def test_build_status_returns_finished_after_all_subjobs_complete_and_slaves_finished(
self):
subjobs = self._create_subjobs(count=3)
mock_project_type = self._create_mock_project_type()
mock_slave = self._create_mock_slave(num_executors=3)
postbuild_tasks_complete_event = Event()
build = Build(BuildRequest({}))
build._project_type = mock_project_type
build._create_build_artifact = MagicMock()
self._on_async_postbuild_tasks_completed(
build, postbuild_tasks_complete_event.set)
build.prepare(subjobs, self._create_job_config())
build.allocate_slave(
mock_slave) # all three subjobs are now "in progress"
for subjob in subjobs:
build.complete_subjob(subjob.subjob_id())
# Wait for the async thread to complete executing postbuild tasks.
self.assertTrue(
postbuild_tasks_complete_event.wait(timeout=2),
'Postbuild tasks should complete within a few'
'seconds.')
# Verify build artifacts was called after subjobs completed
build._create_build_artifact.assert_called_once_with()
self.assertTrue(build._subjobs_are_finished)
self.assertEqual(build._status(), BuildStatus.FINISHED)
def test_build_status_returns_finished_after_all_subjobs_complete_and_slaves_finished(
self):
subjobs = self._create_subjobs(count=3)
mock_project_type = self._create_mock_project_type()
mock_slave = self._create_mock_slave(num_executors=3)
build = Build(BuildRequest({}))
build.prepare(subjobs, mock_project_type, self._create_job_config())
build.allocate_slave(
mock_slave) # all three subjobs are now "in progress"
# Mock out call to create build artifacts after subjobs complete
build._create_build_artifact = MagicMock()
for subjob in subjobs:
build.mark_subjob_complete(subjob.subjob_id())
# Note: this was never a unit test! We have to wait for a thread to complete post build
# actions here. TODO: Fix this
poll.wait_for(lambda: build._postbuild_tasks_are_finished, 5)
# Verify build artifacts was called after subjobs completed
build._create_build_artifact.assert_called_once_with()
build.finish()
status = build._status()
self.assertTrue(build._subjobs_are_finished)
self.assertTrue(build._postbuild_tasks_are_finished)
self.assertTrue(build._teardowns_finished)
self.assertEqual(status, BuildStatus.FINISHED)
def test_build_doesnt_use_more_than_max_executors_per_slave(self):
subjobs = self._create_subjobs()
mock_project_type = self._create_mock_project_type()
fake_setup_command = 'mock command'
mock_slaves = [
self._create_mock_slave(num_executors=5) for _ in range(3)
]
max_executors_per_slave = 2
expected_total_num_executors_used = 6 # We expect the build to use 2 executors on each of the 3 slaves.
build = Build(BuildRequest({'setup': fake_setup_command}))
build.execute_next_subjob_on_slave = MagicMock()
build.prepare(
subjobs, mock_project_type,
self._create_job_config(
max_executors_per_slave=max_executors_per_slave))
[build.allocate_slave(mock_slave) for mock_slave in mock_slaves]
expected_current_num_executors_used = 0
for i in range(len(mock_slaves)):
build.begin_subjob_executions_on_slave(mock_slaves[i])
expected_current_num_executors_used += max_executors_per_slave
self.assertEqual(
build.execute_next_subjob_on_slave.call_count,
expected_current_num_executors_used,
'After allocating {} slaves, build with max_executors_per_slave set to {} should only be using {} '
'executors.'.format(i + 1, max_executors_per_slave,
expected_current_num_executors_used))
self.assertEqual(
build.execute_next_subjob_on_slave.call_count,
expected_total_num_executors_used,
'Build should start executing as many subjobs per slave as its max_executors_per_slave setting.'
)
def test_build_doesnt_use_more_than_max_executors(self):
subjobs = self._create_subjobs()
mock_project_type = self._create_mock_project_type()
fake_setup_command = 'mock command'
mock_slaves = [
self._create_mock_slave(num_executors=5) for _ in range(3)
]
expected_num_executors = 12 # We expect the build to use 12 out of 15 available executors.
build = Build(BuildRequest({'setup': fake_setup_command}))
build.execute_next_subjob_on_slave = MagicMock()
build.prepare(
subjobs, mock_project_type,
self._create_job_config(max_executors=expected_num_executors))
[build.allocate_slave(mock_slave) for mock_slave in mock_slaves]
[
build.begin_subjob_executions_on_slave(mock_slave)
for mock_slave in mock_slaves
]
self.assertEqual(
build.execute_next_subjob_on_slave.call_count,
expected_num_executors,
'Build should start executing as many subjobs as its max_executors setting.'
