def test_update_summary_with_result(self):
# Reftests expected to be image mismatch should be respected when pixel_tests=False.
runner = self._runner()
runner._options.pixel_tests = False
runner._options.world_leaks = False
test = 'failures/expected/reftest.html'
leak_test = 'failures/expected/leak.html'
expectations = TestExpectations(runner._port, tests=[test, leak_test])
expectations.parse_all_expectations()
runner._expectations = expectations
runner._current_run_results = TestRunResults(expectations, 1)
result = TestResult(test, failures=[test_failures.FailureReftestMismatchDidNotOccur()], reftest_type=['!='])
runner.update_summary_with_result(result)
self.assertEqual(1, runner._current_run_results.expected)
self.assertEqual(0, runner._current_run_results.unexpected)
runner._current_run_results = TestRunResults(expectations, 1)
result = TestResult(test, failures=[], reftest_type=['=='])
runner.update_summary_with_result(result)
self.assertEqual(0, runner._current_run_results.expected)
self.assertEqual(1, runner._current_run_results.unexpected)
runner._current_run_results = TestRunResults(expectations, 1)
result = TestResult(leak_test, failures=[])
runner.update_summary_with_result(result)
self.assertEqual(1, runner._current_run_results.expected)
self.assertEqual(0, runner._current_run_results.unexpected)
def test_interrupt_if_at_failure_limits(self):
runner = self._runner()
runner._options.exit_after_n_failures = None
runner._options.exit_after_n_crashes_or_times = None
test_names = ['passes/text.html', 'passes/image.html']
runner._test_inputs = [TestInput(test_name, 6000) for test_name in test_names]
run_results = TestRunResults(TestExpectations(runner._port, test_names), len(test_names))
run_results.unexpected_failures = 100
run_results.unexpected_crashes = 50
run_results.unexpected_timeouts = 50
# No exception when the exit_after* options are None.
runner._interrupt_if_at_failure_limits(run_results)
# No exception when we haven't hit the limit yet.
runner._options.exit_after_n_failures = 101
runner._options.exit_after_n_crashes_or_timeouts = 101
runner._interrupt_if_at_failure_limits(run_results)
# Interrupt if we've exceeded either limit:
runner._options.exit_after_n_crashes_or_timeouts = 10
self.assertRaises(TestRunInterruptedException, runner._interrupt_if_at_failure_limits, run_results)
self.assertEqual(run_results.results_by_name['passes/text.html'].type, test_expectations.SKIP)
self.assertEqual(run_results.results_by_name['passes/image.html'].type, test_expectations.SKIP)
runner._options.exit_after_n_crashes_or_timeouts = None
runner._options.exit_after_n_failures = 10
exception = self.assertRaises(TestRunInterruptedException, runner._interrupt_if_at_failure_limits, run_results)
def test_interrupt_if_at_failure_limits(self):
runner = self._runner()
runner._options.exit_after_n_failures = None
runner._options.exit_after_n_crashes_or_times = None
test_names = ['passes/text.html', 'passes/image.html']
runner._test_inputs = [TestInput(Test(test_name), 6000) for test_name in test_names]
expectations = TestExpectations(runner._port, test_names)
expectations.parse_all_expectations()
run_results = TestRunResults(expectations, len(test_names))
run_results.unexpected_failures = 100
run_results.unexpected_crashes = 50
run_results.unexpected_timeouts = 50
# No exception when the exit_after* options are None.
runner._interrupt_if_at_failure_limits(run_results)
# No exception when we haven't hit the limit yet.
runner._options.exit_after_n_failures = 101
runner._options.exit_after_n_crashes_or_timeouts = 101
runner._interrupt_if_at_failure_limits(run_results)
# Interrupt if we've exceeded either limit:
runner._options.exit_after_n_crashes_or_timeouts = 10
self.assertRaises(TestRunInterruptedException, runner._interrupt_if_at_failure_limits, run_results)
self.assertEqual(run_results.results_by_name['passes/text.html'].type, test_expectations.SKIP)
self.assertEqual(run_results.results_by_name['passes/image.html'].type, test_expectations.SKIP)
runner._options.exit_after_n_crashes_or_timeouts = None
runner._options.exit_after_n_failures = 10
exception = self.assertRaises(TestRunInterruptedException, runner._interrupt_if_at_failure_limits, run_results)
def run_tests(
self,
expectations,
test_inputs,
tests_to_skip,
num_workers,
needs_http,
needs_websockets,
needs_web_platform_test_server,
retrying,
):
