def handle(self, *args, **options):
# Make sure we have all neaded parameters available
if not hasattr(settings, 'PERFORMANCETESTS_TEMPLATE_DB'):
raise CommandError('Could not find required setting PERFORMANCETESTS_TEMPLATE_DB')
if not hasattr(settings, 'PERFORMANCETESTS_TEST_USER'):
raise CommandError('Could not find required setting PERFORMANCETESTS_TEST_USER')
if not hasattr(settings, 'PERFORMANCETESTS_TEST_PASS'):
raise CommandError('Could not find required setting PERFORMANCETESTS_TEST_PASS')
test_table_space = getattr(settings, 'PERFORMANCETESTS_TABLE_SPACE', None)
template_db = settings.PERFORMANCETESTS_TEMPLATE_DB
test_user = settings.PERFORMANCETESTS_TEST_USER
test_pass = settings.PERFORMANCETESTS_TEST_PASS
test = PerformanceTest(connection, test_user, test_pass, template_db,
test_table_space)
views = list(TestView.objects.all().order_by('id'))
if not views:
self.stdout.write('No test views found')
return
results = test.run_tests(views)
# Print and optionally save all results
for r in results:
self.stdout.write("URL: %s Time: %sms" % (r.view.url, r.time))
if options['saveresults']:
r.save()
if options['saveresults']:
self.stdout.write('Saved all results')
else:
self.stdout.write('Did not save results')
def handle_noargs(self, **options):
# Make sure we have all neaded parameters available
if not hasattr(settings, 'PERFORMANCETESTS_TEMPLATE_DB'):
raise CommandError('Could not find required setting PERFORMANCETESTS_TEMPLATE_DB')
if not hasattr(settings, 'PERFORMANCETESTS_TEST_USER'):
raise CommandError('Could not find required setting PERFORMANCETESTS_TEST_USER')
if not hasattr(settings, 'PERFORMANCETESTS_TEST_PASS'):
raise CommandError('Could not find required setting PERFORMANCETESTS_TEST_PASS')
test_table_space = getattr(settings, 'PERFORMANCETESTS_TABLE_SPACE', None)
template_db = settings.PERFORMANCETESTS_TEMPLATE_DB
test_user = settings.PERFORMANCETESTS_TEST_USER
test_pass = settings.PERFORMANCETESTS_TEST_PASS
test = PerformanceTest(connection, test_user, test_pass, template_db,
test_table_space)
views = list(TestView.objects.all().order_by('id'))
if not views:
self.stdout.write('No test views found')
return
results = test.run_tests(views)
# Print and optionally save all results
for r in results:
self.stdout.write("URL: %s Time: %sms" % (r.view.url, r.time))
if options['saveresults']:
r.save()
if options['saveresults']:
self.stdout.write('Saved all results')
else:
self.stdout.write('Did not save results')
def handle(self, *args, **options):
# Make sure we have all neaded parameters available
if not hasattr(settings, 'PERFORMANCETESTS_TEMPLATE_DB'):
raise CommandError(
'Could not find required setting PERFORMANCETESTS_TEMPLATE_DB')
if not hasattr(settings, 'PERFORMANCETESTS_TEST_USER'):
raise CommandError(
'Could not find required setting PERFORMANCETESTS_TEST_USER')
if not hasattr(settings, 'PERFORMANCETESTS_TEST_PASS'):
raise CommandError(
'Could not find required setting PERFORMANCETESTS_TEST_PASS')
test_table_space = getattr(settings, 'PERFORMANCETESTS_TABLE_SPACE',
None)
template_db = settings.PERFORMANCETESTS_TEMPLATE_DB
test_user = settings.PERFORMANCETESTS_TEST_USER
test_pass = settings.PERFORMANCETESTS_TEST_PASS
test = PerformanceTest(connection, test_user, test_pass, template_db,
test_table_space)
views = list(TestView.objects.all().order_by('id'))
if not views:
self.stdout.write('No test views found')
return
