noreturn
}
AC_CHECK_ATTRIBUTE() {
local __what=`echo $1 | tr 'a-z' 'A-Z'`
echo "extern int thing __attribute__((__"$1"__));" > ngc$$.c
TLOGN "Checking __attribute__((__${1}__)) "
if $AC_CC -c ngc$$.c; then
TLOG "(yes)"
AC_DEFINE $__what ' __attribute__((__'$1'__))'
else
TLOG "(no)"
AC_DEFINE $__what '/**/'
fi
rm -f ngc$$.o ngc$$.c
}
#
# AC_C_CONST checks to see if the compiler supports the const keyword
#
AC_C_CONST () {
cat > ngc$$.c << EOF
const char me=1;
EOF
LOGN "checking for \"const\" keyword"
if __MAKEDOTO ngc$$.c; then
rc=0
else
AC_DEFINE 'const' '/**/'
rc=1
fi
__remove ngc$$.c
return $rc
}
#
# AC_C_VOLATILE checks to see if the compiler supports the volatile keyword
#
AC_C_VOLATILE () {
echo 'f() { volatile char me=1; }' > ngc$$.c
LOGN "checking for \"volatile\" keyword"
if __MAKEDOTO ngc$$.c; then
rc=0
else
AC_DEFINE 'volatile' '/**/'
rc=1
fi
__remove ngc$$.c
return $rc
}
#
# AC_C_INLINE checks to see if compiler supports the inline keyword
#
AC_C_INLINE() {
echo 'inline int foo() { return 1; }' > ngc$$.c
LOGN 'Checking for "inline" keyword'
if __MAKEDOTO ngc$$.c; then
rc=0
else
AC_DEFINE inline '/**/'
rc=1
fi
__remove ngc$$.c
return $rc
}
#
# AC_WHATIS tries to print out the value of a macro
#
AC_WHATIS() {
MODE=$1 # what it should be (string,int,char)
shift
MACRO=$1 # the macro name
shift
case "$MODE" in
string)
__fmt='%s' ;;
int)
__fmt='%d' ;;
char)
__fmt='%c' ;;
*) LOG "AC_WHATIS $MODE $MACRO -- mode isn't string, int, or char"
return 1 ;;
esac
( echo '#include <stdio.h>'
for x in "$@"; do
echo "#include <${x}>"
done
echo "main() { printf(\"${MACRO}=\\\"${__fmt}\\\"\\n\", ${MACRO}); }" ) > _ngc$$.c
if $AC_CC $AC_CFLAGS -o _ngc$$ _ngc$$.c; then
./_ngc$$
rc=0
else
rc=1
fi
rm -f _ngc$$ _ngc$$.c
return $rc
}
#
# AC_SCALAR_TYPES checks to see if the compiler can generate 2 and 4 byte ints.
#
AC_SCALAR_TYPES () {
rc=1
LOGN "defining WORD & DWORD scalar types"
# if AC_QUIET AC_CHECK_HEADERS WinDef.h; then
# # windows machine; BYTE, WORD, DWORD already
# # defined
# echo "#include <WinDef.h>" >> "$__cwd"/config.h
# TLOG " (defined in WinDef.h)"
# return 0
# fi
# try first to define them with the (allegedly) standard
# unsigned scalar types
#
unset __i;
if AC_QUIET AC_CHECK_HEADERS inttypes.h; then
__i=inttypes.h
elif AC_QUIET AC_CHECK_HEADERS stdint.h; then
__i=stdint.h
fi
if AC_QUIET AC_CHECK_TYPE uint32_t $__i && \
AC_QUIET AC_CHECK_TYPE uint16_t $__i && \
AC_QUIET AC_CHECK_TYPE uint8_t $__i; then
while [ $# -gt 0 ]; do
case "$1" in
sub) ( if [ -z "$__i" ] ; then
echo "s:@SCALAR_HEADER_INCLUDE@::g"
else
echo "s:@SCALAR_HEADER_INCLUDE@:#include <$__i>:g"
fi
echo "s:@DWORD@:uint32_t:g"
echo "s:@WORD@:uint16_t:g"
echo "s:@BYTE@:uint8_t:g" ) >> "$__cwd"/config.sub
;;
*) ( echo "#define DWORD uint32_t"
echo "#define WORD uint16_t"
echo "#define BYTE uint8_t" ) >> "$__cwd"/config.h
;;
esac
shift
done
TLOG " (using standard types ${__i:+in <$__i>})"
