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How to use generate_cases_result method in lisa

Best Python code snippet using lisa_python

test_lisa_runner.py

Source:test_lisa_runner.py

...55            [],56            [x for x in envs],57        )58        runner = generate_runner(None)59        test_results = test_testsuite.generate_cases_result()60        runner._merge_test_requirements(61            test_results=test_results,62            existing_environments=envs,63            platform_type=constants.PLATFORM_MOCK,64        )65        # 3 cases create 3 environments.66        self.assertListEqual(67            ["generated_0", "generated_1", "generated_2"],68            list(envs),69        )70        self.verify_test_results(71            expected_test_order=["mock_ut1", "mock_ut2", "mock_ut3"],72            expected_envs=["", "", ""],73            expected_status=[TestStatus.QUEUED, TestStatus.QUEUED, TestStatus.QUEUED],74            expected_message=["", "", ""],75            test_results=test_results,76        )77    def test_merge_req(self) -> None:78        # each test case will create an environment candidate.79        env_runbook = generate_env_runbook(remote=True)80        envs = load_environments(env_runbook)81        self.assertListEqual(82            ["customized_0"],83            list(envs),84        )85        runner = generate_runner(env_runbook)86        test_results = test_testsuite.generate_cases_result()87        runner._merge_test_requirements(88            test_results=test_results,89            existing_environments=envs,90            platform_type=constants.PLATFORM_MOCK,91        )92        self.assertListEqual(93            ["customized_0", "generated_1", "generated_2", "generated_3"],94            list(envs),95        )96        self.assertListEqual(97            [98                TestStatus.QUEUED,99                TestStatus.QUEUED,100                TestStatus.QUEUED,101            ],102            [x.status for x in test_results],103        )104    def test_merge_req_create_on_use_new(self) -> None:105        # same runbook as test_merge_req_run_not_create_on_equal106        # but all 3 cases asks a new env, so create 3 envs107        # note, when running cases, predefined env will be treat as a new env.108        env_runbook = generate_env_runbook(remote=True)109        envs = load_environments(env_runbook)110        self.assertListEqual(111            ["customized_0"],112            list(envs),113        )114        runner = generate_runner(env_runbook)115        test_results = test_testsuite.generate_cases_result()116        for test_result in test_results:117            test_result.runtime_data.use_new_environment = True118        runner._merge_test_requirements(119            test_results=test_results,120            existing_environments=envs,121            platform_type=constants.PLATFORM_MOCK,122        )123        # All 3 cases needed a new environment, so it created 3.124        self.assertListEqual(125            ["customized_0", "generated_1", "generated_2", "generated_3"],126            list(envs),127        )128        self.verify_test_results(129            expected_test_order=["mock_ut1", "mock_ut2", "mock_ut3"],130            expected_envs=["", "", ""],131            expected_status=[TestStatus.QUEUED, TestStatus.QUEUED, TestStatus.QUEUED],132            expected_message=["", "", ""],133            test_results=test_results,134        )135    def test_merge_req_all_generated(self) -> None:136        # force to use existing env, not to create new.137        # this case doesn't provide predefined env, but no case skipped on this stage.138        env_runbook = generate_env_runbook(is_single_env=False)139        envs = load_environments(env_runbook)140        self.assertListEqual(141            [],142            list(envs),143        )144        runner = generate_runner(None)145        test_results = test_testsuite.generate_cases_result()146        runner._merge_test_requirements(147            test_results=test_results,148            existing_environments=envs,149            platform_type=constants.PLATFORM_MOCK,150        )151        self.assertListEqual(152            ["generated_0", "generated_1", "generated_2"],153            list(envs),154        )155        self.verify_test_results(156            expected_test_order=["mock_ut1", "mock_ut2", "mock_ut3"],157            expected_envs=["", "", ""],158            expected_status=[159                TestStatus.QUEUED,160                TestStatus.QUEUED,161                TestStatus.QUEUED,162            ],163            expected_message=["", "", ""],164            test_results=test_results,165        )166    def test_merge_req_platform_type_checked(self) -> None:167        # check if current platform supported,168        # for example, some case run on azure only.169        # platform check happens in runner, so this case is here170        # a simple check is enough. More covered by search_space.SetSpace171        env_runbook = generate_env_runbook(is_single_env=False)172        envs = load_environments(env_runbook)173        self.assertListEqual(174            [],175            list(envs),176        )177        runner = generate_runner(None)178        test_results = test_testsuite.generate_cases_result()179        for test_result in test_results:180            metadata = test_result.runtime_data.metadata181            metadata.requirement = simple_requirement(182                supported_platform_type=["does-not-exist"]183            )184        runner._merge_test_requirements(185            test_results=test_results,186            existing_environments=envs,187            platform_type=constants.PLATFORM_MOCK,188        )189        platform_unsupported = "capability cannot support some of requirement"190        self.verify_test_results(191            expected_test_order=["mock_ut1", "mock_ut2", "mock_ut3"],192            expected_envs=["", "", ""],...

test_testsuite.py

Source:test_testsuite.py

...121    )122    suite_metadata2(MockTestSuite2)123    ut_cases[2](MockTestSuite2.mock_ut3)124    return ut_cases125def generate_cases_result() -> List[TestResult]:126    case_metadata = generate_cases_metadata()127    case_results = [TestResult("0", TestCaseRuntimeData(x)) for x in case_metadata]128    return case_results129def select_and_check(130    ut: TestCase, case_runbook: List[Any], expected_descriptions: List[str]131) -> List[TestCaseRuntimeData]:132    runbook = RunbookBuilder._validate_and_load({constants.TESTCASE: case_runbook})133    case_metadata = generate_cases_metadata()134    runbook.testcase = parse_testcase_filters(runbook.testcase_raw)135    filters = cast(List[schema.TestCase], runbook.testcase)136    selected = select_testcases(filters, case_metadata)137    ut.assertListEqual(expected_descriptions, [case.description for case in selected])138    return selected139class TestSuiteTestCase(TestCase):140    def generate_suite_instance(self) -> MockTestSuite:141        case_results = generate_cases_result()142        self.case_results = case_results[:2]143        suite_metadata = case_results[0].runtime_data.metadata.suite144        runbook = generate_runbook(is_single_env=True, local=True, remote=True)145        envs = load_environments(runbook)146        self.default_env = list(envs.values())[0]147        assert self.default_env148        test_suite = MockTestSuite(149            metadata=suite_metadata,150        )151        return test_suite152    def setUp(self) -> None:153        cleanup_cases_metadata()154    def test_expanded_nodespace(self) -> None:155        cases = generate_cases_metadata()...

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