source: branches/2015/dev_r5092_CNRS_SETTE/NEMOGCM/SETTE/trusting.sh @ 5268

#!/bin/bash


PUBLISH=0; DEBUG=0; status='OK'

while [ $# -ne 0 ]; do
    case $1 in
        -d|--debug     ) set -vx; DEBUG=1     ; shift;;
        -p|--publish   ) PUBLISH=1            ; shift;;
        -h|--help|-help) cat trusting_help.txt; exit ;;
   *)                                      break;;
    esac
done
export PUBLISH DEBUG
[ $# -ne 1 ] && { ./trusting.sh -h && exit; }
# suspend debug mode (too verbose)
#[ $debug -eq 1 ] && set +vx

# Initialization
#=============================================
CONF_REF=$1; conf_ref_dir=${CONF_REF}_trust
export CONF_REF

. trusting.env
echo ${DIR_TEST}
mkdir -p ${DIR_TEST} ${DIR_REFE}
cd ${DIR_TEST}
datestr1=$( LC_ALL=C date -d"$DATESTR" +%Y-%m-%dT%H:%M )
printf "Date\n%s\n"       $datestr1 > mesg_01_date.txt

printf "Status\nFAILED\n"           > mesg_02_status.txt # Only at end status will change to OK

. trusting_func.sh
#=============================================


# 
#=============================================
for rel in intel bullxmpi netcdf; do
    printf "Step......................\nGet $rel release\n" > mesg_03_step.txt
    arch_rel=$( echo $LOADEDMODULES | sed "s/.*:$rel\/\([^:]*\).*/\1/" )
    [ $? -ne 0 ] && getout
    echo $rel ${arch_rel} >> model.log
done

sed -n 1p model.log | sed 'i\Fortran compiler' > mesg_04_curiec.txt
sed -n 2p model.log | sed 'i\MPI             ' > mesg_05_mpicurie.txt
sed -n 3p model.log | sed 'i\NetCDF          ' > mesg_06_netcdf_curie.txt


#---------------------------------------------
printf "Step......................\nCheckout XIOS, FCM-make(/EXTERNAL/fcm), NEMO engines (/NEMO) & configuration (/CONFIG)\n" > mesg_03_step.txt
rev=0
for dir in ${DIR_XIOS} ${NEMO_ARCH} ${NEMO_CONF} ${NEMO_EFCM} ${NEMO_ENGI} ${NEMO_IPSL} ${NEMO_TCMP}; do
    svn up $dir
    rev_loc=$( svn info $dir | awk '(NR == 9) {print $NF}' )
    [ $dir == ${DIR_XIOS} ] && echo 'XIOS '${rev_loc} >> model.log && continue
    (( ${rev_loc} >= $rev )) && rev=${rev_loc}
done
echo 'NEMO '$rev >> model.log


#---------------------------------------------
#printf "Step......................\nCompilation NEMO configuration %s\n" ${CONF_REF} > mesg_03_step.txt
#cd ${NEMO_CONF}
#./makenemo -n ${conf_ref_dir} clean
#./makenemo -n ${conf_ref_dir} -r ${CONF_REF} -m X64_CURIE_trust -j 16 #> /dev/null 2>&1
#[ ! -e ${conf_ref_dir}/BLD/bin/nemo.exe ] && getout


#---------------------------------------------
printf "Step......................\nPreparing job\n" > mesg_03_step.txt
cd ${DIR_TEST}
find ${NEMO_CONF}/${conf_ref_dir}/EXP00 -regex '.*\(cfg\|opa\|ref\|xml\)' -exec cp {} . \;
cp ${NEMO_FORC}/${FORC_TAR} . && tar -tvf ${FORC_TAR} > inputs_list.txt && tar -vxf ${FORC_TAR}
[ $? -ne 0 ] && getout
gunzip *.gz


#---------------------------------------------
printf "Step......................\nRunning\n"       > mesg_03_step.txt
#${JOB_SUB} ${DIR_TEST}/../../batch.sh
job_num=$( ${JOB_SUB} ${DIR_TEST}/../../batch.sh | awk '{print $NF}')
[ $? -ne 0 ] && getout

output_test=ocean.output   ; output_refe=${DIR_REFE}/ocean.output
solver_test=solver.stat    ; solver_refe=${DIR_REFE}/solver.stat
tracer_test=tracer.stat    ; tracer_refe=${DIR_REFE}/tracer.stat
inputs_test=inputs_list.txt; inputs_refe=${DIR_REFE}/inputs_list.txt

#time_elapsed=0; time_limit=10800; time_increment=300
time_elapsed=0; time_limit=1080; time_increment=30
sleep ${time_increment}
while [[ $( ${JOB_LIST} | grep $job_num ) && ${time_elapsed} -lt ${time_limit} ]] ; do
#while [[ ! -f ${solver_test} && ${time_elapsed} -lt ${time_limit} ]] ; do
    printf "\n####################################################" >> ${DIR_TEST}/mpp.log
    ${JOB_VIEW} $job_num >> mpp.log
#   ${JOB_VIEW} $id >> mpp.log
    sleep ${time_increment}
    let time_elapsed+=time_increment
done


#---------------------------------------------
printf "Step......................\nTest if solver exists\n"   > mesg_03_step.txt
if [ ! -f ${solver_test} ]; then
    grep 'E R R O R' ocean.output    >> mesg_11_comments.txt
    sed 's/^/Time step :/' time.step >> mesg_11_comments.txt
    getout
fi


#---------------------------------------------
printf "Step......................\nTest solvers difference\n" > mesg_03_step.txt
diff ${output_refe} ${output_test}
[ $? -ne 0 ] && status='FAILED'
diff ${solver_refe} ${solver_test}
[ $? -ne 0 ] && status='FAILED'
diff ${tracer_refe} ${tracer_test}
[ $? -ne 0 ] && status='FAILED'


#---------------------------------------------
printf "Step......................\nTest outputs difference\n" > mesg_03_step.txt
#diff_trusting 2>/dev/null
#[ $? -ne 0 ] && status='FAILED'


#---------------------------------------------
printf "Comments\n\n"              >  mesg_11_comments.txt
grep 'W A R N I N G:' ocean.output >> mesg_11_comments.txt


#---------------------------------------------
if [ $status != 'FAILED' ]; then
    printf "Step......................\nGet Real CPU time\n" > mesg_03_step.txt
    real_cpu_time=$( ${JOB_VIEW} $job_num | awk 'END{print $9}')
    [ $? -ne 0 ] && getout
    printf "Real CPU time\n%s\n" ${real_cpu_time} > mesg_08_realcputime.txt
else
    printf "Step......................\nTest InputFiles difference\n" > mesg_03_step.txt
    diff ${inputs_refe} ${inputs_test}
    { [ $? -ne 0 ] && printf "InputFiles\n%s\n" "Different" > mesg_09_inputfiles.txt } || printf "InputFiles\n%s\n" "Same" > mesg_09_inputfiles.txt
    getout
fi


#---------------------------------------------
printf "Status\nOK\n" > mesg_02_status.txt
printf "Step......................\nCode is reliable\n" > mesg_03_step.txt

#---------------------------------------------
getout