separated list of task modules to import when celeryd starts. 1.3.3 Running the celery worker server To test we will run the worker server in the foreground, so we can see what’s going on in the terminal: $ can acknowledge the message we received using basic.ack: 6> basic.ack 1 ok. To clean up after our test session we should delete the entities we created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while

separated list of task modules to import when celeryd starts. 1.3.3 Running the celery worker server To test we will run the worker server in the foreground, so we can see what’s going on in the terminal: $ basic.ack 1 ok. 2.8. Routing Tasks 53 Celery Documentation, Release 2.2.10 To clean up after our test session we should delete the entities we created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while

separated list of task modules to import when celeryd starts. Running the celery worker server To test we will run the worker server in the foreground, so we can see what’s going on in the terminal: $ can acknowledge the message we received using basic.ack: 6> basic.ack 1 ok. To clean up after our test session we should delete the entities we created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while

separated list of task modules to import when celeryd starts. 1.3.4 Running the celery worker server To test we will run the worker server in the foreground, so we can see what’s going on in the terminal: $ can acknowledge the message we received using basic.ack: 6> basic.ack 1 ok. To clean up after our test session we should delete the entities we created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while

separated list of task modules to import when celeryd starts. Running the celery worker server To test we will run the worker server in the foreground, so we can see what’s going on in the terminal: $ can acknowledge the message we received using basic.ack: 6> basic.ack 1 ok. To clean up after our test session we should delete the entities we created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while

separated list of task modules to import when celeryd starts. 1.3.4 Running the celery worker server To test we will run the worker server in the foreground, so we can see what’s going on in the terminal: 14 can acknowledge the message we received using basic.ack: 6> basic.ack 1 ok. To clean up after our test session we should delete the entities we created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while

separated list of task modules to import when celeryd starts. Running the celery worker server To test we will run the worker server in the foreground, so we can see what’s going on in the terminal: $ can acknowledge the message we received using basic.ack: 6> basic.ack 1 ok. To clean up after our test session we should delete the entities we created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while

separated list of task modules to import when celeryd starts. Running the celery worker server To test we will run the worker server in the foreground, so we can see what’s going on in the terminal: $ can acknowledge the message we received using basic.ack: 6> basic.ack 1 ok. To clean up after our test session we should delete the entities we created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while

can acknowledge the message you received using basic.ack: 6> basic.ack 1 ok. To clean up after our test session you should delete the entities you created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while Features & Patches – Forking and setting up the repository – Running the unit test suite – Creating pull requests * Calculating test coverage * Running the tests on all supported Python versions – Building

can acknowledge the message you received using basic.ack: 6> basic.ack 1 ok. To clean up after our test session you should delete the entities you created: 7> queue.delete testqueue ok. 0 messages deleted CPU. With Eventlet you can efficiently spawn hundreds, or thousands of green threads. In an informal test with a feed hub system the Eventlet pool could fetch and process hundreds of feeds every second, while Features & Patches Forking and setting up the repository Running the unit test suite Creating pull requests Calculating test coverage Running the tests on all supported Python versions Building the