# Sample Loadleveler script to run the mupc test suite
#
# Need to change MY_ACCOUNT to whatever account you want
# to charge, or comment out it take the default
# Also, to with with MPI, replace "network.LAPI" with 
# "network.MPI"
# You will also have to change the name of the class to
# whatever is appropriate for your system.

#@ job_name        = mupc
#@ account_no      = MY_ACCOUNT
#@ output          = JOB.$(jobid)
#@ error           = JOB.$(jobid).err
#@ job_type        = parallel
#@ environment     = COPY_ALL
#@ notification    = complete
#@ network.LAPI    = csss,not_shared,us
#@ node_usage      = not_shared
#
#  Select the number of nodes to run on, and the number
#  of tasks (UPC THREADS) to run on each node.
#@ node            = 1
#@ tasks_per_node  = 2
#
#  Set the Loadleveler class (queue) you wish to use
#  and the hard wall-clock limit.  Check your configuration
#  because some classes have maximum time limits.
#  These are selected to run quickly at NERSC.
#@ class           = debug
#@ wall_clock_limit= 00:28:00
#
#  Tell Loadleveler to queue-up the request
#@ queue

echo "NODES"
echo $LOADL_PROCESSOR_LIST

ITER=4
ITER=10000

myecho() {
	echo $* 
	echo $* >& 2
}

runtest() {
	mode=$1
	shift
	progname=$1
	shift
	DATE=$(date)
	myecho "=========================================================="
	myecho $DATE
	myecho "Running $progname in mode $mode with args $*"
	if [ ! -e $progname ] ; then
		myecho "No such binary: $progname"
		myecho
		return
	fi
	env GASNET_LAPI_MODE=$mode /usr/bin/poe ./${progname} $*
	status=$?
	myecho "$progname complete with exit status $status"
	if [ "$status" -ne 0 ]; then
		myecho "   FAILED   FAILED   FAILED"
	fi
	myecho
}

ALL_FILES="\
test_getput1    \
test_getput2    \
test_getput3    \
test_getput4    \
test_barrier1    \
test_barrier3    \
test_barrier4    \
test_locks1    \
test_locks2    \
test_locks3    \
test_locks4    \
test_locks5    \
test_memory1    \
test_memory2    \
test_memory3    \
test_memory5    \
test_memory6    \
test_memory7    \
test_memory8    \
test_string1    \
test_string2    \
test_string3    \
test_string4    \
test_int_allfunc    \
test_int_alltype    \
test_int_barlocks    \
test_int_memlocks    \
test_int_memstring    \
test_int_multilocks    \
test_int_precision    \
test_stress_01    \
test_stress_02    \
test_stress_03    \
test_stress_04    \
test_stress_05    \
test_stress_06    \
test_stress_07    \
test_stress_08    \
test_stress_09    \
test_stress_10    \
test_stress_11    \
test_stress_12    \
test_stress_13    \
test_stress_14    \
test_app_matmult    \
test_app_prime    \
test_app_wave1    \
test_app_wave2    \
test_globalexit    \
"

# Sometimes we have to run this in multiple passes.
# If so, re-define ALL_FILES here by including only
# the file roots we need to complete the test
#ALL_FILES="\
#"

# The files in the DONT_FUN list will be filtered out of
# the ALL_FILES list above, either because they are buggy
# or are supposed to fail.
#
# these are supposed to fail (run by hand because they might hang)
DONT_RUN="\
test_barrier2  \
test_memory4   \
"

# these currently fail (known BUGS), dont run them
DONT_RUN="${DONT_RUN} \
test_int_memstring  \
test_stress_13 \
"

echo ${DONT_RUN} > dont_run_file

RUN_FILES=""
for file in $ALL_FILES
do
	if grep ${file} dont_run_file > /dev/null 
        then
		echo "   WILL NOT RUN $file "
	else
		RUN_FILES="$RUN_FILES $file"
	fi
done

rm dont_run_file

echo "RUN_FILES:"
echo $RUN_FILES
echo

MODES="INTERRUPT POLLING"
MODES="INTERRUPT"
for MODE in $MODES
do
for file in ${RUN_FILES}
do
	runtest $MODE ${file}-dynamic-int
	runtest $MODE ${file}-static2-int
	runtest $MODE ${file}-dynamic-long
	runtest $MODE ${file}-static2-long
	runtest $MODE ${file}-dynamic-float
	runtest $MODE ${file}-static2-float
	runtest $MODE ${file}-dynamic-double
	runtest $MODE ${file}-static2-double
done
done

exit 0