def test_jobs_execution(self):
"""
Test used to check if a Job Manager is able to execute multiple jobs.
"""
# creating and starting a job manager
jm = JobManager()
jm.start()
# creating and adding many jobs to the manager
num_jobs = 9
for i in range(num_jobs):
job = Job(increase, (2,))
job.user = 1
jm.addJob(job)
sleep(num_jobs + 1)
# checking if all jobs has been completed
if(len(jm.getAllJobs(1)["COMPLETED"]) != num_jobs):
self.assertTrue(False)
# checking if jobs results are correct
for job_id in jm.getAllJobs(1)["COMPLETED"]:
job = jm.getJob(job_id, 1)
if(job.result != 3):
self.assertTrue(False)
# stopping job manager
jm.stop()
def test_job_get_all2(self): """ Test used to check if the Job Manager is ablke to retrieve the correct Job object by its id. """ jm = JobManager() jm.start() for i in range(5): job = Job(increase, (2,)) job.user = 1 jm.addJob(job) sleep(0.2) self.assertEqual(5, len(jm.getAllJobs(1)['RUNNING'])) sleep(5) jm.stop()
def ttest33333(self):
"""
Test used to check if a Job Manager is able to execute multiple jobs.
"""
# creating and starting a job manager
jm = JobManager()
jm.start()
# creating and adding many jobs to the manager
num_jobs = 10
for i in range(num_jobs):
job = Job(increase, (2,))
job.user = 1
jm.addJob(job)
for job in jm.getAllJobs(1)["QUEUED"]:
job_id = job.id
job2 = jm.getJob(job_id, 1)
if(not job2):
self.assertTrue(False)
# stopping job manager
jm.stop()
