def execute(self):
activity_future = self.activities_client.heartbeating_activity(
5)
yield workflow_time.sleep(2)
activity_future._activity_id = '100' # set invalid ID
yield activity_future.cancel()
return_(False)
def execute(self):
try:
instance = yield TimingOutChildWorkflow.execute()
yield instance.workflow_result
except ChildWorkflowTimedOutError:
return_(1)
return_(2)
def run(self, x, y):
retval = None
sum_result = yield BunchOfActivities.sum(x, y)
if sum_result > 2:
retval = yield BunchOfActivities.mul(retval, 2)
return_(retval)
def execute(self):
try:
instance = yield TimingOutChildWorkflow.execute()
yield instance.workflow_result
except ChildWorkflowTimedOutError:
return_(1)
return_(2)
def execute(self):
try:
external_wf = WorkflowDefinition(WorkflowExecution('fake', 'fake'))
yield external_wf.cancel()
except RequestCancelExternalWorkflowExecutionFailedError:
return_('pass')
return_('fail')
def execute(self):
try:
external_wf = WorkflowDefinition(WorkflowExecution('fake', 'fake'))
yield external_wf.cancel()
except RequestCancelExternalWorkflowExecutionFailedError:
return_('pass')
return_('fail')
def execute(self):
activity_future = self.activities_client.wrong_tasklist_activity(
)
yield workflow_time.sleep(2)
yield activity_future.cancel()
yield activity_future
return_(False)
def run(self, x, y):
retval = None
sum_result = yield BunchOfActivities.sum(x, y)
if sum_result > 2:
retval = yield BunchOfActivities.mul(retval, 2)
return_(retval)
def execute(self):
activity_future = self.activities_client.heartbeating_activity(
10)
yield workflow_time.sleep(2)
yield activity_future.cancel()
yield activity_future
return_(False)
def execute(self, child_task_list):
with workflow_options(task_list=child_task_list):
instance = yield CancelChildWorkflowsChildWorkflow.execute()
yield instance.cancel()
try:
yield instance.workflow_result
except CancelledError:
return_('pass')
def execute(self):
activity_future = self.activities_client.heartbeating_activity(2)
yield activity_future.cancel()
try:
yield activity_future
except CancelledError:
pass
return_(False)
def execute(self, child_task_list):
with workflow_options(task_list=child_task_list):
instance = yield CancelChildWorkflowsChildWorkflow.execute()
yield instance.cancel()
try:
yield instance.workflow_result
except CancelledError:
return_('pass')
def execute(self):
activity_future = self.activities_client.heartbeating_activity(2)
yield activity_future.cancel()
try:
yield activity_future
except CancelledError:
pass
return_(False)
def execute(self, child_tasklist):
try:
with workflow_options(task_list=child_tasklist):
instance = yield RaisingChildWorkflow.execute()
yield instance.workflow_result
except ChildWorkflowFailedError as err:
if isinstance(err.cause, RuntimeError):
return_(2)
return_(1)
def execute(self):
# lots of activities to exercise edge case handling
self.activities_client.heartbeating_activity(5)
self.activities_client.sum(1, 0)
self.activities_client.sum(2, 0)
yield self.activities_client.sum(3, 0)
yield self.activities_client.sum(4, 0)
yield self.activities_client.heartbeating_activity(5)
return_(True)
def execute(self, child_tasklist):
try:
with workflow_options(task_list=child_tasklist):
instance = yield RaisingChildWorkflow.execute()
yield instance.workflow_result
except ChildWorkflowFailedError as err:
if isinstance(err.cause, RuntimeError):
return_(2)
return_(1)
def execute(self):
# lots of activities to exercise edge case handling
self.activities_client.heartbeating_activity(5)
self.activities_client.sum(1, 0)
self.activities_client.sum(2, 0)
yield self.activities_client.sum(3, 0)
yield self.activities_client.sum(4, 0)
yield self.activities_client.heartbeating_activity(5)
return_(True)
def execute(self):
self._wait_for_signal = Future()
result = []
while True:
signal_result = yield self._wait_for_signal
if not signal_result:
break
result.append(signal_result)
# reset the future
self._wait_for_signal = Future()
return_(result)
def execute(self):
self._wait_for_signal = Future()
result = []
while True:
signal_result = yield self._wait_for_signal
if not signal_result:
break
result.append(signal_result)
# reset the future
self._wait_for_signal = Future()
return_(result)
def do_try_except():
arg_sum = 0
try:
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
yield BunchOfActivities.throw()
except ActivityTaskFailedError as err:
if isinstance(err.cause, ValueError) \
and str(err.cause) == 'Hello-Error':
if err.event_id != 13 or err.activity_id != '2':
raise RuntimeError("Test Failed")
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
yield workflow_time.sleep(1)
return_(arg_sum)
def do_try_except():
arg_sum = 0
try:
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
yield BunchOfActivities.throw()
except ActivityTaskFailedError as err:
if isinstance(err.cause, ValueError) \
and str(err.cause) == 'Hello-Error':
if err.event_id != 13 or err.activity_id != '2':
raise RuntimeError("Test Failed")
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
yield workflow_time.sleep(1)
return_(arg_sum)
def execute(self, arg1, arg2):
@async
def do_try_except():
arg_sum = 0
try:
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
yield BunchOfActivities.throw()
except ActivityTaskFailedError as err:
if isinstance(err.cause, ValueError) \