n_repeat = getattr(settings, 'PERFORMANCETESTS_TEST_REPEAT', 0)
n_skip = getattr(settings, 'PERFORMANCETESTS_TEST_SKIP', 0)
if n_skip > n_repeat:
raise CommandError("PERFORMANCETESTS_TEST_SKIP can't be bigger "
"than PERFORMANCETESTS_TEST_REPEAT")
results, repeat_runs = test.run_tests_and_repeat(views, n_repeat)
# Calculate std. deviation and std. error
std_dev = []
std_err = []
if repeat_runs:
self.stdout.write("Calculating average timings")
for n, r in enumerate(results):
# Get timings and skip first n entries if requested
timings = [r.time] + [rr[n].time for rr in repeat_runs]
timings = timings[n_skip:]
# Calculate average, standard deviation and standard error
r.time = sum(timings) / len(timings)
std = np.std(timings, ddof=1)
sem = stats.sem(timings, axis=None, ddof=1)
std_dev.append(std)
std_err.append(sem)
else:
std_dev = [
"-",
] * len(results)
std_err = [
"-",
] * len(results)
# Print and optionally save all results
for i, r in enumerate(results):
self.stdout.write("URL: %s Time: %sms N: %s SD: %s SE: %s" %
(r.view.url, r.time, 1 + n_repeat - n_skip,
std_dev[i], std_err[i]))
if options['saveresults']:
r.save()
if options['saveresults']:
self.stdout.write('Saved all results')
else:
self.stdout.write('Did not save results')
def handle(self, *args, **options):
# Make sure we have all neaded parameters available
if not hasattr(settings, 'PERFORMANCETESTS_TEMPLATE_DB'):
raise CommandError('Could not find required setting PERFORMANCETESTS_TEMPLATE_DB')
if not hasattr(settings, 'PERFORMANCETESTS_TEST_USER'):
raise CommandError('Could not find required setting PERFORMANCETESTS_TEST_USER')
if not hasattr(settings, 'PERFORMANCETESTS_TEST_PASS'):
raise CommandError('Could not find required setting PERFORMANCETESTS_TEST_PASS')
test_table_space = getattr(settings, 'PERFORMANCETESTS_TABLE_SPACE', None)
template_db = settings.PERFORMANCETESTS_TEMPLATE_DB
test_user = settings.PERFORMANCETESTS_TEST_USER
test_pass = settings.PERFORMANCETESTS_TEST_PASS
test = PerformanceTest(connection, test_user, test_pass, template_db,
test_table_space)
views = list(TestView.objects.all().order_by('id'))
if not views:
self.stdout.write('No test views found')
return
n_repeat = getattr(settings, 'PERFORMANCETESTS_TEST_REPEAT', 0)
n_skip = getattr(settings, 'PERFORMANCETESTS_TEST_SKIP', 0)
if n_skip > n_repeat:
raise CommandError("PERFORMANCETESTS_TEST_SKIP can't be bigger "
"than PERFORMANCETESTS_TEST_REPEAT")
results, repeat_runs = test.run_tests_and_repeat(views, n_repeat)
# Calculate std. deviation and std. error
std_dev = []
std_err = []
if repeat_runs:
self.stdout.write("Calculating average timings")
for n,r in enumerate(results):
# Get timings and skip first n entries if requested
timings = [r.time] + [rr[n].time for rr in repeat_runs]
timings = timings[n_skip:]
# Calculate average, standard deviation and standard error
r.time = sum(timings) / len(timings)
std = np.std(timings, ddof=1)
sem = stats.sem(timings, axis=None, ddof=1)
std_dev.append(std)
std_err.append(sem)
else:
std_dev = ("-",) * len(results)
std_err = ("-",) * len(results)
# Print and optionally save all results
for i,r in enumerate(results):
self.stdout.write("URL: %s Time: %sms N: %s SD: %s SE: %s" % (
r.view.url, r.time, 1 + n_repeat - n_skip, std_dev[i], std_err[i]))
if options['saveresults']:
r.save()
if options['saveresults']:
self.stdout.write('Saved all results')
else:
self.stdout.write('Did not save results')
