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# Releasing OpenLess
This document defines who may cut releases and how. It is policy, not a how-to for
day-to-day development.
## Authority: admins only
**Only repository administrators may create version tags and publish releases.**
- Only an admin may create a release tag (`v*-tauri`), invoke the Linux asset workflow for an existing release, or publish a GitHub Release.
- Contributors (including AI agents) **must not** create release tags, publish
releases, or trigger release automation. If a release is needed, **request an admin
to cut it** — open an issue or ping a maintainer with the target version and the
channel (Beta or Stable).
- Release automation (CI workflows that build, sign, and publish artifacts, and the
auto-updater feed) must be **admin-triggered only**. Tag-triggered pipelines are
considered admin-triggered because only admins may push the triggering tag.
## Channels and tags
Two channels; the branch name equals the channel name:
- **`beta`** — default development branch and the Beta channel.
- **`main`** — the Stable channel (正式版). Always releasable; only maintainers merge
`beta → main`.
Tauri host release tags (created by an admin only):
- **Stable release:** push tag `v<version>-tauri`.
- **Beta release:** push tag `v<X.Y.Z>-Beta.<N>-tauri`, for example
`v1.3.15-Beta.1-tauri` (published as a GitHub pre-release; never auto-updates
Stable users). The updater still recognizes the historical `*-beta-tauri`
suffix for existing releases, but new releases use the `Beta.<N>` form.
A dated build may carry SemVer build metadata in the synchronized application
version, for example `2.0.0-Beta.2+build.20260924`. Keep its release tag in the existing
`v2.0.0-Beta.2-tauri` format: released clients only recognize a numeric `Beta.N`
tag suffix. Include the complete application version in the release title and
updater manifests. Build metadata does not advance SemVer precedence; each new
public Beta still increments `N`. Use the `build.` prefix for date metadata:
Tauri 2.10.1 otherwise maps a numeric date to the fourth Windows product-version
component, which is a 16-bit field. The full version still appears in the app and
updater manifest; NSIS uses its supported numeric fallback for file metadata.
See [the pinned NSIS bundler](https://github.com/tauri-apps/tauri/blob/tauri-cli-v2.10.1/crates/tauri-bundler/src/bundle/windows/nsis/mod.rs#L149).
These tags publish the macOS, Windows, and Android Tauri hosts. Linux is not part of the Tauri matrix. Its independent host is built by `.github/workflows/release-linux-egui.yml`, which accepts an existing `release_tag` and writes `latest-linux-egui-x86_64.json`. This workflow has no automatic tag trigger; Linux publication requires its own product acceptance below.
Under the [2026-09-06 2.0 requirements](docs/2.0-requirements.md), Windows and macOS must fully retain their respective Tauri 1.x features. This first delivery includes a usable Core contract and a [split handoff directory](docs/linux-egui-handoff/README.md) for Linux; the egui team owns remaining Linux Host/UI work and Linux product acceptance. Incomplete Linux application features do not independently block this Windows/macOS delivery. Shared Core defects and the desktop platforms' own acceptance requirements still do. Existing Android builds do not expand this scope into a new full-support commitment.
## Version-sync gate
A Tauri release fails CI unless **five** locations carry the same version. Bump them together
with `scripts/bump-version.sh <X.Y.Z>`:
- `openless-all/app/package.json`
- `openless-all/app/package-lock.json` (root and nested `packages.""`)
- `openless-all/app/src-tauri/tauri.conf.json`
- `openless-all/app/src-tauri/Cargo.toml`
- `openless-all/app/src-tauri/Cargo.lock` (the `name = "openless"` block)
The root `openless-all/app/Cargo.lock` belongs only to the framework-independent core/Linux workspace and is not one of the five Tauri application version locations.
## License boundary
Published 1.x releases remain MIT. `2.0.0-Beta.1` is the effective boundary for
the repository's `AGPL-3.0-only` license; third-party vendor files retain their
own MIT, Apache, LGPL, or other upstream terms.
The script takes a plain `X.Y.Z`; for a prerelease version such as
`X.Y.Z-Beta.N`, edit the files by hand.
## Pre-release checklist (for the admin cutting the release)
1. Branch is the intended channel (`beta` for Beta, `main` for Stable).
2. All five version files match (version-sync gate green).
3. CI is green on the commit being tagged.
4. The applicable [desktop feature and device acceptance](docs/2.0-desktop-acceptance.md), signing, and distribution requirements are met; green builds alone do not establish product readiness.
5. Then, and only then, push the release tag.
6. Beta tag workflows upload desktop and Android assets to a shared draft.
Wait for both workflows to succeed, verify the packages and Beta updater
manifests, then publish that draft as a prerelease. Do not rerun an asset
workflow after publication without first returning the release to draft.
Before attaching Linux assets, additionally require all of the following:
1. The egui team has completed the [Linux Host/UI gaps and acceptance](docs/linux-egui-handoff/07-acceptance.md). The existing `eframe::App` is a starting implementation; its presence and successful packaging alone do not establish product completeness.
2. Linux core/host tests, dependency gates, and secret-surface gates are green on Ubuntu.
3. The manual Linux workflow verifies the ELF dependency list, deb/rpm/AppImage contents, desktop metadata, fcitx5 plugin paths, minisign output, and independent updater manifest.
4. An admin passes the already published Tauri release tag as `release_tag`; a non-empty tag also requires `LINUX_EGUI_MINISIGN_SECRET_KEY`.
## Process summary
1. Land work on `beta` via PRs (open PRs against `beta`, never `main`).
2. For a Stable release, a maintainer merges `beta → main`.
3. An **admin** bumps the Tauri version (five-location sync), verifies CI is green,
and pushes the release tag, which triggers the macOS/Windows/Android publish and
auto-update pipeline.
4. After Linux product acceptance and packaging have passed on its native
runner, an admin invokes the independent Linux workflow against that existing tag.