Best Python code snippet using Testify_python
tests.py
Source:tests.py  
...17        """Class used for testing decorator"""18        def __init__(self):19            self.ran = 020        @LazyInitProperty21        def test_method_1(self) -> int:22            """Ads to run count when executed"""23            self.ran += 124            return 125    def test_init(self):26        """Lazy Property will not have been run on init"""27        obj1 = self.TestClassOne()28        self.assertEqual(0, obj1.ran)29    # pylint: disable=pointless-statement30    def test_ran_once(self):31        """Multiple accesses to the property only runs it once"""32        obj1 = self.TestClassOne()33        obj1.test_method_134        obj1.test_method_135        obj1.test_method_1...test_autouse.py
Source:test_autouse.py  
...25    return Database()26class TestWithoutAutouse:27    """A class that doesn't use an autouse fixture."""28    @staticmethod29    def test_method_1(database):30        """Assert that the database has no transactions."""31        assert not database.intransaction32    @staticmethod33    def test_method_2(database):34        """Assert that the database has no transactions."""35        assert not database.intransaction36class TestWithAutouse:37    """A class that uses an autouse fixture."""38    @pytest.fixture(autouse=True)39    def transact(self, request, database):  # pylint:disable=no-self-use40        """Begin a database transaction before the test starts, and end afterwards."""41        database.begin(request.function.__name__)42        yield43        database.end()44    @staticmethod45    def test_method_1(database):46        """Assert that the database has only one transaction: ``test_method_1``."""47        assert database.intransaction == ["test_method_1"]48    @staticmethod49    def test_method_2(database):50        """Assert that the database has only one transaction: ``test_method_2``."""51        assert database.intransaction == ["test_method_2"]52class TestWithAutouseAndNoDatabase:53    """A class that uses an autouse fixture and no (mock) database."""54    executed = []55    @pytest.fixture(autouse=True)56    def my_autouse(self, request):57        """Append to ``self.executed``."""58        self.executed.append(request.function.__name__)59    def test_method_1(self):60        """Check the contents of ``self.executed``."""61        assert self.executed == ["test_method_1"]62    def test_method_2(self):63        """Check the contents of ``self.executed``."""...test_event.py
Source:test_event.py  
1from unittest.mock import MagicMock2from pysignalr import Event3def test_method_1():4    return test_method_1.__name__5def test_method_2():6    return test_method_2.__name__7def test_method_3():8    return test_method_3.__name__ 9def test_should_add_handler():10    event = Event()11    event += test_method_112    assert len(event.handlers) == 113def test_should_not_add_duplicate():14    event = Event()15    event += test_method_1()16    event += test_method_1()17    assert len(event.handlers) == 118def test_should_remove_handler():19    event = Event()20    event += test_method_121    event += test_method_222    event += test_method_323    event -= test_method_124    assert len(event.handlers) == 225def test_should_fire_event():26    event = Event()27    test_result = MagicMock(return_value=True)28    29    event += test_result30    event.fire()...Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
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