def check_target(self, target):
if not log.get_log_file():
return False
bugs = buglib.collect([log.get_log_file()])
for bug in bugs:
logger.debug("bug found: " + buglib.get_bug_info(bug))
if buglib.same_bug(bug, target):
return True
return False
def get_target_info(self):
if self.target:
(target_log_file, target_bug_id) = self.target.split(':')
target_bug_id = int(target_bug_id)
bugs = buglib.collect([target_log_file])
target_buginfo = bugs[target_bug_id - 1]
buglib.fix_type(target_buginfo)
return target_buginfo
return None
def process_cmd():
argparser = argparse.ArgumentParser()
argparser.add_argument("cmd", type=str, help='command to run')
argparser.add_argument("log_files", metavar='logfile', nargs="+", type=str, help="list of log files to collect")
argparser.add_argument("-i", "--bug-id", type=int, help="the number of bug specified")
argparser.add_argument("-s", "--hostname", type=str, help="hostname of the host of the report (or specify cmd_log)")
argparser.add_argument("-n", "--round-number", type=int, help="global round number")
argparser.add_argument("-c", "--cmd-log", type=str, help="command log")
argparser.add_argument("-t", "--interactive", help="interactive replay mode (default=False)", action="store_true")
argparser.add_argument("-o", "--console-mode", help="console mode (default=False)", action="store_true")
argparser.add_argument("-r", "--retry-count", type=int, help="retry count (default=1)", default=1)
argparser.add_argument("-m", "--msg-log", type=str, help="message log (optional)")
argparser.add_argument("-f", "--faithful", help="faithful replay (default=False)", action="store_true")
argparser.add_argument("-u", "--cont-after-succ", help="continue after successfully replay (default=False)", action="store_true")
argparser.add_argument("-x", "--cont-after-branch", help="continue after replay branched (default=False)", action="store_true")
argparser.add_argument("-l", "--local", help="log from local (default=False)", action="store_true")
argparser.add_argument("-y", "--simplify-result", help="simplification result", type=str, default="")
args = argparser.parse_args()
if args.cmd == "dump":
bugs = buglib.collect(args.log_files)
buglib.dump(bugs)
if args.cmd == "collect":
bugs = buglib.collect(args.log_files)
buginfo = bugs[args.bug_id - 1]
shutil.copy(buginfo['err log'], "err_log")
shutil.copy(buginfo['command log'], "cmd_log")
print "please copy err_log and cmd_log into your machine, and run 'python analyze.py replay err_log -i %d -c cmd_log'" % int(buginfo['report id'])
if args.cmd == "replay" or args.cmd == "simplify":
if args.hostname:
if not args.local:
err_log = args.log_files[0]
log_file = "logs/log-%s-%d/%s.log" % (args.hostname, args.round_number, err_log)
print "copy error log"
subprocess.check_call("scp %s:andchecker/%s err.log" % (args.hostname, log_file), shell=True)
err_log = "err.log"
else:
err_log = "remote_logs/log-%s-%d/%s.log" % (args.hostname, args.round_number, args.log_files[0])
else:
err_log = args.log_files[0]
bugs = buglib.collect([err_log])
if args.bug_id is None:
buginfo = bugs[0]
else:
buginfo = bugs[args.bug_id - 1]
buglib.dump_bug_detailed(buginfo)
# grab cmd_log, msg_log and other files
if args.hostname:
if not args.local:
# copy command log
if 'attached file' in buginfo:
try:
os.makedirs("log-details")
except:
pass
for (name, val) in buginfo['attached file']:
if name == "saved attachment":
filename = val
elif name == "attachment path":
filepath = val
subprocess.check_call("scp %s:andchecker/%s log-details/%s" % (args.hostname, filepath, filename), shell=True)
if args.cmd_log:
cmd_log = args.cmd_log
else:
cmd_log = buginfo['command log']
print "copy command log"
subprocess.check_call("scp %s:andchecker/%s cmd_log" % (args.hostname, cmd_log), shell=True)
cmd_log = "cmd_log"
if args.msg_log:
msg_log = args.msg_log
else:
if 'message log' in buginfo:
msg_log = buginfo['message log']
print "copy message log"
subprocess.check_call("scp %s:andchecker/%s msg_log" % (args.hostname, msg_log), shell=True)
msg_log = "msg_log"
else:
msg_log = None
