def test_upload_with_hostname_and_serial(self):
"""Log name should be generated using current (mocked) timestamp value."""
mock_gsutil = mock.MagicMock()
self.mock.write_data.return_value = mock_gsutil
environment.set_value('BOT_NAME', 'hostname.company.com')
environment.set_value('OS_OVERRIDE', 'ANDROID_KERNEL')
environment.set_value('ANDROID_SERIAL', '123456789')
self.fs.create_file(
self.testcase_path + '.stats2',
contents='{"stat": 1000, "kind": "TestcaseRun", "job": "job", '
'"fuzzer": "fuzzer", "build_revision": 123}\n')
crash_result = CrashResult(return_code=None, crash_time=None, output=None)
log = testcase_manager.prepare_log_for_upload(crash_result.get_stacktrace(),
crash_result.return_code)
log_time = testcase_manager._get_testcase_time(self.testcase_path)
testcase_manager.upload_log(log, log_time)
self.mock.write_data.assert_called_once_with(
b'Component revisions (build r123):\n'
b'Component: REVISION\nComponent2: REVISION2\n\n'
b'Bot name: hostname.company.com\n'
b'Device serial: 123456789\n'
b'Return code: None\n\nNo output!',
'gs://fake-gcs-logs/fuzzer/job/2017-05-15/16:10:28:374119.log')
def test_upload_without_component_revisions(self):
"""Log should contain message on empty component revisions."""
self.mock.get_component_range_list.return_value = []
mock_gsutil = mock.MagicMock()
self.mock.write_data.return_value = mock_gsutil
self.fs.create_file(
self.testcase_path + '.stats2',
contents='{"stat": 1000, "timestamp": 1472846341.017923, "kind": '
'"TestcaseRun", "job": "job", "fuzzer": "fuzzer", '
'"build_revision": 123}\n')
environment.set_value('BOT_NAME', 'hostname.company.com')
crash_result = CrashResult(
return_code=1, crash_time=5, output='fake output')
log = testcase_manager.prepare_log_for_upload(crash_result.get_stacktrace(),
crash_result.return_code)
log_time = testcase_manager._get_testcase_time(self.testcase_path)
testcase_manager.upload_log(log, log_time)
# Date and time below is derived from 1472846341 timestamp value.
self.mock.write_data.assert_called_once_with(
b'Component revisions (build r123):\n'
b'Not available.\n\n'
b'Bot name: hostname.company.com\n'
b'Return code: 1\n\nfake output',
'gs://fake-gcs-logs/fuzzer/job/2016-09-02/19:59:01:017923.log')
def _do_run_testcase_and_return_result_in_queue(crash_queue,
thread_index,
file_path,
gestures,
env_copy,
upload_output=False):
"""Run a single testcase and return crash results in the crash queue."""
try:
# Run testcase and check whether a crash occurred or not.
return_code, crash_time, output = run_testcase(thread_index, file_path,
gestures, env_copy)
# Pull testcase directory to host to get any stats files.
if environment.is_trusted_host():
from clusterfuzz._internal.bot.untrusted_runner import file_host
file_host.pull_testcases_from_worker()
# Analyze the crash.
crash_output = _get_crash_output(output)
crash_result = CrashResult(return_code, crash_time, crash_output)
# To provide consistency between stats and logs, we use timestamp taken
# from stats when uploading logs and testcase.
if upload_output:
log_time = _get_testcase_time(file_path)
if crash_result.is_crash():
# Initialize resource list with the testcase path.
resource_list = [file_path]
resource_list += get_resource_paths(crash_output)
# Store the crash stack file in the crash stacktrace directory
# with filename as the hash of the testcase path.
crash_stacks_directory = environment.get_value(
'CRASH_STACKTRACES_DIR')
stack_file_path = os.path.join(crash_stacks_directory,
utils.string_hash(file_path))
utils.write_data_to_file(crash_output, stack_file_path)
# Put crash/no-crash results in the crash queue.
crash_queue.put(
Crash(file_path=file_path,
crash_time=crash_time,
return_code=return_code,
resource_list=resource_list,
gestures=gestures,
stack_file_path=stack_file_path))
# Don't upload uninteresting testcases (no crash) or if there is no log to
# correlate it with (not upload_output).
if upload_output:
upload_testcase(file_path, log_time)
if upload_output:
# Include full output for uploaded logs (crash output, merge output, etc).
crash_result_full = CrashResult(return_code, crash_time, output)
log = prepare_log_for_upload(crash_result_full.get_stacktrace(),
return_code)
upload_log(log, log_time)
except Exception:
logs.log_error('Exception occurred while running '
'run_testcase_and_return_result_in_queue.')
def check_for_bad_build(job_type, crash_revision):
"""Return true if the build is bad, i.e. crashes on startup."""
