#!/usr/bin/env python ## # Licensed to the Apache Software Foundation (ASF) under one # or more contributor license agreements. See the NOTICE file # distributed with this work for additional information # regarding copyright ownership. The ASF licenses this file # to you under the Apache License, Version 2.0 (the # "License"); you may not use this file except in compliance # with the License. You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. # pylint: disable=invalid-name # To disable 'invalid constant name' warnings. # pylint: disable=import-error # Testing environment may not have all dependencies. """ This script uses Jenkins REST api to collect test result(s) of given build/builds and generates flakyness data about unittests. Print help: report-flakies.py -h """ import argparse import logging import os import time from collections import OrderedDict from jinja2 import Template import requests import findHangingTests parser = argparse.ArgumentParser() parser.add_argument( '--urls', metavar='URL', action='append', required=True, help='Urls to analyze, which can refer to simple projects, multi-configuration projects or ' 'individual build run.') parser.add_argument('--excluded-builds', metavar='n1,n2', action='append', help='List of build numbers to exclude (or "None"). Not required, ' 'but if specified, number of uses should be same as that of --urls ' 'since the values are matched.') parser.add_argument('--max-builds', metavar='n', action='append', type=int, help='The maximum number of builds to use (if available on jenkins). Specify ' '0 to analyze all builds. Not required, but if specified, number of uses ' 'should be same as that of --urls since the values are matched.') parser.add_argument('--is-yetus', metavar='True/False', action='append', choices=['True', 'False'], help='True, if build is yetus style i.e. look for maven output in artifacts; ' 'False, if maven output is in /consoleText itself.') parser.add_argument( "--mvn", action="store_true", help="Writes two strings for including/excluding these flaky tests using maven flags. These " "strings are written to files so they can be saved as artifacts and easily imported in " "other projects. Also writes timeout and failing tests in separate files for " "reference.") parser.add_argument("-v", "--verbose", help="Prints more logs.", action="store_true") args = parser.parse_args() logging.basicConfig() logger = logging.getLogger(__name__) if args.verbose: logger.setLevel(logging.INFO) def get_bad_tests(build_url, is_yetus): """ Given url of an executed build, analyzes its maven output, and returns [list of all tests, list of timeout tests, list of failed tests]. Returns None if can't get maven output from the build or if there is any other error. """ logger.info("Analyzing %s", build_url) response = requests.get(build_url + "/api/json").json() if response["building"]: logger.info("Skipping this build since it is in progress.") return {} console_url = None if is_yetus: for artifact in response["artifacts"]: if artifact["fileName"] == "patch-unit-root.txt": console_url = build_url + "/artifact/" + artifact["relativePath"] break if console_url is None: logger.info("Can't find 'patch-unit-root.txt' artifact for Yetus build %s\n. Ignoring " "this build.", build_url) return else: console_url = build_url + "/consoleText" build_result = findHangingTests.get_bad_tests(console_url) if not build_result: logger.info("Ignoring build %s", build_url) return return build_result def expand_multi_config_projects(cli_args): """ If any url is of type multi-configuration project (i.e. has key 'activeConfigurations'), get urls for individual jobs. """ job_urls = cli_args.urls excluded_builds_arg = cli_args.excluded_builds max_builds_arg = cli_args.max_builds is_yetus_arg = cli_args.is_yetus if excluded_builds_arg is not None and len(excluded_builds_arg) != len(job_urls): raise Exception("Number of --excluded-builds arguments should be same as that of --urls " "since values are matched.") if max_builds_arg is not None and len(max_builds_arg) != len(job_urls): raise Exception("Number of --max-builds arguments should be same as that of --urls " "since values are matched.") final_expanded_urls = [] for (i, job_url) in enumerate(job_urls): max_builds = 10000 # Some high number is_yetus = False if is_yetus_arg is not None: is_yetus = is_yetus_arg[i] == "True" if max_builds_arg is not None and max_builds_arg[i] != 0: max_builds = int(max_builds_arg[i]) excluded_builds = [] if excluded_builds_arg is not None and excluded_builds_arg[i] != "None": excluded_builds = [int(x) for x in excluded_builds_arg[i].split(",")] response = requests.get(job_url + "/api/json").json() if response.has_key("activeConfigurations"): for config in response["activeConfigurations"]: final_expanded_urls.append({'url':config["url"], 'max_builds': max_builds, 'excludes': excluded_builds, 'is_yetus': is_yetus}) else: final_expanded_urls.append({'url':job_url, 'max_builds': max_builds, 'excludes': excluded_builds, 'is_yetus': is_yetus}) return