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shared_cron.csh
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shared_cron.csh
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#!/bin/csh
# The usual error processing of the possible input
if ( ${#argv} != 3 ) then
echo "Usage: $0 SCRIPT_DIR REQUEST_DIR MASTER_TF" > err_msg
echo " where: SCRIPT_DIR is the fixed location of the WRF Regression scripts" >> err_msg
echo " where: REQUEST_DIR is the shared 777 directory where the user puts the 'RUN' file" >> err_msg
echo " where: MASTER_TF is the master=true or master=false switch identifying the subservient proletariat processes" >> err_msg
echo " " >> err_msg
echo `hostname` >> err_msg
echo "Not enough arguments" >> err_msg
echo "Mail -s "WTF class FAIL start" [email protected] < err_msg"
cat err_msg
rm err_msg
exit ( 1 )
endif
set SCRIPT_DIR = $1
set REQUEST_DIR = $2
set MASTER_TF = $3
if ( ! -d $SCRIPT_DIR ) then
echo "SCRIPT DIR does not exist: $SCRIPT_DIR" > err_msg
echo "This is the directory where the regression scripts are located" >> err_msg
echo `hostname` >> err_msg
echo "Mail -s "class FAIL SCRIPT DIR" [email protected] < err_msg"
cat err_msg
rm err_msg
exit ( 2 )
endif
set INIT_SCRIPT = 01_get_wrf_src_for_container.csh
set RUN_SCRIPT = 02_run_build_and_cases.csh
if ( ( ! -e $SCRIPT_DIR/$INIT_SCRIPT ) || ( ! -e $SCRIPT_DIR/$RUN_SCRIPT ) ) then
echo "SCRIPT DIR missing files: $SCRIPT_DIR" > err_msg
echo "SCRIPT DIR missing INIT or RUN SCRIPTS: $INIT_SCRIPT " >> err_msg
echo "SCRIPT DIR missing INIT or RUN SCRIPTS: $RUN_SCRIPT " >> err_msg
echo `hostname` >> err_msg
echo "Mail -s "class FAIL missing scripts" [email protected] < err_msg"
cat err_msg
rm err_msg
exit ( 3 )
endif
if ( ! -d $REQUEST_DIR ) then
echo "REQUEST DIR does not exist: $REQUEST_DIR" > err_msg
echo "REQUEST DIR is the 777 permission directory where the RUN file is located" >> err_msg
echo `hostname` >> err_msg
echo "Mail -s "class FAIL REQUEST DIR" [email protected] < err_msg"
cat err_msg
rm err_msg
exit ( 4 )
endif
set permissions = `stat -c "%a %n" $REQUEST_DIR | awk '{print $1}'`
if ( "$permissions" != "777" ) then
echo "Permissions for $REQUEST_DIR not 777" > err_msg
echo `hostname` >> err_msg
echo "Mail -s "class FAIL Permission REQUEST DIR" [email protected] < err_msg"
cat err_msg
rm err_msg
exit ( 5 )
endif
if ( ( $MASTER_TF != master=true ) && ( $MASTER_TF != master=false ) ) then
echo "MASTER neither true nor false" > err_msg
echo "The $MASTER_TF determines whether the process management or labor" >> err_msg
echo `hostname` >> err_msg
echo "Mail -s "master T / F" [email protected] < err_msg"
cat err_msg
rm err_msg
exit ( 6 )
endif
# Check on some files that will tell us what we are to do, and
# what we may already be doing. This is a bit more obvious to
# check than a 0 return code.
set TRUE = 0
# A user specifies to run a job.
ls $REQUEST_DIR | grep -q RUN ; set RUN = $status
# If that job request is well-formed, and nothing else is happening,
# the it is turned into a valid request by the master process. This
# flag file is acted on by the worker bees.
ls $REQUEST_DIR | grep -q VALID_REQUEST ; set VALID_REQUEST = $status
# While the worker bees are doing their processing (building code,
# running tests, etc), the flag file for this particular build
# (combination of build type, parallel option, and run-time namelist
# location) is set to indiate that the processing is still going on.
# This flag has a naming convention that is specific to the build /
# run combination. This flag file is set by each worker bee.
ls $REQUEST_DIR | grep -q DOING_NOW ; set DOING_NOW = $status
# After a build is complete and all of the associated cases are
# finished, the worker bee modifies the flag file status to be
# upgraded from "under way" to "done".
ls $REQUEST_DIR | grep -q COMPLETE ; set COMPLETE = $status
# On any malformed request to conduct testing, the RUN file is renamed
# by the master process.
ls $REQUEST_DIR | grep -q FAIL ; set FAIL = $status
# Task depend on whether this is the master, in charge of all cron stuff
# MASTER = TRUE
if ( $MASTER_TF == master=true ) then
# Use the flag file status to determine what stage we are at.
if ( ( $VALID_REQUEST == $TRUE ) && ( $DOING_NOW != $TRUE )&& ( $COMPLETE == $TRUE ) ) then
set ACTIVITY = CLOSE_UP_SHOP
else if ( $VALID_REQUEST == $TRUE ) then
set ACTIVITY = LET_IT_CONTINUE_TO_RUN
else if ( $RUN == $TRUE ) then
set ACTIVITY = CHECK_VALID
else if ( $FAIL == $TRUE ) then
set ACTIVITY = BAD_INITIATION
else
set ACTIVITY = ALL_QUIET
endif
# All test cases for all builds are complete. Run last script for
# bit-wise comparison, do clean-up.
if ( $ACTIVITY == CLOSE_UP_SHOP ) then
echo `date` closing up shop
chmod 755 $REQUEST_DIR/wrf-coop/last_only_once.csh
$REQUEST_DIR/wrf-coop/last_only_once.csh >& attach.txt
set name = `grep Email: $REQUEST_DIR/VALID_REQUEST | cut -d":" -f2 | awk '{print $1}'`
cat > message.txt << EOF
The bit-for-bit comparisons, where appropriate, are the last
pieces of the regression test. The status of each reported
comparison should be zero.
