r'^.*: Start proc (\d+):([a-zA-Z0-9._:]+)/[a-z0-9]+ for (.*)$')
PID_START_DALVIK = re.compile(
r'^E/dalvikvm\(\s*(\d+)\): >>>>> ([a-zA-Z0-9._:]+) \[ userId:0 \| appId:(\d+) \]$'
)
PID_KILL = re.compile(r'^Killing (\d+):([a-zA-Z0-9._:]+)/[^:]+: (.*)$')
PID_LEAVE = re.compile(r'^No longer want ([a-zA-Z0-9._:]+) \(pid (\d+)\): .*$')
PID_DEATH = re.compile(r'^Process ([a-zA-Z0-9._:]+) \(pid (\d+)\) has died.?$')
ADB_LOG_REGEX_EXP = 'data,time,process,thread,level,tag,message="(.\S*) *(.\S*) *(\d*) *(\d*) *([A-Z]) *([^:]*): *(.*?)$"'
BUG_LINE = re.compile(r'.*nativeGetEnabledTags.*')
BACKTRACE_LINE = re.compile(r'^#(.*?)pc\s(.*?)$')
RULES = {
# StrictMode policy violation; ~duration=319 ms: android.os.StrictMode$StrictModeDiskWriteViolation: policy=31 violation=1
re.compile(r'^(StrictMode policy violation)(; ~duration=)(\d+ ms)'):
r'%s\1%s\2%s\3%s' % (termcolor(RED), RESET, termcolor(YELLOW), RESET),
}
class Adb:
all = None
min_level = None
package_name = None
tag = None
header_size = None
ignored_tag = None
log_regex = None
catchall_package = None
named_processes = None
pids = None
def setup(self, args):
self.processor = LogProcessor(args.hide_same_tags)
self.min_level = LOG_LEVELS_MAP[args.min_level.upper()]
self.all = args.all
self.ignored_tag = args.ignored_tag
self.tag = args.tag
self.package_name = args.package_or_path
self.processor.setup_condition(tag_keywords=args.tag_keywords)
if args.yml is not None:
conf_file_path = get_conf_path(args.yml)
if not exists(handle_home_case(conf_file_path)):
exit('you provide conf file path: ' + conf_file_path +
' is not exist!')
conf_loader = ConfLoader()
conf_loader.load(conf_file_path)
yml_package = conf_loader.get_package()
if yml_package is not None:
self.package_name.append(yml_package)
yml_adb_log_regex = conf_loader.get_adb_log_line_regex()
if yml_adb_log_regex is not None:
self.log_regex = LogRegex(yml_adb_log_regex)
self.processor.setup_condition(
tag_keywords=conf_loader.get_tag_keyword_list())
self.processor.setup_trans(
trans_msg_map=conf_loader.get_trans_msg_map(),
trans_tag_map=conf_loader.get_trans_tag_map(),
hide_msg_list=conf_loader.get_hide_msg_list())
self.processor.setup_highlight(
highlight_list=conf_loader.get_highlight_list())
self.processor.setup_separator(
separator_rex_list=conf_loader.get_separator_regex_list())
if self.log_regex is None:
self.log_regex = LogRegex(ADB_LOG_REGEX_EXP)
base_adb_command = ['adb']
if args.device_serial:
base_adb_command.extend(['-s', args.device_serial])
if args.use_device:
base_adb_command.append('-d')
if args.use_emulator:
base_adb_command.append('-e')
if args.current_app:
system_dump_command = base_adb_command + [
"shell", "dumpsys", "activity", "activities"
]
system_dump = subprocess.Popen(system_dump_command,
stdout=PIPE,
stderr=PIPE).communicate()[0]
running_package_name = re.search(".*TaskRecord.*A[= ]([^ ^}]*)",
system_dump).group(1)
self.package_name.append(running_package_name)
if len(self.package_name) == 0:
self.all = True
# Store the names of packages for which to match all processes.
self.catchall_package = list(
filter(lambda package: package.find(":") == -1, self.package_name))
# Store the name of processes to match exactly.
named_processes = filter(lambda package: package.find(":") != -1,
self.package_name)
# Convert default process names from <package>: (cli notation) to <package> (android notation) in the exact names match group.
self.named_processes = map(
lambda package: package
if package.find(":") != len(package) - 1 else package[:-1],
named_processes)
self.header_size = args.tag_width + 1 + 3 + 1 # space, level, space
# Only enable GC coloring if the user opted-in
if args.color_gc:
# GC_CONCURRENT freed 3617K, 29% free 20525K/28648K, paused 4ms+5ms, total 85ms
key = re.compile(
r'^(GC_(?:CONCURRENT|FOR_M?ALLOC|EXTERNAL_ALLOC|EXPLICIT) )(freed <?\d+.)(, \d+% free \d+./\d+., )(paused \d+ms(?:\+\d+ms)?)'
