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include.rc
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# clang-format off
checkpoint_time="$(date +%s%N)"
M0=${M0:=/mnt/glusterfs/0}; # 0th mount point for FUSE
M1=${M1:=/mnt/glusterfs/1}; # 1st mount point for FUSE
M2=${M2:=/mnt/glusterfs/2}; # 2nd mount point for FUSE
M3=${M3:=/mnt/glusterfs/3}; # 3rd mount point for FUSE
N0=${N0:=/mnt/nfs/0}; # 0th mount point for NFS
N1=${N1:=/mnt/nfs/1}; # 1st mount point for NFS
V0=${V0:=patchy}; # volume name to use in tests
V1=${V1:=patchy1}; # volume name to use in tests
GMV0=${GMV0:=primary}; # primary volume name to use in geo-rep tests
GSV0=${GSV0:=secondary}; # secondary volume name to use in geo-rep tests
GSV1=${GSV1:=secondary1} # secondary volume name to use in geo-rep tests
B0=${B0:=/d/backends}; # top level of brick directories
DEVDIR=${DEVDIR:=/d/dev} # directory for loop device management
WORKDIRS="$B0 $M0 $M1 $M2 $M3 $N0 $N1 $DEVDIR"
ROOT_GFID="00000000-0000-0000-0000-000000000001"
DOT_SHARD_GFID="be318638-e8a0-4c6d-977d-7a937aa84806"
META_VOL=${META_VOL:=gluster_shared_storage}; # shared gluster storage volume used by snapshot scheduler, nfs ganesha and geo-rep.
META_MNT=${META_MNT:=/var/run/gluster/shared_storage}; # Mount point of shared gluster volume.
CC=cc
OSTYPE=$(uname -s)
GFREG_ID="$(hostname -s)"
env_dir=$(dirname $0)
while true; do
ENV_RC=${env_dir}/env.rc
if [ -f ${ENV_RC} ]; then
break
fi
new_dir=$(dirname $env_dir)
if [ x"$new_dir" = x"$old_dir" ]; then
ENV_RC="/not/found"
break
fi
old_dir=$env_dir
env_dir=$new_dir
done
if [ ! -f $ENV_RC ]; then
echo "Aborting." | tee /dev/stderr
echo | tee /dev/stderr
echo "env.rc not found" | tee /dev/stderr
echo | tee /dev/stderr
echo "Please correct the problem and try again." | tee /dev/stderr
echo | tee /dev/stderr
exit 1
fi
. $ENV_RC
H0=${H0:=`hostname`}; # hostname
MOUNT_TYPE_FUSE="fuse.glusterfs"
GREP_MOUNT_OPT_RO="grep (ro"
GREP_MOUNT_OPT_RW="grep (rw"
UMOUNT_F="umount -f"
PATH=$PATH:${PWD}/tests/utils
case $OSTYPE in
Linux)
H0=${H0:=`hostname --fqdn`}; # hostname
;;
NetBSD)
MOUNT_TYPE_FUSE="puffs|perfuse|fuse.glusterfs"
GREP_MOUNT_OPT_RO="grep (read-only"
GREP_MOUNT_OPT_RW="grep -v (read-only"
UMOUNT_F="umount -f -R"
;;
*)
;;
esac
DEBUG=${DEBUG:=0} # turn on debugging?
