def test_create_computation_template_should_log_error_if_computation_id_is_missing(
self,
mock_logger,
mock_backend_response,
): # pylint: disable=no-self-use
MOCK_CREATE_ANALYSIS_RESPONSE = TestJSONResponse(content=({
'user': 2,
'id': 1,
}),
status_code=200)
MOCK_REACTION_NETWORK_RESPONSE = TestJSONResponse(content=({
'user':
2,
'analysis':
1,
'status':
'SUCCESS'
}),
status_code=200)
mock_backend_response.side_effect = (MOCK_CREATE_ANALYSIS_RESPONSE,
MOCK_REACTION_NETWORK_RESPONSE)
scenario = 'create-reaction-network'
url = 'test_url'
token = 'dummy'
scenario_args = {}
create_computation_and_get_results(scenario, url, token, scenario_args)
self.assertEqual(mock_logger.error.call_count, 1)
def test_create_computation_template_should_patch_name_if_name_arg_present_and_scenario_is_with_analysis_scenario(
self,
mock_backend_response,
mock_patch,
): # pylint: disable=no-self-use
mock_backend_response.return_value = MANUAL_RETRO_RESPONSE
scenario = 'create-reaction-network-with-analysis'
url = 'test_url'
token = 'dummy'
scenario_args = {'name': 'test_name'}
create_computation_and_get_results(scenario, url, token, scenario_args)
mock_patch.assert_called_with(url, token, {
'computation-id': 294,
'analysis-id': 348,
'name': 'test_name'
})
def run_greedy_popularity_and_wait_for_success(url, scenario_args):
return create_computation_and_get_results('create-greedy-popularity', url, scenario_args)
def run_manual_retro_and_wait_for_success(url, token, scenario_args):
return create_computation_and_get_results('create-manual-retro', url,
token, scenario_args)
def run_syntaurus_and_wait_for_success(url, scenario_args):
return create_computation_and_get_results('create-syntaurus', url, scenario_args)
def run_reaction_network_with_analysis_and_wait_for_success(
url, token, scenario_args):
return create_computation_and_get_results(
'create-reaction-network-with-analysis', url, token, scenario_args)
def run_minimal_cost_and_wait_for_success(url, token, scenario_args):
return create_computation_and_get_results('create-minimal-cost', url,
token, scenario_args)
def run_reverse_reaction_network_and_wait_for_success(url, token,
scenario_args):
return create_computation_and_get_results(
'create-reverse-reaction-network', url, token, scenario_args)
def run_travel_as_reactant_and_wait_for_success(url, scenario_args):
return create_computation_and_get_results('create-travel-as-reactant', url, scenario_args)
def run_cost_and_popularity_and_wait_for_success(url, token, scenario_args):
return create_computation_and_get_results('create-cost-and-popularity',
url, token, scenario_args)