many components of Celery, such as a broker and backend, Docker [https://www.docker.com/] and docker-compose [https://docs.docker.com/compose/] can be utilized to greatly simplify the development and testing 0 and docker-compose 1.13.0+. The Docker components can be found within the docker/ folder and the Docker image can be built via: $ docker-compose build celery and run via: $ docker-compose run --rm means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing

many components of Celery, such as a broker and backend, Docker [https://www.docker.com/] and docker-compose [https://docs.docker.com/compose/] can be utilized to greatly simplify the development and testing 0 and docker-compose 1.13.0+. The Docker components can be found within the docker/ folder and the Docker image can be built via: $ docker-compose build celery and run via: $ docker-compose run --rm means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing

Docker and docker-compose can be utilized to greatly simplify the development and testing cycle. The Docker configuration here requires a Docker version of at least 17.13.0 and docker-compose 1.13.0+. found within the docker/ folder and the Docker image can be built via: $ docker-compose build celery and run via: $ docker-compose run --rm celery where is a command to execute in a means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing

Docker and docker-compose can be utilized to greatly simplify the development and testing cycle. The Docker configuration here requires a Docker version of at least 17.13.0 and docker-compose 1.13.0+. built via: 3.5. Contributing 245 Celery Documentation, Release 4.3.0 $ docker-compose build celery and run via: $ docker-compose run --rm celery where is a command to execute in a means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing

many components of Celery, such as a broker and backend, Docker [https://www.docker.com/] and docker-compose [https://docs.docker.com/compose/] can be utilized to greatly simplify the development and testing 0 and docker-compose 1.13.0+. The Docker components can be found within the docker/ folder and the Docker image can be built via: $ docker-compose build celery and run via: $ docker-compose run --rm means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing

many components of Celery, such as a broker and backend, Docker [https://www.docker.com/] and docker-compose [https://docs.docker.com/compose/] can be utilized to greatly simplify the development and testing 0 and docker-compose 1.13.0+. The Docker components can be found within the docker/ folder and the Docker image can be built via: $ docker-compose build celery and run via: $ docker-compose run --rm means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing

many components of Celery, such as a broker and backend, Docker [https://www.docker.com/] and docker-compose [https://docs.docker.com/compose/] can be utilized to greatly simplify the development and testing 0 and docker-compose 1.13.0+. The Docker components can be found within the docker/ folder and the Docker image can be built via: $ docker-compose build celery and run via: $ docker-compose run --rm means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing

Docker and docker-compose can be utilized to greatly simplify the development and testing cycle. The Docker configuration here requires a Docker version of at least 17.13.0 and docker-compose 1.13.0+. found within the docker/ folder and the Docker image can be built via: $ docker-compose build celery and run via: $ docker-compose run --rm celery where is a command to execute in a means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing

Docker and docker-compose can be utilized to greatly simplify the development and testing cycle. The Docker configuration here requires a Docker version of at least 17.13.0 and docker-compose 1.13.0+. found within the docker/ folder and the Docker image can be built via: $ docker-compose build celery and run via: $ docker-compose run --rm celery where is a command to execute in a means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing

many components of Celery, such as a broker and backend, Docker [https://www.docker.com/] and docker-compose [https://docs.docker.com/compose/] can be utilized to greatly simplify the development and testing 0 and docker-compose 1.13.0+. The Docker components can be found within the docker/ folder and the Docker image can be built via: $ docker-compose build celery and run via: $ docker-compose run --rm means you can use any of those options. e.g. pyenv exec python3.6 -m pytest t/unit By default, docker-compose will mount the Celery and test folders in the Docker container, allowing code changes and testing