def parse_args(args): """Parse in command-line and config file options. Command line arguments have the highest priority, then user configs specified in ~/.ducktape/config, and finally project configs specified in <ducktape_dir>/config. """ parser = create_ducktape_parser() if len(args) == 0: # Show help if there are no arguments parser.print_help() sys.exit(0) # Collect arguments from project config file, user config file, and command line # later arguments supersede earlier arguments args_list = [] project_config_file = ConsoleDefaults.PROJECT_CONFIG_FILE if os.path.exists(project_config_file): args_list.extend(config_file_to_args_list(project_config_file)) user_config_file = get_user_config_file(args) if os.path.exists(user_config_file): args_list.extend(config_file_to_args_list(user_config_file)) args_list.extend(args) parsed_args_dict = vars(parser.parse_args(args_list)) if parsed_args_dict["version"]: print ducktape_version() sys.exit(0) return parsed_args_dict
def to_json(self): if self.run_time_seconds == 0 or len(self.cluster) == 0: # If things go horribly wrong, the test run may be effectively instantaneous # Let's handle this case gracefully, and avoid divide-by-zero cluster_utilization = 0 parallelism = 0 else: cluster_utilization = (1.0 / len(self.cluster)) * (1.0 / self.run_time_seconds) * \ sum([r.nodes_used * r.run_time_seconds for r in self]) parallelism = sum([r.run_time_seconds for r in self._results]) / self.run_time_seconds return { "ducktape_version": ducktape_version(), "session_context": self.session_context, "run_time_seconds": self.run_time_seconds, "start_time": self.start_time, "stop_time": self.stop_time, "run_time_statistics": self._stats([r.run_time_seconds for r in self]), "cluster_nodes_used": self._stats([r.nodes_used for r in self]), "cluster_nodes_allocated": self._stats([r.nodes_allocated for r in self]), "cluster_utilization": cluster_utilization, "cluster_num_nodes": len(self.cluster), "num_passed": self.num_passed, "num_failed": self.num_failed, "num_ignored": self.num_ignored, "parallelism": parallelism, "results": [r for r in self._results] }
def format_report(self): template = pkg_resources.resource_string(__name__, '../templates/report/report.html') num_tests = len(self.results) num_passes = 0 result_string = "" for result in self.results: if result.test_status == PASS: num_passes += 1 result_string += json.dumps(self.format_result(result)) result_string += "," args = { 'ducktape_version': ducktape_version(), 'num_tests': num_tests, 'num_passes': self.results.num_passed, 'num_failures': self.results.num_failed, 'num_ignored': self.results.num_ignored, 'run_time': format_time(self.results.run_time_seconds), 'session': self.results.session_context.session_id, 'tests': result_string, 'test_status_names': ",".join(["\'%s\'" % str(status) for status in [PASS, FAIL, IGNORE]]) } html = template % args report_html = os.path.join(self.results.session_context.results_dir, "report.html") with open(report_html, "w") as fp: fp.write(html) fp.close() report_css = os.path.join(self.results.session_context.results_dir, "report.css") report_css_origin = pkg_resources.resource_filename(__name__, '../templates/report/report.css') shutil.copy2(report_css_origin, report_css)
def header_string(self): """Header lines of the report""" header_lines = [ "=" * self.width, "SESSION REPORT (ALL TESTS)", "ducktape version: %s" % ducktape_version(), "session_id: %s" % self.results.session_context.session_id, "run time: %s" % format_time(self.results.run_time_seconds), "tests run: %d" % len(self.results), "passed: %d" % self.results.num_passed, "failed: %d" % self.results.num_failed, "ignored: %d" % self.results.num_ignored, "=" * self.width ] return "\n".join(header_lines)
def header_string(self): """Header lines of the report""" header_lines = [ "=" * self.width, "SESSION REPORT (ALL TESTS)", "ducktape version: %s" % ducktape_version(), "session_id: %s" % self.results.session_context.session_id, "run time: %s" % format_time(self.results.run_time_seconds), "tests run: %d" % len(self.results), "passed: %d" % self.results.num_passed, "failed: %d" % self.results.num_failed, "ignored: %d" % self.results.num_ignored, "=" * self.width ] return "\n".join(header_lines)
