def test_notifications_for_cancelled_jobs():
print "Creating proxy ..."
cream_testing.create_proxy("sarabINFN","dteam")
print "Creating jdl"
jdl_fname = cream_testing.sleep_jdl("dteam","300", "/tmp")
print "Submitting job " + jdl_fname
cream_job_id = cream_testing.submit_job(jdl_fname, "cream-06.pd.infn.it:8443/cream-pbs-cert" )
print cream_job_id
time.sleep(60)
print "Verifying status of job " + cream_job_id
cream_regression.job_status_should_be_in(cream_job_id, ['PENDING', 'RUNNING', 'REALLY-RUNNING'])
print "Cancelling job " + cream_job_id
cream_testing.cancel_job(cream_job_id)
print "Sleeping 200sec"
time.sleep(200)
job_num = blah_testing.get_job_num_from_jid(cream_job_id)
#job_num = "985342878"
blah_parser_log_file_name = blah_testing.get_blah_parser_log_file_name()
local_blah_parser_log_file = cream_regression.get_file_from_ce(blah_parser_log_file_name, "/tmp")
#local_blah_parser_log_file = "/tmp/local_copy_of_a_cream_file"
time.sleep(200)
notifications_list = blah_testing.get_notifications_in_blah_parser_log(local_blah_parser_log_file, job_num)
print notifications_list
print blah_testing.check_notifications_for_cancelled(notifications_list)
def test_notifications_for_normally_finished_jobs():
# Create_proxy
cream_testing.create_proxy("sarabINFN", "dteam")
# sleep_jdl(100)
jdl_fname = cream_testing.sleep_jdl("dteam", "100", "/tmp")
#submit()
cream_job_id = cream_testing.submit_job(
jdl_fname, "cream-06.pd.infn.it:8443/cream-pbs-cert")
print cream_job_id
time.sleep(5)
#get_final_status()
print "Getting final job status ... "
final_job_status = cream_testing.get_final_status(cream_job_id)
print "Final job status = " + final_job_status
time.sleep(200)
job_num = blah_testing.get_job_num_from_jid(cream_job_id)
blah_parser_log_file_name = blah_testing.get_blah_parser_log_file_name()
local_blah_parser_log_file = cream_regression.get_file_from_ce(
blah_parser_log_file_name, "/tmp")
notifications_list = blah_testing.get_notifications_in_blah_parser_log(
local_blah_parser_log_file, job_num)
print notifications_list
print blah_testing.check_notifications_for_normally_finished(
notifications_list)
def test_notifications_for_normally_finished_jobs():
# Create_proxy
cream_testing.create_proxy("sarabINFN","dteam")
# sleep_jdl(100)
jdl_fname = cream_testing.sleep_jdl("dteam","100", "/tmp")
#submit()
cream_job_id = cream_testing.submit_job(jdl_fname, "cream-06.pd.infn.it:8443/cream-pbs-cert" )
print cream_job_id
time.sleep(5)
#get_final_status()
print "Getting final job status ... "
final_job_status = cream_testing.get_final_status(cream_job_id)
print "Final job status = " + final_job_status
time.sleep(200)
job_num = blah_testing.get_job_num_from_jid(cream_job_id)
blah_parser_log_file_name = blah_testing.get_blah_parser_log_file_name()
local_blah_parser_log_file = cream_regression.get_file_from_ce(blah_parser_log_file_name, "/tmp")
notifications_list = blah_testing.get_notifications_in_blah_parser_log(local_blah_parser_log_file, job_num)
print notifications_list
print blah_testing.check_notifications_for_normally_finished(notifications_list)
def test_notifications_for_cancelled_jobs():
print "Creating proxy ..."
