def get_task_status(task_id):
from frappe.celery_app import get_celery
c = get_celery()
a = c.AsyncResult(task_id)
frappe.local.response["response"] = a.result
return {"state": a.state, "progress": 0}
def get_task_status(task_id):
from frappe.celery_app import get_celery
c = get_celery()
a = c.AsyncResult(task_id)
frappe.local.response['response'] = a.result
return {
"state": a.state,
"progress": 0
}
def sync_queues():
"""notifies workers to monitor newly added sites"""
app = get_celery()
shortjob_workers, longjob_workers = get_workers(app)
if shortjob_workers:
for worker in shortjob_workers:
sync_worker(app, worker)
if longjob_workers:
for worker in longjob_workers:
sync_worker(app, worker, prefix=LONGJOBS_PREFIX)
def sync_queues(): """notifies workers to monitor newly added sites""" app = get_celery() shortjob_workers, longjob_workers = get_workers(app) if shortjob_workers: for worker in shortjob_workers: sync_worker(app, worker) if longjob_workers: for worker in longjob_workers: sync_worker(app, worker, prefix=LONGJOBS_PREFIX)
def get_running_tasks():
ret = {}
app = get_celery()
inspect = app.control.inspect()
active = inspect.active()
if not active:
return []
for worker in active:
ret[worker] = []
for task in active[worker]:
ret[worker].append({
'id': task['id'],
'name': task['name'],
'routing_key': task['delivery_info']['routing_key'],
'args': task['args'],
'kwargs': task['kwargs']
})
return ret
def get_redis_conn(): "Returns the redis connection that celery would use" app = get_celery() with app.connection() as conn: r = conn.default_channel.client return r
def check_if_workers_online(): app = get_celery() if app.control.inspect().ping(): return True return False
