How to use test_example_1 method in SeleniumBase

Best Python code snippet using SeleniumBase

InowasModflowReadAdapter_test.py

Source:InowasModflowReadAdapter_test.py

1import unittest2from ...Read import InowasModflowReadAdapter3class InowasModflowReadAdapterTest(unittest.TestCase):4    def it_can_be_instantiated_test(self):5        instance = InowasModflowReadAdapter()6        self.assertIsInstance(instance, InowasModflowReadAdapter)7    def it_throws_exception_if_path_is_wrong_test(self):8        with self.assertRaises(FileNotFoundError) as context:9            InowasModflowReadAdapter.load('abc')10        self.assertEqual('Path not found: abc', str(context.exception))11    def it_throws_exception_if_path_does_not_contain_name_file_test(self):12        with self.assertRaises(FileNotFoundError) as context:13            InowasModflowReadAdapter.load('./FlopyAdapter/test/Read/data/emptyFolder')14        self.assertEqual('Modflow name file with ending .nam or .mfn not found', str(context.exception))15    def it_loads_the_model_correctly_test(self):16        instance = InowasModflowReadAdapter.load('./FlopyAdapter/test/Read/data/test_example_1')17        self.assertIsInstance(instance, InowasModflowReadAdapter)18    def it_loads_the_model_correctly_with_crs_test(self):19        instance = InowasModflowReadAdapter.load_with_crs(20            './FlopyAdapter/test/Read/data/test_example_1',21            279972.0566, 9099724.9436, 31985, -15.522        )23        self.assertIsInstance(instance, InowasModflowReadAdapter)24        from flopy.discretization import StructuredGrid25        mg = instance.modelgrid26        self.assertIsInstance(mg, StructuredGrid)27        self.assertEqual(mg.epsg, '32725')28        self.assertEqual(round(mg.xoffset), 279972)29        self.assertEqual(round(mg.yoffset), 9099725)30        self.assertEqual(mg.angrot, -15.5)31    def it_converts_wgs84_to_utm_correctly_test(self):32        lat = 50.96631933        long = 13.92327334        easting, northing, zone_number, zone_letter = InowasModflowReadAdapter.wgs82ToUtm(long, lat)35        self.assertEqual(round(easting), 424393)36        self.assertEqual(round(northing), 5646631)37        self.assertEqual(zone_number, 33)38        self.assertEqual(zone_letter, 'U')39    def it_converts_utm_to_wgs84_correctly_test(self):40        easting, northing, zone_number, zone_letter = 424393, 5646631, 33, 'U'41        long, lat = InowasModflowReadAdapter.utmToWgs82XY(easting, northing, zone_number, zone_letter)42        self.assertEqual(round(long, 5), 13.92328)43        self.assertEqual(round(lat, 5), 50.96632)44    def it_returns_a_model_geometry_correctly_test(self):45        instance = InowasModflowReadAdapter.load_with_crs(46            './FlopyAdapter/test/Read/data/test_example_1',47            279972.0566, 9099724.9436, 31985, -15.548        )49        geometry = instance.model_geometry(4326, 0)50        self.assertEqual(geometry["type"], 'Polygon')51        #self.assertEqual(len(geometry["coordinates"][0]), 520)52        #self.assertEqual(geometry["coordinates"][0][0], [-34.874831, -8.073991])53    def it_returns_model_gid_size_test(self):54        instance = InowasModflowReadAdapter.load('./FlopyAdapter/test/Read/data/test_example_1')55        self.assertIsInstance(instance, InowasModflowReadAdapter)56        grid_size = instance.model_grid_size()57        self.assertEqual(grid_size, {58            'n_x': 227,59            'n_y': 221,60        })61    def it_returns_model_stressperiods_test(self):62        instance = InowasModflowReadAdapter.load('./FlopyAdapter/test/Read/data/test_example_1')63        self.assertIsInstance(instance, InowasModflowReadAdapter)64        stress_periods = instance.model_stress_periods()65        expected = {66            'start_date_time': '1970-01-01',67            'end_date_time': '1970-02-06',68            'time_unit': 4,69            'stressperiods': [70                {71                    'start_date_time': '1970-01-01',72                    'nstp': 1,73                    'tsmult': 1.0,74                    'steady': True,75                },76                {77                    'start_date_time': '1970-01-02',78                    'nstp': 5,79                    