def run():
global pool
pool1 = JobPool(2)
pool2 = JobPool()
if pool1 != pool2:
raise Exception("hmmm, I thought JobPool is 'Singleton'")
try:
JobPool(4)
except Exception as e:
print(("As expected, making a new JobPool with a"
" different cpu count failed: %s") % e)
pool = JobPool()
jobs = []
for j in range(1, 20):
job = TestJob(str(j))
jobs.append(job)
pool.enqueue_job(job)
sample_job = pool.get_asynch_result_object(jobs[3])
# pool.terminate()
pool.wait_for_all_jobs(ignore_error=True)
# Test one of the jobs, to see if it is successful
if sample_job.ready() and sample_job.successful():
assert(jobs[3].result_set is True)
else:
assert(jobs[3].result_set is False)
errors = pool.get_all_job_errors()
# print("Following job errors were raised:", errors)
try:
pool.wait_for_all_jobs(ignore_error=False)
except Exception as e:
print("Seems we have some jobs that failed (expected): ", e)
errs = [pool.get_job_error(job) for job in pool.get_failed_jobs()]
# print(errs)
assert len(errs) == len(errors), \
"Number of errors from failed jobs: %d. Number of errors: %d" % \
(len(errs), len(errors))
assert False not in [x in errors for x in errs]
# print [job.state for job in jobs]
# print("Number of started jobs - number of printed results:", s)
# print("Number of failed jobs:", len(errors))
assert s == len(errors), \
"Parallelization Error, what happened to the rest?"
def run():
global pool
pool1 = JobPool(2)
pool2 = JobPool()
if pool1 != pool2:
raise Exception("hmmm, I thought JobPool is 'Singleton'")
try:
JobPool(4)
except Exception as e:
print(("As expected, making a new JobPool with a"
" different cpu count failed: %s") % e)
pool = JobPool()
jobs = []
for j in range(1, 20):
job = TestJob(str(j))
jobs.append(job)
pool.enqueue_job(job)
sample_job = pool.get_asynch_result_object(jobs[3])
# pool.terminate()
pool.wait_for_all_jobs(ignore_error=True)
# Test one of the jobs, to see if it is successful
if sample_job.ready() and sample_job.successful():
assert (jobs[3].result_set is True)
else:
assert (jobs[3].result_set is False)
errors = pool.get_all_job_errors()
# print("Following job errors were raised:", errors)
try:
pool.wait_for_all_jobs(ignore_error=False)
except Exception as e:
print("Seems we have some jobs that failed (expected): ", e)
errs = [pool.get_job_error(job) for job in pool.get_failed_jobs()]
# print(errs)
assert len(errs) == len(errors), \
"Number of errors from failed jobs: %d. Number of errors: %d" % \
(len(errs), len(errors))
assert False not in [x in errors for x in errs]
# print [job.state for job in jobs]
# print("Number of started jobs - number of printed results:", s)
# print("Number of failed jobs:", len(errors))
assert s == len(errors), \
"Parallelization Error, what happened to the rest?"
#pool.terminate()
pool.wait_for_all_jobs(ignore_error=True)
# Test one of the jobs, to see if it is successful
if sample_job.ready() and sample_job.successful():
assert jobs[3].result_set == True
else:
assert jobs[3].result_set == False
errors = pool.get_all_job_errors()
print "Following job errors were raised:", errors
try:
pool.wait_for_all_jobs(ignore_error=False)
except Exception as e:
print "Seems we have some jobs that failed (expected): ", e
errs = [pool.get_job_error(job) for job in pool.get_failed_jobs()]
print errs
assert len(errs) == len(errors), "Number of errors from failed jobs: %d. Number of errors: %d" %(len(errs), len(errors))
assert False not in [x in errors for x in errs]
#print [job.state for job in jobs]
print "Number of started jobs - number of printed results:", s
print "Number of failed jobs:", len(errors)
assert s == len (errors), "Parallelization Error, what happened to the rest?"
print "Everything seems fine!"
# Test one of the jobs, to see if it is successful
if sample_job.ready() and sample_job.successful():
assert jobs[3].result_set == True
else:
assert jobs[3].result_set == False
errors = pool.get_all_job_errors()
print "Following job errors were raised:", errors
try:
pool.wait_for_all_jobs(ignore_error=False)
except Exception as e:
print "Seems we have some jobs that failed (expected): ", e
errs = [pool.get_job_error(job) for job in pool.get_failed_jobs()]
print errs
assert len(errs) == len(
errors
), "Number of errors from failed jobs: %d. Number of errors: %d" % (
len(errs), len(errors))
assert False not in [x in errors for x in errs]
#print [job.state for job in jobs]
print "Number of started jobs - number of printed results:", s
print "Number of failed jobs:", len(errors)
assert s == len(
errors), "Parallelization Error, what happened to the rest?"