X-Git-Url: http://git.lttng.org./?a=blobdiff_plain;f=scripts%2Fsystem-tests%2Flava2-submit.py;h=26884ca6663aa237063ef7e563e4625f9128aa79;hb=e640b6d8e772b853df483a3b6160708e72e5b1e3;hp=529c088fdb2585cbe2b56341e3fb8469dc3c2ed9;hpb=99add533f84dea889bda584eae83e7f3415a7e08;p=lttng-ci.git diff --git a/scripts/system-tests/lava2-submit.py b/scripts/system-tests/lava2-submit.py index 529c088..26884ca 100644 --- a/scripts/system-tests/lava2-submit.py +++ b/scripts/system-tests/lava2-submit.py @@ -29,6 +29,7 @@ from jinja2 import Environment, FileSystemLoader, meta USERNAME = 'lava-jenkins' HOSTNAME = 'lava-master-02.internal.efficios.com' +OBJSTORE_URL = "https://obj.internal.efficios.com/lava/results/" class TestType(): baremetal_benchmarks=1 @@ -63,31 +64,27 @@ def get_job_bundle_content(server, job): # Parse the results bundle to see the run-tests testcase # of the lttng-kernel-tests passed successfully def check_job_all_test_cases_state_count(server, job): - content = get_job_bundle_content(server, job) - - # FIXME:Those tests are part of the boot actions and fail randomly but - # doesn't affect the behaviour of the tests. We should update our Lava - # installation and try to reproduce it. This error was encountered on - # Ubuntu 16.04. - tests_known_to_fail=['mount', 'df', 'ls', 'ip', 'wait_for_test_image_prompt'] + print("Testcase result:") + content = server.results.get_testjob_results_yaml(str(job)) + testcases = yaml.load(content) passed_tests=0 failed_tests=0 - for run in content['test_runs']: - for result in run['test_results']: - if 'test_case_id' in result : - if result['result'] in 'pass': - passed_tests+=1 - elif result['test_case_id'] in tests_known_to_fail: - pass - else: - failed_tests+=1 + for testcase in testcases: + if testcase['result'] != 'pass': + print("\tFAILED {}\n\t\t See http://{}{}".format( + testcase['name'], + HOSTNAME, + testcase['url'] + )) + failed_tests+=1 + else: + passed_tests+=1 return (passed_tests, failed_tests) -# Get the benchmark results from the lava bundle +# Get the benchmark results from the objstore # save them as CSV files localy -def fetch_benchmark_results(server, job): - content = get_job_bundle_content(server, job) +def fetch_benchmark_results(build_id): testcases = ['processed_results_close.csv', 'processed_results_ioctl.csv', 'processed_results_open_efault.csv', @@ -95,61 +92,27 @@ def fetch_benchmark_results(server, job): 'processed_results_dup_close.csv', 'processed_results_raw_syscall_getpid.csv', 'processed_results_lttng_test_filter.csv'] - - # The result bundle is a large JSON containing the results of every testcase - # of the LAVA job as well as the files that were attached during the run. - # We need to iterate over this JSON to get the base64 representation of the - # benchmark results produced during the run. - for run in content['test_runs']: - # We only care of the benchmark testcases - if 'benchmark-' in run['test_id']: - if 'test_results' in run: - for res in run['test_results']: - if 'attachments' in res: - for a in res['attachments']: - # We only save the results file - if a['pathname'] in testcases: - with open(a['pathname'],'wb') as f: - # Convert the b64 representation of the - # result file and write it to a file - # in the current working directory - f.write(base64.b64decode(a['content'])) + for testcase in testcases: + url = urljoin(OBJSTORE_URL, "{:s}/{:s}".format(build_id, testcase)) + urlretrieve(url, testcase) # Parse the attachment of the testcase to fetch the stdout of the test suite def print_test_output(server, job): - content = get_job_bundle_content(server, job) - found = False - - for run in content['test_runs']: - if run['test_id'] in 'lttng-kernel-test': - for