def test_fail_queue():
# Test the job sleep in a randon queue
import time, random
rq = RqConn()
queues = rq.list_queues()
random_queue= random.randint(0, len(queues)-1)
return rq.queue_job(time.sleep, queues[random_queue]['name'], 10, 22)
def start_worker():
import subprocess
rq = RqConn()
id = len(rq.list_workers())
worker = request.folder + '/private/web2py-rq.py'
p = subprocess.Popen(['python', worker, 'high-'+str(id), 'normal-'+str(id), 'low-'+str(id)])
stdout, stderr = p.communicate()
return p.poll()
def workers():
rq = RqConn()
return response.json({'workers':rq.list_workers()})
def empty_queue():
queue = request.args(0) or None
rq = RqConn()
return rq.empty_queue(queue)
def queues():
rq = RqConn()
return response.json({'queues':rq.list_queues()})
def requeue_job():
job_id = request.args(0) or None
rq = RqConn()
return rq.requeue_job(job_id)
def cancel_job():
job_id = request.args(0) or None
rq = RqConn()
return rq.cancel_job(job_id)
def jobs():
queue = request.args(0) or "failed"
rq = RqConn()
return response.json({'jobs':rq.list_jobs(queue)})
def requeue_failed():
rq = RqConn()
failed_jobs = rq.list_jobs('failed')
for job in failed_jobs:
rq.requeue_job(job['id'])
return 0