# Check the bad build check flag to see if we want do this.
if not environment.get_value('BAD_BUILD_CHECK'):
return False
# Create a blank command line with no file to run and no http.
command = get_command_line_for_application(file_to_run='',
needs_http=False)
# When checking for bad builds, we use the default window size.
# We don't want to pick a custom size since it can potentially cause a
# startup crash and cause a build to be detected incorrectly as bad.
default_window_argument = environment.get_value('WINDOW_ARG', '')
if default_window_argument:
command = command.replace(' %s' % default_window_argument, '')
# TSAN is slow, and boots slow on first startup. Increase the warmup
# timeout for this case.
if environment.tool_matches('TSAN', job_type):
fast_warmup_timeout = environment.get_value('WARMUP_TIMEOUT')
else:
fast_warmup_timeout = environment.get_value('FAST_WARMUP_TIMEOUT')
# Initialize helper variables.
is_bad_build = False
build_run_console_output = ''
app_directory = environment.get_value('APP_DIR')
# Exit all running instances.
process_handler.terminate_stale_application_instances()
# Check if the build is bad.
return_code, crash_time, output = process_handler.run_process(
command,
timeout=fast_warmup_timeout,
current_working_directory=app_directory)
crash_result = CrashResult(return_code, crash_time, output)
# 1. Need to account for startup crashes with no crash state. E.g. failed to
# load shared library. So, ignore state for comparison.
# 2. Ignore leaks as they don't block a build from reporting regular crashes
# and also don't impact regression range calculations.
if (crash_result.is_crash(ignore_state=True)
and not crash_result.should_ignore() and
not crash_result.get_type() in ['Direct-leak', 'Indirect-leak']):
is_bad_build = True
build_run_console_output = utils.get_crash_stacktrace_output(
command, crash_result.get_stacktrace(symbolized=True),
crash_result.get_stacktrace(symbolized=False))
logs.log('Bad build for %s detected at r%d.' %
(job_type, crash_revision),
output=build_run_console_output)
# Exit all running instances.
process_handler.terminate_stale_application_instances()
# Any of the conditions below indicate that bot is in a bad state and it is
# not caused by the build itself. In that case, just exit.
build_state = data_handler.get_build_state(job_type, crash_revision)
if is_bad_build and utils.sub_string_exists_in(BAD_STATE_HINTS, output):
logs.log_fatal_and_exit(
'Bad bot environment detected, exiting.',
output=build_run_console_output,
snapshot=process_handler.get_runtime_snapshot())
# If none of the other bots have added information about this build,
# then add it now.
if (build_state == data_types.BuildState.UNMARKED
and not crash_result.should_ignore()):
data_handler.add_build_metadata(job_type, crash_revision, is_bad_build,
build_run_console_output)
return is_bad_build
def get_symbolized_stacktraces(testcase_file_path, testcase,
old_crash_stacktrace, expected_state):
"""Use the symbolized builds to generate an updated stacktrace."""
# Initialize variables.
app_path = environment.get_value('APP_PATH')
app_path_debug = environment.get_value('APP_PATH_DEBUG')
long_test_timeout = environment.get_value('WARMUP_TIMEOUT')
retry_limit = environment.get_value('FAIL_RETRIES')
symbolized = False
debug_build_stacktrace = ''
release_build_stacktrace = old_crash_stacktrace
# Symbolize using the debug build first so that the debug build stacktrace
# comes after the more important release build stacktrace.
if app_path_debug:
for _ in range(retry_limit):
process_handler.terminate_stale_application_instances()
command = testcase_manager.get_command_line_for_application(
testcase_file_path,
app_path=app_path_debug,
needs_http=testcase.http_flag)
return_code, crash_time, output = (process_handler.run_process(
command, timeout=long_test_timeout,
gestures=testcase.gestures))
crash_result = CrashResult(return_code, crash_time, output)
if crash_result.is_crash():
state = crash_result.get_symbolized_data()
if crash_analyzer.ignore_stacktrace(state.crash_stacktrace):
continue
unsymbolized_crash_stacktrace = crash_result.get_stacktrace(
symbolized=False)
debug_build_stacktrace = utils.get_crash_stacktrace_output(
command,
state.crash_stacktrace,
unsymbolized_crash_stacktrace,
build_type='debug')
symbolized = True
break
# Symbolize using the release build.
if app_path:
for _ in range(retry_limit):
process_handler.terminate_stale_application_instances()
command = testcase_manager.get_command_line_for_application(
testcase_file_path,
app_path=app_path,
needs_http=testcase.http_flag)
return_code, crash_time, output = (process_handler.run_process(
command, timeout=long_test_timeout,
gestures=testcase.gestures))
crash_result = CrashResult(return_code, crash_time, output)
if crash_result.is_crash():
state = crash_result.get_symbolized_data()
if crash_analyzer.ignore_stacktrace(state.crash_stacktrace):
continue
if state.crash_state != expected_state:
continue
# Release stack's security flag has to match the symbolized release
# stack's security flag.
security_flag = crash_result.is_security_issue()
if security_flag != testcase.security_flag:
continue
unsymbolized_crash_stacktrace = crash_result.get_stacktrace(
symbolized=False)
release_build_stacktrace = utils.get_crash_stacktrace_output(
command,
state.crash_stacktrace,
unsymbolized_crash_stacktrace,
build_type='release')
symbolized = True
break
stacktrace = release_build_stacktrace
if debug_build_stacktrace:
stacktrace += '\n\n' + debug_build_stacktrace
return symbolized, stacktrace