return 0
fi
# and if that fails do a brute-force program that does sizeof()ication
# to figure things out
#
cat > ngc$$.c << EOF
#include <stdio.h>
#include <string.h>
int pound_define = 1;
void
say(char *w, char *v)
{
printf(pound_define ? "#define %s %s\n"
: "s:@%s@:%s:g\n", w, v);
}
int
main(argc, argv)
char **argv;
{
unsigned long v_long;
unsigned int v_int;
unsigned short v_short;
if ( argc > 1 && strcmp(argv[1], "sub") == 0 )
pound_define = 0;
if (sizeof v_long == 4)
say("DWORD", "unsigned long");
else if (sizeof v_int == 4)
say("DWORD", "unsigned int");
else
return 1;
if (sizeof v_int == 2)
say("WORD", "unsigned int");
else if (sizeof v_short == 2)
say("WORD", "unsigned short");
else
return 2;
say("BYTE", "unsigned char");
fprintf(stderr, "OK!");
return 0;
}
EOF
if $AC_CC ngc$$.c -o ngc$$; then
if [ $# -gt 0 ]; then
while [ "$1" ]; do
case "$1" in
sub)if ./ngc$$ sub >> "$__cwd"/config.sub; then
echo "s:@SCALAR_HEADER_INCLUDE@::g" >> "$__cwd"/config.sub
rc=0
fi;;
*) if ./ngc$$ >> "$__cwd"/config.h; then
rc=0
fi ;;
esac
shift
done
elif ./ngc$$ >> "$__cwd"/config.h; then
rc=0
fi
if [ "$rc" != 0 ]; then
if ./ngc$$ >> "$__cwd"/config.h; then
rc=0
fi
fi
fi
__remove ngc$$ ngc$$.c
case "$rc" in
0) TLOG "" ;;
*) AC_FAIL " ** FAILED **" ;;
esac
return $rc
}
#
# AC_OUTPUT generates makefiles from makefile.in's
#
AC_OUTPUT () {
cd "$__cwd"
AC_SUB 'LIBS' "$LIBS"
if test "$__MACOS_DSYM"; then
# deal with extra OSX droppings, if they exist
AC_SUB 'DISTCLEAN' 'rm -fr'
AC_SUB 'GENERATED_FILES' "*.dSYM $*"
else
AC_SUB 'DISTCLEAN' 'rm -f'
AC_SUB 'GENERATED_FILES' "$*"
fi
AC_SUB 'CC' "$AC_CC"
AC_SUB 'CFLAGS' "$AC_CFLAGS"
AC_SUB 'LDFLAGS' "$AC_LDFLAGS"
AC_SUB 'CPPFLAGS' "$CPPFLAGS"
AC_SUB 'srcdir' "$AC_SRCDIR"
AC_SUB 'prefix' "$AC_PREFIX"
AC_SUB 'exedir' "$AC_EXECDIR"
AC_SUB 'bindir' "$AC_EXECDIR"
AC_SUB 'sbindir' "$AC_SBINDIR"
AC_SUB 'libdir' "$AC_LIBDIR"
AC_SUB 'libexec' "$AC_LIBEXEC"
AC_SUB 'confdir' "$AC_CONFDIR"
AC_SUB 'mandir' "$AC_MANDIR"
if [ "$_MK_LIBRARIAN" ] && echo "$__config_files" | grep -v librarian.sh >/dev/null; then
# write a librarian that works with static libraries
if AC_PROG_LN_S ; then
__dolink=$PROG_LN_S
elif AC_PROG ln; then
__dolink=$PROG_LN
elif AC_PROG cp; then
__dolink=$PROG_CP
else
__dolink=:
fi
AC_PROG ar
AC_PROG ranlib
AC_SUB LD_LIBRARY_PATH HERE
__config_files="$__config_files librarian.sh"
cat > librarian.sh << EOF
#! /bin/sh
#
# Build static libraries, hiding (some) ickiness from the makefile
ACTION=\$1; shift
LIBRARY=\$1; shift
VERSION=\$1; shift
case "\$ACTION" in
make) # first strip out any libraries that might
# be passed in on the object line
objs=
for x in "\$@"; do
case "\$x" in
-*) ;;
*) objs="\$objs \$x" ;;
esac
done
${PROG_AR} crv \$LIBRARY.a \$objs
${PROG_RANLIB} \$LIBRARY.a
rm -f \$LIBRARY
${__dolink} \$LIBRARY.a \$LIBRARY
;;
files) echo "\${LIBRARY}.a"
;;
install)$PROG_INSTALL -m 644 \${LIBRARY}.a \$1
