def test_method_str(self): """Test method str""" new = State() self.assertEqual(new.__str__(), "[{}] ({}) {}".format (new.__class__.__name__, new.id, new.__dict__)) self.assertTrue(type(new.__str__()), str) self.assertTrue(len(new.__str__()))
def test_str(self): """ Check str method. """ new_state = State() string = "[State] ({}) {}".format(new_state.id, new_state.__dict__) self.assertIsInstance(new_state.__str__(), str) self.assertEqual(new_state.__str__(), string)
def test_str(self): """Test State str representation. """ new = State() trex = r"\[State\] \(.*\) .*" self.assertIsInstance(new, State) self.assertTrue(type(new.__str__()) == str) self.assertTrue(search(trex, new.__str__())) args = ["hola", 2, 3.2, "poads"] new = State(*args) self.assertIsInstance(new, State) new = State("hola", 2, 3.2, "poads") self.assertIsInstance(new, State)
def test_4_str_method(self): """is the string representation is wrong""" model_1 = State() model_1.save() str_model = "[" + str(model_1.__class__.__name__) + "] (" + \ str(model_1.id) + ") " + str(model_1.__dict__) self.assertEqual(model_1.__str__(), str_model)
def test_str(self): """ review format: [<class name>] (<self.id>) <self.__dict__> """ my_class = State() string = "[{:s}] ({:s}) {}".format(my_class.__class__.__name__, my_class.id, my_class.__dict__) self.assertEqual(string, my_class.__str__())
def test_str_method(self): """str""" s = "[State] ({}) {}" my_state14 = State() my_state14printed = my_state14.__str__() self.assertEqual(my_state14printed, s.format(my_state14.id, my_state14.__dict__))
def test_str(self): """tests __str__ method inherited from BaseModel class""" tests = State() test_str = tests.__str__() test_str = test_str.split() self.assertEqual(test_str[0], "[{}]".format(tests.__class__.__name__)) self.assertEqual(test_str[1], "({})".format(tests.id))
def test_str(self): """Test __str__ method""" st = State() string = '[' + st.__class__.__name__ + ']' + ' (' + st.id + ') ' + str( st.__dict__) self.assertEqual(string, st.__str__())
def test_3_str(self): '''If str method work as expected''' my_model_0 = State() my_model_1 = State() my_model_2 = State() str_model_0 = "[" + str(type(my_model_0).__name__) + "] (" + \ str(my_model_0.id) + ") " + str(my_model_0.__dict__) str_model_1 = "[" + str(type(my_model_1).__name__) + "] (" + \ str(my_model_1.id) + ") " + str(my_model_1.__dict__) str_model_2 = "[" + str(type(my_model_2).__name__) + "] (" + \ str(my_model_2.id) + ") " + str(my_model_2.__dict__) self.assertEqual(str(my_model_0), str_model_0) self.assertEqual(my_model_1.__str__(), str_model_1) self.assertEqual(my_model_2.__str__(), str_model_2)
def test_state_str_method(self): """State str method creates accurate representation""" state = State() state_str = state.__str__() self.assertIsInstance(state_str, str) self.assertEqual(state_str[:7], '[State]') self.assertEqual(state_str[8:46], '({})'.format(state.id)) self.assertDictEqual(eval(state_str[47:]), state.__dict__)
def test_str(self): """ test print """ u1 = State() u2 = State(id='Betty') s = "[{}] ({}) {}".format("State", u1.id, u1.__dict__) self.assertEqual(print(s), print(u1)) self.assertIsInstance(u1.__str__(), str) s = "[{}] ({}) {}".format("State", u2.id, u2.__dict__) self.assertEqual(print(s), print(u2))
def test_str_representation(self): dt = datetime.today() dt_repr = repr(dt) st = State() st.id = "123456" st.created_at = st.updated_at = dt ststr = st.__str__() self.assertIn("[State] (123456)", ststr) self.assertIn("'id': '123456'", ststr) self.assertIn("'created_at': " + dt_repr, ststr) self.assertIn("'updated_at': " + dt_repr, ststr)
def test_State(self): """Test instance of amenity class""" new = State() new2 = State() self.assertIsInstance(new, BaseModel) self.assertEqual(issubclass(new.__class__, BaseModel), True) self.assertIs(type(new), State) self.assertTrue(hasattr(new, "id")) self.assertNotEqual(new, new2) self.assertNotEqual(new.id, new2.id) self.assertEqual(new.__str__(), "[{}] ({}) {}".format (new.__class__.__name__, new.id, new.__dict__)) self.assertEqual(type(new.id), str) self.assertEqual(State, type(State()))
class TestAmenity(unittest.TestCase): def setUp(self): '''method to set up instance of State/json file''' self.state = State() def tearDown(self): '''method to tear down instance of State/json file''' if os.path.exists("file.json"): try: os.remove("file.json") except: pass def test___init__(self): '''method to check if instance initializes''' self.assertIsNotNone(self.state) def test_attributes(self): '''method to test if updates take place in save''' self.assertEqual(self.state.name, "") self.assertTrue(hasattr(self.state, "created_at")) self.assertFalse(hasattr(self.state, "updated_at")) self.assertTrue(hasattr(self.state, "id")) self.state.save() self.assertTrue(hasattr(self.state, "updated_at")) def test_to_json(self): '''method to check that the to_json function returns''' example_tojson = State.to_json(self.state) self.assertEqual(type(example_tojson), dict) def test___str__(self): '''method to check that dict printing instance''' example = "[{}] ({}) {}".format(self.__class__.__name__, self.id, self.__dict__) self.assertEqual(print(self.state), print(example)) def test__repr__(self): '''method to print attributes of dictionary''' self.assertIsNotNone(self.state.__str__())
