following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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

following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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

following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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

following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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

following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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

following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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

following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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

following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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

following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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

following to your path to be able to start and stop the broker: add it to the start-up file for your shell (e.g., .bash_profile or .profile). PATH=$PATH:/usr/local/sbin Configuring the system host name module that the task is defined in is run as a program. 2. If the application is created in the Python shell (REPL). For example here, where the tasks module is also used to start a worker with app.worker_main(): shouldn’t use it in your 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