;;
esac
EOF
chmod +x librarian.sh
fi
AC_SUB 'CONFIGURE_FILES' "$__config_files config.log"
if [ -r config.sub ]; then
test "$AC_SED_PROG" || AC_PROG_SED
test "$AC_SED_PROG" || return 1
echo >> config.h
echo "#endif/* ${AC_CONFIGURE_FOR} */" >> config.h
rm -f config.cmd
Q=\'
cat - > config.cmd << EOF
#! /bin/sh
${CC:+CC=${Q}${CC}${Q}} ${CFLAGS:+CFLAGS=${Q}${CFLAGS}${Q}} ${LDFLAGS:+LDFLAGS=${Q}${LDFLAGS}${Q}} $ac_progname $ac_configure_command
EOF
chmod +x config.cmd
__d=$AC_SRCDIR
for makefile in $*;do
if test -r "$__d/${makefile}.in"; then
LOG "generating $makefile"
./config.md `__ac_dirname ./$makefile` 2>/dev/null
$AC_SED_PROG -f config.sub < "$__d/${makefile}.in" > $makefile
__config_files="$__config_files $makefile"
else
LOG "WARNING: ${makefile}.in does not exist!"
fi
done
unset __d
else
echo
fi
}
#
# AC_CHECK_FLOCK checks to see if flock() exists and if the LOCK_NB argument
# works properly.
#
AC_CHECK_FLOCK() {
AC_CHECK_HEADERS sys/types.h sys/file.h fcntl.h
cat << EOF > ngc$$.c
#include <stdio.h>
#include <sys/file.h>
#include <sys/types.h>
#include <fcntl.h>
int main()
{
int x = open("ngc$$.c", O_RDWR, 0666);
int y = open("ngc$$.c", O_RDWR, 0666);
alarm(1);
if (flock(x, LOCK_EX) != 0)
exit(1);
if (flock(y, LOCK_EX|LOCK_NB) == 0)
exit(1);
exit(0);
}
EOF
LOGN "checking flock() sanity"
HAS_FLOCK=0
if $AC_CC -o ngc$$ ngc$$.c ; then
if ./ngc$$ ; then
LOG " (good)"
HAS_FLOCK=1
AC_DEFINE HAS_FLOCK
else
LOG " (bad)"
fi
else
LOG " (not found)"
fi
__remove ngc$$ ngc$$.c
case "$HAS_FLOCK" in
0) return 1 ;;
*) return 0 ;;
esac
}
#
# AC_CHECK_RESOLVER finds out whether the berkeley resolver is
# present on this system.
#
AC_CHECK_RESOLVER () {
AC_PROG_CC
TLOGN "looking for the Berkeley resolver library"
__ACR_rc=0
cat > ngc$$.c << EOF
#include <sys/types.h>
#include <netinet/in.h>
#include <arpa/nameser.h>
#include <resolv.h>
int main()
{
char bfr[256];
res_init();
res_query("hello", C_IN, T_A, bfr, sizeof bfr);
}
EOF
if $AC_CC -o ngc$$ ngc$$.c; then
TLOG " (found)"
elif $AC_CC -o ngc$$ ngc$$.c -lresolv; then
TLOG " (yes, with -lresolv)"
LIBS="$LIBS -lresolv"
elif $AC_CC -DBIND_8_COMPAT -o ngc$$ ngc$$.c; then
TLOG " (yes, with BIND_8_COMPAT)"
AC_DEFINE BIND_8_COMPAT 1
elif $AC_CC -DBIND_8_COMPAT -o ngc$$ ngc$$.c -lresolv; then
TLOG " (yes, with BIND_8_COMPAT & -lresolv)"
LIBS="$LIBS -lresolv"
AC_DEFINE BIND_8_COMPAT 1
else
TLOG " (not found)"
__ACR_rc=1
fi
__remove ngc$$ ngc$$.c
return $__ACR_rc
}
#
# AC_CHECK_ALLOCA looks for alloca
#
AC_CHECK_ALLOCA () {
AC_PROG_CC
AC_CHECK_HEADERS stdlib.h
cat - > ngc$$.c << EOF
#if T
# include <alloca.h>
#else
# include <stdlib.h>
#endif
int main()
{
alloca(10);
}
EOF
LOGN "looking for the alloca function"
if $AC_CC -DT ngc$$.c -o ngc$$; then
AC_DEFINE 'HAVE_ALLOCA_H' 1
status=0
TLOG " (found in alloca.h)"
elif $AC_CC ngc$$.c -o ngc$$; then
TLOG " (found)"
status=0
else
TLOG " (not found)"