self._expectations = expectations
self._test_inputs = test_inputs
self._needs_http = needs_http
self._needs_websockets = needs_websockets
self._needs_web_platform_test_server = needs_web_platform_test_server
self._retrying = retrying
# FIXME: rename all variables to test_run_results or some such ...
run_results = TestRunResults(self._expectations, len(test_inputs) + len(tests_to_skip))
self._current_run_results = run_results
self._printer.num_tests = len(test_inputs)
self._printer.num_started = 0
if not retrying:
self._printer.print_expected(run_results, self._expectations.model().get_tests_with_result_type)
for test_name in set(tests_to_skip):
result = test_results.TestResult(test_name)
result.type = test_expectations.SKIP
run_results.add(result, expected=True, test_is_slow=self._test_is_slow(test_name))
self._printer.write_update("Sharding tests ...")
all_shards = self._sharder.shard_tests(
test_inputs, int(self._options.child_processes), self._options.fully_parallel
)
if (self._needs_http and self._options.http) or self._needs_web_platform_test_server:
self.start_servers()
num_workers = min(num_workers, len(all_shards))
self._printer.print_workers_and_shards(num_workers, len(all_shards))
if self._options.dry_run:
return run_results
self._printer.write_update("Starting %s ..." % grammar.pluralize(num_workers, "worker"))
try:
with message_pool.get(
self, self._worker_factory, num_workers, self._port.worker_startup_delay_secs(), self._port.host
) as pool:
pool.run(("test_list", shard.name, shard.test_inputs) for shard in all_shards)
except TestRunInterruptedException, e:
_log.warning(e.reason)
run_results.interrupted = True
def run_tests(self, expectations, test_inputs, tests_to_skip, num_workers,
needs_http, needs_websockets, needs_web_platform_test_server,
retrying):
self._expectations = expectations
self._test_inputs = test_inputs
self._needs_http = needs_http
self._needs_websockets = needs_websockets
self._needs_web_platform_test_server = needs_web_platform_test_server
self._retrying = retrying
# FIXME: rename all variables to test_run_results or some such ...
run_results = TestRunResults(self._expectations,
len(test_inputs) + len(tests_to_skip))
self._current_run_results = run_results
self._printer.num_tests = len(test_inputs)
self._printer.num_started = 0
if not retrying:
self._printer.print_expected(
run_results,
self._expectations.model().get_tests_with_result_type)
for test_name in set(tests_to_skip):
result = test_results.TestResult(test_name)
result.type = test_expectations.SKIP
run_results.add(result,
expected=True,
test_is_slow=self._test_is_slow(test_name))
self._printer.write_update('Sharding tests ...')
all_shards = self._sharder.shard_tests(
test_inputs, int(self._options.child_processes),
self._options.fully_parallel)
if (self._needs_http and
self._options.http) or self._needs_web_platform_test_server:
self.start_servers()
num_workers = min(num_workers, len(all_shards))
self._printer.print_workers_and_shards(num_workers, len(all_shards))
if self._options.dry_run:
return run_results
self._printer.write_update('Starting %s ...' %
grammar.pluralize(num_workers, "worker"))
try:
with message_pool.get(self, self._worker_factory, num_workers,
self._port.worker_startup_delay_secs(),
self._port.host) as pool:
pool.run(('test_list', shard.name, shard.test_inputs)
for shard in all_shards)
except TestRunInterruptedException, e:
_log.warning(e.reason)
run_results.interrupted = True
def run_tests(self, expectations, test_inputs, tests_to_skip, num_workers, needs_http, needs_websockets, retrying):
self._expectations = expectations
self._test_inputs = test_inputs
self._needs_http = needs_http
self._needs_websockets = needs_websockets
self._retrying = retrying
# FIXME: rename all variables to test_run_results or some such ...
run_results = TestRunResults(self._expectations, len(test_inputs) + len(tests_to_skip))
self._current_run_results = run_results
self._remaining_locked_shards = []
self._has_http_lock = False
self._printer.num_tests = len(test_inputs)
self._printer.num_started = 0
if not retrying:
self._printer.print_expected(run_results, self._expectations.get_tests_with_result_type)
for test_name in set(tests_to_skip):
result = test_results.TestResult(test_name)
result.type = test_expectations.SKIP
run_results.add(result, expected=True, test_is_slow=self._test_is_slow(test_name))
self._printer.write_update('Sharding tests ...')