The following is the code that was tested:
EOF
cat $REQUEST_DIR/VALID_REQUEST >> message.txt
Mail -s "Classroom test B4B" -a attach.txt $name < message.txt
rm attach.txt
rm message.txt
rm -f $REQUEST_DIR/VALID_REQUEST
rm $REQUEST_DIR/COMPLETE_* >& /dev/null
else if ( $ACTIVITY == LET_IT_CONTINUE_TO_RUN ) then
echo `date` letting it run
else if ( $ACTIVITY == CHECK_VALID ) then
set email = `grep -i Email: $REQUEST_DIR/RUN | cut -d":" -f2- | awk '{print $1}'`
set fork = `grep -i Fork: $REQUEST_DIR/RUN | cut -d":" -f2- | awk '{print $1}'`
set repo = `grep -i Repo: $REQUEST_DIR/RUN | cut -d":" -f2- | awk '{print $1}'`
set branch = `grep -i Branch: $REQUEST_DIR/RUN | cut -d":" -f2- | awk '{print $1}'`
echo $email | grep -q @ ; set OK1 = $status
echo $email | grep -q . ; set OK2 = $status
echo $fork | grep -q https ; set OK3 = $status
if ( ( $OK1 == $TRUE ) && ( $OK2 == $TRUE ) && ( $OK3 == $TRUE ) ) then
date
pushd $REQUEST_DIR
$SCRIPT_DIR/$INIT_SCRIPT $REQUEST_DIR $fork $repo $branch
mv $REQUEST_DIR/RUN $REQUEST_DIR/VALID_REQUEST
chmod 777 $REQUEST_DIR/VALID_REQUEST
else
mv $REQUEST_DIR/RUN $REQUEST_DIR/FAIL
endif
else if ( $ACTIVITY == BAD_INITIATION ) then
else if ( $ACTIVITY == ALL_QUIET ) then
echo `date` all quiet
exit ( 0 )
endif
# MASTER = FALSE. A lowly worker bee, but acutally does the work; not just a
# scheduler, like the big, big boss.
else if ( $MASTER_TF == master=false ) then
# Use the flag file status to determine what stage we are at.
if ( ( $VALID_REQUEST == $TRUE ) && ( $DOING_NOW != $TRUE )&& ( $COMPLETE == $TRUE ) ) then
set ACTIVITY = CLOSE_UP_SHOP
else if ( ( $VALID_REQUEST == $TRUE ) && ( $DOING_NOW == $TRUE ) ) then
set ACTIVITY = LET_IT_CONTINUE_TO_RUN
else if ( ( $VALID_REQUEST == $TRUE ) && ( $DOING_NOW != $TRUE )&& ( $COMPLETE != $TRUE ) ) then
set ACTIVITY = START_ME_UP
else if ( $VALID_REQUEST != $TRUE ) then
set ACTIVITY = ALL_QUIET
endif
# Tell me what I am supposed to be feeling right now.
if ( $ACTIVITY == CLOSE_UP_SHOP ) then
echo `date` shutting down `hostname`
else if ( $ACTIVITY == LET_IT_CONTINUE_TO_RUN ) then
echo `date` letting it run on `hostname`
else if ( $ACTIVITY == START_ME_UP ) then
echo `date` starting up test for `hostname`
pushd ~
foreach f ( build.csh Dockerfile Dockerfile-NMM foo.list last_only_once.csh \
Namelists nml.tar output.txt single_init.csh single_end.csh SUCCESS_FAIL \
test_001m.csh test_001o.csh test_001s.csh \
test_002m.csh \
test_003m.csh test_003s.csh \
test_004m.csh test_004o.csh test_004s.csh \
test_005m.csh test_005o.csh test_005s.csh \
test_006m.csh test_006o.csh test_006s.csh \
test_007m.csh test_007o.csh test_007s.csh \
test_008m.csh \
test_009m.csh test_009o.csh test_009s.csh \
test_010s.csh \
test_011m.csh test_011o.csh test_011s.csh \
test_012m.csh test_012o.csh test_012s.csh \
test_013m.csh test_013o.csh test_013s.csh \
test_014m.csh test_014o.csh test_014s.csh \
test_015m.csh test_015o.csh test_015s.csh \
test_016m.csh test_016o.csh test_016s.csh \
test_017m.csh test_017o.csh test_017s.csh \
test_018m.csh test_018s.csh \
test_019m.csh test_019s.csh )
if ( -e $f ) then
rm -rf $f
endif
end
popd
set email = `grep -i Email: $REQUEST_DIR/VALID_REQUEST | cut -d":" -f2- | awk '{print $1}'`
$SCRIPT_DIR/$RUN_SCRIPT $email
else if ( $ACTIVITY == ALL_QUIET ) then
echo `date` nothing to do for `hostname`
exit ( 0 )
endif
endif