status=1
fi
__remove ngc$$ ngc$$.c
return $status
}
#
# AC_CHECK_BASENAME looks for a copy of basename that does NOT use
# a local static buffer to hold results in.
#
AC_CHECK_BASENAME() {
TLOGN "looking for a reentrant basename "
cat > ngc$$.c << EOF
#include <string.h>
extern char *basename(char*);
int main()
{
char *a = basename("/a/test");
char *b = basename("/a/nother");
return (strcmp(a,b) != 0) ? 0 : 1;
}
EOF
if $AC_CC -o ngc$$ ngc$$.c $LIBS; then
if ./ngc$$; then
TLOG "(found)"
AC_DEFINE 'HAVE_BASENAME' 1
AC_CHECK_HEADERS libgen.h
else
TLOG "(broken)"
fi
else
TLOG "(not found)"
fi
__remove ngc$$ ngc$$.c
}
#
# AC_COMPILER_PIC checks for the compiler option to produce position independent
# code. At the moment we assume gcc semantics.
#
AC_COMPILER_PIC () {
AC_PROG_CC
LOGN "checking for C compiler option to produce PIC "
echo "int some_variable = 0;" > ngc$$.c
if $AC_CC -c -fPIC -o ngc$$ ngc$$.c $LIBS; then
AC_CFLAGS="$AC_CFLAGS -fPIC"
LOG "(-fPIC)"
__rc=0
else
LOG "(none)"
__rc=1
fi
__remove ngc$$ ngc$$.c
return $__rc
}
# generate a macosX librarian
#
__AC_MACOS_LIBRARIAN() {
AC_SUB LD_LIBRARY_PATH DYLD_LIBRARY_PATH
__config_files="$__config_files librarian.sh"
cat > librarian.sh << EOF
#! /bin/sh
#
# Build MacOS shared libraries, hiding (some) ickiness from the makefile
ACTION=\$1; shift
LIBRARY=\$1; shift
eval \`awk -F. '{ printf "MAJOR=%d\n", \$1;
printf "VERSION=%d.%d.%d\n", \$1, \$2, \$3; }' \$1\`
shift
LIBNAME=\$LIBRARY.dylib
FULLNAME=\$LIBNAME
case "\$ACTION" in
make) FLAGS="$AC_CFLAGS -dynamiclib"
VFLAGS="-current_version \$VERSION -compatibility_version \$MAJOR"
rm -f \$LIBRARY
if $AC_CC \$FLAGS \$VFLAGS -o \$FULLNAME "\$@"; then
$PROG_LN_S \$FULLNAME \$LIBRARY
fi
;;
files) echo "\$FULLNAME"
;;
install)$PROG_INSTALL -c \$FULLNAME "\$1"
;;
esac
EOF
chmod +x librarian.sh
}
# Generate an ELF librarian (for Linux, freebsd)
#
__AC_ELF_LIBRARIAN() {
AC_SUB LD_LIBRARY_PATH LD_LIBRARY_PATH
# -Wl option probably works, but be paranoid anyway
_VFLAGS="$AC_PICFLAG -shared -Wl,-soname,ngc$$.so.1"
if $AC_CC $_VFLAGS -o ngc$$.so ngc$$.c; then
USE_SONAME=T
fi
LDCONFIG=`AC_PATH=/sbin:/usr/sbin:/usr/local/sbin acLookFor ldconfig`
if [ "$LDCONFIG" ]; then
case `uname -s 2>/dev/null | $AC_UPPERCASE` in
*BSD) # *BSD ldconfig, when passed a directory, blows away the
# ld.so hints file and replaces it with one that's just
# the files in the library. It needs a `-m` flag to
# tell it to merge the new entries with the old
LDCONFIG="$LDCONFIG -m" ;;
esac
fi
__config_files="$__config_files librarian.sh"
cat > librarian.sh << EOF
#! /bin/sh
#
# Build ELF shared libraries, hiding (some) ickiness from the makefile
ACTION=\$1; shift
