def Outputs(running_info):
if isinstance(running_info, Future):
# Create the correct information from the future
rinfo = RunningInfo(RunningType.PROCESS, running_info.pid)
return _Action(
rinfo, get_object_string(_get_proc_outputs_from_registry))
elif running_info.type == RunningType.PROCESS or running_info.type == RunningType.LEGACY_CALC:
return _Action(
running_info, get_object_string(_get_proc_outputs_from_registry))
elif running_info.type is RunningType.LEGACY_WORKFLOW:
return _Action(
running_info, get_object_string(_get_wf_outputs))
def Outputs(running_info):
"""
Convenience proxy function to allow returning the outputs generated by a process
"""
if isinstance(running_info, Future):
# Create the correct information from the future
rinfo = RunningInfo(RunningType.PROCESS, running_info.pid)
return Action(rinfo,
get_object_string(_get_proc_outputs_from_registry))
elif running_info.type == RunningType.PROCESS:
return Action(running_info,
get_object_string(_get_proc_outputs_from_registry))
elif running_info.type == RunningType.LEGACY_CALC:
return Action(running_info,
get_object_string(_get_proc_outputs_from_registry))
elif running_info.type is RunningType.LEGACY_WORKFLOW:
return Action(running_info, get_object_string(_get_wf_outputs))
def Wf(running_info):
"""
Creates an Action tuple based on a RunningInfo tuple for a legacy Workflow node
:param running_info: RunningInfo tuple
:returns: Action tuple
"""
return Action(running_info, get_object_string(load_workflow))
def Calc(running_info):
"""
Creates an Action tuple based on a RunningInfo tuple for a legacy calculation node
:param running_info: RunningInfo tuple
:returns: Action tuple
"""
return Action(running_info, get_object_string(load_node))
def Wf(running_info):
return _Action(
running_info, get_object_string(load_workflow))
def Calc(running_info):
return _Action(running_info, get_object_string(load_node))