class ResponseRuleProviderTest(TestCase): fixtures = ('test_api.json',) def setUp(self): self.provider = ResponseRuleProvider() def assert_allowed_matchers_rules_choices(self, choices, expected_choices): self.assertEqual(len(choices), len(expected_choices)) for choice1, choice2 in zip(sorted(choices), sorted(expected_choices)): self.assertEqual(choice1, choice2) def test_register_matcher_class(self): rule = RequestParamExistsMatcher.rule_name() self.provider.register_matcher_class(RequestParamExistsMatcher) self.assert_allowed_matchers_rules_choices(self.provider.allowed_matchers_rules_choices(), [(rule, rule)]) self.assertIsNotNone(self.provider.get_matcher(rule, "", "")) with self.assertRaises(MatchingResponseRuleNotFound): self.provider.get_matcher("INVALID", "", "") def test_raises_exception_when_invalid_class_is_registered(self): class Invalid(object): pass with self.assertRaises(InvalidResponseRuleMatcher): self.provider.register_matcher_class(Invalid)
class ResponseRuleProviderTest(TestCase): fixtures = ('test_api.json', ) def setUp(self): self.provider = ResponseRuleProvider() def assert_allowed_matchers_rules_choices(self, choices, expected_choices): self.assertEqual(len(choices), len(expected_choices)) for choice1, choice2 in zip(sorted(choices), sorted(expected_choices)): self.assertEqual(choice1, choice2) def test_register_matcher_class(self): rule = RequestParamExistsMatcher.rule_name() self.provider.register_matcher_class(RequestParamExistsMatcher) self.assert_allowed_matchers_rules_choices( self.provider.allowed_matchers_rules_choices(), [(rule, rule)]) self.assertIsNotNone(self.provider.get_matcher(rule, "", "")) with self.assertRaises(MatchingResponseRuleNotFound): self.provider.get_matcher("INVALID", "", "") def test_raises_exception_when_invalid_class_is_registered(self): class Invalid(object): pass with self.assertRaises(InvalidResponseRuleMatcher): self.provider.register_matcher_class(Invalid)
def setUp(self): self.provider = ResponseRuleProvider()