How to use test_subtest method in hypothesis

Best Python code snippet using hypothesis

fetch.py

Source:fetch.py

1import subprocess2import csv3import os4import time5import signal6import tempfile7import multiprocessing8import sys9def run(cmd, timeout, test):10    try:11        timeout = timeout * 10012        result = {}13        result['test'] = test14        outfile = tempfile.NamedTemporaryFile(mode='w+b')15        p = subprocess.Popen(cmd, shell=True, stdout=outfile, stderr=subprocess.STDOUT, preexec_fn=os.setsid, close_fds=True)16        result['curtime'] = time.time()17        result['endtime'] = result['curtime'] + timeout18        sleep_time = 019        finish = False20        while sleep_time < timeout:21            if p.poll() is not None:22                finish = True23                break24            sleep_time += 125            time.sleep(.01)26        result['finish'] = finish27        outfile.seek(0)28        result['output'] = outfile.readlines()29        return result30    except Exception as e:31        print str(e)32        return None33    finally:34        if p is not None and p.poll() is None:35            print 'killing %s' % test36            os.killpg(os.getpgid(p.pid), signal.SIGKILL)37def finish(result):38    try:39        test = result['test']40        if not result['finish']:41            print CRED + "[Hanged ] " + test + CEND42            current_hanged[test] = 143        else:44            reported = False45            count = 146            for output in result['output']:47                tokens = output.split()48                if len(tokens) < 2:49                    continue50                # Drop this line so that we get consistent offsets51                if output == "WARNING: no physical memory support, process creation may be slow.\n":52                    continue53                if tokens[1].isdigit():54                    test_subtest = test + "," + tokens[1]55                    count = int(tokens[1]) + 156                else:57                    test_subtest = test + "," + str(count)58                    count = count + 159                if "TINFO" in output or test_subtest in current_passed or test_subtest in current_failed or test in current_hanged or test_subtest in current_broken:60                    continue61                if output:62                    output = output.strip()63                    print >>f1, output64                if "TFAIL" in output:65                    print >>failed_tests_fh, test_subtest66                    print CRED + "[Fail   ] " + test_subtest + CEND67                    current_failed[test_subtest] = 168                    reported = True69                elif "TPASS" in output or "PASS:" in output:70                    print >>passed_tests_fh, test_subtest71                    print CGREEN + "[Pass   ] " + test_subtest + CEND72                    current_passed[test_subtest] = 173                    reported = True74                elif "TCONF" in output or "TBROK" in output or "BROK" in output or "error" in output:75                    print >>broken_tests_fh, test_subtest76                    # Syscall not implemented or test preparation failed77                    print "[Broken(a) ] " + test_subtest + CEND78                    current_broken[test_subtest] = 179                    reported = True80            if (not reported):81                print >>broken_tests_fh, test82                print CRED + "[Broken(b) ] " + test + CEND83                for output in result['output']:84                    print output85                current_broken[test] = 186    except Exception as e:87        print str(e)88CRED = '\033[91m'89CGREEN = '\033[92m'90CEND = '\033[0m'91DEFAULT_TIMEOUT = 3092resultfile = "run_output"93stablePass = "PASSED"94timeouts = "TIMEOUTS"95failed_tests_file = "Failed.csv"96passed_tests_file = "Passed.csv"97broken_tests_file = "Broken.csv"98f1 = open(resultfile, 'w')99failed_tests_fh = open(failed_tests_file, 'w', 0)100passed_tests_fh = open(passed_tests_file, 'w', 0)101broken_tests_fh = open(broken_tests_file, 'w', 0)102failed_tests_fh.write("Test,Subtest number,Status\n")103passed_tests_fh.write("Test,Subtest number\n")104broken_tests_fh.write("Test,Subtest number,Status\n")105current_passed = dict()106current_failed = dict()107current_broken = dict()108current_hanged = dict()109timeouts_dict = dict()110with open(timeouts, 'rb') as csvfile:111    test_timeout = csv.reader(csvfile)112    test_timeout.next()113    for row in test_timeout:114        test = row[0]115        timeout = row[1]116        timeouts_dict[test] = int(timeout)117os.chdir("opt/ltp/testcases/bin")118pool = multiprocessing.Pool()119with open('../../../../syscalls.graphene') as testcases:120    for line in testcases:121        line = line.strip('\r\n\t')122        tokens = line.split( )123        if (tokens[1] == "SGX") :124            test = tokens[2]125        else :126            test = tokens[1]127        if test=="seq":128            test = tokens[6]     #splice02129        try: 130            timeout = timeouts_dict[test]131        except KeyError:132            timeout = DEFAULT_TIMEOUT133        pool.apply_async(run, args=([line], timeout, test), callback=finish)134os.chdir("../../../..")135pool.close()136pool.join()137    138stable_passed = dict()139with open(stablePass, 'rb') as csvfile:140    test_subtest = csv.reader(csvfile)141    test_subtest.next()142    for row in test_subtest:143        tst = row[0] + "," + row[1]144        stable_passed[tst] = 1145print "\n\nRESULT [Difference] :\n---------------------\n"146rv = 0147for test in sorted(stable_passed):148    if not test in current_passed:149        print CRED + "Test '" + test + "' did not pass in the current run!!" + CEND150        rv = -1151for test in sorted(current_passed):152    if not test in stable_passed:153        print CGREEN + "Test '" + test + "' passed in the current run!!" + CEND154print "\n"...

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