LIBRARY=\$1; shift
eval \`awk -F. '{ printf "MAJOR=%d\n", \$1;
printf "VERSION=%d.%d.%d\n", \$1, \$2, \$3; }' \$1\`
shift
LIBNAME=\$LIBRARY.so
FULLNAME=\$LIBNAME.\$VERSION
case "\$ACTION" in
make) FLAGS="$AC_CFLAGS -shared"
unset VFLAGS
test "$USE_SONAME" && VFLAGS="-Wl,-soname,\$LIBNAME.\$MAJOR"
rm -f \$LIBRARY \$LIBNAME \$LIBNAME.\$MAJOR
if $AC_CC \$FLAGS \$VFLAGS -o \$FULLNAME "\$@"; then
$PROG_LN_S \$FULLNAME \$LIBRARY
$PROG_LN_S \$FULLNAME \$LIBNAME
$PROG_LN_S \$FULLNAME \$LIBNAME.\$MAJOR
fi
;;
files) echo "\$FULLNAME" "\$LIBNAME" "\$LIBNAME.\$MAJOR"
;;
install)$PROG_INSTALL -c \$FULLNAME "\$1"
$PROG_LN_S -f \$FULLNAME \$1/\$LIBNAME.\$MAJOR
$PROG_LN_S -f \$FULLNAME \$1/\$LIBNAME
EOF
test "$LDCONFIG" && echo ' '$LDCONFIG '"$1"' >> librarian.sh
cat >> librarian.sh << EOF
;;
esac
EOF
chmod +x librarian.sh
}
#
# AC_CC_SHLIBS checks if the C compiler can produce shared libraries
# and if it can writes a librarian that handles those libraries for us.
#
AC_CC_SHLIBS () {
AC_PROG_CC || AC_FAIL "Need a C compiler to build shared libraries"
AC_PROG_LN_S || AC_FAIL "Need to be able to make symbolic links for shared libraries"
AC_PROG_INSTALL || AC_FAIL "Need an install program to install shared libraries"
LOGN "checking whether the C compiler can build shared libraries "
echo "int some_variable = 0;" > ngc$$.c
_MK_LIBRARIAN=
if uname -a | grep Darwin >/dev/null; then
# Claims to be macos?
if $AC_CC $AC_PICFLAG -dynamiclib -o ngc$$.so ngc$$.c; then
__AC_MACOS_LIBRARIAN
LOG "(yes; macos dylib)"
__rc=0
else
LOG "(no)"
__rc=1
fi
elif $AC_CC $AC_PICFLAG -shared -o ngc$$.so ngc$$.c; then
__AC_ELF_LIBRARIAN
LOG "(yes; -shared)"
__rc=0
else
_MK_LIBRARIAN=Y
LOG "(no)"
__rc=1
fi
__remove ngc$$.so ngc$$.c
return $__rc
}
#
# AC_PROG_INSTALL finds the install program and guesses whether it's a
# Berkeley or GNU install program
#
AC_PROG_INSTALL () {
if [ $PROG_INSTALL ]; then return; fi
DEST=`acLookFor install`
LOGN "looking for install"
unset IS_BSD
if [ "$DEST" ]; then
# BSD install or GNU install? Let's find out...
touch /tmp/a$$
$DEST /tmp/a$$ /tmp/b$$
if test -r /tmp/a$$; then
LOG " ($DEST)"
else
IS_BSD=1
LOG " ($DEST) bsd install"
fi
rm -f /tmp/a$$ /tmp/b$$
else
DEST=`acLookFor ginstall`
if [ "$DEST" ]; then
LOG " ($DEST)"
else
DEST="false"
LOG " (not found)"
fi
fi
if [ "$IS_BSD" ]; then
PROG_INSTALL="$DEST -c"
else
PROG_INSTALL="$DEST"
fi
# see if we can strip binaries
echo 'main() { puts("hello, sailor!"); }' > ngc$$.c
if $AC_CC -o ngc$$ ngc$$.c; then
if $PROG_INSTALL -s -m 444 ngc$$ inst$$; then
_strip="-s"
else
unset _strip
LOG "(install -s does not appear to work?)"
