def test_aynchronous_tasks(monkeypatch):
"""Test asynchronous tasks.
"""
monkeypatch.setattr(activity.Activity, '__init__', lambda self: None)
monkeypatch.setattr(activity.Activity, 'heartbeat', lambda self: None)
tasks = [MagicMock() for i in range(5)]
tasks[2].return_value = dict(oi='mondo')
tasks[4].return_value = dict(bonjour='monde')
expected_response = dict(
list(tasks[2].return_value.items()) +
list(tasks[4].return_value.items()))
workers = 2
current_runner = runner.Async(*tasks, max_workers=workers)
assert current_runner.max_workers == workers
assert len(current_runner.tasks) == len(tasks)
current_activity = activity.Activity()
current_activity.hydrate(dict(runner=current_runner))
context = dict(hello='world')
resp = current_runner.execute(current_activity, context)
for current_task in tasks:
assert current_task.called
assert resp == expected_response
def test_aynchronous_tasks(monkeypatch, boto_client):
"""Test asynchronous tasks.
"""
monkeypatch.setattr(activity.ActivityExecution, 'heartbeat',
lambda self: None)
tasks = [MagicMock() for i in range(5)]
tasks[2].return_value = dict(oi='mondo')
tasks[4].return_value = dict(bonjour='monde')
expected_response = dict(
list(tasks[2].return_value.items()) +
list(tasks[4].return_value.items()))
workers = 2
current_runner = runner.Async(*tasks, max_workers=workers)
assert current_runner.max_workers == workers
assert len(current_runner.tasks) == len(tasks)
current_activity = activity.ActivityExecution(boto_client,
'activityId', 'taskToken', '{"hello": "world"}')
resp = current_runner.execute(current_activity, current_activity.context)
for current_task in tasks:
assert current_task.called
assert resp == expected_response
def hello_world_five_activity(self):
return self.create(
name='hello_world_five',
tasks=runner.Async(
tasks.print_hello_task.fill(
namespace='activity_five_task_one',
workflow_id='execution.workflow_id',
sleep=param.StaticParam(10),
activity_name=param.StaticParam('Activity 5'),
task_name=param.StaticParam('Task 1')),
tasks.print_hello_task.fill(
namespace='activity_five_task_two',
workflow_id='execution.workflow_id',
activity_name=param.StaticParam('Activity 5'),
task_name=param.StaticParam('Task 2'))))
from garcon import activity
from garcon import runner
domain = 'dev'
name = 'workflow_name'
create = activity.create(domain, name)
activity_1 = create(
name='activity_1',
tasks=runner.Sync(lambda activity, context: print('activity_1')))
activity_2 = create(name='activity_2',
requires=[activity_1],
tasks=runner.Async(
lambda activity, context: print('activity_2_task_1'),
lambda activity, context: print('activity_2_task_2')))
activity_3 = create(
name='activity_3',
requires=[activity_1],
tasks=runner.Sync(lambda activity, context: print('activity_3')))
activity_4 = create(
name='activity_4',
requires=[activity_3, activity_2],
tasks=runner.Sync(lambda activity, context: print('activity_4')))
def on_exception(actor, exception):
"""Handler for exceptions.
def activity_failure(context, activity):
num = int(random.random() * 4)
if num != 3:
logger.warn('activity_3: fails')
raise Exception('fails')
print('activity_3: end')
test_activity_1 = create(
name='activity_1',
run=runner.Sync(lambda context, activity: logger.debug('activity_1')))
test_activity_2 = create(
name='activity_2',
requires=[test_activity_1],
run=runner.Async(
lambda context, activity: logger.debug('activity_2_task_1'),
lambda context, activity: logger.debug('activity_2_task_2')))
test_activity_3 = create(name='activity_3',
retry=10,
requires=[test_activity_1],
run=runner.Sync(activity_failure))
test_activity_4 = create(
name='activity_4',
requires=[test_activity_3, test_activity_2],
run=runner.Sync(lambda context, activity: logger.debug('activity_4')))