def format_report(self): template = pkg_resources.resource_string(__name__, '../templates/report/report.html') num_tests = len(self.results) num_passes = 0 failed_result_string = "" passed_result_string = "" ignored_result_string = "" for result in self.results: json_string = json.dumps(self.format_result(result)) if result.test_status == PASS: num_passes += 1 passed_result_string += json_string passed_result_string += "," elif result.test_status == FAIL: failed_result_string += json_string failed_result_string += "," else: ignored_result_string += json_string ignored_result_string += "," args = { 'ducktape_version': ducktape_version(), 'num_tests': num_tests, 'num_passes': self.results.num_passed, 'num_failures': self.results.num_failed, 'num_ignored': self.results.num_ignored, 'run_time': format_time(self.results.run_time_seconds), 'session': self.results.session_context.session_id, 'passed_tests': passed_result_string, 'failed_tests': failed_result_string, 'ignored_tests': ignored_result_string, 'test_status_names': ",".join(["\'%s\'" % str(status) for status in [PASS, FAIL, IGNORE]]) } html = template % args report_html = os.path.join(self.results.session_context.results_dir, "report.html") with open(report_html, "w") as fp: fp.write(html) fp.close() report_css = os.path.join(self.results.session_context.results_dir, "report.css") report_css_origin = pkg_resources.resource_filename(__name__, '../templates/report/report.css') shutil.copy2(report_css_origin, report_css)
def to_json(self): if self.run_time_seconds == 0 or len(self.cluster) == 0: # If things go horribly wrong, the test run may be effectively instantaneous # Let's handle this case gracefully, and avoid divide-by-zero cluster_utilization = 0 parallelism = 0 else: cluster_utilization = (1.0 / len(self.cluster)) * (1.0 / self.run_time_seconds) * \ sum([r.nodes_used * r.run_time_seconds for r in self]) parallelism = sum([r.run_time_seconds for r in self._results]) / self.run_time_seconds result = { "ducktape_version": ducktape_version(), "session_context": self.session_context, "run_time_seconds": self.run_time_seconds, "start_time": self.start_time, "stop_time": self.stop_time, "run_time_statistics": self._stats([r.run_time_seconds for r in self]), "cluster_nodes_used": self._stats([r.nodes_used for r in self]), "cluster_nodes_allocated": self._stats([r.nodes_allocated for r in self]), "cluster_utilization": cluster_utilization, "cluster_num_nodes": len(self.cluster), "num_passed": self.num_passed, "num_failed": self.num_failed, "num_ignored": self.num_ignored, "parallelism": parallelism, "results": [r for r in self._results] } if self.num_flaky: result['num_flaky'] = self.num_flaky return result
def format_report(self): template = pkg_resources.resource_string( __name__, '../templates/report/report.html').decode('utf-8') num_tests = len(self.results) num_passes = 0 failed_result_string = [] passed_result_string = [] ignored_result_string = [] flaky_result_string = [] for result in self.results: json_string = json.dumps(self.format_result(result)) if result.test_status == PASS: num_passes += 1 passed_result_string.append(json_string) passed_result_string.append(",") elif result.test_status == FAIL: failed_result_string.append(json_string) failed_result_string.append(",") elif result.test_status == IGNORE: ignored_result_string.append(json_string) ignored_result_string.append(",") elif result.test_status == FLAKY: flaky_result_string.append(json_string) flaky_result_string.append(",") else: raise Exception("Unknown test status in report: {}".format( result.test_status.to_json())) args = { 'ducktape_version': ducktape_version(), 'num_tests': num_tests, 'num_passes': self.results.num_passed, 'num_flaky': self.results.num_flaky, 'num_failures': self.results.num_failed, 'num_ignored': self.results.num_ignored, 'run_time': format_time(self.results.run_time_seconds), 'session': self.results.session_context.session_id, 'passed_tests': "".join(passed_result_string), 'flaky_tests': "".join(flaky_result_string), 'failed_tests': "".join(failed_result_string), 'ignored_tests': "".join(ignored_result_string), 'test_status_names': ",".join([ "\'%s\'" % str(status) for status in [PASS, FAIL, IGNORE, FLAKY] ]) } html = template % args report_html = os.path.join(self.results.session_context.results_dir, "report.html") with open(report_html, "w") as fp: fp.write(html) fp.close() report_css = os.path.join(self.results.session_context.results_dir, "report.css") report_css_origin = pkg_resources.resource_filename( __name__, '../templates/report/report.css') shutil.copy2(report_css_origin, report_css)