fi
rm -f inst$$
fi
rm -f ngc$$ ngc$$.c
AC_SUB 'INSTALL' "$PROG_INSTALL"
AC_SUB 'INSTALL_PROGRAM' "$PROG_INSTALL $_strip -m 755"
AC_SUB 'INSTALL_DATA' "$PROG_INSTALL -m 444"
# finally build a little directory installer
# if mkdir -p works, use that, otherwise use install -d,
# otherwise build a script to do it by hand.
# in every case, test to see if the directory exists before
# making it.
if mkdir -p $$a/b; then
# I like this method best.
__mkdir="mkdir -p"
rmdir $$a/b
rmdir $$a
elif $PROG_INSTALL -d $$a/b; then
__mkdir="$PROG_INSTALL -d"
rmdir $$a/b
rmdir $$a
fi
__config_files="$__config_files config.md"
AC_SUB 'INSTALL_DIR' "$__cwd/config.md"
echo "#! /bin/sh" > ""$__cwd"/config.md"
echo "# script generated" `date` "by configure.sh" >> ""$__cwd"/config.md"
echo >> ""$__cwd"/config.md"
if [ "$__mkdir" ]; then
echo "test -d \"\$1\" || $__mkdir \"\$1\"" >> ""$__cwd"/config.md"
echo "exit $?" >> ""$__cwd"/config.md"
else
cat - >> ""$__cwd"/config.md" << \EOD
pieces=`IFS=/; for x in $1; do echo $x; done`
dir=
for x in $pieces; do
dir="$dir$x"
mkdir $dir || exit 1
dir="$dir/"
done
exit 0
EOD
fi
chmod +x "$__cwd"/config.md
}
#
# acCheckCPP is a local that runs a C preprocessor with a given set of
# compiler options
#
acCheckCPP () {
cat > ngc$$.c << EOF
#define FOO BAR
FOO
EOF
good=
use_cflags=
if $1 $2 $AC_CFLAGS ngc$$.c > ngc$$.o; then
good=1
use_cflags=1
elif $1 $2 ngc$$.c > ngc$$.o; then
good=1
fi
if [ "$good" ]; then
if grep -v '#define' ngc$$.o | grep -s BAR >/dev/null; then
echo "CPP=[$1], CPP_PIPE=[$2${use_cflags:+ $AC_CFLAGS}]"
AC_SUB 'CPP' "$1"
AC_CPP_FILTER="$1 $2${use_cflags:+ $AC_CFLAGS}"