'tsmult': 1.0,80                    'steady': False,81                },82                {83                    'start_date_time': '1970-01-12',84                    'nstp': 10,85                    'tsmult': 1.5,86                    'steady': False,87                }88            ]89        }90        self.assertEqual(stress_periods, expected)91    def it_returns_model_length_unit_test(self):92        instance = InowasModflowReadAdapter.load('./FlopyAdapter/test/Read/data/test_example_1')93        self.assertIsInstance(instance, InowasModflowReadAdapter)94        length_unit = instance.model_length_unit()95        self.assertEqual(length_unit, 2)96    def it_returns_model_time_unit_test(self):97        instance = InowasModflowReadAdapter.load('./FlopyAdapter/test/Read/data/test_example_1')98        self.assertIsInstance(instance, InowasModflowReadAdapter)99        time_unit = instance.model_time_unit()100        self.assertEqual(time_unit, 4)101    def it_returns_wel_boundaries_of_example_1_test(self):102        instance = InowasModflowReadAdapter.load_with_crs(103            './FlopyAdapter/test/Read/data/test_example_1',104            279972.0566, 9099724.9436, 31985, -15.5105        )106        self.assertIsInstance(instance, InowasModflowReadAdapter)107        wel_boundaries = instance.wel_boundaries(target_epsg=4326)108        self.assertEqual(len(wel_boundaries), 93)109        print(wel_boundaries[0])110        self.assertEqual(wel_boundaries[0],111                         {112                             'type': 'wel',113                             'name': 'Well 1',114                             'geometry': {"coordinates": [-34.879083, -8.084035], "type": "Point"},115                             'layers': [0],116                             'sp_values': [-2039.0, -2039.0, -2039.0], 'cells': [[217, 31]]117                         }118                         )119    def it_returns_wel_boundaries_of_example_2_test(self):120        instance = InowasModflowReadAdapter.load_with_crs(121            './FlopyAdapter/test/Read/data/test_example_2',122            0, 0, 4326, 0123        )124        self.assertIsInstance(instance, InowasModflowReadAdapter)125        wel_boundaries = instance.wel_boundaries(target_epsg=4326)126        self.assertEqual(len(wel_boundaries), 6)127        self.assertEqual(wel_boundaries, [128            {129                'type': 'wel',130                'name': 'Well 1',131                'geometry': {"coordinates": [0.013461, 0.040657], "type": "Point"},132                'layers': [0],133                'sp_values': [0, -5000.0, -5000.0],134                'cells': [[1, 1]]135            }, {136                'type': 'wel',137                'name': 'Well 2',138                'geometry': {"coordinates": [0.022435, 0.040658], "type": "Point"},139                'layers': [0],140                'sp_values': [0, -5000.0, -5000.0],141                'cells': [[2, 1]]142            },143            {144                'type': 'wel',145                'name': 'Well 3',146                'geometry': {"coordinates": [0.058334, 0.040659], "type": "Point"},147                'layers': [0],148                'sp_values': [0, -10000.0, -10000.0],149                'cells': [[6, 1]]150            },151            {152                'type': 'wel',153                'name': 'Well 4',154                'geometry': {"coordinates": [0.085259, 0.04066], "type": "Point"},155                'layers': [0],156                'sp_values': [0, -5000.0, -5000.0],157                'cells': [[9, 1]]158            },159            {160                'type': 'wel',161                'name': 'Well 5',162                'geometry': {"coordinates": [0.013461, 0.022587], "type": "Point"},163                'layers': [0],164                'sp_values': [0, -5000.0, -5000.0],165                'cells': [[1, 3]]166            },167            {168                'type': 'wel',169                'name': 'Well 6',170                'geometry': {"coordinates": [0.040385, 0.013553], "type": "Point"},171                'layers': [0],172                'sp_values': [0, -5000.0, -5000.0],173                'cells': [[4, 4]]174            }])175if __name__ == "__main__":...

