Beanstalk, MongoDB, CouchDB, and popular SQL databases. Fault- tolerant Excellent configurable error recovery when using RabbitMQ, ensures your tasks are never lost. scenarios, and your tasks will never be a major version, minor version and a release number. Since version 2.1.0 we use the versioning semantics described by semver: http://semver.org. Stable releases are published at PyPI while development Important Notes • Celery is now following the versioning semantics defined by semver. This means we are no longer allowed to use odd/even versioning semantics By our previous version- ing scheme this stable release

Beanstalk, MongoDB, CouchDB, and popular SQL databases. Fault-tolerant Excellent configurable error recovery when using RabbitMQ, ensures your tasks are never lost. scenarios, and your tasks will never be a major version, minor version and a release number. Since version 2.1.0 we use the versioning semantics described by semver: http://semver.org. Stable releases are published at PyPI while development Celery is now following the versioning semantics defined by semver [http://semver.org]. This means we are no longer allowed to use odd/even versioning semantics By our previous versioning scheme this

Beanstalk, MongoDB, CouchDB, and popular SQL databases. Fault- tolerant Excellent configurable error recovery when using RabbitMQ, ensures your tasks are never lost. Dis- tributed Runs on one or more machines a major version, minor version and a release number. Since version 2.1.0 we use the versioning semantics described by semver: http://semver.org. Stable releases are published at PyPI while development Important Notes • Celery is now following the versioning semantics defined by semver. This means we are no longer allowed to use odd/even versioning semantics By our previous version- ing scheme this stable release

Beanstalk, MongoDB, CouchDB, and popular SQL databases. Fault- tolerant Excellent configurable error recovery when using RabbitMQ, ensures your tasks are never lost. scenarios, and your tasks will never be Important Notes • Celery is now following the versioning semantics defined by semver. This means we are no longer allowed to use odd/even versioning semantics By our previous version- ing scheme this stable release

Beanstalk, MongoDB, CouchDB, and popular SQL databases. Fault- tolerant Excellent configurable error recovery when using RabbitMQ, ensures your tasks are never lost. Dis- tributed Runs on one or more machines a major version, minor version and a release number. Since version 2.1.0 we use the versioning semantics described by semver: http://semver.org. Stable releases are published at PyPI while development Important Notes • Celery is now following the versioning semantics defined by semver. This means we are no longer allowed to use odd/even versioning semantics By our previous version- ing scheme this stable release

Beanstalk, MongoDB, CouchDB, and popular SQL databases. Fault-tolerant Excellent configurable error recovery when using RabbitMQ, ensures your tasks are never lost. Distributed Runs on one or more machines a major version, minor version and a release number. Since version 2.1.0 we use the versioning semantics described by semver: http://semver.org. Stable releases are published at PyPI while development Celery is now following the versioning semantics defined by semver [http://semver.org]. This means we are no longer allowed to use odd/even versioning semantics By our previous versioning scheme this

Beanstalk, MongoDB, CouchDB, and popular SQL databases. Fault-tolerant Excellent configurable error recovery when using RabbitMQ, ensures your tasks are never lost. scenarios, and your tasks will never be Celery is now following the versioning semantics defined by semver [http://semver.org]. This means we are no longer allowed to use odd/even versioning semantics By our previous versioning scheme this

Beanstalk, MongoDB, CouchDB, and popular SQL databases. Fault-tolerant Excellent configurable error recovery when using RabbitMQ, ensures your tasks are never lost. Distributed Runs on one or more machines a major version, minor version and a release number. Since version 2.1.0 we use the versioning semantics described by semver: http://semver.org. Stable releases are published at PyPI while development Celery is now following the versioning semantics defined by semver [http://semver.org]. This means we are no longer allowed to use odd/even versioning semantics By our previous versioning scheme this

crashes before acknowledging the task, it can be redelivered to another worker (or the same after recovery). When using the default of early acknowledgment, having a prefetch multiplier setting of one, modules will be imported in the original order. include Default: [] (empty list). Exact same semantics as imports, but can be used as a means to have different import categories. The modules in this a major version, minor version and a release number. Since version 2.1.0 we use the versioning semantics described by SemVer: http://semver.org. Stable releases are published at PyPI while development

crashes before acknowledging the task, it can be redelivered to another worker (or the same after recovery). When using the default of early acknowledgment, having a prefetch multiplier setting of one, modules will be imported in the original order. include Default: [] (empty list). Exact same semantics as imports, but can be used as a means to have different import categories. The modules in this a major version, minor version and a release number. Since version 2.1.0 we use the versioning semantics described by SemVer: http://semver.org. Stable releases are published at PyPI while development