locked_shards, unlocked_shards = self._sharder.shard_tests(test_inputs, int(self._options.child_processes), self._options.fully_parallel)
# FIXME: We don't have a good way to coordinate the workers so that
# they don't try to run the shards that need a lock if we don't actually
# have the lock. The easiest solution at the moment is to grab the
# lock at the beginning of the run, and then run all of the locked
# shards first. This minimizes the time spent holding the lock, but
# means that we won't be running tests while we're waiting for the lock.
# If this becomes a problem in practice we'll need to change this.
all_shards = locked_shards + unlocked_shards
self._remaining_locked_shards = locked_shards
if locked_shards and self._options.http:
self.start_servers_with_lock(2 * min(num_workers, len(locked_shards)))
num_workers = min(num_workers, len(all_shards))
self._printer.print_workers_and_shards(num_workers, len(all_shards), len(locked_shards))
if self._options.dry_run:
return run_results
self._printer.write_update('Starting %s ...' % grammar.pluralize('worker', num_workers))
try:
with message_pool.get(self, self._worker_factory, num_workers, self._port.worker_startup_delay_secs(), self._port.host) as pool:
pool.run(('test_list', shard.name, shard.test_inputs) for shard in all_shards)
except TestRunInterruptedException, e:
_log.warning(e.reason)
run_results.interrupted = True
def run_tests(self, expectations, test_inputs, tests_to_skip, num_workers,
retrying):
self._expectations = expectations
self._test_inputs = test_inputs
self._retrying = retrying
# FIXME: rename all variables to test_run_results or some such ...
run_results = TestRunResults(self._expectations,
len(test_inputs) + len(tests_to_skip))
self._current_run_results = run_results
self._printer.num_tests = len(test_inputs)
self._printer.num_completed = 0
if not retrying:
self._printer.print_expected(
run_results, self._expectations.get_tests_with_result_type)
for test_name in set(tests_to_skip):
result = test_results.TestResult(test_name)
result.type = test_expectations.SKIP
run_results.add(result,
expected=True,
test_is_slow=self._test_is_slow(test_name))
self._printer.write_update('Sharding tests ...')
locked_shards, unlocked_shards = self._sharder.shard_tests(
test_inputs, int(self._options.child_processes),
self._options.fully_parallel)
# We don't have a good way to coordinate the workers so that they don't
# try to run the shards that need a lock. The easiest solution is to
# run all of the locked shards first.
all_shards = locked_shards + unlocked_shards
num_workers = min(num_workers, len(all_shards))
self._printer.print_workers_and_shards(num_workers, len(all_shards),
len(locked_shards))
if self._options.dry_run:
return run_results
self._printer.write_update('Starting %s ...' %
grammar.pluralize('worker', num_workers))
start_time = time.time()
try:
with message_pool.get(self, self._worker_factory, num_workers,
self._port.worker_startup_delay_secs(),
self._port.host) as pool:
pool.run(('test_list', shard.name, shard.test_inputs)
for shard in all_shards)
except TestRunInterruptedException, e:
_log.warning(e.reason)
run_results.interrupted = True
def run_tests(self, expectations, test_inputs, tests_to_skip, num_workers, needs_http, needs_websockets, retrying):
self._expectations = expectations
self._test_inputs = test_inputs
self._needs_http = needs_http
self._needs_websockets = needs_websockets
self._retrying = retrying
# FIXME: rename all variables to test_run_results or some such ...
run_results = TestRunResults(self._expectations, len(test_inputs) + len(tests_to_skip))
self._current_run_results = run_results
self._remaining_locked_shards = []
self._has_http_lock = False
self._printer.num_tests = len(test_inputs)
self._printer.num_started = 0
if not retrying:
self._printer.print_expected(run_results, self._expectations.model().get_tests_with_result_type)
for test_name in set(tests_to_skip):
result = test_results.TestResult(test_name)
result.type = test_expectations.SKIP
run_results.add(result, expected=True, test_is_slow=self._test_is_slow(test_name))
self._printer.write_update('Sharding tests ...')
