def run(self):
result = self.to_exec(self.active_event,self.ctx,*self.to_exec_args)
if self.result_queue == None:
return
# check if the active event has touched any peered data. if
# have, then send an update message to partner and wait for
# ack of message before returning.
completed = self.active_event.wait_if_modified_peered()
if not completed:
self.result_queue.put(
waldoCallResults._BackoutBeforeEndpointCallResult())
else:
self.result_queue.put(
waldoCallResults._EndpointCallResult(result))
def run(self):
logging_info = {
'mod': 'ExecutingEvent',
'endpoint_string': self.active_event.local_endpoint._endpoint_uuid_str
}
if __debug__:
log_msg = (
'Starting executing event %s.' % str(self.active_event.uuid))
util.get_logger().debug(log_msg,extra=logging_info)
result = self.to_exec(self.active_event,self.ctx,*self.to_exec_args)
if __debug__:
log_msg = (
'Result from executing event %s: %s.' %
(str(self.active_event.local_endpoint._uuid),(str(result))))
util.get_logger().debug(log_msg,extra=logging_info)
if self.result_queue == None:
return
# check if the active event has touched any peered data. if
# have, then send an update message to partner and wait for
# ack of message before returning.
completed = self.active_event.wait_if_modified_peered()
if __debug__:
log_msg = (
'Completed waiting on modified peered for %s.' %
str(self.active_event.uuid))
util.get_logger().debug(log_msg,extra=logging_info)
if not completed:
self.result_queue.put(
waldoCallResults._BackoutBeforeEndpointCallResult())
else:
self.result_queue.put(
waldoCallResults._EndpointCallResult(result))