else:
if args.cmd_log:
cmd_log = args.cmd_log
else:
cmd_log = "remote_%s" % buginfo['command log']
if args.msg_log:
msg_log = args.msg_log
else:
msg_log = "remote_%s" % buginfo['message log']
else:
if not args.cmd_log:
print "Missing command log or host name"
argparser.print_help()
sys.exit(1)
cmd_log = args.cmd_log
if not args.msg_log:
msg_log = None
else:
msg_log = args.msg_log
print "run reproduce"
cmd = "python %s %s -f %s -d %s -r %s -t %s:%d %s -b %d" % (flags.get_base_path("reproduce.py"), "-i" if args.interactive else "", buginfo['apk path'], buginfo['device config'], cmd_log, err_log, args.bug_id, args.cmd, args.retry_count)
if args.console_mode:
cmd += " -c"
# generally, old message log cannot be used in faithful mode
if msg_log and not args.faithful and args.msg_log != "no":
cmd += " -p %s" % msg_log
if args.faithful:
cmd += " -u"
if args.cont_after_succ:
cmd += " -o"
if args.cont_after_branch:
cmd += " -x"
if args.simplify_result:
cmd += " -y %s" % args.simplify_result
print "cmd: %s" % cmd
subprocess.call(cmd, shell=True)
if args.cmd == "analyze":
bugs = buglib.collect(args.log_files)
ret = {}
for bug in bugs:
apk = bug['apk path']
stack = None
if 'checker' in bug:
err = bug['checker']
elif 'remote exception' in bug:
err = bug['remote exception']
buglib.find_stack(bug)
else:
err = bug['exception type']
if 'exception stack' in bug:
stack = bug['exception stack']
err += " %s" % bug['exception stack']
if stack and 'com.andchecker' in stack:
# our bug!
continue
if err == "__DUMMY__":
continue
if "market://" in err:
continue
if "View not attached to window" in err:
continue
if "android.app.Instrument" in err:
continue
if "BadTokenException" in err:
continue
if err == 'KeyError':
continue
if not apk in ret:
ret[apk] = {}
if not err in ret[apk]:
ret[apk][err] = {}
if 'command count' in bug:
cmd_cnt = bug['command count']
else:
cmd_cnt = 10000
if not cmd_cnt in ret[apk][err]:
ret[apk][err][cmd_cnt] = []
ret[apk][err][cmd_cnt].append("%s:%s" % (bug['err log'], bug['report id']))
for apk in ret:
print "app: %s" % apk
for err in ret[apk]:
print "\terror: %s" % err
for cmd_cnt in sorted(ret[apk][err].keys())[:3]:
print '\t\tcommands: %d' % cmd_cnt,
logs = '\t\t\tlogs: '
for err_log in ret[apk][err][cmd_cnt][:4]:
logs += ' ' + err_log
print logs
def process_cmd():
argparser = argparse.ArgumentParser()
argparser.add_argument("cmd", type=str, help='command to run')
argparser.add_argument("log_files",
metavar='logfile',
nargs="+",
type=str,
help="list of log files to collect")
argparser.add_argument("-i",
"--bug-id",
type=int,
help="the number of bug specified")
argparser.add_argument(
"-s",
"--hostname",
type=str,
help="hostname of the host of the report (or specify cmd_log)")
argparser.add_argument("-n",
"--round-number",
type=int,
help="global round number")
argparser.add_argument("-c", "--cmd-log", type=str, help="command log")
argparser.add_argument("-t",
"--interactive",
help="interactive replay mode (default=False)",
action="store_true")
argparser.add_argument("-o",
"--console-mode",
help="console mode (default=False)",
action="store_true")
argparser.add_argument("-r",
"--retry-count",
type=int,
help="retry count (default=1)",
default=1)
argparser.add_argument("-m",
"--msg-log",
type=str,
help="message log (optional)")
argparser.add_argument("-f",
"--faithful",
help="faithful replay (default=False)",
action="store_true")
argparser.add_argument(
"-u",
"--cont-after-succ",
help="continue after successfully replay (default=False)",
action="store_true")
argparser.add_argument(
"-x",
"--cont-after-branch",
help="continue after replay branched (default=False)",
action="store_true")
argparser.add_argument("-l",
"--local",
help="log from local (default=False)",
action="store_true")
argparser.add_argument("-y",
"--simplify-result",
help="simplification result",
type=str,
default="")
args = argparser.parse_args()
if args.cmd == "dump":
bugs = buglib.collect(args.log_files)
buglib.dump(bugs)
if args.cmd == "collect":
bugs = buglib.collect(args.log_files)
buginfo = bugs[args.bug_id - 1]
