elif a is not None:
result = a * a
if sleep is not None and RECORDING:
time.sleep(sleep)
if heartbeat:
hb()
if err is not None:
raise RuntimeError(err)
return result
empty_conf = SWFWorkflowConfig(default_task_list=TASKLIST,
default_decision_duration=10,
default_workflow_duration=20,
default_child_policy='TERMINATE', )
empty_conf.conf_activity('activity', VERSION, 'tactivity')
@empty_conf(version=VERSION)
class TWorkflow(object):
def __init__(self, activity):
pass
def __call__(self, a=None, b=None, sleep=None, heartbeat=False, err=None):
dummy_heartbeat = lambda: True
return tactivity(dummy_heartbeat, a, b, sleep, heartbeat, err)
conf_use_activities = SWFWorkflowConfig(default_task_list=TASKLIST,
default_decision_duration=10,
default_workflow_duration=60,
if sleep is not None and RECORDING:
time.sleep(sleep)
if heartbeat:
hb()
if err is not None:
raise RuntimeError(err)
return result
empty_conf = SWFWorkflowConfig(
default_task_list=TASKLIST,
default_decision_duration=10,
default_workflow_duration=20,
default_child_policy="TERMINATE",
)
empty_conf.conf_activity("activity", VERSION, "tactivity")
@empty_conf(version=VERSION)
class TWorkflow(object):
def __init__(self, activity):
pass
def __call__(self, a=None, b=None, sleep=None, heartbeat=False, err=None):
dummy_heartbeat = lambda: True
return tactivity(dummy_heartbeat, a, b, sleep, heartbeat, err)
conf_use_activities = SWFWorkflowConfig(
default_task_list=TASKLIST,
default_decision_duration=10,
from flowy import SWFWorkflowConfig
from flowy import SWFWorkflowWorker
from flowy.tests.workflows import *
no_activity_workflow = SWFWorkflowConfig()
task_activity_workflow = SWFWorkflowConfig()
task_activity_workflow.conf_activity('task', version=1)
task_activity_workflow_rl = SWFWorkflowConfig(rate_limit=3)
task_activity_workflow_rl.conf_activity('task', version=1)
sa_workflow_custom_timers = SWFWorkflowConfig()
sa_workflow_custom_timers.conf_activity('task',
version=1,
heartbeat=10,
schedule_to_start=11,
schedule_to_close=12,
start_to_close=13,
task_list='TL', )
sa_workflow_custom_timers_W = SWFWorkflowConfig()
sa_workflow_custom_timers_W.conf_workflow('task',
version=1,
decision_duration=10,
workflow_duration=11,
task_list='TL',
child_policy='TERMINATE')
task_red_activities_workflow = SWFWorkflowConfig()
task_red_activities_workflow.conf_activity('task', version=1)
from flowy import SWFWorkflowConfig
from flowy import SWFWorkflowWorker
from workflows import *
no_activity_workflow = SWFWorkflowConfig()
task_activity_workflow = SWFWorkflowConfig()
task_activity_workflow.conf_activity('task', version=1)
task_activity_workflow_rl = SWFWorkflowConfig(rate_limit=3)
task_activity_workflow_rl.conf_activity('task', version=1)
sa_workflow_custom_timers = SWFWorkflowConfig()
sa_workflow_custom_timers.conf_activity(
'task',
version=1,
heartbeat=10,
schedule_to_start=11,
schedule_to_close=12,
start_to_close=13,
task_list='TL',
)
sa_workflow_custom_timers_W = SWFWorkflowConfig()
sa_workflow_custom_timers_W.conf_workflow('task',
version=1,
decision_duration=10,
workflow_duration=11,
task_list='TL',
child_policy='TERMINATE')
if sleep is not None and RECORDING:
time.sleep(sleep)
if heartbeat:
hb()
if err is not None:
raise RuntimeError(err)
return result
empty_conf = SWFWorkflowConfig(
default_task_list=TASKLIST,
default_decision_duration=10,
default_workflow_duration=20,
default_child_policy='TERMINATE',
)
empty_conf.conf_activity('activity', VERSION, 'tactivity')
@empty_conf(version=VERSION)
class TWorkflow(object):
def __init__(self, activity):
pass
def __call__(self, a=None, b=None, sleep=None, heartbeat=False, err=None):
dummy_heartbeat = lambda: True
return tactivity(dummy_heartbeat, a, b, sleep, heartbeat, err)
conf_use_activities = SWFWorkflowConfig(default_task_list=TASKLIST,
default_decision_duration=10,
default_workflow_duration=60,
