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|
#!@KSH@ -p
#
# Run rtems tests on a POSIX-ish UNIX
#
# $Id$
#
trap "test_exit 1" 1 2 3 13 14 15
trap "test_exit 1" 1 2 3 13 14 15
# progname=`basename $0`
progname=${0##*/} # fast basename hack for ksh, bash
USAGE=\
"usage: $progname [ -opts ] test [ test ... ]
-c clicks -- specify (hex) value for clicks / tick
-v -- verbose
-l logdir -- specify log directory (default is 'logdir')
Specify test as 'test' or 'test.exe'.
All multiprocessing tests *must* be specified simply as 'mp01', etc.
"
# export everything
set -a
# log an error to stderr
prerr()
{
echo "$*" >&2
}
fatal() {
[ "$1" ] && prerr $*
prerr "$USAGE"
exit 1
}
warn() {
[ "$1" ] && prerr $*
}
# print args, 1 per line
ml_echo()
{
for l
do
echo "$l"
done
}
killem()
{
kill -9 $pid $pid1 $pid2 2> /dev/null
}
killem()
{
kill -9 $pid $pid1 $pid2 2> /dev/null
}
test_exit()
{
exit_code=$1
killem
killem
rm -f ${logfile}.tmp*
exit $exit_code
}
#
# process the options
#
# defaults for getopt vars
#
verbose=""
extra_options=""
clicks_per_tick=""
logdir=log
# how long can we run; rtems tests might run 300 seconds
max_run_time=400
run_to_completion="yes"
while getopts vo:c:l: OPT
do
case "$OPT" in
v)
verbose="yes";;
l)
logdir="$OPTARG";;
o)
extra_options="$OPTARG";;
c)
clicks_per_tick="$OPTARG";;
*)
fatal;;
esac
done
let $((shiftcount = $OPTIND - 1))
shift $shiftcount
args=$*
#
# Run the tests
#
tests="$args"
if [ ! "$tests" ]
then
set -- `echo *.exe`
tests="$*"
fi
[ -d $logdir ] || mkdir $logdir || fatal "could not create log directory ($logdir)"
for tfile in $tests
do
tname=`echo $tfile | sed -e 's/\.exe$//'`
tname=`basename $tname`
TEST_TYPE="single"
case $tname in
monitor)
if [ $run_to_completion = "yes" ]
then
warn "Skipping $tname; it is interactive"
continue
fi
;;
*-node2*)
warn "Skipping $tname; 'runtest' runs both nodes when for *-node1"
continue;;
*-node1*)
tname=`echo $tname | sed 's/-node.*//'`
warn "Running both nodes associated with $tname"
TEST_TYPE="mp"
;;
stackchk*|spfatal*|malloctest*|termio*)
warn "Skipping $tname; it locks up or takes a VERY long time to run"
continue
;;
esac
if [ $TEST_TYPE = "mp" ]
then
logfile1=$logdir/${tname}_1
infofile1=$logfile1.info
logfile2=$logdir/${tname}_2
infofile2=$logfile2.info
rm -f ${logfile1}
rm -f ${logfile2}
date=`date`
echo "Starting $tname at $date"
./${tname}-node1.exe > $logfile1 2>&1 &
pid1=$!
./${tname}-node2.exe > $logfile2 2>&1 &
pid2=$!
# Wait for both cpu's to complete, ensuring they don't run forever...
time_run=0
while [ $time_run -lt $max_run_time ]
do
# sleep 5s at a time waiting for jobs to finish or timer to expire
# if job has exited, then we exit, too.
sleep 5
kill -0 $pid1 2> /dev/null
running1=$?
kill -0 $pid2 2> /dev/null
running2=$?
if [ $running1 -eq 0 ] && [ $running2 -eq 0 ] # both still running
then
time_run=$((time_run + 5))
if [ $time_run -ge $max_run_time ]
then
echo "$tname ran too long; killing it"
ran_too_long="yes"
fi
else
ran_too_long="no"
# if one is still running, have to kill them
if [ $running1 -ne $running2 ]
then
sleep 10 # give other node a chance to gracefully die
fi
break
fi
done
# make sure they are gone
kill -9 $pid1 2> /dev/null
kill -9 $pid2 2> /dev/null
fi
if [ $TEST_TYPE = "single" ]
then
logfile=$logdir/$tname
infofile=$logfile.info
rm -f ${logfile}
date=`date`
echo "Starting $tname.exe at $date"
./$tname.exe > $logfile 2>&1 &
pid=$!
# Make sure it won't run forever...
time_run=0
while [ $time_run -lt $max_run_time ]
do
# sleep 5s at a time waiting for job to finish or timer to expire
# if job has exited, then we exit, too.
sleep 5
kill -0 $pid 2> /dev/null
running=$?
if [ $running -eq 0 ]
then
time_run=$((time_run + 5))
if [ $time_run -ge $max_run_time ]
then
kill -9 $pid 2> /dev/null
ran_too_long="yes"
fi
else
ran_too_long="no"
break
fi
done
fi
pid=""
done
test_exit 0
# Local Variables: ***
# mode:ksh ***
# End: ***
|