)
def test_deserialized_build_api_representation_is_same_as_original_build_no_failures(
self):
build = Build(
BuildRequest({
'type': 'git',
'url': 'git@name/repo.git',
'job_name': 'Example'
}))
build.generate_project_type()
BuildStore.add(build)
reconstructed_build = Build.load_from_db(build.build_id())
original_build_results = build.api_representation()
reconstructed_build_results = reconstructed_build.api_representation()
diff = self._compare_dictionaries_with_same_keys(
original_build_results, reconstructed_build_results)
# The build_project_directory is an auto generated tmp directory -- these will never be the same
diff.pop('request_params|build_project_directory', None)
# This is very similar to self.assertDictEqual, but here we won't consider different key orderings
# as "not equal" which matters because `api_representation` does not have deterministic ordering
self.assertEqual(
diff, {},
'Deserialized build is not the same as the original build.')
def handle_request_for_new_build(self, build_params):
"""
Creates a new Build object and adds it to the request queue to be processed.
:param build_params:
:type build_params: dict[str, str]
:rtype tuple [bool, dict [str, str]]
"""
build_request = BuildRequest(build_params)
success = False
if build_request.is_valid():
build = Build(build_request)
self._all_builds_by_id[build.build_id()] = build
build.generate_project_type()
self._build_request_handler.handle_build_request(build)
response = {'build_id': build.build_id()}
success = True
elif not build_request.is_valid_type():
response = {'error': 'Invalid build request type.'}
else:
required_params = build_request.required_parameters()
response = {
'error':
'Missing required parameter. Required parameters: {}'.format(
required_params)
}
return success, response # todo: refactor to use exception instead of boolean
def test_allocate_slave_increments_by_num_executors_when_max_is_inf(self):
build = Build(BuildRequest({}))
slave = Mock()
slave.num_executors = 10
build.allocate_slave(slave)
self.assertEqual(build._num_executors_allocated, 10,
"Should be incremented by num executors")
def test_subjobs_with_pagination_request(
self,
offset: Optional[int],
limit: Optional[int],
expected_first_subjob_id: int,
expected_last_subjob_id: int,
):
build = Build(BuildRequest({}))
# Create 20 mock subjobs with ids 1 to 20
for subjob_id in range(1, self._NUM_SUBJOBS + 1):
subjob_mock = Mock(spec=Subjob)
subjob_mock.subjob_id = subjob_id
build._all_subjobs_by_id[subjob_id] = subjob_mock
requested_subjobs = build.get_subjobs(offset, limit)
id_of_first_subjob = requested_subjobs[0].subjob_id if len(
requested_subjobs) else None
id_of_last_subjob = requested_subjobs[-1].subjob_id if len(
requested_subjobs) else None
num_subjobs = len(requested_subjobs)
self.assertEqual(id_of_first_subjob, expected_first_subjob_id,
'Received the wrong first subjob from request')
self.assertEqual(id_of_last_subjob, expected_last_subjob_id,
'Received the wrong last subjob from request')
if offset is not None and limit is not None:
self.assertLessEqual(num_subjobs, self._PAGINATION_MAX_LIMIT,
'Received too many subjobs from request')
def test_handle_result_reported_from_slave_when_build_is_canceled(self):
build_id = 1
slave_url = "url"
build = Build(BuildRequest({}))
self.patch('app.master.build.util')
build.generate_project_type()
build.cancel()
self.patch_object(build, '_handle_subjob_payload')
self.patch_object(build, '_mark_subjob_complete')
master = ClusterMaster()
slave_registry = SlaveRegistry.singleton()
BuildStore._all_builds_by_id[build_id] = build
slave_registry._all_slaves_by_url[slave_url] = Mock()
mock_scheduler = self.mock_scheduler_pool.get(build)
master.handle_result_reported_from_slave(slave_url, build_id, 1)
self.assertEqual(build._handle_subjob_payload.call_count, 1,
"Canceled builds should "
"handle payload")
self.assertEqual(
build._mark_subjob_complete.call_count, 1,
"Canceled builds should mark "
"their subjobs complete")
self.assertTrue(
mock_scheduler.execute_next_subjob_or_free_executor.called)
def handle_request_for_new_build(self, build_params):
"""
Creates a new Build object and adds it to the request queue to be processed.