locked_shards, unlocked_shards = self._sharder.shard_tests(test_inputs, int(self._options.child_processes), self._options.fully_parallel)
# FIXME: We don't have a good way to coordinate the workers so that
# they don't try to run the shards that need a lock if we don't actually
# have the lock. The easiest solution at the moment is to grab the
# lock at the beginning of the run, and then run all of the locked
# shards first. This minimizes the time spent holding the lock, but
# means that we won't be running tests while we're waiting for the lock.
# If this becomes a problem in practice we'll need to change this.
all_shards = locked_shards + unlocked_shards
self._remaining_locked_shards = locked_shards
if locked_shards and self._options.http:
self.start_servers_with_lock(2 * min(num_workers, len(locked_shards)))
num_workers = min(num_workers, len(all_shards))
self._printer.print_workers_and_shards(num_workers, len(all_shards), len(locked_shards))
if self._options.dry_run:
return run_results
self._printer.write_update('Starting %s ...' % grammar.pluralize(num_workers, "worker"))
try:
with message_pool.get(self, self._worker_factory, num_workers, self._port.worker_startup_delay_secs(), self._port.host) as pool:
pool.run(('test_list', shard.name, shard.test_inputs) for shard in all_shards)
except TestRunInterruptedException, e:
_log.warning(e.reason)
run_results.interrupted = True
def run_tests(self, expectations, test_inputs, tests_to_skip, num_workers, retry_attempt):
self._expectations = expectations
self._test_inputs = test_inputs
self._retry_attempt = retry_attempt
self._shards_to_redo = []
# FIXME: rename all variables to test_run_results or some such ...
run_results = TestRunResults(self._expectations, len(test_inputs) + len(tests_to_skip))
self._current_run_results = run_results
self._printer.num_tests = len(test_inputs)
self._printer.num_completed = 0
if retry_attempt < 1:
self._printer.print_expected(run_results, self._expectations.get_tests_with_result_type)
for test_name in set(tests_to_skip):
result = test_results.TestResult(test_name)
result.type = test_expectations.SKIP
run_results.add(result, expected=True, test_is_slow=self._test_is_slow(test_name))
self._printer.write_update('Sharding tests ...')
locked_shards, unlocked_shards = self._sharder.shard_tests(test_inputs,
int(self._options.child_processes), self._options.fully_parallel,
self._options.run_singly or (self._options.batch_size == 1))
# We don't have a good way to coordinate the workers so that they don't
# try to run the shards that need a lock. The easiest solution is to
# run all of the locked shards first.
all_shards = locked_shards + unlocked_shards
num_workers = min(num_workers, len(all_shards))
if retry_attempt < 1:
self._printer.print_workers_and_shards(num_workers, len(all_shards), len(locked_shards))
if self._options.dry_run:
return run_results
self._printer.write_update('Starting %s ...' % grammar.pluralize('worker', num_workers))
start_time = time.time()
try:
with message_pool.get(self, self._worker_factory, num_workers, self._port.host) as pool:
pool.run(('test_list', shard.name, shard.test_inputs) for shard in all_shards)
if self._shards_to_redo:
num_workers -= len(self._shards_to_redo)
if num_workers > 0:
with message_pool.get(self, self._worker_factory, num_workers, self._port.host) as pool:
pool.run(('test_list', shard.name, shard.test_inputs) for shard in self._shards_to_redo)
except TestRunInterruptedException, e:
_log.warning(e.reason)
run_results.interrupted = True
def test_look_for_new_crash_logs(self):
def get_manager():
host = MockHost()
port = host.port_factory.get('test-mac-leopard')
manager = Manager(port, options=MockOptions(test_list=None, http=True, max_locked_shards=1), printer=Mock())
return manager
host = MockHost()
port = host.port_factory.get('test-mac-leopard')
tests = ['failures/expected/crash.html']
expectations = test_expectations.TestExpectations(port, tests)
run_results = TestRunResults(expectations, len(tests))
manager = get_manager()
manager._look_for_new_crash_logs(run_results, time.time())
def run_tests(self, expectations, test_inputs, tests_to_skip, num_workers,
retrying):
self._expectations = expectations
self._test_inputs = test_inputs
self._retrying = retrying
# FIXME: rename all variables to test_run_results or some such ...
run_results = TestRunResults(self._expectations,
len(test_inputs) + len(tests_to_skip))
self._current_run_results = run_results
self._printer.num_tests = len(test_inputs)
self._printer.num_started = 0
if not retrying:
self._printer.print_expected(
run_results,
self._expectations.model().get_tests_with_result_type)
for test_name in set(tests_to_skip):
result = test_results.TestResult(test_name)
result.type = test_expectations.SKIP
run_results.add(result,
expected=True,
test_is_slow=self._test_is_slow(test_name))
self._printer.write_update('Sharding tests ...')
