meaning that sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) … Now let’s call our add

meaning that sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) … Now let’s call our add

meaning that sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) … Now let’s call our add

meaning that sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) … Now let’s call our add

meaning that; sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) ... Now let’s call our

meaning that; sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) ... Now let’s call our

meaning that sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) … Now let’s call our add

meaning that sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) … Now let’s call our add

meaning that sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) … Now let’s call our add

meaning that sig.apply_async(args=(), kwargs={}, **options) Calls the signature with optional partial arguments and partial keyword arguments. Also supports partial execution options. sig.delay(*args production code, but it’s a handy shortcut when experimenting in the Python shell: >>> ~sig >>> # is the same as >>> sig.delay().get() Callbacks New in version 3.0. Callbacks can be added to any task using prepended to the arguments specified by the signature itself! If you have the signature: >>> sig = add.s(10) then sig.delay(result) becomes: >>> add.apply_async(args=(result, 10)) … Now let’s call our add