:param build_params:
:type build_params: dict[str, str]
:rtype tuple [bool, dict [str, str]]
"""
build_request = BuildRequest(build_params)
success = False
if build_request.is_valid():
build = Build(build_request)
self._all_builds_by_id[build.build_id()] = build
self._request_queue.put(build)
analytics.record_event(analytics.BUILD_REQUEST_QUEUED, build_id=build.build_id())
response = {'build_id': build.build_id()}
success = True
elif not build_request.is_valid_type():
response = {'error': 'Invalid build request type.'}
else:
required_params = build_request.required_parameters()
response = {'error': 'Missing required parameter. Required parameters: {}'.format(required_params)}
return success, response
def test_generate_project_type_raises_error_if_failed_to_generate_project(
self):
build = Build(BuildRequest({}))
self.patch(
'app.master.build.util.create_project_type').return_value = None
with self.assertRaises(BuildProjectError):
build.generate_project_type()
def test_build_status_returns_requested_after_build_creation(self):
build = Build(BuildRequest({}))
status = build._status()
self.assertEqual(
status, BuildStatus.QUEUED,
'Build status should be QUEUED immediately after build has been created.'
)
def test_validate_update_params_for_cancelling_build(self):
build = Build(BuildRequest({}))
success, response = build.validate_update_params(
{'status': 'canceled'})
self.assertTrue(success, "Correct status update should report success")
self.assertEqual({}, response, "Error response should be empty")
def test_update_state_to_canceled_sets_state_correctly(self):
build = Build(BuildRequest({}))
build._unstarted_subjobs = Queue()
success = build.update_state({'status': 'canceled'})
self.assertEqual(build._status(), BuildStatus.CANCELED,
"Status not set to canceled")
self.assertTrue(success, "Update did not report success")
def test_validate_update_params_rejects_bad_keys(self):
build = Build(BuildRequest({}))
success, response = build.validate_update_params({'badkey': 'foo'})
self.assertFalse(success, "Bad status update reported success")
self.assertEqual(
{'error': "Key (badkey) is not in list of allowed keys (status)"},
response, "Error response not expected")
def test_allocate_slave_increments_by_per_slave_when_max_not_inf_and_less_than_num(
self):
build = Build(BuildRequest({}))
build._max_executors_per_slave = 5
slave = Mock()
slave.num_executors = 10
build.allocate_slave(slave)
self.assertEqual(build._num_executors_allocated, 5,
"Should be incremented by num executors")
def test_build_cannot_be_prepared_more_than_once(self):
build = Build(BuildRequest({}))
subjobs = self._create_subjobs(count=3)
mock_project_type = self._create_mock_project_type()
build.prepare(subjobs, mock_project_type, self._create_job_config())
with self.assertRaises(Exception):
build.prepare(subjobs, mock_project_type,
self._create_job_config())
def test_teardown_called_on_slave_when_no_subjobs_remain(self):
build = Build(BuildRequest({}))
slave = Slave('', 1)
slave.teardown = MagicMock()
slave.free_executor = MagicMock(return_value=0)
build._unstarted_subjobs = Queue()
build._slaves_allocated = [slave]
build.execute_next_subjob_on_slave(slave)
slave.teardown.assert_called_with()
def test_build_status_returns_queued_after_build_preparation(self):
subjobs = self._create_subjobs()
mock_project_type = self._create_mock_project_type()
build = Build(BuildRequest({}))
build.prepare(subjobs, mock_project_type, self._create_job_config())
status = build._status()
self.assertEqual(
status, BuildStatus.QUEUED,
'Build status should be QUEUED after build has been prepared.')
