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40051f7ac3
Add container-based deployment as an alternative to bare-metal pyinfra. - systemd inside container reusing the existing deployer infrastructure - chatmail-init.sh runs `cmdeploy run --ssh-host @local` on first boot, so the container self-deploys using the same code path as bare-metal - Config via MAIL_DOMAIN env var (simple) or mounted chatmail.ini (advanced) - External TLS support via TLS_EXTERNAL_CERT_AND_KEY for reverse proxy setups - Image version tracking in /etc/chatmail-image-version for upgrade detection - .git/ excluded, but version file mocked so git revparse still works - Health check verifies postfix, dovecot, and nginx are listening Files added: - docker/chatmail_relay.dockerfile: multi-stage build (build + runtime) - docker/chatmail-init.sh: first-boot deployment script - docker/chatmail-init.service: systemd unit for init script - docker/entrypoint.sh: container entrypoint (starts systemd) - docker/healthcheck.sh: container health check - docker/docker-compose.yaml: main compose config - docker/docker-compose.ci.yaml: CI override (uses GHCR image) - docker/docker-compose.override.yaml.example: customization template - docker/build.sh: helper script - doc/source/docker.rst: documentation - .dockerignore: build context filter
Building the documentation
You can use the make command and make html to build web pages.
You need a Python environment where the following install was excuted:
pip install furo sphinx-autobuild
To develop/change documentation, you can then do:
make auto
A page will open at https://127.0.0.1:8000/ serving the docs and it will react to changes to source files pretty fast.