def test_check_workflow(session_scope_function):
# load the workflow from the iris kit which is in the test data
for kit in ['iris', 'boston_housing']:
kit_path = os.path.join(HERE, 'data', '{}_kit'.format(kit))
problem_module = import_module_from_source(
os.path.join(kit_path, 'problem.py'), 'problem')
add_workflow(session_scope_function, problem_module.workflow)
workflow = get_workflow(session_scope_function, None)
assert len(workflow) == 2
assert isinstance(workflow, list)
workflow = get_workflow(session_scope_function, 'Classifier')
assert workflow.name == 'Classifier'
assert isinstance(workflow, Workflow)
@property
def element_names(self):
if self.case == 'multiple-dot':
return ['too.much.dot.workflow']
elif self.case == 'unknown-extension':
return ['function.cpp']
@pytest.mark.parametrize("case, err_msg",
[('multiple-dot', 'should contain at most one "."'),
('unknown-extension', 'Unknown extension')])
def test_add_workflow_error(case, err_msg, session_scope_function):
workflow = WorkflowFaultyElements(case=case)
with pytest.raises(ValueError, match=err_msg):
add_workflow(session_scope_function, workflow)
# TODO: there is no easy way to test a non valid type extension.
def test_check_workflow(session_scope_function):
# load the workflow from the iris kit which is in the test data
for kit in ['iris', 'boston_housing']:
kit_path = os.path.join(HERE, 'data', '{}_kit'.format(kit))
problem_module = import_module_from_source(
os.path.join(kit_path, 'problem.py'), 'problem')
add_workflow(session_scope_function, problem_module.workflow)
workflow = get_workflow(session_scope_function, None)
assert len(workflow) == 2
assert isinstance(workflow, list)
workflow = get_workflow(session_scope_function, 'Classifier')
assert workflow.name == 'Classifier'