rm ngc$$.c ngc$$.o
return 0
fi
fi
rm ngc$$.c ngc$$.o
return 1
}
#
# AC_PROG_CPP checks for cpp, then checks to see which CPPFLAGS are needed
# to run it as a filter.
#
AC_PROG_CPP () {
test "$AC_CPP_FILTER" && return
AC_PROG_CC
if [ "$AC_CPP_PROG" ]; then
DEST=$AC_CPP_PROG
else
__ac_path="$AC_PATH"
AC_PATH="/lib:/usr/lib:${__ac_path:-$ac_default_path}"
DEST=`acLookFor cpp`
AC_PATH="$__ac_path"
fi
unset fail
LOGN "Looking for cpp"
if acCheckCPP "$AC_CC" -E; then
TLOG " (using \$CC -E as a cpp pipeline)"
return 0
fi
if [ "$DEST" ]; then
TLOGN " ($DEST)"
acCheckCPP $DEST "$CPPFLAGS" || \
acCheckCPP $DEST -traditional-cpp -E || \
acCheckCPP $DEST -E || \
acCheckCPP $DEST -traditional-cpp -pipe || \
acCheckCPP $DEST -pipe || fail=1
if [ "$fail" ]; then
AC_FAIL " (can't run cpp as a pipeline)"
else
TLOG " ok"
return 0
fi
fi
AC_FAIL " (not found)"
}
#
# AC_FAIL spits out an error message, then __fail's
AC_FAIL() {
LOG "$*"
$__fail 1
}
#
# __ac_config_sed; a C program to do escaping for AC_SUB
__ac_config_sed() {
test -x config.sed && return
echo "generating config.sed"
AC_PROG_CC
cat > ngc$$.c << \EOF
#include <stdio.h>
int
main(argc, argv)
int argc;
char **argv;
{
char *p;
if (argc != 3)
return 1;
printf("s;@%s@;", argv[1]);
for (p=argv[2]; *p; ++p) {
if ( *p == ';' )
putchar('\\');
putchar(*p);
}
puts(";g");
return 0;
}
EOF
if $AC_CC -o config.sed ngc$$.c; then
rm -f ngc$$.c
__config_files="$__config_files config.sed"
else
rm -f ngc$$.c
AC_FAIL "Cannot generate config.sed helper program"
fi
}
#
# AC_SUB writes a substitution into config.sub
AC_SUB() {
_target="$1"
shift
echo "target=$_target, rest=$*"
__ac_config_sed
./config.sed "$_target" "$*" >> "$__cwd"/config.sub
}
#
# AC_TEXT writes arbitrary text into config.h
AC_TEXT() {
echo "$@" >> "$__cwd"/config.h
}
#
# AC_MAK writes a define into config.mak
AC_MAK() {
echo "HAVE_$1 = 1" >> "$__cwd"/config.mak
}
#
# AC_DEFINE adds a #define to config.h
AC_DEFINE() {
echo "#define $1 ${2:-1}" >> "$__cwd"/config.h
}
#
# AC_INCLUDE adds a #include to config.h
AC_INCLUDE() {
echo "#include \"$1\"" >> "$__cwd"/config.h
}
#
# AC_CONFIG adds a configuration setting to all the config files
AC_CONFIG() {
AC_DEFINE "PATH_$1" \""$2"\"
AC_MAK "$1"
AC_SUB "$1" "$2"
}
#
# AC_QUIET does something quietly
AC_QUIET() {
eval $* 5>/dev/null
}
AC_TR=`acLookFor tr`
if [ "$AC_TR" ]; then
# try posix-style tr
ABC=`echo abc | tr abcdefghijklmnopqrstuvwxyz ABCDEFGHIJKLMNOPQRSTUVWXYZ`
if [ "$ABC" = "ABC" ]; then
AC_UPPERCASE="$AC_TR abcdefghijklmnopqrstuvwxyz ABCDEFGHIJKLMNOPQRSTUVWXYZ"
AC_UPPER_PAT="ABCDEFGHIJKLMNOPQRSTUVWXYZ"
else
ABC=`echo abc | tr a-z A-Z`
if [ "$ABC" = "ABC" ]; then
AC_UPPERCASE="$AC_TR a-z A-Z"
AC_UPPER_PAT="A-Z"
else
ABC=`echo abc | tr '[a-z]' '[A-Z]'`
if [ "$ABC" = "ABC" ]; then
AC_UPPERCASE="$AC_TR '[a-z]' '[A-Z]'"
AC_UPPER_PAT="'[A-Z]'"
else
AC_FAIL "$AC_TR cannot translate lowercase to uppercase"
return 0
fi
fi
fi
else
AC_FAIL "configure requires a functional version of tr"