all_shards = self._sharder.shard_tests(
test_inputs, int(self._options.child_processes),
self._options.fully_parallel)
self._printer.print_workers_and_shards(num_workers, len(all_shards))
if self._options.dry_run:
return run_results
self._printer.write_update('Starting %s ...' %
grammar.pluralize(num_workers, "worker"))
try:
with message_pool.get(self, self._worker_factory, num_workers,
self._port.worker_startup_delay_secs(),
self._port.host) as pool:
pool.run(('test_list', shard.name, shard.test_inputs)
for shard in all_shards)
except TestRunInterruptedException as e:
_log.warning(e.reason)
run_results.interrupted = True
except KeyboardInterrupt:
self._printer.flush()
self._printer.writeln('Interrupted, exiting ...')
run_results.keyboard_interrupted = True
except Exception as e:
_log.debug('%s("%s") raised, exiting' %
(e.__class__.__name__, str(e)))
raise
return run_results
def test_look_for_new_crash_logs(self):
def get_manager():
host = MockHost()
port = host.port_factory.get('test-mac-mac10.10')
manager = Manager(port,
options=optparse.Values({
'test_list': None,
'http': True,
'max_locked_shards': 1
}),
printer=FakePrinter())
return manager
host = MockHost()
port = host.port_factory.get('test-mac-mac10.10')
tests = ['failures/expected/crash.html']
expectations = test_expectations.TestExpectations(port, tests)
run_results = TestRunResults(expectations, len(tests))
manager = get_manager()
manager._look_for_new_crash_logs(run_results, time.time())
def run_tests(self, expectations, test_inputs, tests_to_skip, num_workers, retry_attempt):
self._expectations = expectations
self._test_inputs = test_inputs
self._retry_attempt = retry_attempt
self._shards_to_redo = []
# FIXME: rename all variables to test_run_results or some such ...
run_results = TestRunResults(self._expectations, len(test_inputs) + len(tests_to_skip))
self._current_run_results = run_results
self._printer.num_tests = len(test_inputs)
self._printer.num_completed = 0
if retry_attempt < 1:
self._printer.print_expected(run_results, self._expectations.get_tests_with_result_type)
for test_name in set(tests_to_skip):
result = test_results.TestResult(test_name)
result.type = test_expectations.SKIP
run_results.add(result, expected=True, test_is_slow=self._test_is_slow(test_name))
self._printer.write_update('Sharding tests ...')
locked_shards, unlocked_shards = self._sharder.shard_tests(test_inputs,
int(self._options.child_processes), self._options.fully_parallel,
self._options.run_singly or (self._options.batch_size == 1))
# We don't have a good way to coordinate the workers so that they don't
# try to run the shards that need a lock. The easiest solution is to
# run all of the locked shards first.
all_shards = locked_shards + unlocked_shards
num_workers = min(num_workers, len(all_shards))
if retry_attempt < 1:
self._printer.print_workers_and_shards(num_workers, len(all_shards), len(locked_shards))
if self._options.dry_run:
return run_results
self._printer.write_update('Starting %s ...' % grammar.pluralize('worker', num_workers))
start_time = time.time()
try:
with message_pool.get(self, self._worker_factory, num_workers, self._port.host) as pool:
pool.run(('test_list', shard.name, shard.test_inputs) for shard in all_shards)
if self._shards_to_redo:
num_workers -= len(self._shards_to_redo)
if num_workers > 0:
with message_pool.get(self, self._worker_factory, num_workers, self._port.host) as pool:
pool.run(('test_list', shard.name, shard.test_inputs) for shard in self._shards_to_redo)
except TestRunInterruptedException as error:
_log.warning(error.reason)
run_results.interrupted = True
except KeyboardInterrupt:
self._printer.flush()
self._printer.writeln('Interrupted, exiting ...')
