def test_delay_controlled_random(self):
for expected_result, delays in self.TEST_SUITE:
mock_uri_opener = Mock()
side_effect = generate_delays(delays, rand_range=(0, 2))
mock_uri_opener.send_mutant = MagicMock(side_effect=side_effect)
delay_obj = ExactDelay('sleep(%s)')
url = URL('http://moth/?id=1')
req = FuzzableRequest(url)
mutant = QSMutant(req)
mutant.set_dc(url.querystring)
mutant.set_var('id', 0)
ed = ExactDelayController(mutant, delay_obj, mock_uri_opener)
controlled, responses = ed.delay_is_controlled()
# This is where we change from test_delay_controlled, the basic
# idea is that we'll allow false negatives but no false positives
if expected_result == True:
expected_result = [True, False]
else:
expected_result = [
False,
]
self.assertIn(controlled, expected_result, delays)
def test_delay_controlled(self):
for expected_result, delays in self.TEST_SUITE:
mock_uri_opener = Mock()
side_effect = generate_delays(delays)
mock_uri_opener.send_mutant = MagicMock(side_effect=side_effect)
delay_obj = AproxDelay('%s9!', '1', 10)
url = URL('http://moth/?id=1')
req = FuzzableRequest(url)
mutant = QSMutant(req)
mutant.set_dc(url.querystring)
mutant.set_var('id', 0)
ed = AproxDelayController(mutant, delay_obj, mock_uri_opener)
controlled, responses = ed.delay_is_controlled()
self.assertEqual(expected_result, controlled, delays)
def test_delay_controlled(self):
for expected_result, delays in self.TEST_SUITE:
mock_uri_opener = Mock()
side_effect = generate_delays(delays)
mock_uri_opener.send_mutant = MagicMock(side_effect=side_effect)
delay_obj = ExactDelay('sleep(%s)')
url = URL('http://moth/?id=1')
req = FuzzableRequest(url)
mutant = QSMutant(req)
mutant.set_dc(url.querystring)
mutant.set_var('id', 0)
ed = ExactDelayController(mutant, delay_obj, mock_uri_opener)
controlled, responses = ed.delay_is_controlled()
self.assertEqual(expected_result, controlled, delays)