Files
Codeman/docker/README.md
T
DevvynandClaude Opus 5 66eb01ba8f feat(docker): restore in-app self-update in the Compose deployment
Codeman running under docker/docker-compose.yaml lost the ability to update
itself from App Settings -> Updates. The image had no .git (excluded by
.dockerignore), so the install reported as "unknown"; there was no init system
for detectSupervisor() to find; the runtime stage had neither devDependencies
nor a build toolchain; and a pull into the baked /opt/codeman would have landed
in the container's writable layer and been discarded by the next `up`.

Restore it through configuration rather than a second updater, so the release
channel, auto-stash, status file and boot reconcile are all reused unchanged:

- The checkout Compose builds from is bind-mounted over /opt/codeman, so the
  update's git checkout and rebuild land on the host and survive recreation.
- The restart is the server exiting; `restart: unless-stopped` relaunches the
  container on the new dist/. This is the one supervisor whose updater does NOT
  outlive the restart, which is safe only because the terminal "restarting"
  marker is written first.
- node_modules and dist are named volumes over the bind mount, so
  container-compiled native modules never enter the host checkout.
- The runtime image keeps devDependencies and gains python3/make/g++, since
  `npm run build` is tsc + esbuild and node-pty has no Linux prebuild.

An in-place container update applies code only, because a restart reuses the
existing image and config. evaluateEnvironmentGate() reads the target release's
own files with `git show <tag>:<path>` and refuses when server.Dockerfile or
docker-compose.yaml changed, when .env.example gained keys the user's .env
lacks, or when the restart policy would not bring the container back. The
missing-key check matters most: Compose resolves an unset ${VAR} to the empty
string and starts anyway, so a new required setting would otherwise arrive as a
silently blank variable. Every unknown fails open, and the gate is re-evaluated
server-side on POST /api/system/update.

The four global agent CLIs are pinned, because an unpinned CLI bump is the one
environment change no diff-derived gate can see; pinning turns it into a
Dockerfile change the gate already detects.

Adds test/docker-compose-env-parity.test.ts as the merge-side guard (every
compose ${VAR} has an .env.example entry and the reverse) and
test/docker-self-update.test.ts for the pure gate decisions.

Documented in docs/docker-self-update.md.

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_013yAQ2y9t81jzSfpStUxx5T
2026-09-02 19:33:32 +08:00