run_results.keyboard_interrupted = True
except Exception as error:
_log.debug('%s("%s") raised, exiting', error.__class__.__name__, error)
raise
finally:
run_results.run_time = time.time() - start_time
return run_results
def run(self, args):
num_failed_uploads = 0
device_type_list = self._port.supported_device_types()
try:
tests_to_run_by_device, aggregate_tests_to_skip = self._collect_tests(args, device_type_list)
except IOError:
# This is raised if --test-list doesn't exist
return test_run_results.RunDetails(exit_code=-1)
aggregate_tests_to_run = set() # type: Set[Test]
for v in tests_to_run_by_device.values():
aggregate_tests_to_run.update(v)
skipped_tests_by_path = defaultdict(set)
for test in aggregate_tests_to_skip:
skipped_tests_by_path[test.test_path].add(test)
# If a test is marked skipped, but was explicitly requested, run it anyways
if self._options.skipped != 'always':
for arg in args:
if arg in skipped_tests_by_path:
tests = skipped_tests_by_path[arg]
tests_to_run_by_device[device_type_list[0]].extend(tests)
aggregate_tests_to_run |= tests
aggregate_tests_to_skip -= tests
del skipped_tests_by_path[arg]
aggregate_tests = aggregate_tests_to_run | aggregate_tests_to_skip
self._printer.print_found(len(aggregate_tests),
len(aggregate_tests_to_run),
self._options.repeat_each,
self._options.iterations)
start_time = time.time()
# Check to see if all tests we are running are skipped.
if aggregate_tests == aggregate_tests_to_skip:
# XXX: this is currently identical to the follow if, which likely isn't intended
_log.error("All tests skipped.")
return test_run_results.RunDetails(exit_code=0, skipped_all_tests=True)
# Check to make sure we have no tests to run that are not skipped.
if not aggregate_tests_to_run:
_log.critical('No tests to run.')
return test_run_results.RunDetails(exit_code=-1)
self._printer.write_update("Checking build ...")
if not self._port.check_build():
_log.error("Build check failed")
return test_run_results.RunDetails(exit_code=-1)
if self._options.clobber_old_results:
self._clobber_old_results()
# Create the output directory if it doesn't already exist.
self._port.host.filesystem.maybe_make_directory(self._results_directory)
needs_http = any(test.needs_http_server for tests in itervalues(tests_to_run_by_device) for test in tests)
needs_web_platform_test_server = any(test.needs_wpt_server for tests in itervalues(tests_to_run_by_device) for test in tests)
needs_websockets = any(test.needs_websocket_server for tests in itervalues(tests_to_run_by_device) for test in tests)
self._runner = LayoutTestRunner(self._options, self._port, self._printer, self._results_directory,
needs_http=needs_http, needs_web_platform_test_server=needs_web_platform_test_server, needs_websockets=needs_websockets)
initial_results = None
retry_results = None
enabled_pixel_tests_in_retry = False
max_child_processes_for_run = 1
child_processes_option_value = self._options.child_processes
uploads = []
for device_type in device_type_list:
self._options.child_processes = min(self._port.max_child_processes(device_type=device_type), int(child_processes_option_value or self._port.default_child_processes(device_type=device_type)))
_log.info('')
if not self._options.child_processes:
_log.info('Skipping {} because {} is not available'.format(pluralize(len(tests_to_run_by_device[device_type]), 'test'), str(device_type)))
_log.info('')
continue
max_child_processes_for_run = max(self._options.child_processes, max_child_processes_for_run)
self._printer.print_baseline_search_path(device_type=device_type)
_log.info(u'Running {}{}'.format(pluralize(len(tests_to_run_by_device[device_type]), 'test'), u' for {}'.format(device_type) if device_type else ''))
_log.info('')
start_time_for_device = time.time()
if not tests_to_run_by_device[device_type]:
continue
test_inputs = [self._test_input_for_file(test, device_type=device_type)
for test in tests_to_run_by_device[device_type]]
if not self._set_up_run(test_inputs, device_type=device_type):
return test_run_results.RunDetails(exit_code=-1)
configuration = self._port.configuration_for_upload(self._port.target_host(0))
if not configuration.get('flavor', None): # The --result-report-flavor argument should override wk1/wk2
configuration['flavor'] = 'wk2' if self._options.webkit_test_runner else 'wk1'
temp_initial_results, temp_retry_results, temp_enabled_pixel_tests_in_retry = self._run_test_subset(test_inputs, device_type=device_type)
skipped_results = TestRunResults(self._expectations[device_type], len(aggregate_tests_to_skip))
for skipped_test in set(aggregate_tests_to_skip):
skipped_result = test_results.TestResult(skipped_test.test_path)
skipped_result.type = test_expectations.SKIP
skipped_results.add(skipped_result, expected=True)
temp_initial_results = temp_initial_results.merge(skipped_results)
if self._options.report_urls:
self._printer.writeln('\n')
self._printer.write_update('Preparing upload data ...')