shutil.copy(buginfo['err log'], "err_log")
shutil.copy(buginfo['command log'], "cmd_log")
print "please copy err_log and cmd_log into your machine, and run 'python analyze.py replay err_log -i %d -c cmd_log'" % int(
buginfo['report id'])
if args.cmd == "replay" or args.cmd == "simplify":
if args.hostname:
if not args.local:
err_log = args.log_files[0]
log_file = "logs/log-%s-%d/%s.log" % (
args.hostname, args.round_number, err_log)
print "copy error log"
subprocess.check_call("scp %s:andchecker/%s err.log" %
(args.hostname, log_file),
shell=True)
err_log = "err.log"
else:
err_log = "remote_logs/log-%s-%d/%s.log" % (
args.hostname, args.round_number, args.log_files[0])
else:
err_log = args.log_files[0]
bugs = buglib.collect([err_log])
if args.bug_id is None:
buginfo = bugs[0]
else:
buginfo = bugs[args.bug_id - 1]
buglib.dump_bug_detailed(buginfo)
# grab cmd_log, msg_log and other files
if args.hostname:
if not args.local:
# copy command log
if 'attached file' in buginfo:
try:
os.makedirs("log-details")
except:
pass
for (name, val) in buginfo['attached file']:
if name == "saved attachment":
filename = val
elif name == "attachment path":
filepath = val
subprocess.check_call(
"scp %s:andchecker/%s log-details/%s" %
(args.hostname, filepath, filename),
shell=True)
if args.cmd_log:
cmd_log = args.cmd_log
else:
cmd_log = buginfo['command log']
print "copy command log"
subprocess.check_call("scp %s:andchecker/%s cmd_log" %
(args.hostname, cmd_log),
shell=True)
cmd_log = "cmd_log"
if args.msg_log:
msg_log = args.msg_log
else:
if 'message log' in buginfo:
msg_log = buginfo['message log']
print "copy message log"
subprocess.check_call("scp %s:andchecker/%s msg_log" %
(args.hostname, msg_log),
shell=True)
msg_log = "msg_log"
else:
msg_log = None
else:
if args.cmd_log:
cmd_log = args.cmd_log
else:
cmd_log = "remote_%s" % buginfo['command log']
if args.msg_log:
msg_log = args.msg_log
else:
msg_log = "remote_%s" % buginfo['message log']
else:
if not args.cmd_log:
print "Missing command log or host name"
argparser.print_help()
sys.exit(1)
cmd_log = args.cmd_log
if not args.msg_log:
msg_log = None
else:
msg_log = args.msg_log
print "run reproduce"
cmd = "python %s %s -f %s -d %s -r %s -t %s:%d %s -b %d" % (
flags.get_base_path("reproduce.py"), "-i" if args.interactive else
"", buginfo['apk path'], buginfo['device config'], cmd_log,
err_log, args.bug_id, args.cmd, args.retry_count)
if args.console_mode:
cmd += " -c"
# generally, old message log cannot be used in faithful mode
if msg_log and not args.faithful and args.msg_log != "no":
cmd += " -p %s" % msg_log
if args.faithful:
cmd += " -u"
if args.cont_after_succ:
cmd += " -o"
if args.cont_after_branch:
cmd += " -x"
if args.simplify_result:
cmd += " -y %s" % args.simplify_result
print "cmd: %s" % cmd
subprocess.call(cmd, shell=True)
if args.cmd == "analyze":
bugs = buglib.collect(args.log_files)
ret = {}
for bug in bugs:
apk = bug['apk path']
stack = None
if 'checker' in bug:
err = bug['checker']
elif 'remote exception' in bug:
err = bug['remote exception']
buglib.find_stack(bug)
else:
err = bug['exception type']
if 'exception stack' in bug:
stack = bug['exception stack']
err += " %s" % bug['exception stack']
if stack and 'com.andchecker' in stack:
# our bug!
continue
if err == "__DUMMY__":
continue
if "market://" in err:
continue
if "View not attached to window" in err:
continue
if "android.app.Instrument" in err:
continue
if "BadTokenException" in err:
continue
if err == 'KeyError':
continue
if not apk in ret:
ret[apk] = {}
if not err in ret[apk]:
ret[apk][err] = {}
if 'command count' in bug:
cmd_cnt = bug['command count']
else:
cmd_cnt = 10000
if not cmd_cnt in ret[apk][err]:
ret[apk][err][cmd_cnt] = []
ret[apk][err][cmd_cnt].append("%s:%s" %
(bug['err log'], bug['report id']))
for apk in ret:
print "app: %s" % apk
for err in ret[apk]:
print "\terror: %s" % err
for cmd_cnt in sorted(ret[apk][err].keys())[:3]:
print '\t\tcommands: %d' % cmd_cnt,
logs = '\t\t\tlogs: '
for err_log in ret[apk][err][cmd_cnt][:4]:
logs += ' ' + err_log
print logs