project to use celery, it just means that sometimes we use internal Django components. The long term plan is to replace these with other solutions, (e.g. SQLAlchemy as the ORM, and louie, for signaling).

project to use celery, it just means that sometimes we use internal Django components. The long term plan is to replace these with other solutions, (e.g. SQLAlchemy [http://www.sqlalchemy.org/] as the ORM

system can process in a timely manner. Back of the envelope calculations can be used as a means to plan for this ahead of time. In Celery; If a task takes 10 minutes to complete, and there are 10 new tasks to execute with a time that exceeds the visibility timeout will be executed twice (or more). If you plan on using long ETA/countdowns you should tweak the visibility timeout accordingly. Setting a long and lock-free. The thread-based transports will still use the old implementation for now, but the plan is to use the timer also for other broker transports in Celery 3.1. • Rate limits now works with

system can process in a timely manner. Back of the envelope calculations can be used as a means to plan for this ahead of time. In Celery; If a task takes 10 minutes to complete, and there are 10 new tasks to execute with a time that exceeds the visibility timeout will be executed twice (or more). If you plan on using long ETA/countdowns you should tweak the visibility timeout accordingly. Setting a long and lock-free. The thread-based transports will still use the old implementation for now, but the plan is to use the timer also for other broker transports in Celery 3.1. Rate limits now works with eventlet/gevent

system can process in a timely manner. Back of the envelope calculations can be used as a means to plan for this ahead of time. In Celery; If a task takes 10 minutes to complete, and there are 10 new tasks to execute with a time that exceeds the visibility timeout will be executed twice (or more). If you plan on using long ETA/countdowns you should tweak the visibility timeout accordingly. Setting a long and lock-free. The thread-based transports will still use the old implementation for now, but the plan is to use the timer also for other broker transports in Celery 3.1. • Rate limits now works with

system can process in a timely manner. Back of the envelope calculations can be used as a means to plan for this ahead of time. In Celery; If a task takes 10 minutes to complete, and there are 10 new tasks to execute with a time that exceeds the visibility timeout will be executed twice (or more). If you plan on using long ETA/countdowns you should tweak the visibility timeout accordingly. Setting a long and lock-free. The thread-based transports will still use the old implementation for now, but the plan is to use the timer also for other broker transports in Celery 3.1. Rate limits now works with eventlet/gevent

system can process in a timely manner. Back of the envelope calculations can be used as a means to plan for this ahead of time. In Celery; If a task takes 10 minutes to complete, and there are 10 new tasks to execute with a time that exceeds the visibility timeout will be executed twice (or more). If you plan on using long ETA/countdowns you should tweak the visibility timeout accordingly. Setting a long and lock-free. The thread-based transports will still use the old implementation for now, but the plan is to use the timer also for other broker transports in Celery 3.1. Rate limits now works with eventlet/gevent

system can process in a timely manner. Back of the envelope calculations can be used as a means to plan for this ahead of time. In Celery; If a task takes 10 minutes to complete, and there are 10 new tasks to execute with a time that exceeds the visibility timeout will be executed twice (or more). If you plan on using long ETA/countdowns you should tweak the visibility timeout accordingly. Setting a long and lock-free. The thread-based transports will still use the old implementation for now, but the plan is to use the timer also for other broker transports in Celery 3.1. • Rate limits now works with

system can process in a timely manner. Back of the envelope calculations can be used as a means to plan for this ahead of time. In Celery; If a task takes 10 minutes to complete, and there are 10 new tasks to execute with a time that exceeds the visibility timeout will be executed twice (or more). If you plan on using long ETA/countdowns you should tweak the visibility timeout accordingly. Setting a long and lock-free. The thread-based transports will still use the old implementation for now, but the plan is to use the timer also for other broker transports in Celery 3.1. • Rate limits now works with

system can process in a timely manner. Back of the envelope calculations can be used as a means to plan for this ahead of time. In Celery; If a task takes 10 minutes to complete, and there are 10 new tasks to execute with a time that exceeds the visibility timeout will be executed twice (or more). If you plan on using long ETA/countdowns you should tweak the visibility timeout accordingly. Setting a long and lock-free. The thread-based transports will still use the old implementation for now, but the plan is to use the timer also for other broker transports in Celery 3.1. Rate limits now works with eventlet/gevent