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|
#!/bin/bash
# usage:
# RunRandomValidation <cmd_to_execute> cms2015.root tubes.txt IsRND
#
# if IsRND is 1 then randomize else procedd for all shapes
if [ $# -eq 0 ]; then
echo " Usage: RunRandomValidation <cmd_to_execute> <root_assembly_geom e.g. cms2015.root> <geometry_file e.g. cmstubes.txt> <0|1 :: Random | 1>"
exit
fi
#declare command
cmdline=$1
#declare filenames
fname1=$2 # example "cms2015.root"
if [ ! -e ${fname1} ]; then
echo " file ${fname1} does not exits. "
exit $?
fi
fname2=$3 # example "tubes.txt"
if [ ! -e ${fname2} ]; then
echo " file ${fname2} does not exits. "
exit $?
fi
fname3="Geom_Err_Report.log"
mode=$4 # random or all
echo "Executable: " $fname1
echo "Geometry file: " $fname2
echo "Testfile :" $fname3
echo "Mode :" $mode
# Declare time out time for each Geometry diagnosys
#declare -i timeout=100
timeout=30
# Make a directory in present directory as dir.Shape.Diag
logDIR="dir.Shape.Diag" #${logDIR1}
if [ ! -d "$logDIR" ]; then
mkdir -- "${logDIR}"
echo ${logDIR} " -- a new directory has been created to store all log files"
else
echo ${logDIR} " -- directory already exists and all log files are being stored here."
fi
# here declare how many tests are required e.g. 20 in batch
testNum=2
# declare array in which all geometries are stored
declare -a Geometry
# link file descriptor 10 with stdin
exec 10<&0
exec < $fname2
let count=1
while read LINE; do
Geometry[$count]=$LINE
((count++))
done
((count--))
#echo ${Geometry[@]}
echo Number of Elements: ${#Geometry[@]}
# restoring stdin from file descriptor and closing descriptor
exec 0<&10 10<&-
if [[ ${mode} -eq 1 ]]; then
echo "Running all shapes"
for ((index=1; index <= count; index++)); do
myGeom=${Geometry[$index]}
$1 ${fname1} ${myGeom} # > "{logDIR/${myGeom}.log"
errCode=$?
echo "Exit code :-> " ${errCode}
if [ ${errCode} -ne 0 ]; then
if [ ${errCode} -eq 143 ]; then
errmesg="${myGeom} ---> Failed due to time out"
echo ${errmesg} >> ${logDIR}/${fname3}
else
errmesg="${myGeom} --> Failed due to other runtime errors :: Status code " ${errCode}
echo ${errmesg} >> ${logDIR}/${fname3}
fi
else
errmesg="${myGeom} Passed."
echo ${errmesg} >> ${logDIR}/${fname3}
fi
done
exit ${errCode}
fi
echo "Running random subset of shapes"
# Now generate random serial number of geometry and test
# We perform maximum $testNum numbers of test per slot
for ((index=1; index <= testNum; index++)); do
cue=$((RANDOM % count+1))
myGeom=${Geometry[$cue]}
echo " Index = " ${index} " cue = " ${cue} " Geometry = " ${myGeom} "<<<<<<<"
$1 ${fname1} ${myGeom} # > "${logDIR}/${myGeom}_RND.log"
errCode=$?
echo "Exit code :-> " ${errCode}
if [[ ${errCode} -ne 0 ]]; then
if [[ ${errCode} -eq 143 ]]; then
errmesg="${myGeom} -----> Failed: timeout"
echo ${errmesg} # >> ${logDIR}/${fname3}_RND
else
errmesg="${myGeom} -----> Failed: runtime error: ${errCode}"
echo ${errmesg} # >> ${logDIR}/${fname3}_RND
fi
else
errmesg="${myGeom} Passed."
echo ${errmesg} # >> ${logDIR}/${fname3}_RND
fi
done
exit ${errCode}
|
