version of Celery will support Python 3.5 only, were we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note: This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled

version of Celery will support Python 3.5 only, were we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled

version of Celery will support Python 3.5 only, were we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled

version of Celery will support Python 3.5 only, where we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note: This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled

version of Celery will support Python 3.5 only, were we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note: This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled

version of Celery will support Python 3.5 only, where we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled

version of Celery will support Python 3.5 only, were we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note: This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled

version of Celery will support Python 3.5 only, were we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note: This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled

version of Celery will support Python 3.5 only, were we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note: This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled

version of Celery will support Python 3.5 only, were we are planning to take advantage of the new asyncio library. This release would not have been possible without the support of my employer, Robinhood compatibility code, and going with Python 3.5 allows us to take advantage of typing, async/await, asyncio, and similar concepts there’s no alternative for in older versions. Celery 4.x will continue to max_interval=None, **kwargs) Timer thread. Note This is only used for transports not supporting AsyncIO. class Entry(fun, args=None, kwargs=None) Schedule Entry. args cancel() canceled cancelled