def test_periodic_task_parameters(self):
_set_expiration_policy_config(17, 13)
e_policy = expiration_policy.ExecutionExpirationPolicy(cfg.CONF)
self.assertEqual(
17 * 60,
e_policy._periodic_spacing['run_execution_expiration_policy'])
def test_negative_wrong_conf_values(self):
_set_expiration_policy_config(None, None)
e_policy = expiration_policy.ExecutionExpirationPolicy(cfg.CONF)
self.assertDictEqual({}, e_policy._periodic_spacing)
self.assertListEqual([], e_policy._periodic_tasks)
_set_expiration_policy_config(None, 60)
e_policy = expiration_policy.ExecutionExpirationPolicy(cfg.CONF)
self.assertDictEqual({}, e_policy._periodic_spacing)
self.assertListEqual([], e_policy._periodic_tasks)
_set_expiration_policy_config(60, None)
e_policy = expiration_policy.ExecutionExpirationPolicy(cfg.CONF)
self.assertDictEqual({}, e_policy._periodic_spacing)
self.assertListEqual([], e_policy._periodic_tasks)
def _assert_scheduling(expiration_policy_config, should_schedule):
ExecutionExpirationPolicy._periodic_tasks = []
_set_expiration_policy_config(*expiration_policy_config)
e_policy = expiration_policy.ExecutionExpirationPolicy(cfg.CONF)
if should_schedule:
self.assertTrue(e_policy._periodic_tasks,
"Periodic task should have been created.")
else:
self.assertFalse(e_policy._periodic_tasks,
"Periodic task shouldn't have been created.")