def event(self, event):
worker_name = event['hostname']
event_type = event['type']
if event_type.startswith('task-'):
logger.error('************')
task = State.Task(uuid=event.get('uuid'))
logger.error('event is: {}'.format(event))
logger.error('State is: {}'.format(dir(State)))
logger.error('State2 is: {}'.format(dir(State.event)))
#logger.error('Task is: {}'.format(dir(State.get_or_create_task(self, uuid=event.get('uuid')))))
logger.error('Task is: {}'.format(dir(State.Task(uuid=event.get('uuid')))))
logger.error('Routing Key is: {}'.format(task.routing_key))
logger.error('Exchange is: {}'.format(task.exchange))
#tasks = State.tasks.get(event['uuid'])
#logger.error('tasks are : {}'.format(tasks))
self.counter[worker_name][event_type] += 1
if event_type.startswith('task-'):
task_id = event['uuid']
task_name = event.get('name', '')
if not task_name and task_id in self.tasks:
task_name = self.tasks[task_id].name or ''
self.metrics.events.labels(worker_name, event_type, task_name).inc()
runtime = event.get('runtime', 0)
if runtime:
self.metrics.runtime.labels(worker_name, task_name).observe(runtime)
# Send event to api subscribers (via websockets)
classname = api.events.getClassName(event_type)
cls = getattr(api.events, classname, None)
if cls:
cls.send_message(event)
# Save the event
super(EventsState, self).event(event)