upload = Upload(
suite=self._options.suite or 'layout-tests',
configuration=configuration,
details=Upload.create_details(options=self._options),
commits=self._port.commits_for_upload(),
timestamp=start_time,
run_stats=Upload.create_run_stats(
start_time=start_time_for_device,
end_time=time.time(),
tests_skipped=temp_initial_results.remaining + temp_initial_results.expected_skips,
),
results=self._results_to_upload_json_trie(self._expectations[device_type], temp_initial_results),
)
for hostname in self._options.report_urls:
self._printer.write_update('Uploading to {} ...'.format(hostname))
if not upload.upload(hostname, log_line_func=self._printer.writeln):
num_failed_uploads += 1
else:
uploads.append(upload)
self._printer.writeln('Uploads completed!')
initial_results = initial_results.merge(temp_initial_results) if initial_results else temp_initial_results
retry_results = retry_results.merge(temp_retry_results) if retry_results else temp_retry_results
enabled_pixel_tests_in_retry |= temp_enabled_pixel_tests_in_retry
if (initial_results and (initial_results.interrupted or initial_results.keyboard_interrupted)) or \
(retry_results and (retry_results.interrupted or retry_results.keyboard_interrupted)):
break
# Used for final logging, max_child_processes_for_run is most relevant here.
self._options.child_processes = max_child_processes_for_run
self._runner.stop_servers()
end_time = time.time()
result = self._end_test_run(start_time, end_time, initial_results, retry_results, enabled_pixel_tests_in_retry)
if self._options.report_urls and uploads:
self._printer.writeln('\n')
self._printer.write_update('Preparing to upload test archive ...')
with self._filesystem.mkdtemp() as temp:
archive = self._filesystem.join(temp, 'test-archive')
shutil.make_archive(archive, 'zip', self._results_directory)
for upload in uploads:
for hostname in self._options.report_urls:
self._printer.write_update('Uploading archive to {} ...'.format(hostname))
if not upload.upload_archive(hostname, self._filesystem.open_binary_file_for_reading(archive + '.zip'), log_line_func=self._printer.writeln):
num_failed_uploads += 1
if num_failed_uploads:
result.exit_code = -1
return result
def run_tests(self,
expectations,
test_inputs,
num_workers,
retrying,
device_type=None):
self._expectations = expectations
self._test_inputs = list(test_inputs)
self._retrying = retrying
# FIXME: rename all variables to test_run_results or some such ...
run_results = TestRunResults(self._expectations, len(test_inputs))
self._current_run_results = run_results
self.printer.num_tests = len(test_inputs)
self.printer.num_started = 0
if not retrying:
self.printer.print_expected(
run_results,
self._expectations.model().get_tests_with_result_type)
self.printer.write_update('Sharding tests ...')
all_shards = self._sharder.shard_tests(
test_inputs, int(self._options.child_processes),
self._options.fully_parallel)
num_workers = min(num_workers, len(all_shards))
self.printer.print_workers_and_shards(num_workers, len(all_shards))
if self._options.dry_run:
return run_results
self.printer.write_update('Starting {} ...'.format(
pluralize(num_workers, "worker")))
devices = None
if getattr(self._port, 'DEVICE_MANAGER', None):
devices = dict(
available_devices=self._port.DEVICE_MANAGER.AVAILABLE_DEVICES,
initialized_devices=self._port.DEVICE_MANAGER.
INITIALIZED_DEVICES,
)
try:
LayoutTestRunner.instance = self
with TaskPool(
workers=num_workers,
setup=setup_shard,
setupkwargs=dict(
port=self._port,
devices=devices,
results_directory=self._results_directory,
retrying=self._retrying,
),
teardown=teardown_shard,
) as pool:
for shard in all_shards:
pool.do(
run_shard,
shard,
callback=lambda value: self.
_annotate_results_with_additional_failures(value),
)
pool.wait()
except TestRunInterruptedException as e:
_log.warning(e.reason)
run_results.interrupted = True
except KeyboardInterrupt:
self.printer.flush()
self.printer.writeln('Interrupted, exiting ...')
run_results.keyboard_interrupted = True
except Exception as e:
_log.debug('{}("{}") raised, exiting'.format(
e.__class__.__name__, str(e)))
raise
finally:
LayoutTestRunner.instance = None
return run_results
