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

could be used as group device. Most of physics machine, cloud server or VM like Qemu, Virtual box, Vmware with same disk image work with Group license. If using group in CI pipeline, the default runner doesn’t work in any docker container Most of physics machine, cloud server or VM like qemu, virtual box, vmware with same disk image work with Group license. If using group in CI pipeline, the default runner doesn’t

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