(stable) 1.1.3 Features Messag- ing Supported brokers include RabbitMQ, Stomp, Redis, and most common SQL databases. Robust Using RabbitMQ, celery survives most error scenarios, and your tasks will never Redis/Database as the messaging queue. There’s a plug-in for celery that enables the use of Redis or an SQL database as the messaging queue. This is not part of celery itself, but exists as an extension to carrot actually been written to disk. Note: This could probably be optimized further with some hand-written SQL, but it will do for now. Let’s say it’s an exercise left for the picky reader, albeit a discouraged

8 Simple! Features Messaging Supported brokers include RabbitMQ, Stomp, Redis, and most common SQL databases. Robust Using RabbitMQ, celery survives most error scenarios, and your tasks will never Redis/Database as the messaging queue. There’s a plug-in for celery that enables the use of Redis or an SQL database as the messaging queue. This is not part of celery itself, but exists as an extension to carrot actually been written to disk. Note: This could probably be optimized further with some hand-written SQL, but it will do for now. Let’s say it’s an exercise left for the picky reader, albeit a discouraged

(stable) 1.1.3 Features Mes- saging Supported brokers include RabbitMQ, Stomp, Redis, and most common SQL databases. Robust Using RabbitMQ, celery survives most error scenarios, and your tasks will never Redis/Database as the messaging queue. There’s a plug-in for celery that enables the use of Redis or an SQL database as the messaging queue. This is not part of celery itself, but exists as an extension to carrot actually been written to disk. Note: This could probably be optimized further with some hand-written SQL, but it will do for now. Let’s say it’s an exercise left for the picky reader, albeit a discouraged

8 Simple! Features Messaging Supported brokers include RabbitMQ, Stomp, Redis, and most common SQL databases. Robust Using RabbitMQ, celery survives most error scenarios, and your tasks will never Redis/Database as the messaging queue. There’s a plug-in for celery that enables the use of Redis or an SQL database as the messaging queue. This is not part of celery itself, but exists as an extension to carrot actually been written to disk. Note: This could probably be optimized further with some hand-written SQL, but it will do for now. Let’s say it’s an exercise left for the picky reader, albeit a discouraged

4 1.1.3 Features Mes- saging Supported brokers include RabbitMQ, Stomp, Redis, and most common SQL databases. Robust Using RabbitMQ, celery survives most error scenarios, and your tasks will never the CELERYBEAT_SCHEDULE setting, but custom stores can also be used, like storing the entries in an SQL database. You have to ensure only a single scheduler is running for a schedule at a time, otherwise Redis/Database as the messaging queue. There’s a plug-in for celery that enables the use of Redis or an SQL database as the messaging queue. This is not part of celery itself, but exists as an extension to carrot

8 Simple! Features Messaging Supported brokers include RabbitMQ, Stomp, Redis, and most common SQL databases. Robust Using RabbitMQ, celery survives most error scenarios, and your tasks will never the CELERYBEAT_SCHEDULE setting, but custom stores can also be used, like storing the entries in an SQL database. You have to ensure only a single scheduler is running for a schedule at a time, otherwise Redis/Database as the messaging queue. There’s a plug-in for celery that enables the use of Redis or an SQL database as the messaging queue. This is not part of celery itself, but exists as an extension to carrot

from the beat_schedule setting, but custom stores can also be used, like storing the entries in a SQL database. You have to ensure only a single scheduler is running for a schedule at a time, otherwise connection is re- established. Note You need to close() this after use. DISABLED_TRANSPORTS = {'sql'} app = None close()[source] Close the event dispatcher. disable()[source] enable()[source] connection is re- established. Note You need to close() this after use. DISABLED_TRANSPORTS = {'sql'} app = None Parameters: close()[source] Close the event dispatcher. disable()[source] enable()[source]

from the beat_schedule setting, but custom stores can also be used, like storing the entries in a SQL database. You have to ensure only a single scheduler is running for a schedule at a time, otherwise connection is re- established. Note You need to close() this after use. DISABLED_TRANSPORTS = {'sql'} app = None close()[source] Close the event dispatcher. disable()[source] enable()[source] connection is re- established. Note You need to close() this after use. DISABLED_TRANSPORTS = {'sql'} app = None Parameters: close()[source] Close the event dispatcher. disable()[source] enable()[source]

from the beat_schedule setting, but custom stores can also be used, like storing the entries in a SQL database. You have to ensure only a single scheduler is running for a schedule at a time, otherwise connection is re- established. Note You need to close() this after use. DISABLED_TRANSPORTS = {'sql'} app = None close()[source] Close the event dispatcher. disable()[source] enable()[source] connection is re- established. Note You need to close() this after use. DISABLED_TRANSPORTS = {'sql'} app = None Parameters: close()[source] Close the event dispatcher. disable()[source] enable()[source]

from the beat_schedule setting, but custom stores can also be used, like storing the entries in a SQL database. You have to ensure only a single scheduler is running for a schedule at a time, otherwise connection is re- established. Note You need to close() this after use. DISABLED_TRANSPORTS = {'sql'} app = None close()[source] Close the event dispatcher. disable()[source] enable()[source] connection is re- established. Note You need to close() this after use. DISABLED_TRANSPORTS = {'sql'} app = None Parameters: close()[source] Close the event dispatcher. disable()[source] enable()[source]