def test_known_sign_on_mode(): response = copy.deepcopy(SAML_APP_RESP_DICT) config = { "orgUrl": "https://test_org.okta.com", "token": "test_token", "requestExecutor": MockRequestExecutor, } client = Client(config) # check list applications client._request_executor.set_response([response]) event_loop = asyncio.get_event_loop() result, resp, err = event_loop.run_until_complete( client.list_applications()) assert type(result[0]) == SamlApplication assert result[0].as_dict() == EXPECTED_SAML_APP_AS_DICT # check get application client._request_executor.set_response(response) event_loop = asyncio.get_event_loop() result, resp, err = event_loop.run_until_complete( client.get_application("test_id")) assert type(result) == SamlApplication assert result.as_dict() == EXPECTED_SAML_APP_AS_DICT
def test_unknown_sign_on_mode(): response = copy.deepcopy(SAML_APP_RESP_DICT) response["signOnMode"] = "UNKNOWN_SIGN_ON_MODE" expected = copy.deepcopy(EXPECTED_SAML_APP_AS_DICT) expected["signOnMode"] = ApplicationSignOnMode("UNKNOWN_SIGN_ON_MODE") expected["settings"] = { "app": {}, "notifications": { "vpn": { "network": { "connection": "DISABLED", "exclude": [], "include": [] } } }, } config = { "orgUrl": "https://test_org.okta.com", "token": "test_token", "requestExecutor": MockRequestExecutor, } client = Client(config) # check list applications client._request_executor.set_response([response]) event_loop = asyncio.get_event_loop() result, resp, err = event_loop.run_until_complete( client.list_applications()) # verify if result fallbacks to generic Application assert type(result[0]) != SamlApplication assert type(result[0]) == Application assert result[0].as_dict() == expected # check get application client._request_executor.set_response(response) event_loop = asyncio.get_event_loop() result, resp, err = event_loop.run_until_complete( client.get_application("test_id")) # verify if result fallbacks to generic Application assert type(result) != SamlApplication assert type(result) == Application assert result.as_dict() == expected