def testCancelRun(self): device_serial = str(uuid.uuid4()) # Schedule test run and cancel it test_run_id = self.container.ScheduleTestRun(device_serial)['id'] self.container.WaitForState(test_run_id, 'QUEUED') self.container.CancelTestRun(test_run_id) # Can't lease with matching run target, task was cancelled task = self.container.LeaseTask(integration_util.DeviceInfo(device_serial)) self.assertIsNone(task)
def testError(self):
"""Test that non-fatal errors should trigger an automatic retry."""
self.container.SubmitCommandEvent(self.task, 'ExecuteFailed')
self.container.WaitForState(self.test_run_id,
'QUEUED') # Back to QUEUED
# Retry attempt can be leased
retry = self.container.LeaseTask(
integration_util.DeviceInfo(self.device_serial))
self.assertIsNotNone(retry)
self.assertNotEqual(self.task['attempt_id'], retry['attempt_id'])
def testScheduleRun(self):
device_serial = str(uuid.uuid4())
# Schedule test run
test_run_id = self.container.ScheduleTestRun(device_serial)['id']
self.container.WaitForState(test_run_id, 'QUEUED')
# Should be able to lease with matching run target
task = self.container.LeaseTask(integration_util.DeviceInfo(device_serial))
self.assertIsNotNone(task)
self.assertEqual([device_serial], task['device_serials'])
self.assertEqual(
'util/timewaster --invocation-data mtt=1', task['command_line'])
def testScheduleRun_extraArgs(self):
device_serial = str(uuid.uuid4())
# Schedule test run
test_run = self.container.ScheduleTestRun(
device_serial, extra_args='extra_args')
test_run_id = test_run['id']
self.container.WaitForState(test_run_id, 'QUEUED')
# Task should have extra command line arguments
task = self.container.LeaseTask(integration_util.DeviceInfo(device_serial))
self.assertEqual(
'util/timewaster extra_args --invocation-data mtt=1',
task['command_line'])
def setUp(self):
super(EventHandlerIntegrationTest, self).setUp()
# Schedule test run
self.device_serial = str(uuid.uuid4())
self.test_run_id = self.container.ScheduleTestRun(
self.device_serial)['id']
self.container.WaitForState(self.test_run_id, 'QUEUED')
# Lease task and start test run
self.task = self.container.LeaseTask(
integration_util.DeviceInfo(self.device_serial))
self.container.SubmitCommandEvent(self.task, 'InvocationStarted')
self.container.WaitForState(self.test_run_id, 'RUNNING')
def testCompleted_failure(self):
"""Test that failed tests will trigger an automatic retry."""
self.container.SubmitCommandEvent(self.task,
'InvocationCompleted',
data={
'failed_test_count': 1,
'passed_test_count': 1,
})
self.container.WaitForState(self.test_run_id,
'QUEUED') # Back to QUEUED
# Retry attempt can be leased
retry = self.container.LeaseTask(
integration_util.DeviceInfo(self.device_serial))
self.assertIsNotNone(retry)
self.assertNotEqual(self.task['attempt_id'], retry['attempt_id'])
# Test run will contain result information
test_run = self.container.GetTestRun(self.test_run_id)
self.assertEqual('2', test_run['total_test_count'])
self.assertEqual('1', test_run['failed_test_count'])
def setUp(self):
super(FileServerIntegrationTest, self).setUp()
# Upload test resource to local file store
test_resource_file = os.path.join(TEST_DATA_DIR, 'android-cts.zip')
self.container.UploadFile(test_resource_file,
'local_file_store/android-cts.zip')
# Schedule test run with test resource
self.device_serial = str(uuid.uuid4())
self.test_run_id = self.container.ScheduleTestRun(
self.device_serial,
test_id='android.cts.9_0.arm',
test_resource_objs=[{
'name':
'android-cts.zip',
'url':
'file://localhost/data/local_file_store/android-cts.zip',
}])['id']
# Lease task, allowing additional time for resource download
self.container.WaitForState(self.test_run_id, 'QUEUED', timeout=60)
self.task = self.container.LeaseTask(
integration_util.DeviceInfo(self.device_serial))