test_pytest_failed_to_verify.py

Source:test_pytest_failed_to_verify.py

...9        import pytest10        @pytest.fixture(scope='function', autouse=True)11        def function_setup_teardown():12            {0}13        def test_example_1():14            assert True15        """.format(temporary_failure())16    )17    result = testdir.runpytest(*pytest_command.split())18    assert '1 setup rerun' in result.stdout.str()19    assert '1 failed to verify' in result.stdout.str()20    assert 'FAILED TO VERIFY' in result.stdout.str()21    assert 'Exception: Failure' in result.stdout.str()22    assert result.ret == 123@pytest.mark.parametrize("pytest_command", ['--rerun-setup 2', '--rerun-setup 2 -x'])24def test_fail_to_verify_if_setup_fails_multiple_times(pytest_command, testdir):25    testdir.makepyfile(26        """27        import pytest28        @pytest.fixture(scope='function', autouse=True)29        def function_setup_teardown():30            {0}31        def test_example_1():32            assert True33        """.format(temporary_failure())34    )35    result = testdir.runpytest(*pytest_command.split())36    assert '2 setup rerun' in result.stdout.str()37    assert '1 failed to verify' in result.stdout.str()38    assert 'FAILED TO VERIFY' in result.stdout.str()39    assert 'Exception: Failure' in result.stdout.str()40    assert result.ret == 141@pytest.mark.parametrize("pytest_command", ['--rerun-setup 1', '--rerun-setup 1 -x'])42def test_fail_setup_and_pass(pytest_command, testdir):43    testdir.makepyfile(44        """45        import pytest46        COUNT = 047        @pytest.fixture(scope='function', autouse=True)48        def function_setup_teardown():49            global COUNT50            if COUNT == 0:51                COUNT += 152                assert False53            else:54                assert True55        def test_example_1():56            assert True57        """58    )59    result = testdir.runpytest(*pytest_command.split())60    assert 'failed to verify' not in result.stdout.str()61    assert '1 setup rerun' in result.stdout.str()62    assert '1 passed' in result.stdout.str()63    assert result.ret == 064@pytest.mark.parametrize("pytest_command", ['--rerun-setup 1', '--rerun-setup 1 -x'])65def test_passed_in_output_if_setup_and_test_successfull(pytest_command, testdir):66    testdir.makepyfile(67        """68        import pytest69        @pytest.fixture(scope='function', autouse=True)70        def function_setup_teardown():71            pass72        def test_example_1():73            assert True74        """75    )76    result = testdir.runpytest(*pytest_command.split())77    assert 'FAILED TO VERIFY' not in result.stdout.str()78    assert '1 failed to verify' not in result.stdout.str()79    assert 'PASSED' not in result.stdout.str()80    assert '1 passed' in result.stdout.str()81    assert result.ret == 082@pytest.mark.parametrize("pytest_command", ['--rerun-setup 1', '--rerun-setup 1 -x'])83def test_failed_in_output_on_error_in_test_logic(pytest_command, testdir):84    testdir.makepyfile(85        """86        import pytest87        @pytest.fixture(scope='function', autouse=True)88        def function_setup_teardown():89            pass90        def test_example_1():91            assert False92        """93    )94    result = testdir.runpytest(*pytest_command.split())95    assert 'setup rerun' not in result.stdout.str()96    assert 'FAILED' not in result.stdout.str()97    assert '1 failed' in result.stdout.str()98    assert 'falied to verify' not in result.stdout.str()99    assert 'setup rerun' not in result.stdout.str()100    assert 'passed' not in result.stdout.str()101    assert result.ret == 1102@pytest.mark.parametrize("pytest_command", ['--rerun-setup 1', '--rerun-setup 1 -x'])103def test_skipped(pytest_command, testdir):104    testdir.makepyfile(105        """106        import pytest107        @pytest.fixture(scope='function', autouse=True)108        def function_setup_teardown():109            assert True110        @pytest.mark.skip(reason='Reason why skipped')111        def test_example_1():112            assert True113        """114    )115    result = testdir.runpytest(*pytest_command.split())116    assert 'FAILED TO VERIFY' not in result.stdout.str()117    assert 'failed to verify' not in result.stdout.str()118    assert 'FAILED' not in result.stdout.str()119    assert 'setup rerun' not in result.stdout.str()120    assert '1 skipped' in result.stdout.str()121    assert result.ret == 0122@pytest.mark.parametrize("pytest_command", ['--rerun-setup 1', '--rerun-setup 1 -x'])123def test_skipped_and_setup_fail(pytest_command, testdir):124    testdir.makepyfile(125        """126        import pytest127        @pytest.fixture(scope='function', autouse=True)128        def function_setup_teardown():129            assert False130        @pytest.mark.skip(reason='Reason why skipped')131        def test_example_1():132            assert True133        """134    )135    result = testdir.runpytest(*pytest_command.split())136    assert 'FAILED TO VERIFY' not in result.stdout.str()137    assert 'failed to verify' not in result.stdout.str()138    assert 'FAILED' not in result.stdout.str()139    assert 'setup rerun' not in result.stdout.str()140    assert '1 skipped' in result.stdout.str()141    assert result.ret == 0142@pytest.mark.parametrize("pytest_command", ['--rerun-setup 1', '--rerun-setup 1 -x'])143def test_xfail(pytest_command, testdir):144    testdir.makepyfile(145        """146        import pytest147        @pytest.fixture(scope='function', autouse=True)148        def function_setup_teardown():149            assert True150        @pytest.mark.xfail(reason='Reason why skipped')151        def test_example_1():152            assert True153        """154    )155    result = testdir.runpytest(*pytest_command.split())156    assert 'FAILED TO VERIFY' not in result.stdout.str()157    assert 'failed to verify' not in result.stdout.str()158    assert 'FAILED' not in result.stdout.str()159    assert 'setup rerun' not in result.stdout.str()160    assert '1 xpassed' in result.stdout.str()161    assert result.ret == 0162@pytest.mark.parametrize("pytest_command", ['--rerun-setup 1', '--rerun-setup 1 -x'])163def test_xfail_and_setup_failure(pytest_command, testdir):164    testdir.makepyfile(165        """166        import pytest167        @pytest.fixture(scope='function', autouse=True)168        def function_setup_teardown():169            {0}170        @pytest.mark.xfail(reason='Reason why skipped')171        def test_example_1():172            assert True173        """.format(temporary_failure())174    )175    result = testdir.runpytest(*pytest_command.split())176    assert 'FAILED TO VERIFY' in result.stdout.str()177    assert 'failed to verify' in result.stdout.str()178    assert 'setup rerun' in result.stdout.str()179    assert '1 failed to verify' in result.stdout.str()180    assert 'Exception: Failure' in result.stdout.str()...

result.py

Source:result.py

1import unittest2class TestExample(unittest.TestCase):3    def test_example_1(self):4        self.assertTrue(True)5    def test_example_2(self):6        self.assertTrue(False, 'example of failed test')7    @unittest.skip('example of skipped test')8    def test_example_3(self):9        self.assertTrue(True)10def suite():11    suite = unittest.TestSuite()12    suite.addTest(TestExample('test_example_1'))13    suite.addTest(TestExample('test_example_2'))14    suite.addTest(TestExample('test_example_3'))15    return suite16if __name__ == '__main__':17    result = unittest.TextTestRunner(verbosity=2).run(suite())

Automation Testing Tutorials

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.