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|
#! /bin/sh
# Make sure all these programs work properly
# when invoked with --help or --version.
test "$VERBOSE" = yes && set -x
expected_failure_status_date=2
expected_failure_status_printenv=2
expected_failure_status_tty=3
expected_failure_status_sort=2
case "$all_programs" in
*nohup*)
if test -w /dev/full && test -c /dev/full && echo > /dev/full; then
cat 1>&2 <<\EOF
************************************************
WARNING: On this system, the built-in echo function of /bin/sh
does not report failure when writing to a full device.
To demonstrate, run this command:
/bin/sh -c 'echo hello > /dev/full; echo status=$?'
Notice that the failing echo leaves its exit status set to zero
and does not produce a diagnostic.
That bug in /bin/sh would cause the tests of the nohup and groups
scripts to fail, so those two are being removed from the list of
programs checked by this test.
************************************************
EOF
all_programs=`echo $all_programs|sed 's/\<nohup\> *//;s/\<groups\> *//'`
fi
;;
esac
fail=0
for lang in C fr da; do
for i in $all_programs; do
# false fails even when invoked with --help or --version.
if test $i = false; then
env LC_MESSAGES=$lang ./$i --help >/dev/null && fail=1
env LC_MESSAGES=$lang ./$i --version >/dev/null && fail=1
continue
fi
# The just-built install executable is always named `ginstall'.
test $i = install && i=ginstall
# Make sure they exit successfully, under normal conditions.
./$i --help >/dev/null || fail=1
./$i --version >/dev/null || fail=1
# Make sure they fail upon `disk full' error.
if test -w /dev/full && test -c /dev/full; then
./$i --help >/dev/full 2>/dev/null && fail=1
./$i --version >/dev/full 2>/dev/null && fail=1
status=$?
eval "expected=\$expected_failure_status_$i"
test x$expected = x && expected=1
if test $status = $expected; then
: # ok
else
fail=1
echo "$i with --help and/or --version didn't fail with output" \
"redirected to /dev/full" 1>&2
fi
fi
done
done
tmp=tmp-$$
tmp_in=in-$$
tmp_in2=in2-$$
tmp_dir=dir-$$
tmp_out=out-$$
mkdir $tmp || fail=1
cd $tmp || fail=1
comm_args="$tmp_in $tmp_in"
csplit_args="$tmp_in //"
cut_args='-f 1'
join_args="$tmp_in $tmp_in"
tr_args='a a'
chmod_args="a+x $tmp_in"
# Punt on these.
chgrp_args=--version
chown_args=--version
mkfifo_args=--version
mknod_args=--version
cmp_args="$tmp_in $tmp_in2"
diff_args="$tmp_in $tmp_in2"
sdiff_args="$tmp_in $tmp_in2"
diff3_args="$tmp_in $tmp_in2 $tmp_in2"
cp_args="$tmp_in $tmp_in2"
ln_args="$tmp_in $tmp_in2"
ginstall_args="$tmp_in $tmp_in2"
mv_args="$tmp_in $tmp_in2"
mkdir_args=$tmp_in2
rmdir_args=$tmp_dir
rm_args=$tmp_in
shred_args=$tmp_in
touch_args=$tmp_in2
basename_args=$tmp_in
dirname_args=$tmp_in
expr_args=foo
# Punt, in case GNU `id' hasn't been installed yet.
groups_args=--version
pathchk_args=$tmp_in
yes_args=--version
logname_args=--version
nohup_args=--version
printf_args=foo
seq_args=10
sleep_args=0
su_args=--version
test_args=foo
# skip chroot, stty, tty, false
for i in $all_programs; do
# Skip these.
case $i in chroot|stty|tty|false) continue;; esac
rm -rf $tmp_in $tmp_in2 $tmp_dir $tmp_out
echo > $tmp_in
echo > $tmp_in2
mkdir $tmp_dir
# echo ================== $i
eval "args=\$${i}_args"
if ../$i $args < $tmp_in > $tmp_out; then
: # ok
else
echo FAIL: $i
fail=1
fi
rm -rf $tmp_in $tmp_in2 $tmp_out $tmp_dir
done
# FIXME: trap
cd ..
rm -rf $tmp
exit $fail
|