and str(err.cause) == 'Hello-Error':
if err.event_id != 13 or err.activity_id != '2':
raise RuntimeError("Test Failed")
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
finally:
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
return_(arg_sum)
result = yield do_try_except()
return_(result)
def execute(self, arg1, arg2):
@coroutine
def do_try_except():
arg_sum = 0
try:
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
yield BunchOfActivities.throw()
except ActivityTaskFailedError as err:
if isinstance(err.cause, ValueError) \
and str(err.cause) == 'Hello-Error':
if err.event_id != 13 or err.activity_id != '2':
raise RuntimeError("Test Failed")
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
finally:
arg_sum += yield BunchOfActivities.sum(arg1, arg2)
return_(arg_sum)
result = yield do_try_except()
return_(result)
def execute(self, arg1, arg2):
arg_sum = yield BunchOfActivities.sum(arg1, arg2)
return_(arg_sum)
def execute(self, arg1):
self.workflow_state = "Workflow Started"
return_(arg1)
def execute(self):
raise CancelledError()
return_(True)
def execute(self):
self.activities_client.heartbeating_activity(5)
yield workflow_time.sleep(1)
self.cancel()
return_(True)
def execute(self, arg1, arg2):
arg_sum = yield self.activities_client.sum(arg1, arg2)
return_(arg_sum)
def execute(self, template):
(x, y) = yield ManualActivities.perform_task(template=template)
arg_sum = yield BunchOfActivities.sum(x, y)
return_(arg_sum)
def execute(self, arg1, arg2):
instance = yield ChildWorkflow.execute(arg1, arg2)
arg_sum = yield instance.workflow_result
return_(arg_sum)
def sync_method(self, x, y):
return_(x+y)
def execute(self):
arg_sum = yield BunchOfActivities.sleep_activity(10)
return_(arg_sum)
def execute(self):
activity_future = self.activities_client.wrong_tasklist_activity()
yield workflow_time.sleep(2)
yield activity_future.cancel()
yield activity_future
return_(False)
def execute(self, arg1, arg2):
# create an activity call dynamically
sum = flow_types.ActivityType('1.1',
name='BunchOfActivities.sum')
arg_sum = yield sum(arg1, arg2)
return_(arg_sum)
def execute(self, arg1):
return_(arg1)
def execute(self, arg1, arg2):
mytime = workflow_time.time()
yield BunchOfActivities.sum(arg1, arg2)
return_([mytime, workflow_time.time()])
def execute(self, template):
result = yield ManualActivities.perform_task(template=template)
return_(result)
def async_method(self, x, y):
result = yield BunchOfActivities.sum(x, y)
return_(result)
def execute(self, template):
(x, y) = yield ManualActivities.perform_task(template=template)
arg_sum = yield BunchOfActivities.sum(x, y)
return_(arg_sum)
def execute(self, arg1, arg2):
arg_sum = yield self.activities_client.sum(arg1, arg2)
return_(arg_sum)
def sync_method(self, x, y):
return_(x+y)
def execute(self, arg1, arg2, priority):
with workflow_options(task_priority=priority):
instance = yield ChildWorkflow.execute(arg1, arg2)
arg_sum = yield instance.workflow_result
return_(arg_sum)
def execute(self):
yield workflow_time.sleep(4)
return_(self.msg)
def execute(self):
yield self.activities_client.sleep_activity(30)
return_(True)
def execute(self):
activity_future = self.activities_client.heartbeating_activity(10)
yield workflow_time.sleep(2)
yield activity_future.cancel()
yield activity_future
return_(False)
def async_method(self, x, y):
result = yield BunchOfActivities.sum(x, y)
return_(result)
def execute(self):
activity_future = self.activities_client.heartbeating_activity(5)
yield workflow_time.sleep(2)
activity_future._activity_id = '100' # set invalid ID
yield activity_future.cancel()
return_(False)
def execute(self, template):
result = yield ManualActivities.perform_task(template=template)
return_(result)
def execute(self, details=None):
self.cancel(details)
return_(True)
def execute(self, arg1, arg2):
sum_future = BunchOfActivities.sum(arg1, arg2)
mul_future = BunchOfActivities.mul(arg1, arg2)
result = yield sum_future, mul_future
return_(result)
def execute(self, arg1, arg2):
arg_sum = yield BunchOfActivities.sum(arg1, arg2)
arg_mul = yield BunchOfActivities.mul(arg1, arg2)
return_((arg_sum, arg_mul))
def execute(self, arg1, arg2):
sleep1_future = SleepingActivities.sleep(arg1)
sleep2_future = SleepingActivities.sleep(arg2)
result = yield sleep1_future | sleep2_future
return_(result)
def execute(self, target_wf_id, target_run_id):
external_wf = WorkflowDefinition(WorkflowExecution(target_wf_id, target_run_id))
yield external_wf.cancel()
return_('pass')
def execute(self, repeat, arg1):
for i in range(repeat):
yield BunchOfActivities.sum(i, arg1)
return_(repeat)
def execute(self, arg1, arg2):
with activity_options(start_to_close_timeout=66):
arg_sum = yield BunchOfActivities.sum(arg1, arg2)
return_(arg_sum)
def execute(self, arg1):
self.workflow_state = "Workflow Started"
return_(arg1)
def execute(self):
activity_future = self.activities_client.heartbeating_activity(2)
yield activity_future.cancel()
yield activity_future
return_(False)
def execute(self, arg1, arg2):
yield workflow_time.sleep(2)
arg_sum = yield self.activities_client.sum(arg1, arg2)
return_(arg_sum)
def cancellation_handler(self):
"""Override this to take cleanup actions before workflow execution cancels.
"""
return_(None)
def execute(self, arg1, arg2):
arg_sum = yield OneActivityCustomTaskList.sum(arg1, arg2)
return_(arg_sum)