final_expanded_urls # Set of timeout/failed tests across all given urls. all_timeout_tests = set() all_failed_tests = set() all_hanging_tests = set() # Contains { : { : { 'all': [], 'failed': [], # 'timeout': [], 'hanging': [] } } } url_to_bad_test_results = OrderedDict() # Contains { : [run_ids] } # Used for common min/max build ids when generating sparklines. url_to_build_ids = OrderedDict() # Iterates over each url, gets test results and prints flaky tests. expanded_urls = expand_multi_config_projects(args) for url_max_build in expanded_urls: url = url_max_build["url"] excludes = url_max_build["excludes"] json_response = requests.get(url + "/api/json").json() if json_response.has_key("builds"): builds = json_response["builds"] logger.info("Analyzing job: %s", url) else: builds = [{'number': json_response["id"], 'url': url}] logger.info("Analyzing build : %s", url) build_id_to_results = {} num_builds = 0 url_to_build_ids[url] = [] build_ids_without_tests_run = [] for build in builds: build_id = build["number"] if build_id in excludes: continue result = get_bad_tests(build["url"], url_max_build['is_yetus']) if not result: continue if len(result[0]) > 0: build_id_to_results[build_id] = result else: build_ids_without_tests_run.append(build_id) num_builds += 1 url_to_build_ids[url].append(build_id) if num_builds == url_max_build["max_builds"]: break url_to_build_ids[url].sort() # Collect list of bad tests. bad_tests = set() for build in build_id_to_results: [_, failed_tests, timeout_tests, hanging_tests] = build_id_to_results[build] all_timeout_tests.update(timeout_tests) all_failed_tests.update(failed_tests) all_hanging_tests.update(hanging_tests) # Note that timedout tests are already included in failed tests. bad_tests.update(failed_tests.union(hanging_tests)) # For each bad test, get build ids where it ran, timed out, failed or hanged. test_to_build_ids = {key : {'all' : set(), 'timeout': set(), 'failed': set(), 'hanging' : set(), 'bad_count' : 0} for key in bad_tests} for build in build_id_to_results: [all_tests, failed_tests, timeout_tests, hanging_tests] = build_id_to_results[build] for bad_test in test_to_build_ids: is_bad = False if all_tests.issuperset([bad_test]): test_to_build_ids[bad_test]["all"].add(build) if timeout_tests.issuperset([bad_test]): test_to_build_ids[bad_test]['timeout'].add(build) is_bad = True if failed_tests.issuperset([bad_test]): test_to_build_ids[bad_test]['failed'].add(build) is_bad = True if hanging_tests.issuperset([bad_test]): test_to_build_ids[bad_test]['hanging'].add(build) is_bad = True if is_bad: test_to_build_ids[bad_test]['bad_count'] += 1 # Calculate flakyness % and successful builds for each test. Also sort build ids. for bad_test in test_to_build_ids: test_result = test_to_build_ids[bad_test] test_result['flakyness'] = test_result['bad_count'] * 100.0 / len(test_result['all']) test_result['success'] = (test_result['all'].difference( test_result['failed'].union(test_result['hanging']))) for key in ['all', 'timeout', 'failed', 'hanging', 'success']: test_result[key] = sorted(test_result[key]) # Sort tests in descending order by flakyness. sorted_test_to_build_ids = OrderedDict( sorted(test_to_build_ids.iteritems(), key=lambda x: x[1]['flakyness'], reverse=True)) url_to_bad_test_results[url] = sorted_test_to_build_ids if len(sorted_test_to_build_ids) > 0: print "URL: {}".format(url) print "{:>60} {:10} {:25} {}".format( "Test Name", "Total Runs", "Bad Runs(failed/timeout/hanging)", "Flakyness") for bad_test in sorted_test_to_build_ids: test_status = sorted_test_to_build_ids[bad_test] print "{:>60} {:10} {:7} ( {:4} / {:5} / {:5} ) {:2.0f}%".format( bad_test, len(test_status['all']), test_status['bad_count'], len(test_status['failed']), len(test_status['timeout']), len(test_status['hanging']), test_status['flakyness']) else: print "No flaky tests founds." if len(url_to_build_ids[url]) == len(build_ids_without_tests_run): print "None of the analyzed builds have test result." print "Builds analyzed: {}".format(url_to_build_ids[url]) print "Builds without any test runs: {}".format(build_ids_without_tests_run) print "" all_bad_tests = all_hanging_tests.union(all_failed_tests) if args.mvn: includes = ",".join(all_bad_tests) with open("./includes", "w") as inc_file: inc_file.write(includes) excludes = ["**/{0}.java".format(bad_test) for bad_test in all_bad_tests] with open("./excludes", "w") as exc_file: exc_file.write(",".join(excludes)) with open("./timeout", "w") as timeout_file: timeout_file.write(",".join(all_timeout_tests)) with open("./failed", "w") as failed_file: failed_file.write(",".join(all_failed_tests)) dev_support_dir = os.path.dirname(os.path.abspath(__file__)) with open(os.path.join(dev_support_dir, "flaky-dashboard-template.html"), "r") as f: template = Template(f.read()) with open("dashboard.html", "w") as f: datetime = time.strftime("%m/%d/%Y %H:%M:%S") f.write(template.render(datetime=datetime, bad_tests_count=len(all_bad_tests), results=url_to_bad_test_results, build_ids=url_to_build_ids))