def test_question_name():
"""Test user-set and default question names."""
_load_question_dict({
'instance': {
'instanceName': 'testQuestionName',
'description': 'a test question',
},
})
has_name = bfq.testQuestionName(question_name="manually set")
assert has_name.get_name() == "manually set"
inferred_name = bfq.testQuestionName()
assert inferred_name.get_name().startswith('__testQuestionName_')
def test_question_name(session):
"""Test user-set and default question names."""
qname, qclass = _load_question_dict(TEST_QUESTION_DICT, session)
has_name = qclass(question_name="manually set")
assert has_name.get_name() == "manually set"
inferred_name = qclass()
assert inferred_name.get_name().startswith(
"__{}_".format(TEST_QUESTION_NAME))
def test_question_params(session):
"""Test that a question constructor has right parameters."""
qname, qclass = _load_question_dict(TEST_QUESTION_DICT, session)
parameters = inspect.signature(qclass.__init__).parameters
assert parameters.keys() == {"var1", "question_name"}
def test_question_positional_args(session):
"""Test that a question constructor rejects positional arguments."""
qname, qclass = _load_question_dict(TEST_QUESTION_DICT, session)
with pytest.raises(TypeError):
qclass("positional")
def test_make_check(session):
"""Make a check out of the first available question."""
name, q = _load_question_dict(TEST_QUESTION_DICT, session)
qdict = q().make_check().dict()
assert qdict.get("assertion") == Assertion(AssertionType.COUNT_EQUALS,
0).dict()