For these examples, I am cd'ing into the specific directories and executing commands. ExamplesĪs mentioned earlier, I will demonstrate how to use Docker Compose with Podman through two examples. ![]() We can now confidently run Compose knowing the RESTful API is working. $ sudo curl -H "Content-Type: application/json" -unix-socket /var/run/docker.sock OK This step needs to be successful before we can proceed further. ![]() Verify the system service is running by hitting the ping endpoint and see if we get a response. After installing the packages, start the Podman systemd socket-activated service using the following command: $ sudo systemctl start podman.socket Other than Podman and its dependencies, be sure the podman-docker and docker-compose packages are installed. Before running Compose, ensure that all the required packages are installed and set up the Podman (3.0 or greater) system service using systemd. The following article discusses how to use Compose by using two examples that Docker has curated and maintained in the awesome-compose Git repository. Here's how it works as a rootful/privileged user. With Podman 3.0 now in development upstream, we have begun to support Compose. ![]() Up to now, support for Docker Compose, the command-line utility that orchestrates multiple Docker containers for local development, was missing. ![]() However, many users and the broader container community have been telling us that one missing feature is a "deal-breaker" for them. Users love it for its ease of adoption as an alternative to Docker. Podman exists to offer a daemonless container engine for managing OCI-compliant containers on your Linux system. A practical introduction to container terminology.
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