def test_check_expired_when_not_expired(self):
"""Testing IntegrationManager.check_expired when not expired"""
manager = IntegrationManager(IntegrationConfig)
# Cache some state.
integration = manager.register_integration_class(DummyIntegration1)
integration.create_config(enabled=True, save=True)
manager.get_integration_configs(DummyIntegration1)
# Make sure the integration isn't enabled. This would be because we
# haven't refreshed yet.
self.assertFalse(integration.enabled)
self.assertNotEqual(manager._integration_configs, {})
# Fake having the latest state.
manager._needs_recalc = False
# Check expired state, without actually expiring it.
self.assertFalse(manager.is_expired())
manager.check_expired()
# Make sure state has not changed.
self.assertFalse(manager.is_expired())
self.assertFalse(integration.enabled)
self.assertNotEqual(manager._integration_configs, {})
def test_check_expired_when_expired(self):
"""Testing IntegrationManager.check_expired when expired"""
manager = IntegrationManager(IntegrationConfig)
# Cache some state.
integration1 = manager.register_integration_class(DummyIntegration1)
integration1.create_config(enabled=True, save=True)
manager.get_integration_configs(DummyIntegration1)
integration2 = manager.register_integration_class(DummyIntegration2)
manager.get_integration_configs(DummyIntegration1)
# Make sure the integration isn't enabled. This would be because we
# haven't refreshed yet.
self.assertFalse(integration1.enabled)
self.assertFalse(integration2.enabled)
self.assertNotEqual(manager._integration_configs, {})
# Check expired state.
self.assertTrue(manager.is_expired())
manager.check_expired()
# Make sure state has been updated and caches cleared.
self.assertTrue(integration1.enabled)
self.assertFalse(integration2.enabled)
self.assertEqual(manager._integration_configs, {})
def test_check_expired_when_expired(self):
"""Testing IntegrationManager.check_expired when expired"""
manager = IntegrationManager(IntegrationConfig)
# Cache some state.
integration1 = manager.register_integration_class(DummyIntegration1)
integration1.create_config(enabled=True, save=True)
manager.get_integration_configs(DummyIntegration1)
integration2 = manager.register_integration_class(DummyIntegration2)
manager.get_integration_configs(DummyIntegration1)
# Make sure the integration isn't enabled. This would be because we
# haven't refreshed yet.
self.assertFalse(integration1.enabled)
self.assertFalse(integration2.enabled)
self.assertNotEqual(manager._integration_configs, {})
# Check expired state.
self.assertTrue(manager.is_expired())
manager.check_expired()
# Make sure state has been updated and caches cleared.
self.assertFalse(manager.is_expired())
self.assertTrue(integration1.enabled)
self.assertFalse(integration2.enabled)
self.assertEqual(manager._integration_configs, {})
def test_check_expired_when_not_expired(self):
"""Testing IntegrationManager.check_expired when not expired"""
manager = IntegrationManager(IntegrationConfig)
# Cache some state.
integration = manager.register_integration_class(DummyIntegration1)
integration.create_config(enabled=True, save=True)
manager.get_integration_configs(DummyIntegration1)
# Make sure the integration isn't enabled. This would be because we
# haven't refreshed yet.
self.assertFalse(integration.enabled)
self.assertNotEqual(manager._integration_configs, {})
# Fake having the latest state.
manager._needs_recalc = False
# Check expired state, without actually expiring it.
self.assertFalse(manager.is_expired())
manager.check_expired()
# Make sure state has not changed.
self.assertFalse(manager.is_expired())
self.assertFalse(integration.enabled)
self.assertNotEqual(manager._integration_configs, {})