MIGRATION_START_TIMEOUT=5
PROCESS_DOWN_TIMEOUT=5
PROCESS_UP_TIMEOUT=45
NFS_EXPORT_TIMEOUT=20
CHILD_UP_TIMEOUT=20
PROBE_TIMEOUT=60
PEER_SYNC_TIMEOUT=20
REBALANCE_TIMEOUT=600
REOPEN_TIMEOUT=20
HEAL_TIMEOUT=80
IO_HEAL_TIMEOUT=120
MARKER_UPDATE_TIMEOUT=20
JANITOR_TIMEOUT=60
UMOUNT_TIMEOUT=5
CONFIG_UPDATE_TIMEOUT=5
AUTH_REFRESH_INTERVAL=10
GRAPH_SWITCH_TIMEOUT=10
UNLINK_TIMEOUT=5
MDC_TIMEOUT=5
IO_WAIT_TIMEOUT=5
DISK_FAIL_TIMEOUT=80
LOGDIR=$(gluster --print-logdir)
statedumpdir=`gluster --print-statedumpdir`; # Default directory for statedump
CLI="gluster --mode=script --wignore";
CLI_NO_FORCE="gluster --mode=script";
# CLI_IGNORE_PARTITION makes sure that the warning related to bricks being on
# root partition is ignored while running the command in a "no force" mode
CLI_IGNORE_PARTITION="gluster --mode=script --wignore-partition"
function wait_delay() {
local delay="$1"
local interval="$2"
shift 2
local deadline="$(($(date +%s%N) + ${delay}000000000))"
$*
while [[ $? -ne 0 ]]; do
if [[ $(date +%s%N) -ge ${deadline} ]]; then
return 1
fi
sleep ${interval}
$*
done
return 0
}
_GFS () {
glusterfs "$@"
local mount_ret=$?
if [ $mount_ret != 0 ]; then
return $mount_ret
fi
local mount_point=${!#}
local i=0
while true; do
touch $mount_point/xy_zzy 2> /dev/null && break
i=$((i+1))
[ $i -lt 100 ] || break
sleep 0.1
done
rm -f $mount_point/xy_zzy
return $mount_ret
}
GFS="_GFS --attribute-timeout=0 --entry-timeout=0";
mkdir -p $WORKDIRS
case $OSTYPE in
FreeBSD | Darwin)
wc () {
if test "x$1" = "x-l"; then
awk '{ lines++ } END {print lines}'
fi
if test "x$1" = "x-w"; then
awk '{ words += NF } END {print words}' }
fi
if test "x$1" = "x-c"; then
awk '{ chars += length($0) + 1 } END {print chars}'
fi
if test "x$1" = "x-m"; then
awk '{ chars += length($0) + 1 } END {print chars}'
fi
}
;;
NetBSD)
wc() {
/usr/bin/wc $@ | sed 's/^ *\([0-9]*\).*$/\1/g'
}
;;
esac
testcnt=`egrep '^[[:space:]]*(EXPECT|EXPECT_NOT|TEST|EXPECT_WITHIN|EXPECT_KEYWORD)[[:space:]]' $0 | wc -l`
expect_tests=`egrep '^[[:space:]]*TESTS_EXPECTED_IN_LOOP[[:space:]]*' $0`
x_ifs=$IFS
IFS=$'\n'
for line in $expect_tests; do
expect_tests=`echo $line | cut -f 2 -d =`
testcnt=`expr $testcnt + $expect_tests`
done
IFS=$x_ifs
echo "1..`echo $testcnt`"
t=1
function dbg()
{
[ "x$DEBUG" = "x0" ] || echo "$*" >&2;
}
function G_LOG()
{
local g_log_logdir;
g_log_logdir=`$CLI --print-logdir`
test -d $g_log_logdir
if [ $? != 0 ]; then
return
fi
local g_log_string;
g_log_string="++++++++++ G_LOG:$0: TEST: $@ ++++++++++"
g_log_string="`date -u +["%F %T.%6N"]`:$g_log_string"
local g_log_filename
for g_log_filename in `find $g_log_logdir/ -type f -name \*.log`;
do
echo "$g_log_string" >> "$g_log_filename"
done
}
function test_header()
{
dbg "=========================";
dbg "TEST $t (line $TESTLINE): $*";
saved_cmd="$*"
start_time="$(date +%s%N)"
}
function test_footer()
{
RET=$?