cream_testing.create_proxy("sarabINFN","dteam")
print "Creating jdl"
jdl_fname = cream_testing.sleep_jdl("dteam","300", "/tmp")
print "Submitting job " + jdl_fname
cream_job_id = cream_testing.submit_job(jdl_fname, "cream-06.pd.infn.it:8443/cream-pbs-cert" )
print cream_job_id
time.sleep(60)
print "Verifying status of job " + cream_job_id
cream_regression.job_status_should_be_in(cream_job_id, ['PENDING', 'RUNNING', 'REALLY-RUNNING'])
print "Cancelling job " + cream_job_id
cream_testing.cancel_job(cream_job_id)
print "Sleeping 200sec"
time.sleep(200)
job_num = blah_testing.get_job_num_from_jid(cream_job_id)
blah_parser_log_file_name = blah_testing.get_blah_parser_log_file_name()
local_blah_parser_log_file = cream_regression.get_file_from_ce(blah_parser_log_file_name, "/tmp")
time.sleep(200)
notifications_list = blah_testing.get_notifications_in_blah_parser_log(local_blah_parser_log_file, job_num)
print notifications_list
print blah_testing.check_notifications_for_cancelled(notifications_list)
def saturate_batch_system(jdl_file_name='empty'):
'''
| Description: | Reads from test suite configuration file the value of total CPU number |
| | present in the batch cluster and submits a number of jobs equal to |
| | the total CPU number, to saturete the batch system reading submission |
| | parameters from configuration file. |
| Arguments: | None |
| Returns: | The list of cream job ids of submitted jobs |
| Exceprtions: | TestsuiteError | if an error is present in parameters read from config |
'''
my_conf = cream_testsuite_conf.CreamTestsuiteConfSingleton()
tot_cpu_in_batch_cluster = my_conf.getParam('batch_system', 'tot_cpu_num')
vo = my_conf.getParam('submission_info', 'vo')
proxy_pass = my_conf.getParam('submission_info', 'proxy_pass')
ce_endpoint = my_conf.getParam('submission_info', 'ce_endpoint')
cream_queue = my_conf.getParam('submission_info', 'cream_queue')
#output_dir = my_conf.getParam('testsuite_behaviour','tmp_dir')
output_dir = regression_vars.tmp_dir
ce = ce_endpoint + "/" + cream_queue
if len(tot_cpu_in_batch_cluster) == 0:
raise testsuite_exception.TestsuiteError(
"Mandatory parameter tot_cpu_num is empty. Check testsuite configuration"
)
if len(vo) == 0:
raise testsuite_exception.TestsuiteError(
"Mandatory parameter vo is empty. Check testsuite configuration")
if len(output_dir) == 0:
raise testsuite_exception.TestsuiteError(
"Mandatory parameter tmp_dir is empty. Check testsuite configuration"
)
print "Creating proxy ..."
cream_testing.create_proxy(proxy_pass, vo)
jdl_fname = ""
if jdl_file_name == 'empty':
print "Creating jdl"
jdl_fname = cream_testing.sleep_jdl(vo, "300", output_dir)
else:
jdl_fname = jdl_file_name
print "Submitting " + tot_cpu_in_batch_cluster + " jobs ..."
cream_job_ids = list()
cream_job_ids = submit_n_jobs(tot_cpu_in_batch_cluster, jdl_fname)
print cream_job_ids
return cream_job_ids
def saturate_batch_system(jdl_file_name='empty'):
'''
| Description: | Reads from test suite configuration file the value of total CPU number |
| | present in the batch cluster and submits a number of jobs equal to |
| | the total CPU number, to saturete the batch system reading submission |
| | parameters from configuration file. |
| Arguments: | None |
| Returns: | The list of cream job ids of submitted jobs |
| Exceprtions: | TestsuiteError | if an error is present in parameters read from config |
'''
my_conf = cream_testsuite_conf.CreamTestsuiteConfSingleton()
tot_cpu_in_batch_cluster = my_conf.getParam('batch_system','tot_cpu_num')
vo = my_conf.getParam('submission_info','vo')
proxy_pass = my_conf.getParam('submission_info','proxy_pass')
ce_endpoint = my_conf.getParam('submission_info','ce_endpoint')
cream_queue = my_conf.getParam('submission_info', 'cream_queue')
#output_dir = my_conf.getParam('testsuite_behaviour','tmp_dir')
output_dir = regression_vars.tmp_dir
ce = ce_endpoint + "/" + cream_queue
if len(tot_cpu_in_batch_cluster) == 0:
raise testsuite_exception.TestsuiteError("Mandatory parameter tot_cpu_num is empty. Check testsuite configuration")
if len(vo) == 0:
raise testsuite_exception.TestsuiteError("Mandatory parameter vo is empty. Check testsuite configuration")
if len(output_dir) == 0:
raise testsuite_exception.TestsuiteError("Mandatory parameter tmp_dir is empty. Check testsuite configuration")
print "Creating proxy ..."
