The release skill only knew repos that deploy an image through a wrapper
chart. terdut-tui publishes binaries to a Gitea release and nothing else,
so its first two releases were cut by hand. It now has a .release.conf
saying KIND=binary, which the skill treats as gate, tag, wait for the
pipeline, then check what was published.
The gate had to exist as make targets for that: fmt, lint and test, the
same three the other repos have. ci.yaml and release.yaml now call them
instead of carrying their own copy of gofmt, vet and the tests, so a green
gate locally and a green pipeline are the same code and cannot drift. The
gofmt handling moved over as written, including the comment on why both of
its failure modes need catching; both fail the target, checked with a
misformatted file and an unparseable one.
The binaries job calls make dist too. DIST_TARGETS is now the one place
that says what a release contains, and dist-assets prints the names dist
builds so the skill can verify the published release against a list
instead of a count. The names are unchanged, and they are the self-updater's
contract with every installed binary: internal/updater matches
terdut-tui-<tag>-<goos>-<goarch> exactly.
CLAUDE.md gains a Release section, including that the annotated tag's
message is what appears on the release page.
Not run in the pipeline yet: make is in the golang image, as terdut-server's
CI relies on, but this repo's workflows only exercise it on the push that
carries this commit, and make dist only on the next tag. A failure in the
release workflow's test job stops the publish rather than shipping
something unchecked.
go vet says nothing about import order, so when the move to git.ryuvia.com
rewrote every import path without re-sorting them -- the new path sorts before
github.com/..., where the old one sorted after -- both repos went through a
green CI run and a release unformatted.
Added to the release workflow as well as CI, so the two keep running the same
checks; ci.yaml's header claims exactly that, and a check in one but not the
other would quietly make it false.
The step handles gofmt's two failure modes separately because they do not look
alike: a misformatted file is listed on stdout with exit 0, so the failure has
to be raised by hand, while a file that does not parse prints nothing to stdout
and exits 2 -- which a plain emptiness test reads as success. Verified against
all three cases (clean, misformatted, unparseable) before committing.
The module path, the CI pipeline and the self-updater all named GitHub. They now
name the Gitea instance everything else already runs on.
The workflows are rewritten rather than translated, for the reason recorded in
ci.yaml: Gitea's runner image is ubuntu:22.04, whose nodejs is Node 12, so no JS
action runs there -- actions/checkout@v4 dies with a SyntaxError before doing
anything. Every step is shell and checkout is a plain clone, which this public
repo needs no credential for. upload-artifact/download-artifact are JS actions
too, and there is no artifact store here, so the job that builds the binaries is
the job that publishes them.
internal/updater keeps its release and asset types unchanged: Gitea's release
payload carries the same tag_name, and its attachments the same name and
browser_download_url, so only the URL, the Accept header and one error string
move. The asset naming in release.yaml is load-bearing for that matching.
This does strand already-installed binaries, which still poll api.github.com.
The GitHub repository is left in place and untouched, so they report themselves
up to date rather than erroring; its last release is the bridge, and crossing it
is a one-time manual download.
Niklas Ye