Files
azy5030-overlay/CLAUDE.md
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azy5030 98ed1c32ce
CI / lint (push) Successful in 21s
CI / build (push) Failing after 4m25s
ci: check out via actions/checkout (repo is SHA-1, not SHA-256)
Run 110's lint job failed at checkout ("couldn't find remote ref <sha>")
because GIT_DEFAULT_HASH: sha256 — copied from the SHA-256 homeserver repo —
made git init create a SHA-256 repo that can't resolve this repo's SHA-1
commits. This overlay is a plain SHA-1 repo, so checkout needs no hash override.

- lint job: drop the bogus GIT_DEFAULT_HASH: sha256 override.
- build job: replace the curl+tar checkout with actions/checkout into
  $GITHUB_WORKSPACE, registered with portage via repos.conf; pull dev-vcs/git
  in Configure portage (stage3 has no git, which checkout shells out to) and
  drop net-misc/curl (only the old checkout used it). QA scan / verify steps
  now reference $GITHUB_WORKSPACE.
- CLAUDE.md: correct the SHA-256 claim and rewrite the CI section for the
  two-job lint-gate + actions/checkout setup.

just lint passes; ci.yaml passes actionlint.

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_018MsAYv5RhNLE54fPrviVgS
2026-06-19 20:38:08 -05:00

82 lines
4.6 KiB
Markdown

# CLAUDE.md
This file provides guidance to Claude Code (claude.ai/code) when working with code in this repository.
## What this is
A personal **Gentoo ebuild repository (overlay)**, repo name `azy5030`, EAPI 8,
`masters = gentoo`, thin + unsigned Manifests (`metadata/layout.conf`). It packages
software not in the main `::gentoo` tree. Currently one package:
`dev-util/gitea-runner`. Hosted on a self-hosted Gitea at `git.azy.dev`. (This repo
is a standard SHA-1 repo; the sibling `homeserver` repo is SHA-256, so workflow
snippets copied from it may carry a `GIT_DEFAULT_HASH: sha256` checkout override
that this repo must *not* use.)
## The vendored-build model (the core design)
`dev-util/gitea-runner` is a `go-module` ebuild built **offline** from upstream
`gitea/runner` source. Gentoo's build sandbox has no network, so Go modules cannot be
fetched at build time. Instead they are vendored ahead of time:
1. The upstream source archive is `SRC_URI`'d from gitea.com's `/api/v1/.../archive`
endpoint (a plain `git clone`/`go get` is never used).
2. A **vendor tarball** (`${P}-vendor.tar.xz`, the result of `go mod vendor`, packed
deterministically) is uploaded as a **release asset on this repo** and is the second
`SRC_URI`. `S="${WORKDIR}/runner"`.
3. `dev-util/gitea-runner/Manifest` pins BLAKE2B/SHA512 of both tarballs. `emerge`
verifies against the Manifest, then compiles offline from `vendor/`.
Consequences when editing the ebuild:
- `LICENSE` must cover **every vendored module's** license, not just upstream's MIT.
The bump PR checklist suggests `go-licenses report ./...` to confirm.
- `BDEPEND` Go version tracks upstream's `go.mod` `go` directive.
- The version string is injected via ldflags into
`gitea.com/gitea/runner/internal/pkg/ver.version`; CI asserts `gitea-runner --version`
echoes `v${PV}`. If upstream moves that symbol path, the build "succeeds" but reports
the wrong version.
## Bumping to a new upstream version
This is **automated** by `scripts/bump-version.sh` (run daily by `bump.yaml`, or
`workflow_dispatch`). To do it manually you must reproduce its steps, because a version
bump is never just renaming the ebuild — the vendor tarball must be regenerated and
re-uploaded as a release asset, or the build will fail Manifest verification. The script:
1. Reads the latest `vX.Y.Z` from upstream `releases.rss`; compares to the newest
committed ebuild. Exits early if up to date or if a `bump/gitea-runner-<ver>` branch
already exists.
2. Downloads the source archive, runs `go mod vendor`, packs a reproducible
`*-vendor.tar.xz` (`--sort=name --mtime='UTC 1970-01-01' --owner=0 --group=0`).
3. Creates/reuses a release tagged `${PN}-${ver}-vendor` and uploads the tarball asset.
4. `git mv`s the ebuild to the new version, rewrites `BDEPEND`'s Go version from
upstream `go.mod`, and regenerates the Manifest with `pkgdev manifest` (after copying
both distfiles into `/var/cache/distfiles` and wiring a temporary `repos.conf`).
5. Validates: `pkgcheck scan`, then `emerge` + `gitea-runner --version | grep v${ver}`.
6. Commits, pushes the branch, opens a PR against `master`.
Requires a `BUMP_TOKEN` repo secret (scopes: repository read/write, write release) plus
a Gentoo env with `go pkgdev git curl xz jq`.
## CI (`.gitea/workflows/ci.yaml`)
Runs on every push, two jobs. A **`lint`** job runs on the plain Docker-backend runner
(no container), checks out with `actions/checkout`, installs the linters, and runs
`just lint` (markdownlint/shellcheck/yamllint/actionlint). The **`build`** job has
`needs: lint` (lint is a gate) and runs inside a `gentoo/stage3:amd64-openrc` container:
`emerge-webrsync` to sync `::gentoo` → configure portage (disables binpkg signature
verification so prebuilt deps like `dev-lang/go` are pulled, not compiled; also pulls
`dev-vcs/git`, which `actions/checkout` needs and stage3 lacks) → `actions/checkout`
into `$GITHUB_WORKSPACE`, registered as the overlay via `repos.conf` →
`pkgcheck scan` → `emerge` → assert `gitea-runner --version` matches the ebuild version.
## Conventions / gotchas
- **YAML** is linted by `.yamllint.yaml` (relaxed: line-length and document-start
disabled; `truthy.check-keys: false` so `on:` is allowed unquoted).
- `metadata/md5-cache/` is **gitignored** — portage regenerates it on sync, so never
commit it (a stale `gitea-runner-1.0.4` file may linger on disk untracked).
- The bump script and CI deliberately preserve the scheme of `GITHUB_SERVER_URL`: on the
self-hosted runner it is an internal `http://` endpoint. Don't hardcode `https`.
- New packages must be added to `profiles/categories` (currently just `dev-util`).