will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number Starmap map and starmap are built-in tasks that call the provided calling task for every element in a sequence. They differ from group in that: only one task message is sent. the operation is sequential. and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue':

will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number **kwargs) Map & Starmap map and starmap are built-in tasks that calls the task for every element in a sequence. They differ from group in that only one task message is sent the operation is sequential. For and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue':

will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number **kwargs) Map & Starmap map and starmap are built-in tasks that calls the task for every element in a sequence. They differ from group in that only one task message is sent the operation is sequential. For and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue':

will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number Starmap map and starmap are built-in tasks that call the provided calling task for every element in a sequence. They differ from group in that: only one task message is sent. the operation is sequential. and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue':

will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number Starmap map and starmap are built-in tasks that call the provided calling task for every element in a sequence. They differ from group in that: only one task message is sent. the operation is sequential. and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue':

will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number **kwargs) Map & Starmap map and starmap are built-in tasks that calls the task for every element in a sequence. They differ from group in that only one task message is sent the operation is sequential. For and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue':

will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number **kwargs) Map & Starmap map and starmap are built-in tasks that calls the task for every element in a sequence. They differ from group in that • only one task message is sent • the operation is sequential and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue': 'video', 'routing_key':

will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number **kwargs) Map & Starmap map and starmap are built-in tasks that calls the task for every element in a sequence. They differ from group in that only one task message is sent the operation is sequential. For and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue':

will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number **kwargs) Map & Starmap map and starmap are built-in tasks that calls the task for every element in a sequence. They differ from group in that only one task message is sent the operation is sequential. For and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue':

will split the list of items into chunks of 10, resulting in 100 tasks (each processing 10 items in sequence). The primitives are also signature objects themselves, so that they can be combined in any number **kwargs) Map & Starmap map and starmap are built-in tasks that calls the task for every element in a sequence. They differ from group in that • only one task message is sent • the operation is sequential and use that as the final route for the task. You can also have multiple routers defined in a sequence: task_routes = [ route_task, { 'myapp.tasks.compress_video': { 'queue': 'video', 'routing_key':