attachment in run['attachments']: - if attachment['pathname'] in 'stdout.log': - - # Decode the base64 file and split on newlines to iterate - # on list - testoutput = str(base64.b64decode(bytes(attachment['content'], encoding='UTF-8'))) - - testoutput = testoutput.replace('\\n', '\n') - - # Create a generator to iterate on the lines and keeping - # the state of the iterator across the two loops. - testoutput_iter = iter(testoutput.split('\n')) - for line in testoutput_iter: - - # Find the header of the test case and start printing - # from there - if 'LAVA_SIGNAL_STARTTC run-tests' in line: - print('---- TEST SUITE OUTPUT BEGIN ----') - for line in testoutput_iter: - if 'LAVA_SIGNAL_ENDTC run-tests' not in line: - print(line) - else: - # Print until we reach the end of the - # section - break - - print('----- TEST SUITE OUTPUT END -----') - break + job_finished, log = server.scheduler.jobs.logs(str(job)) + logs = yaml.load(log.data.decode('ascii')) + print_line = False + for line in logs: + if line['lvl'] != 'target': + continue + if line['msg'] == '': + print('---- TEST SUITE OUTPUT BEGIN ----') + print_line = True + continue + if line['msg'] == '': + print('----- TEST SUITE OUTPUT END -----') + break + if print_line: + print("{} {}".format(line['dt'], line['msg'])) def get_vlttng_cmd(device, lttng_tools_commit, lttng_ust_commit=None): @@ -217,11 +180,10 @@ def main(): if test_type in [TestType.baremetal_benchmarks, TestType.baremetal_tests]: device_type = DeviceType.x86 - vlttng_path = '/tmp/virtenv' - else: device_type = DeviceType.kvm - vlttng_path = '/root/virtenv' + + vlttng_path = '/tmp/virtenv' vlttng_cmd = get_vlttng_cmd(device_type, args.tools_commit, args.ust_commit) @@ -258,35 +220,34 @@ def main(): jobid = server.scheduler.submit_job(render) print('Lava jobid:{}'.format(jobid)) - print('Lava job URL: http://lava-master-02.internal.efficios.com/scheduler/job/{}/log_file'.format(jobid)) + print('Lava job URL: http://lava-master-02.internal.efficios.com/scheduler/job/{}'.format(jobid)) #Check the status of the job every 30 seconds - jobstatus = server.scheduler.job_status(jobid)['job_status'] - not_running = False - while jobstatus in 'Submitted' or jobstatus in 'Running': - if not_running is False and jobstatus in 'Running': + jobstatus = server.scheduler.job_state(jobid)['job_state'] + running = False + while jobstatus in ['Submitted','Scheduling','Scheduled','Running']: + if not running and jobstatus == 'Running': print('Job started running') - not_running = True + running = True time.sleep(30) - jobstatus = server.scheduler.job_status(jobid)['job_status'] - -# Do not fetch result for now -# if test_type is TestType.kvm_tests or test_type is TestType.baremetal_tests: -# print_test_output(server, jobid) -# elif test_type is TestType.baremetal_benchmarks: -# fetch_benchmark_results(server, jobid) - + jobstatus = server.scheduler.job_state(jobid)['job_state'] print('Job ended with {} status.'.format(jobstatus)) - if jobstatus not in 'Complete': + + if jobstatus != 'Finished': return -1 - else: - passed, failed=check_job_all_test_cases_state_count(server, jobid) - print('With {} passed and {} failed Lava test cases.'.format(passed, failed)) - if failed == 0: - return 0 - else: - return -1 + if test_type is TestType.kvm_tests or test_type is TestType.baremetal_tests: + print_test_output(server, jobid) + elif test_type is TestType.baremetal_benchmarks: + fetch_benchmark_results(args.build_id) + + passed, failed=check_job_all_test_cases_state_count(server, jobid) + print('With {} passed and {} failed Lava test cases.'.format(passed, failed)) + + if failed == 0: + return 0 + else: + return -1 if __name__ == "__main__": sys.exit(main())