def main(): """Ducktape entry point. This contains top level logic for ducktape command-line program which does the following: Discover tests Initialize cluster for distributed services Run tests Report a summary of all results """ args = parse_args() if args.version: print ducktape_version() sys.exit(0) # Make .ducktape directory where metadata such as the last used session_id is stored if not os.path.isdir(ConsoleConfig.METADATA_DIR): os.makedirs(ConsoleConfig.METADATA_DIR) # Generate a shared 'global' identifier for this test run and create the directory # in which all test results will be stored session_id = generate_session_id(ConsoleConfig.SESSION_ID_FILE) results_dir = generate_results_dir(args.results_root, session_id) setup_results_directory(args.results_root, results_dir) session_context = SessionContext(session_id, results_dir, cluster=None, args=args) for k, v in vars(args).iteritems(): session_context.logger.debug("Configuration: %s=%s", k, v) # Discover and load tests to be run extend_import_paths(args.test_path) loader = TestLoader(session_context) try: tests = loader.discover(args.test_path) except LoaderException as e: print "Failed while trying to discover tests: {}".format(e) sys.exit(1) if args.collect_only: print "Collected %d tests:" % len(tests) for test in tests: print " " + str(test) sys.exit(0) # Initializing the cluster is slow, so do so only if # tests are sure to be run try: (cluster_mod_name, cluster_class_name) = args.cluster.rsplit('.', 1) cluster_mod = importlib.import_module(cluster_mod_name) cluster_class = getattr(cluster_mod, cluster_class_name) session_context.cluster = cluster_class() except: print "Failed to load cluster: ", str(sys.exc_info()[0]) print traceback.format_exc(limit=16) sys.exit(1) # Run the tests runner = SerialTestRunner(session_context, tests) test_results = runner.run_all_tests() # Report results # TODO command-line hook for type of reporter reporter = SimpleStdoutSummaryReporter(test_results) reporter.report() reporter = SimpleFileSummaryReporter(test_results) reporter.report() # Generate HTML reporter reporter = HTMLSummaryReporter(test_results) reporter.report() if not test_results.get_aggregate_success(): sys.exit(1)
def main(): """Ducktape entry point. This contains top level logic for ducktape command-line program which does the following: Discover tests Initialize cluster for distributed services Run tests Report a summary of all results """ args = parse_args() if args.version: print ducktape_version() sys.exit(0) # Make .ducktape directory where metadata such as the last used session_id is stored if not os.path.isdir(ConsoleConfig.METADATA_DIR): os.makedirs(ConsoleConfig.METADATA_DIR) # Generate a shared 'global' identifier for this test run and create the directory # in which all test results will be stored session_id = generate_session_id(ConsoleConfig.SESSION_ID_FILE) results_dir = generate_results_dir(args.results_root, session_id) setup_results_directory(args.results_root, results_dir) session_context = SessionContext(session_id, results_dir, cluster=None, args=args) for k, v in vars(args).iteritems(): session_context.logger.debug("Configuration: %s=%s", k, v) # Discover and load tests to be run extend_import_paths(args.test_path) loader = TestLoader(session_context) try: tests = loader.discover(args.test_path) except LoaderException as e: print "Failed while trying to discover tests: {}".format(e) sys.exit(1) if args.collect_only: print "Collected %d tests:" % len(tests) for test in tests: print " " + str(test) sys.exit(0) # Initializing the cluster is slow, so do so only if # tests are sure to be run try: (cluster_mod_name, cluster_class_name) = args.cluster.rsplit('.', 1) cluster_mod = importlib.import_module(cluster_mod_name) cluster_class = getattr(cluster_mod, cluster_class_name) session_context.cluster = cluster_class() except: print "Failed to load cluster: ", str(sys.exc_info()[0]) print traceback.format_exc(limit=16) sys.exit(1) # Run the tests runner = SerialTestRunner(session_context, tests) test_results = runner.run_all_tests() # Report results # TODO command-line hook for type of reporter reporter = SimpleStdoutSummaryReporter(test_results) reporter.report() reporter = SimpleFileSummaryReporter(test_results) reporter.report() # Generate HTML reporter reporter = HTMLSummaryReporter(test_results) reporter.report() if not test_results.get_aggregate_success(): sys.exit(1)