local lineno=$1
local err=$2
local end_time
local elapsed1
local elapsed2
end_time="$(date +%s%N)"
elapsed1="$(((start_time - checkpoint_time) / 1000000))"
elapsed2="$(((end_time - start_time) / 1000000))"
checkpoint_time="$end_time"
if [ $RET -eq 0 ]; then
printf "ok %3d [%7d/%7d] <%4d> '%s'\n" "$t" "$elapsed1" "$elapsed2" "$lineno" "$saved_cmd";
else
printf "not ok %3d [%7d/%7d] <%4d> '%s' -> '%s'\n" "$t" "$elapsed1" "$elapsed2" "$lineno" "$saved_cmd" "$err"
if [ "$EXIT_EARLY" = "1" ]; then
cleanup
exit $RET
fi
fi
dbg "RESULT $t: $RET";
t=`expr $t + 1`;
}
function test_expect_footer()
{
local lineno=$1
local e=$2
local a=$3
local err=""
if ! [[ "$a" =~ $e ]]; then
err="Got \"$a\" instead of \"$e\""
fi
[[ "$a" =~ $e ]];
test_footer "$lineno" "$err";
}
function _EXPECT()
{
TESTLINE=$1;
shift;
local a=""
G_LOG $TESTLINE "$@";
test_header "$@";
e="$1";
shift;
a=$("$@" | tail -1)
if [ "x$e" = "x" ] ; then
test_expect_footer "$TESTLINE" "x$e" "x$a";
else
test_expect_footer "$TESTLINE" "$e" "$a";
fi
}
function test_expect_not_footer()
{
local lineno=$1
local e=$2
local a=$3
local err=""
if [[ "$a" =~ $e ]]; then
err="Got \"$a\" when not expecting it"
fi
! [[ "$a" =~ $e ]];
test_footer "$lineno" "$err";
}
function _EXPECT_NOT()
{
TESTLINE=$1;
shift;
local a=""
G_LOG $TESTLINE "$@";
test_header "$@";
e="$1";
shift;
a=$("$@" | tail -1)
if [ "x$e" = "x" ] ; then
test_expect_not_footer "$TESTLINE" "x$e" "x$a";
else
test_expect_not_footer "$TESTLINE" "$e" "$a";
fi
}
function _EXPECT_KEYWORD()
{
TESTLINE=$1;
shift;
G_LOG $TESTLINE "$@";
test_header "$@";
e="$1";
shift;
"$@" | tail -1 | grep -q "$e"
test_footer "$TESTLINE";
}
function _TEST()
{
TESTLINE=$1;
shift;
local redirect=""
G_LOG $TESTLINE "$@";
test_header "$@";
if [ "$1" = "!" ]; then
redirect="2>&1"
fi
eval "$@" >/dev/null $redirect
test_footer "$TESTLINE";
}
#This function should be used carefully.
#The expected regex, given to this function, should be
#used within ^ and $ to match exactly with the output of
#command.
function _EXPECT_WITHIN()
{
TESTLINE=$1
shift;
local timeout=$1
shift;
G_LOG $TESTLINE "$@";
test_header "$@"
e=$1;
a="";
shift;
local endtime="$(( ${timeout}000000000 + $(date +%s%N) ))"
# We *want* this to be globally visible.
EW_RETRIES=0
while [[ "$(date +%s%N)" < "$endtime" ]]; do
a=$("$@" | tail -1 ; exit ${PIPESTATUS[0]})
## Check command success
if [ $? -ne 0 ]; then
break;
fi
## Check match success
if [[ "$a" =~ $e ]]; then
break;
fi
sleep 0.25;
EW_RETRIES=$((EW_RETRIES+1))
done
if [ "x$e" = "x" ] ; then
test_expect_footer "$TESTLINE" "x$e" "x$a";
else
test_expect_footer "$TESTLINE" "$e" "$a";
fi
}
function SKIP_TESTS()
{
dbg "Skipping tests $t-$testcnt";
while [ $t -le $testcnt ]; do
true ; test_footer;
done
}
function _TEST_IN_LOOP()
{
testcnt=`expr $testcnt + 1`;
_TEST $@
}
function _EXPECT_WITHIN_TEST_IN_LOOP()
{
testcnt=`expr $testcnt + 1`;
_EXPECT_WITHIN $@
}
which killall > /dev/null || {
killall() {
pkill $@
}
}
which pidof > /dev/null || {
pidof() {
$PYTHON pidof.py $@
}
}
stat -c %s /dev/null > /dev/null 2>&1 || {
stat() {
local format=""
local f=""
