the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), make up the Celery calling API, which is also used for signatures. A

the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), make up the Celery calling API, which is also used for signatures. A

the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), make up the Celery calling API, which is also used for signatures. A

the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), make up the Celery calling API, which is also used for signatures. A

the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), make up the Celery calling API, which is also used for signatures. A

the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), represents the Celery calling API, that’s also used for signatures. A

the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), represents the Celery calling API, that’s also used for signatures. A

the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), represents the Celery calling API, that’s also used for signatures. A

the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), represents the Celery calling API, that’s also used for signatures. A

the task To call our task you can use the delay() method. This is a handy shortcut to the apply_async() method that gives greater control of the task execution (see Calling Tasks): >>> from tasks import apply_async(): >>> add.apply_async((2, 2)) The latter enables you to specify execution options like the time to run (countdown), the queue it should be sent to, and so on: >>> add.apply_async((2, 2) current process, so that no message is sent: >>> add(2, 2) 4 These three methods - delay(), apply_async(), and applying (__call__), represents the Celery calling API, that’s also used for signatures. A