fi
while [ $# -gt 0 ]; do
unset matched
case X"$1" in
X--src|X--srcdir)
AC_SRCDIR=`__ac_dir "$2"`
_set_srcdir=1
shift 2;;
X--src=*|X--srcdir=*)
__d=`echo "$1" | sed -e 's/^[^=]*=//'`
AC_SRCDIR=`__ac_dir "$__d"`
_set_srcdir=1
shift 1 ;;
X--prefix)
AC_PREFIX=`__ac_dir "$2"`
_set_prefix=1
shift 2;;
X--prefix=*)
__d=`echo "$1"| sed -e 's/^[^=]*=//'`
AC_PREFIX=`__ac_dir "$__d"`
_set_prefix=1
shift 1;;
X--confdir)
AC_CONFDIR=`__ac_dir "$2"`
_set_confdir=1
shift 2;;
X--confdir=*)
__d=`echo "$1" | sed -e 's/^[^=]*=//'`
AC_CONFDIR=`__ac_dir "$__d"`
_set_confdir=1
shift 1;;
X--libexec|X--libexecdir)
AC_LIBEXEC=`__ac_dir "$2"`
_set_libexec=1
shift 2;;
X--libexec=*|X--libexecdir=*)
__d=`echo "$1" | sed -e 's/^[^=]*=//'`
AC_LIBEXEC=`__ac_dir "$__d"`
_set_libexec=1
shift 1;;
X--lib|X--libdir)
AC_LIBDIR=`__ac_dir "$2"`
_set_libdir=1
shift 2;;
X--lib=*|X--libdir=*)
__d=`echo "$1" | sed -e 's/^[^=]*=//'`
AC_LIBDIR=`__ac_dir "$__d"`
_set_libdir=1
shift 1;;
X--exec|X--execdir)
AC_EXECDIR=`__ac_dir "$2"`
_set_execdir=1
shift 2;;
X--exec=*|X--execdir=*)
__d=`echo "$1" | sed -e 's/^[^=]*=//'`
AC_EXECDIR=`__ac_dir "$__d"`
_set_execdir=1
shift 1;;
X--sbin|X--sbindir)
AC_SBINDIR=`__ac_dir "$2"`
_set_sbindir=1
shift 2;;
X--sbin=*|X--sbindir=*)
__d=`echo "$1" | sed -e 's/^[^=]*=//'`
AC_SBINDIR=`__ac_dir "$__d"`
_set_sbindir=1
shift 1;;
X--man|X--mandir)
AC_MANDIR=`__ac_dir "$2"`
_set_mandir=1
shift 2;;
X--man=*|X--mandir=*)
__d=`echo "$1" | sed -e 's/^[^=]*=//'`
AC_MANDIR=`__ac_dir "$__d"`
_set_mandir=1
shift 1;;
X--use-*=*)
_var=`echo "$1"| sed -n 's/^--use-\([A-Za-z][-A-Za-z0-9_]*\)=.*$/\1/p'`
if [ "$_var" ]; then
_val=`echo "$1" | sed -e 's/^--use-[^=]*=\(.*\)$/\1/'`
_v=`echo $_var | $AC_UPPERCASE | tr '-' '_'`
case X"$_val" in
X[Yy][Ee][Ss]|X[Tt][Rr][Uu][Ee]) eval USE_${_v}=T ;;
X[Nn][Oo]|X[Ff][Aa][Ll][Ss][Ee]) eval unset USE_${_v} ;;
*) echo "Bad value for --use-$_var ; must be yes or no"
exit 1 ;;
esac
else
echo "Bad option $1. Use --help to show options" 1>&2
exit 1
fi
shift 1 ;;
X--use-*)
_var=`echo "$1"|sed -n 's/^--use-\([A-Za-z][-A-Za-z0-9_]*\)$/\1/p'`
_v=`echo $_var | $AC_UPPERCASE | tr '-' '_'`
eval USE_${_v}=T
shift 1;;
X--with-*=*)
_var=`echo "$1"| sed -n 's/^--with-\([A-Za-z][-A-Za-z0-9_]*\)=.*$/\1/p'`
if [ "$_var" ]; then
_val=`echo "$1" | sed -e 's/^--with-[^=]*=\(.*\)$/\1/'`
_v=`echo $_var | $AC_UPPERCASE | tr '-' '_'`
eval WITH_${_v}=\"$_val\"
else
echo "Bad option $1. Use --help to show options" 1>&2
exit 1
fi
shift 1 ;;
X--with-*)
_var=`echo "$1" | sed -n 's/^--with-\([A-Za-z][A-Za-z0-9_-]*\)$/\1/p'`
if [ "$_var" ]; then
_v=`echo $_var | $AC_UPPERCASE | tr '-' '_'`
eval WITH_${_v}=1
else
echo "Bad option $1. Use --help to show options" 1>&2
exit 1
fi
shift 1 ;;
X--help)
echo "$ac_standard"
test "$ac_help" && echo "$ac_help"
exit 0;;
*) if [ "$LOCAL_AC_OPTIONS" ]; then
eval "$LOCAL_AC_OPTIONS"
else
ac_error=T
fi
if [ "$ac_error" ]; then
echo "Bad option $1. Use --help to show options" 1>&2
exit 1
fi ;;
esac
done