def test_validate_update_params_rejects_bad_params(self):
build = Build(BuildRequest({}))
success, response = build.validate_update_params({'status': 'foo'})
self.assertFalse(success, "Bad status update reported success")
self.assertEqual(
{
'error':
"Value (foo) is not in list of allowed values (['canceled']) for status"
}, response, "Error response not expected")
def test_allocate_slave_calls_slave_setup(self):
subjobs = self._create_subjobs()
mock_project_type = self._create_mock_project_type()
mock_slave = self._create_mock_slave()
build = Build(Mock(spec_set=BuildRequest))
build._project_type = mock_project_type
build.prepare(subjobs, self._create_job_config())
build.allocate_slave(mock_slave)
mock_slave.setup.assert_called_once_with(build)
def test_cancel_depletes_queue_and_sets_canceled(self):
build = Build(BuildRequest({}))
build._unstarted_subjobs = Queue()
build._unstarted_subjobs.put(1)
slave_mock = Mock()
build._slaves_allocated = [slave_mock]
build.cancel()
self.assertTrue(build._is_canceled, "Build should've been canceled")
self.assertTrue(build._unstarted_subjobs.empty(),
"Build's unstarted subjobs should've been depleted")
def test_cancel_exits_early_if_build_not_running(self):
build = Build(BuildRequest({}))
build._unstarted_subjobs = Queue()
slave_mock = Mock()
build._slaves_allocated = [slave_mock]
build._status = Mock(return_value=BuildStatus.FINISHED)
build.cancel()
self.assertFalse(build._is_canceled, "Build should not be canceled")
self.assertEqual(slave_mock.teardown.call_count, 0,
"Teardown should not have been called")
def test_need_more_slaves_returns_false_if_max_processes_is_reached(self):
subjobs = self._create_subjobs(count=5)
mock_project_type = self._create_mock_project_type()
mock_slave = self._create_mock_slave(num_executors=1)
build = Build(BuildRequest({}))
build.prepare(subjobs, mock_project_type,
self._create_job_config(max_executors=1))
build.allocate_slave(mock_slave)
self.assertFalse(
build.needs_more_slaves(),
"if max processes is reached, we shouldn't need more slaves")
def test_need_more_slaves_returns_true_if_max_processes_is_not_reached(
self):
subjobs = self._create_subjobs(count=8)
mock_project_type = self._create_mock_project_type()
mock_slave = self._create_mock_slave(num_executors=5)
build = Build(BuildRequest({}))
build._project_type = mock_project_type
build.prepare(subjobs, self._create_job_config(max_executors=8))
build.allocate_slave(mock_slave)
self.assertTrue(
build.needs_more_slaves(),
"if max_processes is not reached, we should need more slaves")
def test_build_status_returns_building_after_setup_has_started(self):
subjobs = self._create_subjobs()
mock_project_type = self._create_mock_project_type()
mock_slave = self._create_mock_slave()
build = Build(BuildRequest({}))
build.prepare(subjobs, mock_project_type, self._create_job_config())
build.allocate_slave(mock_slave)
self.assertEqual(
build._status(), BuildStatus.BUILDING,
'Build status should be BUILDING after setup has started on slaves.'
)
def test_execute_next_subjob_with_empty_queue_cant_teardown_same_slave_twice(
self):
build = Build(BuildRequest({}))
build._unstarted_subjobs = Queue()
slave = Mock()
slave.free_executor = Mock(return_value=0)
build._slaves_allocated.append(slave)
build.execute_next_subjob_on_slave(slave)
build.execute_next_subjob_on_slave(slave)
self.assertEqual(slave.teardown.call_count, 1,
"Teardown should only be called once")
def test_teardown_called_on_slave_when_slave_in_shutdown_mode(self):
build = Build(BuildRequest({}))
slave = Slave('', 1)
slave.teardown = MagicMock()
slave._is_in_shutdown_mode = True
slave.free_executor = MagicMock(return_value=0)
build._unstarted_subjobs = Queue()
build._unstarted_subjobs.put(Mock(spec=Subjob))
build._slaves_allocated = [slave]
build.execute_next_subjob_or_teardown_slave(slave)
slave.teardown.assert_called_with()
def test_exception_is_raised_if_problem_occurs_writing_subjob(self):
Configuration['results_directory'] = '/tmp/results'
build = Build(BuildRequest({}))
build._project_type = self._create_mock_project_type()
subjob = self._create_subjobs(count=1, build_id=build.build_id())[0]
build.prepare([subjob], self._create_job_config())
self.mock_fs.write_file.side_effect = FileExistsError
with self.assertRaises(Exception):
payload = {
'filename': 'turtles.txt',
'body': 'Heroes in a half shell.'
}
build.complete_subjob(subjob.subjob_id(), payload=payload)
def test_build_status_returns_building_after_setup_is_complete_and_subjobs_are_executing(
self):
subjobs = self._create_subjobs(count=3)
mock_project_type = self._create_mock_project_type()
mock_slave = self._create_mock_slave(num_executors=2)
build = Build(BuildRequest({}))
build.prepare(subjobs, mock_project_type, self._create_job_config())
build.allocate_slave(mock_slave)
build.begin_subjob_executions_on_slave(
mock_slave) # two out of three subjobs are now in progress
self.assertEqual(
build._status(), BuildStatus.BUILDING,
'Build status should be BUILDING after subjobs have started executing on slaves.'
)