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5.6 KiB
Markdown

# Codeman Docker deployment
This folder contains the Compose configuration, server image Dockerfile, and environment template for a locally built Codeman server.
## Start
From the repository root, create the runtime environment file and set the required values, especially `CODEMAN_PASSWORD`.
```sh
cp docker/.env.example docker/.env
bash docker/Start-Codeman.sh
```
On PowerShell, use the following command instead.
```powershell
Copy-Item docker/.env.example docker/.env
docker compose --env-file docker/.env -f docker/docker-compose.yaml up --build -d
```
Every required value is defined and explained in `.env.example`. `GEMINI_API_KEY` is intentionally optional and may remain blank.
On Linux, `Start-Codeman.sh` stops with an error when required paths are missing. It creates the application-data directory when safe, detects its numeric owner as `PUID:PGID`, and detects `DOCKER_SOCKET_GID` from the configured Docker socket. It rejects a root-owned application-data directory because Codeman and its local CLI sessions must remain unprivileged.
Codeman, Claude, OpenCode, and other local sessions run as the unprivileged account named by `CODEMAN_RUNTIME_USER`, which defaults to `opencode`. When Compose is run directly, `PUID` and `PGID` default to `1000:1000`; set them in `.env` when the application-data directory has a different owner. The Bash start script determines them automatically instead.
To retain Docker-case support without root when running Compose directly, set `DOCKER_SOCKET_GID` to the numeric group ID of the host socket. On a standard Linux Docker host, obtain it with `stat -c '%g' /var/run/docker.sock`. The Bash start script detects it automatically.
## Updating
Use **App Settings → Updates** in the web UI. The checkout Compose builds from is
also mounted at `/opt/codeman`, so an update's `git checkout` and rebuild persist
on the host, and the server exiting is what restarts the container onto the new
build.
Releases that change `server.Dockerfile`, `docker-compose.yaml`, or add a key to
`.env.example` cannot be applied that way — the updater detects them, names what
changed, and asks you to run `Start-Codeman.sh` here on the host instead. Details:
[`../docs/docker-self-update.md`](../docs/docker-self-update.md).
## Application data storage
The default configuration uses a host-folder bind mount:
```yaml
volumes:
- type: bind
source: ${CODEMAN_APPDATA_PATH}
target: /home/${CODEMAN_RUNTIME_USER}
```
Set `CODEMAN_APPDATA_PATH` in `.env` to a directory that the Docker daemon can access. The example value is `/mnt/user/appdata/Coding/codeman`.
`CODEMAN_CASES_PATH` is the separate host directory for managed case workspaces. It is mounted into Codeman at the same absolute path, allowing the host Docker daemon to bind it into an isolated case container. Set it to a child directory of `CODEMAN_APPDATA_PATH` unless you deliberately store workspaces elsewhere.
Compose also exposes `CODEMAN_APPDATA_PATH` to Codeman as `CODEMAN_DOCKER_HOST_HOME`. This lets Docker case seed files, CLI credentials and the hook secret be mounted using paths that exist in the host daemon's filesystem. Direct host installations do not set this variable and retain their existing behaviour.
Set `CODEMAN_DOCKER_DISABLE_SWAP_LIMIT=1` when `docker info` reports `SwapLimit=false`. Codeman continues to apply the configured case memory limit, omits Docker's unsupported `--memory-swap` option, and filters only the daemon's exact swap-capability warning. Every other Docker create error and its exit status remain visible.
For an existing installation created by a root-running image, change ownership of the application-data directory before upgrading so the configured `PUID` and `PGID` can read the saved credentials and state:
```sh
chown -R 99:100 /mnt/user/appdata/Coding/codeman
```
Replace `99:100` and the path with the values from your `.env` file.
Do not replace this bind mount with a Docker-managed named volume when Docker cases are enabled. Codeman passes seed, credential, transcript and hook-secret bind sources to the host Docker daemon, so their source files must have stable paths in the daemon's filesystem. A named volume does not provide the required host path mapping.
## Static macvlan networking
The default configuration publishes a host port. It does not use `network_mode: host`. To attach Codeman directly to an existing external macvlan network with a static IP address and MAC address, remove the `ports:` section and add the following to the `codeman` service:
```yaml
mac_address: ${CODEMAN_MAC_ADDRESS}
networks:
codeman_lan:
ipv4_address: ${CODEMAN_IPV4_ADDRESS}
```
Then add this top-level network declaration:
```yaml
networks:
codeman_lan:
external: true
name: ${CODEMAN_MACVLAN_NETWORK}
```
Set `CODEMAN_MACVLAN_NETWORK`, `CODEMAN_IPV4_ADDRESS`, and `CODEMAN_MAC_ADDRESS` in `.env`. The values in `.env.example` match the supplied Unraid example network and should be changed for other hosts.
### Create a managed macvlan network
If an external macvlan network does not already exist, use this top-level declaration instead. Do not use it together with the external-network declaration.
```yaml
networks:
codeman_lan:
driver: macvlan
driver_opts:
parent: ${CODEMAN_MACVLAN_PARENT}
ipam:
config:
- subnet: ${CODEMAN_MACVLAN_SUBNET}
gateway: ${CODEMAN_MACVLAN_GATEWAY}
```
Macvlan containers are ordinarily not reachable from their Docker host without additional host-network routing. Confirm the selected address, MAC address, parent interface, and subnet are reserved and valid for the target network before starting the stack.