if [ "x$1" = "x-c" ] ; then
oformat=$2
shift
shift
files=$@
else
files=$@
fi
for f in $files ; do
format=$oformat
# %t/%T should return 0 for non devices.
case "${format}" in
*%t*|*%T*)
`which stat` -f '%HT' $f | grep -q 'Device$' || \
format=`echo "${format}" | sed 's/%t/0/g; s/%T/0/g;'`
;;
*)
;;
esac
if [ "x${format}" = "x" ] ; then
`which stat` $f
else
cmd=""
case $format in
*%u*) cmd="${cmd} s/%u/`$( which stat ) -f %u $f`/g;" ;&
*%g*) cmd="${cmd} s/%g/`$( which stat ) -f %g $f`/g;" ;&
*%a*) cmd="${cmd} s/%a/`$( which stat ) -f %p $f |
sed 's/^..//; s/^0//'`/g;" ;&
*%A*) cmd="${cmd} s/%A/`ls -ld $f|awk '{print $1}'`/g;" ;&
*%s*) cmd="${cmd} s/%s/`$( which stat ) -f %z $f`/g;" ;&
*%h*) cmd="${cmd} s/%h/`$( which stat ) -f %l $f`/g;" ;&
*%F*) cmd="${cmd} s/%F/`$( which stat ) -f %HT $f | sed '
s/Directory/directory/;
s/Fifo File/fifo/;
s/Symbolic Link/symbolic link/;
s/Regular File/regular file/;
s/Block Device/block special file/;
s/Character Device/character special file/;
' | sed \"$(
test -s $f || echo 's/regular file/regular empty file/g'
)\"`/g;" ;&
*%n*) cmd="${cmd} s|%n|`$( which stat ) -f %N $f`|g;" ;&
*%Y*) cmd="${cmd} s/%Y/`$( which stat ) -f %m $f`/g;" ;&
*%X*) cmd="${cmd} s/%X/`$( which stat ) -f %a $f`/g;" ;&
*%Z*) cmd="${cmd} s/%Z/`$( which stat ) -f %c $f`/g;" ;&
*%.Z*) cmd="${cmd} s/%.Z/`$( which stat ) -f %.9Fc $f`/g;" ;&
*%b*) cmd="${cmd} s/%b/`$( which stat ) -f %b $f`/g;" ;&
*%B*) cmd="${cmd} s/%B/512/g;" ;&
*%t*) cmd="${cmd} s/%t/`$( which stat ) -f %XHr $f`/g;" ;&
*%T*) cmd="${cmd} s/%T/`$( which stat ) -f %XLr $f`/g;" ;&
esac
`which stat` -f "`echo $format|sed \"$cmd\"`" $f
fi
done
}
}
function signal_pids() {
local sig="$1"
shift
local pids=($*)
if [[ ${#pids[@]} -gt 0 ]]; then
kill -${sig} ${pids[@]} 2>/dev/null || true
fi
}
function check_pids() {
local pids=($*)
local tmp=()
local pid
for pid in "${pids[@]}"; do
kill -0 "${pid}" 2>/dev/null && tmp+=(${pid})
done
echo "${tmp[@]}"
}
function pids_alive() {
local pids=($*)
if [[ "$(check_pids ${pids[@]})" != "" ]]; then
return 1;
fi
return 0
}
function terminate_pids() {
local pids=($*)
signal_pids TERM ${pids[@]}
wait_delay ${PROCESS_DOWN_TIMEOUT} 0.1 pids_alive ${pids[@]}
if [[ $? -ne 0 ]]; then
pids=($(check_pids ${pids[@]}))
signal_pids KILL ${pids[@]}
wait_delay 1 0.1 pids_alive ${pids[@]}
if [[ $? -ne 0 ]]; then
return 2
fi
return 1
fi
return 0
}
function process_pids() {
local proc
local pids=()
for proc in $*; do
pids+=($(pgrep ${proc}))
done
echo "${pids[@]}"