cream_testing.create_proxy(proxy_pass, vo)
jdl_fname = ""
if jdl_file_name == 'empty':
print "Creating jdl"
jdl_fname = cream_testing.sleep_jdl(vo, "300", output_dir)
else:
jdl_fname = jdl_file_name
print "Submitting " + tot_cpu_in_batch_cluster + " jobs ..."
cream_job_ids = list()
cream_job_ids = submit_n_jobs(tot_cpu_in_batch_cluster, jdl_fname)
print cream_job_ids
return cream_job_ids
import cream_testing, blah_testing, blah_regression, cream_regression
import time
import datetime
print "Creating proxy ..."
cream_testing.create_proxy("sarabINFN", "dteam")
print "Creating jdl"
jdl_fname = cream_testing.sleep_jdl("dteam", "150", "/tmp")
# With PBS and SGE it is possible to suspend only IDLE (i.e. not yet running) jobs.
# To perform the test, first saturate the batch system, second submit the job which
# will be under test.
# At the end of the test cancel all submitted job to free the batch system
#print "Saturating batch system"
job_ids_list = blah_testing.saturate_batch_system(jdl_fname)
print "send other 10 jobs"
cream_job_ids = list()
cream_job_ids = blah_testing.submit_n_jobs(10, jdl_fname)
submitted_jobs = cream_job_ids + job_ids_list
cream_regression.suspend_n_jobs(submitted_jobs)
print "sleep 90"
time.sleep(90)
cream_regression.resume_n_jobs(submitted_jobs)
print "sleep 360"
time.sleep(360)
def test_notifications_for_suspended_resumed_jobs():
print "Creating proxy ..."
cream_testing.create_proxy("sarabINFN","dteam")
print "Creating jdl"
jdl_fname = cream_testing.sleep_jdl("dteam","300", "/tmp")
# With PBS and SGE it is possible to suspend only IDLE (i.e. not yet running) jobs.
# To perform the test, first saturate the batch system, second submit the job which
# willbe under test.
# At the end of the test cancel all submitted job to free the batch system
print "Saturating batch system"
job_ids_list = blah_testing.saturate_batch_system()
print "Submitting job " + jdl_fname
cream_job_id = cream_testing.submit_job(jdl_fname, "cream-06.pd.infn.it:8443/cream-pbs-cert" )
print cream_job_id
print "Sleeping 1min"
time.sleep(60)
print "Verifying status of job " + cream_job_id
cream_regression.job_status_should_be_in(cream_job_id, ['IDLE'])
print "Suspending job ..."
cream_testing.suspend_job(cream_job_id)
print "Sleeping 10sec"
time.sleep(10)
#check if job suspended on batch system. It is enough check status and verify it is 'HELD'
print "Verifying status of job " + cream_job_id + ". Should be in 'HELD'"
cream_regression.job_status_should_be_in(cream_job_id, ['HELD'])
#count = int(len(job_ids_list)/4)
#print "Sleep " + str(count) + "sec"
#time.sleep(count)
print "Cancel job saturating batch system"
blah_testing.cancel_list_of_jobs(job_ids_list)
print "Sleeping 5 min ..."
time.sleep(300)
print "Resuming job ..."
cream_testing.resume_job(cream_job_id)
print "Getting final job status ... "
final_job_status = cream_testing.get_final_status(cream_job_id)
print "Final job status = " + final_job_status
print "Sleeping 30sec"
time.sleep(30)
job_num = blah_testing.get_job_num_from_jid(cream_job_id)
blah_parser_log_file_name = blah_testing.get_blah_parser_log_file_name()
local_blah_parser_log_file = cream_regression.get_file_from_ce(blah_parser_log_file_name, "/tmp")
print "Sleeping 6min."
