Tuple heap_multiplier = 4 itertasks(limit=None)[source] rebuild_taskheap(timetuple=clocks.timetuple'>)[source] task_count = 0 task_event(type_, fields)[source] Deprecated, use event() syncing state with neighbor workers. At startup, or upon consumer restart, this will: Sync logical clocks. Sync revoked tasks. compatible_transport(app)[source] compatible_transports = {'amqp', 'redis'} syncing state with neighbor workers. At startup, or upon consumer restart, this will: Sync logical clocks. Sync revoked tasks. compatible_transport(app)[source] compatible_transports = {'amqp', 'redis'}

anymore, and must make sure to remove it. Events are now ordered using logical time Keeping physical clocks in perfect sync is impossible, so using time-stamps to order events in a distributed system isn’t difference between the senders time and the internal time is greater than 15 seconds, suggesting that the clocks are out of sync. Monotonic clock support. A monotonic clock is now used for timeouts and scheduling heap_multiplier = 4 State.itertasks(limit=None)[source] State.rebuild_taskheap(timetuple=clocks.timetuple'>) [source] State.task_count = 0 State.task_event(type_, fields)[source] Deprecated

anymore, and must make sure to remove it. Events are now ordered using logical time Keeping physical clocks in perfect sync is impossible, so using time-stamps to order events in a distributed system isn’t difference between the senders time and the internal time is greater than 15 seconds, suggesting that the clocks are out of sync. Monotonic clock support. A monotonic clock is now used for timeouts and scheduling heap_multiplier = 4 State.itertasks(limit=None)[source] State.rebuild_taskheap(timetuple=clocks.timetuple'>) [source] State.task_count = 0 State.task_event(type_, fields)[source] Deprecated

Tuple heap_multiplier = 4 itertasks(limit=None)[source] rebuild_taskheap(timetuple=clocks.timetuple'>)[source] task_count = 0 task_event(type_, fields)[source] Deprecated, use event() syncing state with neighbor workers. At startup, or upon consumer restart, this will: Sync logical clocks. Sync revoked tasks. compatible_transport(app)[source] compatible_transports = {'amqp', 'redis'} syncing state with neighbor workers. At startup, or upon consumer restart, this will: Sync logical clocks. Sync revoked tasks. compatible_transport(app)[source] compatible_transports = {'amqp', 'redis'}

Tuple heap_multiplier = 4 itertasks(limit=None)[source] rebuild_taskheap(timetuple=clocks.timetuple'>)[source] task_count = 0 task_event(type_, fields)[source] Deprecated, use event() syncing state with neighbor workers. At startup, or upon consumer restart, this will: Sync logical clocks. Sync revoked tasks. compatible_transport(app)[source] compatible_transports = {'amqp', 'redis'} syncing state with neighbor workers. At startup, or upon consumer restart, this will: Sync logical clocks. Sync revoked tasks. compatible_transport(app)[source] compatible_transports = {'amqp', 'redis'}

Tuple heap_multiplier = 4 itertasks(limit=None)[source] rebuild_taskheap(timetuple=clocks.timetuple'>)[source] task_count = 0 task_event(type_, fields)[source] Deprecated, use event() syncing state with neighbor workers. At startup, or upon consumer restart, this will: Sync logical clocks. Sync revoked tasks. compatible_transport(app)[source] compatible_transports = {'amqp', 'redis'} syncing state with neighbor workers. At startup, or upon consumer restart, this will: Sync logical clocks. Sync revoked tasks. compatible_transport(app)[source] compatible_transports = {'amqp', 'redis'}

anymore, and must make sure to remove it. Events are now ordered using logical time Keeping physical clocks in perfect sync is impossible, so using time-stamps to order events in a distributed system isn’t difference between the senders time and the internal time is greater than 15 seconds, suggesting that the clocks are out of sync. Monotonic clock support. A monotonic clock is now used for timeouts and scheduling heap_multiplier = 4 State.itertasks(limit=None) State.rebuild_taskheap(timetuple=clocks.timetuple'>) State.task_count = 0 State.task_event(type_, fields) Deprecated, use event(). State

anymore, and must make sure to remove it. Events are now ordered using logical time Keeping physical clocks in perfect sync is impossible, so using time-stamps to order events in a distributed system isn’t difference between the senders time and the internal time is greater than 15 seconds, suggesting that the clocks are out of sync. Monotonic clock support. A monotonic clock is now used for timeouts and scheduling heap_multiplier = 4 State.itertasks(limit=None) State.rebuild_taskheap(timetuple=clocks.timetuple'>) State.task_count = 0 State.task_event(type_, fields) Deprecated, use event(). State

anymore, and must make sure to remove it. Events are now ordered using logical time Keeping physical clocks in perfect sync is impossible, so using time-stamps to order events in a distributed system isn’t difference between the senders time and the internal time is greater than 15 seconds, suggesting that the clocks are out of sync. Monotonic clock support. A monotonic clock is now used for timeouts and scheduling heap_multiplier = 4 State.itertasks(limit=None) State.rebuild_taskheap(timetuple=clocks.timetuple'>) State.task_count = 0 State.task_event(type_, fields) Deprecated, use event(). State

anymore, and must make sure to remove it. Events are now ordered using logical time Keeping physical clocks in perfect sync is impossible, so using time-stamps to order events in a distributed system isn’t difference between the senders time and the internal time is greater than 15 seconds, suggesting that the clocks are out of sync. Monotonic clock support. A monotonic clock is now used for timeouts and scheduling heap_multiplier = 4 State.itertasks(limit=None) State.rebuild_taskheap(timetuple=clocks.timetuple'>) State.task_count = 0 State.task_event(type_, fields) Deprecated, use event(). State