}
## Lock files should get automatically removed once "usradd" or "groupadd"
## command finishes. But sometimes we encounter situations (bugs) where
## some of these files may not get properly unlocked after the execution of
## the command. In that case, when we execute useradd next time, it may show
## the error “cannot lock /etc/password” or “unable to lock group file”.
## So, to avoid any such errors, check for any lock files under /etc.
## and remove those.
function remove_lock_files()
{
if [ ! -f /etc/passwd.lock ];
then
rm -rf /etc/passwd.lock;
fi
if [ ! -f /etc/group.lock ];
then
rm -rf /etc/group.lock;
fi
if [ ! -f /etc/shadow.lock ];
then
rm -rf /etc/shadow.lock;
fi
if [ ! -f /etc/gshadow.lock ];
then
rm -rf /etc/gshadow.lock;
fi
}
function cleanup()
{
local end_time
# Prepare flags for umount
case `uname -s` in
Linux)
flag="-l"
;;
NetBSD)
flag="-f -R"
;;
FreeBSD|Darwin)
flag="-f"
;;
*)
flag=""
;;
esac
# Clean up lock files.
remove_lock_files
# Clean up all client mounts
for m in `mount | grep fuse.glusterfs | awk '{print $3}'`; do
umount $flag $m
done
# Unmount all well known mount points
umount $flag $M0 2>/dev/null || umount -f $M0 2>/dev/null || true;
umount $flag $M1 2>/dev/null || umount -f $M1 2>/dev/null || true;
umount $flag $M2 2>/dev/null || umount -f $M2 2>/dev/null || true;
umount $flag $N0 2>/dev/null || umount -f $N0 2>/dev/null || true;
umount $flag $N1 2>/dev/null || umount -f $N1 2>/dev/null || true;
# unmount all stale mounts from /tmp, This is a temporary work around
# till the stale mount in /tmp is found.
umount $flag /tmp/mnt* 2>/dev/null
# Send SIGTERM to all gluster processes and rpc.statd that are still running
terminate_pids $(process_pids glusterfs glusterfsd glusterd rpc.statd)
test x"$OSTYPE" = x"NetBSD" && pkill -9 perfused || true
# unregister nfs and related services from portmapper/rpcbind
## nfs
rpcinfo -d 100003 3 2>/dev/null || true;
## mountd
rpcinfo -d 100005 1 2>/dev/null || true;
rpcinfo -d 100005 3 2>/dev/null || true;
## nlockmgr
rpcinfo -d 100021 1 2>/dev/null || true;
rpcinfo -d 100021 4 2>/dev/null || true;
## nfs_acl
rpcinfo -d 100227 3 2>/dev/null || true;
# unmount brick filesystems after killing daemons
MOUNTPOINTS=`findmnt -nRlT "${B0}" -o TARGET,SOURCE | grep "$B0/" | awk '{print $2}'`
for m in $MOUNTPOINTS;
do
umount $flag $m
done
# Cleanup lvm
type cleanup_lvm &>/dev/null && cleanup_lvm || true;
# Destroy loop devices
# TODO: This should be a function DESTROY_LOOP
case `uname -s` in
Linux)
for l in ${DEVDIR}/loop*; do
losetup -d "${l}"
rm -f "${l}"
done
;;
NetBSD)
# cleanup loopback device with unmounted backing store
for vnd in /dev/vnd* ; do
vnconfig -l ${vnd} 2>&1 | \
grep -q 'Bad file descriptor' && vnconfig -u ${vnd}
done
vnd=`vnconfig -l | \
awk '!/not in use/{printf("%s%s:%d ", $1, $2, $5);}'`
for l in ${vnd} ; do
dev=${l%%:*}
tmp=${l#*:}
fs=${tmp%%:*}
inode=${tmp#*:}
file=`find -x ${fs} -inum ${inode} -print -exit`
echo ${file} | grep "$B0/" && \
LOOPDEVICES="${LOOPDEVICES} $dev"
done
for l in $LOOPDEVICES;
do
vnconfig -u $l
done
;;
*)
echo "`uname -s` loopback device supportmissing"
;;
