def __deserialize__(cls, message):
func = util.get_toplevel_attr(message['func'])
if isinstance(func, MonqueJobDecoration):
func = func.undecorated
return cls(func, message['args'], message['kwargs'], id = message['id'])
def __deserialize__(cls, message):
func = util.get_toplevel_attr(message['func'])
if isinstance(func, MonqueJobDecoration):
func = func.undecorated
return cls(func, message['args'], message['kwargs'], id=message['id'])
def _dequeue_from(self, queue, grabfor=None):
row = self.pop(queue, grabfor=grabfor)
if row:
JobCls = util.get_toplevel_attr(row['body']['cls'])
j = JobCls.__deserialize__(row['body']['message'])
work_order = job.MonqueWorkOrder(j)
work_order.__configure__(dict(
job_id = row['_id'],
queue = queue,
retries = row['retries'],
failures = row['failures'],
delay = datetime.timedelta(0)
))
return work_order
def _dequeue_from(self, queue, grabfor=None):
row = self.pop(queue, grabfor=grabfor)
if row:
JobCls = util.get_toplevel_attr(row['body']['cls'])
j = JobCls.__deserialize__(row['body']['message'])
work_order = job.MonqueWorkOrder(j)
work_order.__configure__(dict(
job_id = row['_id'],
queue = queue,
retries = row['retries'],
failures = row['failures'],
delay = datetime.timedelta(0)
))
return work_order