class TestState(unittest.TestCase): """Class test """ def setUp(self): """ setUp init for tests""" self.my_model = State() self.my_model2 = State() self.my_model.name = "Vale" self.my_model.age = 28 def test_pep8_conformance_State(self): """Test that we conform to PEP8.""" pep8style = pep8.StyleGuide(quiet=True) result = pep8style.check_files(['models/state.py']) self.assertEqual(result.total_errors, 0) def test_docstrings(self): """Test docstrings""" self.assertIsNotNone(State.__doc__) self.assertIsNotNone(State.__init__.__doc__) self.assertIsNotNone(State.__str__.__doc__) self.assertIsNotNone(State.save.__doc__) self.assertIsNotNone(State.to_dict.__doc__) def test_state(self): """Test for State """ self.assertIsInstance(self.my_model, State) self.assertEqual(self.my_model.name, "Vale") self.assertEqual(self.my_model.age, 28) self.assertTrue(hasattr(self.my_model, "id")) self.assertTrue(hasattr(self.my_model, "created_at")) self.assertTrue(hasattr(self.my_model, "updated_at")) self.assertTrue(hasattr(self.my_model, "__class__")) model1 = self.my_model.created_at model2 = self.my_model2.created_at self.assertTrue(model1 != model2) model1 = self.my_model.id model2 = self.my_model2.id self.assertNotEqual(model1, model2) def test_to_dict(self): """test_to_dict - test the return of a dict containing all the key/values of __dict__""" dict_json = self.my_model.to_dict() self.assertEqual(type(dict_json), dict) self.assertTrue(type(dict_json['created_at']) is str) self.assertTrue(type(dict_json['updated_at']) is str) def test_save(self): """Test for save method """ previous_update = self.my_model.updated_at self.my_model.save() self.assertNotEqual(previous_update, self.my_model.updated_at) def test_str(self): """Test for __str__ method """ self.assertEqual( str(self.my_model), "[State] ({}) {}".format(self.my_model.id, self.my_model.__dict__)) self.assertEqual( self.my_model.__str__(), "[State] ({}) {}".format(self.my_model.id, self.my_model.__dict__)) def test_kwargs(self): """Test for recreate instance from a instance old """ dict_json = self.my_model.to_dict() my_model2 = State(**dict_json) self.assertFalse(my_model2 is self.my_model) self.assertEqual(self.my_model.id, my_model2.id) self.assertEqual(self.my_model.created_at, my_model2.created_at) self.assertEqual(self.my_model.updated_at, my_model2.updated_at)
class Test_State(unittest.TestCase): """ Class to test """ def setUp(self): """Function that execute before of each test function """ self.obj = State() def test_createState(self): """Test that is instance """ self.assertIsInstance(self.obj, State) def test_Id_Is_String(self): """Id is string """ self.assertEqual(type(self.obj.id), str) def test_add_Atrribute(self): self.obj.name = "Holberton" self.obj.my_number = 89 self.assertTrue(self.obj.name) self.assertTrue(self.obj.my_number) def test_docString(self): """Test if function and class have docString """ self.assertIsNotNone(State.__doc__) def test_pep8_state(self): """ Test for PEP8 """ pep8style = pep8.StyleGuide(quiet=True) result = pep8style.check_files(['models/state.py']) self.assertEqual(result.total_errors, 0, "Please fix pep8") def test_id_uuid_v4(self): """Test version 4 of UUID """ test__version = uuid.UUID(self.obj.id).version self.assertEqual(test__version, 4, "Error: Different version") def test_created_at_Is_datatime(self): """Test that created_at is instance of datetime """ self.assertIsInstance(self.obj.created_at, datetime) def test_updated_at_Is_datatime(self): """Test that updated_at is instance of datetime """ self.assertIsInstance(self.obj.updated_at, datetime) def test_str(self): """ Test function __str__ """ s = "[{}] ({}) {}".format(self.obj.__class__.__name__, self.obj.id, self.obj.__dict__) self.assertEqual(self.obj.__str__(), s) def test_save(self): """Test save objects in a json file """ self.obj.save() key = self.obj.__class__.__name__ + "." + self.obj.id self.assertEqual(self.obj, models.storage.all()[key]) self.assertNotEqual(self.obj.created_at, self.obj.updated_at) self.assertTrue(os.path.exists("file.json")) def test_save_content(self): """Test to compare the saved in json file with to_dic()""" self.obj.save() dict_to_load = {} with open("file.json", 'r') as f: dict_to_load = json.loads(f.read()) self.assertDictEqual(self.obj.to_dict(), dict_to_load['State.' + self.obj.id]) def test_to_dict(self): """Test to compare to two dictonary """ new_dict = self.obj.__dict__.copy() new_dict["__class__"] = self.obj.__class__.__name__ new_dict["created_at"] = new_dict["created_at"].isoformat() new_dict["updated_at"] = new_dict["updated_at"].isoformat() self.assertDictEqual(new_dict, self.obj.to_dict()) self.assertEqual(self.obj.to_dict()['__class__'], "State") self.assertEqual(type(self.obj).__name__, "State")