esac
# remove contents of "GLUSTERD_WORKDIR" except hooks and groups
# directories.
if [ -n $GLUSTERD_WORKDIR ]
then
find $GLUSTERD_WORKDIR/* -maxdepth 0 -name 'hooks' -prune \
-o -name 'groups' -prune -o -exec rm -rf '{}' ';'
else
echo "GLUSTERD_WORKDIR is not set"
fi
# Complete cleanup time
rm -rf "$B0/*" "/etc/glusterd/*";
rm -rf $WORKDIRS
find $GLUSTERD_PIDFILEDIR -name "*.pid" | xargs rm -rf
leftover=""
for d in $WORKDIRS ; do
if test -d $d ; then
leftover="$leftover $d"
fi
done
if [ "x$leftover" != "x" ] ; then
echo "Aborting."
echo
echo "$d could not be deleted, here are the left over items"
for d in $leftover; do
find $d -exec ls -ld {} \;
done
echo
echo "Please correct the problem and try again."
echo
return 1;
fi >&2
mkdir -p $WORKDIRS
# This is usually the last thing a test script calls, so our return
# value becomes their exit value. While it's not great for the mkdir
# above to fail, promoting that into a failure of the whole test (and
# thus of an entire regression-test run) seems a bit excessive. Make
# sure we return good status anyway.
return 0
}
function force_terminate () {
local ret=$?;
>&2 echo -e "\nreceived external"\
"signal --`kill -l $ret`--, calling 'cleanup' ...\n";
cleanup;
exit $ret;
}
trap force_terminate INT TERM HUP
function cleanup_tester ()
{
local exe=$1
rm -f $exe
}
function build_tester ()
{
local cfile=$1
local fname=$(basename "$cfile")
local ext="${fname##*.}"
local execname="${fname%.*}"
shift
local cflags=$*
if [ `echo $cflags | grep -c "lgfapi" ` -gt 0 ]
then
cflags="$cflags $(pkg-config glusterfs-api --cflags-only-I --libs-only-L)"
fi
$CC -g -o $(dirname $cfile)/$execname $cfile $cflags
}
function process_leak_count ()
{
local pid=$1;
return $(ls -lh /proc/$pid/fd | grep "(deleted)"| wc -l)
}
which truncate > /dev/null || {
truncate() {
local nocreate=0
local ioblocks=0
local fileref=""
local newsize=""
args=`getopt xor:s: $*`
if [ $? -ne 0 ]; then
echo 'Usage: truncate [-co](-r file | -s size) file ...'
exit 2
fi
set -- $args
while [ $# -gt 0 ]; do
case "$1" in
-c)
nocreate=1;
;;
-o)
ioblocks=1;
echo "Unimplemented -o option"
exit 2
;;
-r)
fileref=$2;
shift;
;;
-s)
newsize=$2;
shift;
;;
--)
shift;
break;
;;
*)
echo 'Usage: truncate [-co](-r file | -s size) file ...'
exit 2;
;;
esac
shift
done
if [ "x$newsize" = "x" -a "x$fileref" = "x" ] ; then
echo 'Usage: truncate [-co](-r file | -s size) file ...'
exit 2;
fi
if [ "x$newsize" != "x" -a "x$fileref" != "x" ] ; then
echo 'Usage: truncate [-co](-r file | -s size) file ...'
