Container Images¶

Record Store publishes two production images to the GitHub Container Registry.

Image	Contains
`ghcr.io/openelementslabs/record-store`	The server daemon and the `record-store` CLI
`ghcr.io/openelementslabs/record-store-console`	The web console

They are separate on purpose: a headless deployment carries no frontend, and the console upgrades on its own schedule. See Docker Compose for running them together.

docker pull ghcr.io/openelementslabs/record-store:0.1.1
docker pull ghcr.io/openelementslabs/record-store-console:0.1.1

Architectures¶

Every release publishes a multi-platform manifest covering linux/amd64 and linux/arm64. One pull resolves the architecture it runs on; there are no per-architecture tags to choose between.

docker buildx imagetools inspect ghcr.io/openelementslabs/record-store:0.1.1

Tags¶

Tag	Points at	Use it for
`0.1.1`	Exactly that release, forever	Production
`0.1`	The newest patch of 0.1	Automatic patch updates
`0`	The newest 0.x release	Rarely what you want before 1.0
`latest`	The newest stable release	Trying it out
`sha-<short>`	One commit	Tracing an image back to source

Pre-releases publish only their exact version and their commit tag. They never move latest, and never move a floating version tag.

latest is a convenience, not a deployment strategy. It changes underneath a running deployment, and it tells you nothing about what you are running.

Version tags are immutable¶

A published version tag is never rebuilt. Once 0.1.1 exists, that tag keeps pointing at that image; a fix ships as 0.1.2.

That is a promise about the release process, not something the registry enforces. The strong form is a digest.

Pinning a digest¶

A version tag selects a release. A digest selects an artifact.

ghcr.io/openelementslabs/record-store:0.1.1
    convenient, readable, and correct as long as the release process is

ghcr.io/openelementslabs/record-store@sha256:<digest>
    the exact bytes, verifiable, and impossible to repoint

Find the digest of what you are about to deploy:

docker buildx imagetools inspect ghcr.io/openelementslabs/record-store:0.1.1 \
  --format '{{ .Manifest.Digest }}'

Then pin it:

services:
  record-store:
    image: ghcr.io/openelementslabs/record-store@sha256:<digest>

Every release lists both images' digests in its release notes. Use digests wherever a deployment must be reproducible, and version tags everywhere else.

Compose¶

deploy/docker/compose.ghcr.yml runs the server and the console from the published images, with no build step and no repository checkout:

RECORD_STORE_VERSION=0.1.1 \
  docker compose --env-file .env -f deploy/docker/compose.ghcr.yml up -d

The other Compose files under deploy/docker/ build from source, which is what you want while developing. See Docker Compose.

Coolify needs a different file: compose.ghcr.yml publishes host ports and declares no Coolify magic variables, so Coolify finds no domain to assign. Use deploy/docker/docker-compose.ghcr.yaml, which runs the same published images in the shape Coolify expects — see Coolify.

Authentication¶

None. Both packages are public, so docker pull works anonymously — no docker login, no token, nothing to configure in an orchestrator.

A package's visibility is set per package in its GitHub package settings and is independent of the repository's. Making the repository public does not carry the packages with it; each was made public explicitly.

What the release publishes¶

Alongside the images, each release carries:

SPDX SBOMs, per image and per architecture, attached to the release.
Linux binary archives with record-store and record-store-server, extracted from the published images so an archive and a container never hold different builds, and a SHA256SUMS file covering every asset.
Signed build provenance on the published index, and a signed SBOM attestation per architecture, verifiable with gh attestation verify.

Provenance exists only for releases built after attestation was enabled; 0.1.1 and earlier have none. See Verifying a Release.

macOS binaries are not published. Build from source with cargo build --release — see Installation.