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|
#!/bin/bash
# Using SLURM to run the Spike regression
# p
WORKSPACE=${HOME}/local
BENGAL_TEAM_ROOT=${WORKSPACE}/bengal-team-regression
set -x
if [ -z -d "${BENGAL_TEAM_ROOT}" ]
then
mkdir -p ${HOME}/local
pushd ${HOME}/local
git clone git@github.com:sifive/bengal-team.git bengal-team-regression
pushd bengal-team-regression
git submodule update --init --recursive
pushd riscv-isa-sim
git co rvv
popd
pushd riscv-tests-internal
git co hankuan
popd
make -j
else
pushd ${BENGAL_TEAM_ROOT}
make -j
fi
ASM="${BENGAL_TEAM_ROOT}/toolchain-prefix/bin/riscv64-unknown-elf-gcc"
SPIKE="${BENGAL_TEAM_ROOT}/spike-prefix/build-spike/spike"
TEST_FRAMEWORK="${BENGAL_TEAM_ROOT}/riscv-tests-internal/vector"
cwd=$(dirname $(readlink -f "$0"))
if [ -z "${cwd}/regression.db" ]
then
sqlite3 ${cwd}/regression.db "CREATE TABLE regression \
(inx INTEGER PRIMARY KEY AUTOINCREMENT, seed TEXT, \
exp_time DATETIME, status TEXT);"
fi
if [ -z -d "${cwd}/out" ]
then
mkdir "${cwd}/out"
fi
runs=$1
if [ -z $1 ];then
runs=1
fi
function gen_job_file {
job_name=$2
job_file="$1/${job_name}.job"
echo "#!/bin/bash
#SBATCH --job-name=${job_name}.job
#SBATCH --output=${cwd}/out/${job_name}.out
#SBATCH --error=${cwd}/out/${job_name}.err
#SBATCH --time=$5
#SBATCH --mem=$4
#SBATCH --cpus-per-task=$3
#SBATCH --partition=standard
#SBATCH --mail-user=davewen@sifive.com
pushd ${target}
$6
popd
" > ${job_file}
}
for i in $(seq 1 ${runs}); do
while true; do
SEED=$RANDOM
result=$(sqlite3 ${cwd}/regression.db "SELECT 1 FROM regression \
WHERE seed = \"${SEED}\" AND status = 'init'")
if [[ -z $result ]];then
result=$(sqlite3 ${cwd}/regression.db "INSERT INTO regression(seed, \
exp_time, status) SELECT \"${SEED}\", datetime('now'), \
'init' WHERE NOT EXISTS(SELECT 1 FROM regression \
WHERE seed = \"${SEED}\")")
break
fi
done
target="${cwd}/regression/build_${SEED}"
echo $target
if [ -z -d ${target} ]
then
mkdir -p ${target}
else
rm -rf ${target}/*
fi
gen_job_file ${target} "${SEED}_conf" 1 12000 "0-00:10" "\
cmake -DCMAKE_ASM_COMPILER=\"${ASM}\" \
-DSPIKE=\"${SPIKE}\" \
-DSEED=${SEED} \
-DBASE=64 --VLEN=512 --ELEN=64 --SLEN=128 \
\"${TEST_FRAMEWORK}\""
conf_job_file=$job_file
gen_job_file ${target} "${SEED}_make" 20 12000 "0-00:20" " \
make -j20 > /dev/null \
"
make_job_file=$job_file
CONF=$(sbatch ${conf_job_file})
MAKE=$(sbatch --dependency=afterok:${CONF##* } ${make_job_file})
dep_chain=
vpat=("v[abcde]", "vf[abcdefghijkl]", "vfm", "vf[nopqr]", "vf[stuvwxyz]", \
"vl", "vs", "v[mn]", "v[opqr]", "v[tuvwxyz]")
for pat in ${vpat[*]}; do
f_name=${pat/[/}
gen_job_file ${target} "${SEED}_ctest_${fname/]//}" 1 12000 "0-00:15" " \
ctest --timeout 10 -R .*${pat}.* --ouput-log ${target}/${SEED}_${i}.log;
"
dep=$(sbatch --dependency=afterok:${MAKE##* } ${job_file})
dep_chain+=":${dep##* }"
done
gen_job_file ${target} "${SEED}_result" 1 1000 "0-00:01" " \
if grep -Fxq Failed ${target}/*.log \
then \
sqlite3 ${cwd}/regression.db "update regression set \
status=\"failed\" where seed = \"${SEED}\"" \
grep -Fxq Failed ${target}/*.log \
else \
sqlite3 ${cwd}/regression.db "update regression set \
status=\"successed\" where seed = \"${SEED}\"" \
fi \
#rm -rf ${target}
"
sbatch --dependency=afterany$dep_chain ${job_file}
break
done
|