exit 2;
fi
if [ "x$newsize" != "x" ] ; then
echo $newsize | grep -q '^[-_<>%/]' && {
echo "Unimplemented prefix in ${newsize}"
exit 2;
}
echo $newsize | egrep -q '[TPEZY]B?$' && {
echo "Unit not implemented for ${newsize}"
exit 2;
}
case $newsize in
*KB)
newsize=$(( ${newsize/KB/} * 1000 ))
;;
*K)
newsize=$(( ${newsize/K/} * 1024 ))
;;
*MB)
newsize=$(( ${newsize/MB/} * 1000 * 1000 ))
;;
*M)
newsize=$(( ${newsize/M/} * 1024 * 1024 ))
;;
*GB)
newsize=$(( ${newsize/GB/} * 1000 * 1000 * 1000 ))
;;
*G)
newsize=$(( ${newsize/G/} * 1024 * 1024 * 1024 ))
;;
esac
fi
if [ "x$fileref" != "x" ] ; then
if [ ! -f $fileref ] ; then
echo "File does not exists: ${fileref}"
exit 2;
fi
newsize=`ls -l ${fileref}|awk '{print $5}'`
fi
if [ $# -eq 0 ]; then
echo 'Usage: truncate [-co](-r file | -s size) file ...'
exit 2;
fi
for f in $* ; do
if [ "x$nocreate" = "x1" -a ! -f $f ] ; then
continue;
fi
dd bs=1 seek=$newsize if=/dev/null of=$f msgfmt=quiet
done
}
}
which md5sum > /dev/null || {
md5sum() {
for f in $* ; do
md5 $f | awk -F'[() ]' '{printf("%s %s\n", $6, $3)}'
done
}
}
which setfattr > /dev/null || {
setfattr() {
$PYTHON setfattr.py $@
}
}
which getfattr > /dev/null || {
getfattr() {
$PYTHON getfattr.py $@
}
}
which sha1sum > /dev/null || {
sha1sum() {
case $OSTYPE in
Darwin)
for f in $* ; do
openssl sha1 $f | awk -F'[() ]' '{printf("%s %s\n", $4, $2)}'
done
;;
NetBSD | FreeBSD)
for f in $* ; do
sha1 $f | awk -F'[() ]' '{printf("%s %s\n", $6, $3)}'
done
;;
esac
}
}
userdel --help 2>/dev/null | grep -q -- '--force' || {
userdel() {
if [ "x$1" = "x--force" ]; then
user=$2
else
user=$1
fi
eval "$( which userdel ) $user"
}
}
useradd --help 2>/dev/null | grep -q -- '--no-create-home' || {
useradd() {
# Just remove -M (do not create home) which is the default
# other options are identical
args=`echo $*|sed 's/-M//'`
eval "$( which useradd ) $args"
}
}
userdel --help 2>/dev/null | grep -q -- '--force' || {
userdel() {
if [ "x$1" = "x--force" ]; then
user=$2
else
user=$1
fi
eval "$( which userdel ) $user"
}
}
useradd --help 2>/dev/null | grep -q -- '--no-create-home' || {
useradd() {
# Just remove -M (do not create home) which is the default
# other options are identical
args=`echo $*|sed 's/-M//'`
eval "$( which useradd ) $args"
}
}
DBG_TEST () {
read -p "execute \"$*\"? " x;
case $x in
'y')
_TEST "$@"
;;
'q')
exit 0
;;
*)
echo "skipping"
;;
esac
}
alias EXPECT='_EXPECT $LINENO'
alias EXPECT_NOT='_EXPECT_NOT $LINENO'
if [ -n "$GF_INTERACTIVE" ]; then
alias TEST='DBG_TEST $LINENO'
else
alias TEST='_TEST $LINENO'
fi
alias EXPECT_WITHIN='_EXPECT_WITHIN $LINENO'
alias EXPECT_KEYWORD='_EXPECT_KEYWORD $LINENO'
alias TEST_IN_LOOP='_TEST_IN_LOOP $LINENO'
alias EXPECT_WITHIN_TEST_IN_LOOP='_EXPECT_WITHIN_TEST_IN_LOOP $LINENO'
shopt -s expand_aliases
if [ x"$OSTYPE" = x"Linux" ]; then
alias dd="dd status=none"
elif [ x"$OSTYPE" = x"NetBSD" ]; then
alias dd="dd msgfmt=quiet"
fi
# MacOS doesn't seem to support either option. Doing nothing at all is
# probably the safest option there and on anything we don't recognize, but
# if you want to reduce the noise level and know the correct option for
# your favorite platform please feel free to add it here.