time.sleep(360)
print "Get notifications list in blah parser log file local copy"
notifications_list = blah_testing.get_notifications_in_blah_parser_log(local_blah_parser_log_file, job_num)
print notifications_list
print blah_testing.check_notifications_for_resumed(notifications_list)
print "Cancelling all jobs..."
cream_testing.cancel_all_jobs("cream-06.pd.infn.it:8443")
def test_notifications_for_suspended_resumed_jobs():
print "Creating proxy ..."
cream_testing.create_proxy("sarabINFN", "dteam")
print "Creating jdl"
jdl_fname = cream_testing.sleep_jdl("dteam", "300", "/tmp")
# With PBS and SGE it is possible to suspend only IDLE (i.e. not yet running) jobs.
# To perform the test, first saturate the batch system, second submit the job which
# willbe under test.
# At the end of the test cancel all submitted job to free the batch system
print "Saturating batch system"
job_ids_list = blah_testing.saturate_batch_system()
print "Submitting job " + jdl_fname
cream_job_id = cream_testing.submit_job(
jdl_fname, "cream-06.pd.infn.it:8443/cream-pbs-cert")
print cream_job_id
print "Sleeping 1min"
time.sleep(60)
print "Verifying status of job " + cream_job_id
cream_regression.job_status_should_be_in(cream_job_id, ['IDLE'])
print "Suspending job ..."
cream_testing.suspend_job(cream_job_id)
print "Sleeping 10sec"
time.sleep(10)
#check if job suspended on batch system. It is enough check status and verify it is 'HELD'
print "Verifying status of job " + cream_job_id + ". Should be in 'HELD'"
cream_regression.job_status_should_be_in(cream_job_id, ['HELD'])
#count = int(len(job_ids_list)/4)
#print "Sleep " + str(count) + "sec"
#time.sleep(count)
print "Cancel job saturating batch system"
blah_testing.cancel_list_of_jobs(job_ids_list)
print "Sleeping 5 min ..."
time.sleep(300)
print "Resuming job ..."
cream_testing.resume_job(cream_job_id)
print "Getting final job status ... "
final_job_status = cream_testing.get_final_status(cream_job_id)
print "Final job status = " + final_job_status
print "Sleeping 30sec"
time.sleep(30)
job_num = blah_testing.get_job_num_from_jid(cream_job_id)
blah_parser_log_file_name = blah_testing.get_blah_parser_log_file_name()
local_blah_parser_log_file = cream_regression.get_file_from_ce(
blah_parser_log_file_name, "/tmp")
print "Sleeping 6min."
time.sleep(360)
print "Get notifications list in blah parser log file local copy"
notifications_list = blah_testing.get_notifications_in_blah_parser_log(
local_blah_parser_log_file, job_num)
print notifications_list
print blah_testing.check_notifications_for_resumed(notifications_list)
print "Cancelling all jobs..."
cream_testing.cancel_all_jobs("cream-06.pd.infn.it:8443")
import cream_testing, blah_testing, cream_regression
import time
print "Creating proxy ..."
cream_testing.create_proxy("sarabINFN","dteam")
print "Creating jdl"
jdl_fname = cream_testing.sleep_jdl("dteam","300", "/tmp")
# With PBS and SGE it is possible to suspend only IDLE (i.e. not yet running) jobs.
# To perform the test, first saturate the batch system, second submit the job which
# willbe under test.
# At the end of the test cancel all submitted job to free the batch system
print "Saturating batch system"
job_ids_list = blah_testing.saturate_batch_system()
print "Submitting job " + jdl_fname
cream_job_id = cream_testing.submit_job(jdl_fname, "cream-06.pd.infn.it:8443/cream-pbs-cert" )
print cream_job_id
print "Sleeping 1min"
time.sleep(60)
print "Verifying status of job " + cream_job_id
cream_regression.job_status_should_be_in(cream_job_id, ['IDLE'])
print "Suspending job ..."
cream_testing.suspend_job(cream_job_id)
print "Sleeping 10sec"
time.sleep(10)