| # |
| # SPDX-License-Identifier: MIT |
| # |
| |
| import os |
| import sys |
| basepath = os.path.abspath(os.path.dirname(__file__) + '/../../../../../') |
| lib_path = basepath + '/scripts/lib' |
| sys.path = sys.path + [lib_path] |
| from resulttool.report import ResultsTextReport |
| from resulttool import regression as regression |
| from resulttool import resultutils as resultutils |
| from oeqa.selftest.case import OESelftestTestCase |
| |
| class ResultToolTests(OESelftestTestCase): |
| base_results_data = {'base_result1': {'configuration': {"TEST_TYPE": "runtime", |
| "TESTSERIES": "series1", |
| "IMAGE_BASENAME": "image", |
| "IMAGE_PKGTYPE": "ipk", |
| "DISTRO": "mydistro", |
| "MACHINE": "qemux86"}, |
| 'result': {}}, |
| 'base_result2': {'configuration': {"TEST_TYPE": "runtime", |
| "TESTSERIES": "series1", |
| "IMAGE_BASENAME": "image", |
| "IMAGE_PKGTYPE": "ipk", |
| "DISTRO": "mydistro", |
| "MACHINE": "qemux86-64"}, |
| 'result': {}}} |
| target_results_data = {'target_result1': {'configuration': {"TEST_TYPE": "runtime", |
| "TESTSERIES": "series1", |
| "IMAGE_BASENAME": "image", |
| "IMAGE_PKGTYPE": "ipk", |
| "DISTRO": "mydistro", |
| "MACHINE": "qemux86"}, |
| 'result': {}}, |
| 'target_result2': {'configuration': {"TEST_TYPE": "runtime", |
| "TESTSERIES": "series1", |
| "IMAGE_BASENAME": "image", |
| "IMAGE_PKGTYPE": "ipk", |
| "DISTRO": "mydistro", |
| "MACHINE": "qemux86"}, |
| 'result': {}}, |
| 'target_result3': {'configuration': {"TEST_TYPE": "runtime", |
| "TESTSERIES": "series1", |
| "IMAGE_BASENAME": "image", |
| "IMAGE_PKGTYPE": "ipk", |
| "DISTRO": "mydistro", |
| "MACHINE": "qemux86-64"}, |
| 'result': {}}} |
| |
| def test_report_can_aggregate_test_result(self): |
| result_data = {'result': {'test1': {'status': 'PASSED'}, |
| 'test2': {'status': 'PASSED'}, |
| 'test3': {'status': 'FAILED'}, |
| 'test4': {'status': 'ERROR'}, |
| 'test5': {'status': 'SKIPPED'}}} |
| report = ResultsTextReport() |
| result_report = report.get_aggregated_test_result(None, result_data, 'DummyMachine') |
| self.assertTrue(result_report['passed'] == 2, msg="Passed count not correct:%s" % result_report['passed']) |
| self.assertTrue(result_report['failed'] == 2, msg="Failed count not correct:%s" % result_report['failed']) |
| self.assertTrue(result_report['skipped'] == 1, msg="Skipped count not correct:%s" % result_report['skipped']) |
| |
| def test_regression_can_get_regression_base_target_pair(self): |
| |
| results = {} |
| resultutils.append_resultsdata(results, ResultToolTests.base_results_data) |
| resultutils.append_resultsdata(results, ResultToolTests.target_results_data) |
| self.assertTrue('target_result1' in results['runtime/mydistro/qemux86/image'], msg="Pair not correct:%s" % results) |
| self.assertTrue('target_result3' in results['runtime/mydistro/qemux86-64/image'], msg="Pair not correct:%s" % results) |
| |
| def test_regrresion_can_get_regression_result(self): |
| base_result_data = {'result': {'test1': {'status': 'PASSED'}, |
| 'test2': {'status': 'PASSED'}, |
| 'test3': {'status': 'FAILED'}, |
| 'test4': {'status': 'ERROR'}, |
| 'test5': {'status': 'SKIPPED'}}} |
| target_result_data = {'result': {'test1': {'status': 'PASSED'}, |
| 'test2': {'status': 'FAILED'}, |
| 'test3': {'status': 'PASSED'}, |
| 'test4': {'status': 'ERROR'}, |
| 'test5': {'status': 'SKIPPED'}}} |
| result, text = regression.compare_result(self.logger, "BaseTestRunName", "TargetTestRunName", base_result_data, target_result_data) |
| self.assertTrue(result['test2']['base'] == 'PASSED', |
| msg="regression not correct:%s" % result['test2']['base']) |
| self.assertTrue(result['test2']['target'] == 'FAILED', |
| msg="regression not correct:%s" % result['test2']['target']) |
| self.assertTrue(result['test3']['base'] == 'FAILED', |
| msg="regression not correct:%s" % result['test3']['base']) |
| self.assertTrue(result['test3']['target'] == 'PASSED', |
| msg="regression not correct:%s" % result['test3']['target']) |
| |
| def test_merge_can_merged_results(self): |
| results = {} |
| resultutils.append_resultsdata(results, ResultToolTests.base_results_data, configmap=resultutils.flatten_map) |
| resultutils.append_resultsdata(results, ResultToolTests.target_results_data, configmap=resultutils.flatten_map) |
| self.assertEqual(len(results[''].keys()), 5, msg="Flattened results not correct %s" % str(results)) |
| |