def test_str(self): """ Tests the str repr. of an object """ base = State() base_str = base.__str__() self.assertTrue(isinstance(base_str, str))
def test_str_method(self): """Tests to see if each method is printing accurately""" b1 = State() b1printed = b1.__str__() self.assertEqual(b1printed, "[State] ({}) {}".format(b1.id, b1.__dict__))
class TestBaseModel(unittest.TestCase): """Unit test for State class""" @classmethod def setUp(cls): print('SetupClass') @classmethod def tearDown(cls): print('TearDownClass') def setUp(self): """Unit test setup""" print('setUp') self.s1 = State() self.s2 = State() def tearDown(self): """Unit test tear down""" del self.s1 del self.s2 def test_init(self): """Test for init method""" print("testing init...") self.assertIsNotNone(self.s1) self.assertIsInstance(self.s1, BaseModel) self.assertIs(type(self.s1), State) def test_uuid(self): """Test for uuid attribute""" print("testing uuid...") self.assertTrue(hasattr(self.s1, "id")) self.assertNotEqual(self.s1.id, self.s2.id) self.assertIsInstance(self.s1.id, str) def test_name(self): """Test for name attribute""" print("testing name...") self.assertTrue(hasattr(self.s1, "name")) self.assertEqual(self.s1.name, "") self.assertIsInstance(self.s1.name, str) def test_str(self): """Test for __str__ method""" print("testing __str__method...") result = len(self.s1.__str__()) self.assertTrue(result, 172) def test_save(self): """Test for save method""" print("testing save method...") prechange = self.s1.updated_at self.s1.save() postchange = self.s1.updated_at self.assertNotEqual(prechange, postchange) def test_created_at(self): """Test for created at time""" print("Testing the created at time attr") self.assertTrue(hasattr(self.s1, "created_at")) def test_updated_at(self): """Test for the updated at time attr""" print("Testing the updated at time attr") prechange = self.s1.updated_at self.s1.save() postchange = self.s1.updated_at self.assertNotEqual(prechange, postchange) def test_kwargs(self): """Test for kwargs""" print("Testing for kwargs") self.s1.name = "Holberton" self.s1.my_number = 89 s1_json = self.s1.to_dict() s2 = State(**s1_json) self.assertEqual(self.s1.id, s2.id) self.assertEqual(self.s1.created_at, s2.created_at) self.assertEqual(self.s1.updated_at, s2.updated_at) self.assertEqual(self.s1.name, s2.name) self.assertEqual(self.s1.my_number, s2.my_number) def test_module_docstring(self): """Test for existence of module docstring""" print("testing module docstring...") result = len(__import__('models.state').__doc__) self.assertTrue(result > 0, True) def test_class_docstring(self): """State Class Docstring Test""" print("test_class_docstring") result = len(State.__doc__) self.assertTrue(result > 0, True) def test_init_docstring(self): """State init Docstring Test""" print("test_init_docstring") result = len(self.__init__.__doc__) self.assertTrue(result > 0, True) def test__str__docstring(self): """State __str__ Docstring Test""" print("testing __str__ docstring...") result = len(State.__str__.__doc__) self.assertTrue(result > 0, True) def test_save_docstring(self): """State save method Docstring Test""" print("testing save docstring...") result = len(State.save.__doc__) self.assertTrue(result > 0, True) def test_to_dict_docstring(self): """State to_dict Docstring Test""" print("testing to_dict docstring...") result = len(State.to_dict.__doc__) self.assertTrue(result > 0, True) if __name__ == "__main__": unittest.main()
def test_str_method(self): """Tests to see if each method is printing accurately""" i = State() printed = i.__str__() self.assertEqual(printed, "[State] ({}) {}".format(i.id, i.__dict__))
def test_str_(self): """ testing to see if the method is printing """ b1 = State() b1_str = b1.__str__() self.assertEqual(b1_str, "[State] ({}) {}".format(b1.id, b1.__dict__))
def test_str_method(self): """test that each method is printing accurately""" s3 = State() s3printed = s3.__str__() self.assertEqual(s3printed, "[State] ({}) {}".format(s3.id, s3.__dict__))
def test_str_method(self): """Tests to see if each method is printing accurately""" obj = State() objprinted = obj.__str__() self.assertEqual(objprinted, "[State] ({}) {}".format(obj.id, obj.__dict__))