)
val = r'\1%s\2%s\3%s\4%s' % (termcolor(GREEN), RESET,
termcolor(YELLOW), RESET)
RULES[key] = val
adb_command = base_adb_command[:]
adb_command.append('logcat')
adb_command.extend(['-v', 'brief'])
adb_command.extend(['-v', 'threadtime'])
# Clear log before starting logcat
if args.clear_logcat:
adb_clear_command = list(adb_command)
adb_clear_command.append('-c')
adb_clear = subprocess.Popen(adb_clear_command)
while adb_clear.poll() is None:
pass
if sys.stdin.isatty():
self.adb = subprocess.Popen(adb_command,
stdout=PIPE,
stderr=STDOUT,
stdin=PIPE)
else:
self.adb = FakeStdinProcess()
self.pids = set()
ps_command = base_adb_command + ['shell', 'ps']
ps_pid = subprocess.Popen(ps_command,
stdin=PIPE,
stdout=PIPE,
stderr=PIPE)
while True:
try:
line = ps_pid.stdout.readline().decode('utf-8',
'replace').strip()
except KeyboardInterrupt:
break
if len(line) == 0:
break
pid_match = PID_LINE.match(line)
if pid_match is not None:
pid = pid_match.group(1)
proc = pid_match.group(2)
if proc in self.catchall_package:
self.pids.add(pid)
def process_decode_content(self, line, time, level, tag, process, thread,
message):
match_condition = True
# filter
if self.tag_keywords is not None and tag is not None:
if not keywords_regex(tag, self.tag_keywords):
match_condition = False
self.pre_line_match = False
else:
self.pre_line_match = True
if self.line_keywords is not None:
if not keywords_regex(line, self.line_keywords):
match_condition = False
self.pre_line_match = False
else:
self.pre_line_match = True
if match_condition and tag is None and not self.pre_line_match:
match_condition = False
# if 'special world' in line:
# match_precondition = True
if not match_condition:
return None, None, None
msgkey = None
# the handled current line
linebuf = ''
# time
if time is not None:
time = time[-TIME_WIDTH:].rjust(TIME_WIDTH)
linebuf += time
linebuf += ' '
elif self.regex_parser.is_contain_time():
linebuf += ' ' * TIME_WIDTH
linebuf += ' '
# thread
if thread is not None:
thread = thread.strip()
thread = thread[-THREAD_WIDTH:].rjust(THREAD_WIDTH)
linebuf += thread
linebuf += ' '
elif self.regex_parser.is_contain_thread():
linebuf += ' ' * THREAD_WIDTH
linebuf += ' '
# tag
if tag is not None and (not self.hide_same_tags
or tag != self.last_tag):
self.last_tag = tag
tag = tag.strip()
color = allocate_color(tag)
tag = tag.strip()
tag = tag[-TAG_WIDTH:].rjust(TAG_WIDTH)
linebuf += colorize(tag, fg=color)
linebuf += ' '
elif self.regex_parser.is_contain_tag():
linebuf += ' ' * TAG_WIDTH
linebuf += ' '
# level
if level is not None:
if level in TAGTYPES:
linebuf += TAGTYPES[level]
else:
linebuf += ' ' + level + ' '
linebuf += ' '
elif self.regex_parser.is_contain_level():
linebuf += ' '
linebuf += ' '
# message
# -separator
if self.separator is not None:
msgkey = self.separator.process(message)
# -trans
if self.trans is not None:
message = self.trans.trans_msg(message)
message = self.trans.hide_msg(message)
message = self.trans.trans_tag(tag, message)
if self.highlight_list is not None:
for highlight in self.highlight_list:
if highlight in message:
message = message.replace(
highlight,
termcolor(fg=BLACK, bg=allocate_color(highlight)) +
highlight + RESET)
linebuf += message
return msgkey, linebuf, match_condition
