update_page_info(url): page = fetch_page.delay(url).get(disable_sync_subtasks=False) info = parse_page.delay(url, page).get(disable_sync_subtasks=False) store_page_info.delay(url, info) @app.task verifying heartbeats), merging event fields together as events come in, making sure time-stamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, don't instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB])

update_page_info(url): page = fetch_page.delay(url).get(disable_sync_subtasks=False) info = parse_page.delay(url, page).get(disable_sync_subtasks=False) store_page_info.delay(url, info) @app.task verifying heartbeats), merging event fields together as events come in, making sure time-stamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, don't instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB])

update_page_info(url): page = fetch_page.delay(url).get(disable_sync_subtasks=False) info = parse_page.delay(url, page).get(disable_sync_subtasks=False) store_page_info.delay(url, info) @app.task verifying heartbeats), merging event fields together as events come in, making sure time-stamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, don't instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB])

update_page_info(url): page = fetch_page.delay(url).get(disable_sync_subtasks=False) info = parse_page.delay(url, page).get(disable_sync_subtasks=False) store_page_info.delay(url, info) @app.task verifying heartbeats), merging event fields together as events come in, making sure time-stamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, don't instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB])

verifying heartbeats), merging event fields together as events come in, making sure time-stamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, don't instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB]) CELERYBEAT_SCHEDULER beat_scheduler CELERYBEAT_SCHEDULE_FILENAME beat_schedule_filename CELERYBEAT_SYNC_EVERY beat_sync_every BROKER_URL broker_url BROKER_TRANSPORT broker_transport BROKER_TRANSPORT_OPTIONS

verifying heartbeats), merging event fields together as events come in, making sure time-stamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, don't instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB]) CELERYBEAT_SCHEDULER beat_scheduler CELERYBEAT_SCHEDULE_FILENAME beat_schedule_filename CELERYBEAT_SYNC_EVERY beat_sync_every BROKER_URL broker_url BROKER_TRANSPORT broker_transport BROKER_TRANSPORT_OPTIONS

update_page_info(url): page = fetch_page.delay(url).get(disable_sync_subtasks=False) info = parse_page.delay(url, page).get(disable_sync_subtasks=False) store_page_info.delay(url, info) @app.task def verifying heart- beats), merging event fields together as events come in, making sure time-stamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, don't instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB])

update_page_info(url): page = fetch_page.delay(url).get(disable_sync_subtasks=False) info = parse_page.delay(url, page).get(disable_sync_subtasks=False) store_page_info.delay(url, info) @app.task def verifying heart- beats), merging event fields together as events come in, making sure time-stamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, don't instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB])

update_page_info(url): page = fetch_page.delay(url).get(disable_sync_subtasks=False) info = parse_page.delay(url, page).get(disable_sync_subtasks=False) store_page_info.delay(url, info) @app.task def verifying heart- beats), merging event fields together as events come in, making sure time-stamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, don't instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB])

Add kombu.transport.django to INSTALLED_APPS: INSTALLED_APPS = ('kombu.transport.django', ) 3. Sync your database schema: $ python manage.py migrate kombu_transport_django Or if you are using a version verifying heart- beats), merging event fields together as events come in, making sure timestamps are in sync, and so on. Combining these you can easily process events in real-time: from celery import Celery bootsteps: >>> app = Celery() >>> app.steps['worker'].add(MyWorkerStep) # < add class, do not instantiate >>> app.steps['consumer'].add(MyConsumerStep) >>> app.steps['consumer'].update([StepA, StepB])