* fix(release-cut,ship-queue): the weekly release accepts a train-gated commit, and five lane frictions seen in operation scripts/release-cut.ts gates a main commit either by a successful backstop check run or by a green/merging/merged train record in refs/notes/gstack-trains whose merged[] names its sha or tree (CANDIDATE: ... gated by train <nonce>); a red check, a running run, the required check and the freeze are judged as before. --required-check, --backstop-check and --notes-ref make the names configurable. lib/issue-links.ts reads (name #N[, #M]), (name PR #N) and (name issue #N) as cross-repo references. lib/gstack-post.ts allowlists an 11-digit run id after a run word or chained after one, and pr-body merges by ## section into the PR's current body (--replace overwrites). gstack-pregate mirrors each record under <state root>/pregate/by-tree/<tree>.json and ready reads the mirror for its tree when the checkout's record is missing or for another tree. docs/troubleshooting.md gains #redact-run-id-as-phone, #gate-error-no-base and #gstack-post-pr-body-merge. Co-authored-by: capy-ai[bot] <230910855+capy-ai[bot]@users.noreply.github.com> * fix: pre-landing review fixes (pass 1) Fence-length-aware section splitting in gstack-post pr-body (an unclosed receipt fence or a four-backtick block no longer exposes a heading to the merge), the run-id allowlist drops generic words (id, job, attempt, workflow), ready accepts a by-tree pregate mirror only from a complete run against origin/<base> under a reviewed policy and prints no home path, release-cut skips non-object notes and never substitutes train evidence for the required check when both names are equal, issue-links treats closing/cf./e.g./v1.2 as words rather than repositories. Co-authored-by: capy-ai[bot] <230910855+capy-ai[bot]@users.noreply.github.com> * fix: pre-landing review fixes (pass 2) An unclosed receipt fence makes the body from that line on one section the merge never matches, so posted leading prose cannot replace it and a closed receipt before it stays a receipt; the by-tree pregate mirror must hold the tests stage (what --stage tests --remote writes) rather than every check; empty sha/tree strings in a train note are not evidence; (v1.2.3-rc1 #301) is a version word, not a repository. Co-authored-by: capy-ai[bot] <230910855+capy-ai[bot]@users.noreply.github.com> * docs: CANDIDATE line names its gate; issue-links reference documents the (name #N) form Co-authored-by: capy-ai[bot] <230910855+capy-ai[bot]@users.noreply.github.com> * fix(ship-queue): a PREGATE_ENVIRONMENT local record is final; no mirror stands in for it Merging origin/mainb004c06(#3480) into this branch created a semantic conflict between two individually correct parents: #3480 made verifyPregate return PREGATE_ENVIRONMENT (instead of PREGATE_INCOMPLETE) when every incomplete check was caused by the environment, and this branch's by-tree mirror reader in ready() treated only PREGATE_LANE_FAILED and PREGATE_INCOMPLETE as final. Merged, a local record whose secrets scan never finished fell through to a same-tree tests-only mirror and ready passed without a secrets scan, against the rule this branch documents ("a record whose own checks failed or stayed incomplete is never overridden"). ready() now keeps a PREGATE_ENVIRONMENT record final as well. Regression in test/gstack-ship-queue.test.ts ("one READY block ..."): an environment-incomplete secrets record beside a passing same-tree mirror is refused with (PREGATE_ENVIRONMENT) and no "from the state root" suffix. Red on the bare merge28b64d7(expected exit 3, received 0), green with this fix. Found by the pass-4 delta review of the merge. Co-authored-by: capy-ai[bot] <230910855+capy-ai[bot]@users.noreply.github.com> * v1.91.262.0 stamp Co-authored-by: capy-ai[bot] <230910855+capy-ai[bot]@users.noreply.github.com> --------- Co-authored-by: capy-ai[bot] <230910855+capy-ai[bot]@users.noreply.github.com>
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Releases and update channels
gstack stamps a version at every merge to main, about a dozen a day. Since late October 2026 there is also a weekly tagged release, and team-mode installs follow it instead of every merge.
What a release is
Every Monday at 07:00 Pacific (06:00 in winter) the Weekly release
workflow (.github/workflows/weekly-release.yml, which runs
scripts/release-cut.ts) takes the newest green commit on main and:
- tags it
v<VERSION>(the VERSION file at that commit, an annotated tag); - publishes a GitHub Release whose notes are one line per CHANGELOG version since the previous release, with a compare link and a link to the full CHANGELOG at that tag;
- fast-forwards the
stablebranch to it.
A tag and its release never change. stable is a moving pointer: always a
commit on main's first-parent history, moved only by this workflow, only
forward.
Green means, on that exact commit: the free-tests check run succeeded
(the status main requires), the commit was gated (below), every check run on
it has completed and none failed, and refs/notes/gstack-trains holds no
active freeze. A cancelled check run counts as red. A commit with a check run
still going is skipped and the next older one is considered, back through 7
days or 200 first-parent commits. The workflow runs no tests and no paid evals
of its own; it only reads what the trains and the backstop already recorded.
With nothing green in the window it fails and lists why each commit was
skipped.
Gated means one of two pieces of evidence. The first is the
main-backstop check run: the Main backstop gate workflow publishes it on
each push to main from a job of its own, success when a green train record
covers the tree or the backstop gated it green, neutral when main moved past
the push before it was gated (superseded) or a freeze's own backstop run owns
it (deferred), failure when it froze the queue or could not finish. The second
is a train record in refs/notes/gstack-trains (kind train, state
green, merging or merged) whose merged[] lists the commit's sha or
its tree: those entries are the main commits gstack-ship-queue verify --train confirmed, so a commit a green train merged is gated even when trains
merged faster than the backstop could settle and its own backstop run ended
neutral or never ran. The CANDIDATE line says which: gated by main-backstop or gated by train <nonce>. Train evidence relaxes nothing
else: a red backstop run, a failed or missing free-tests run, any other red
check run or a run still going keeps the commit out, and a record in any other
state (red, superseded, free-green, …) is not evidence. A commit with
neither a successful backstop run nor a train record is not released: a
dependabot push, a policy without a train block, or a tree that was never
gated.
Another repository runs the same script with its own names:
--required-check <name> (default free-tests), --backstop-check <name>
(default main-backstop) and --notes-ref <ref> (default
refs/notes/gstack-trains). weekly-release.yml passes none of them.
A cut that stopped half-way (tag and stable pushed, release not created) is
finished by the next run, by cron or by hand: stable itself stays a
candidate until its release exists, and its notes compare against the release
tag before it.
Channels
| Channel | Follows | Who |
|---|---|---|
stable |
refs/heads/stable: the weekly release, plus any hotfix cut off-cycle |
team mode (./setup --team) by default |
main |
every merge to main | plain ./setup, contributors, Capy crew machines |
The config key is update_channel (bin/gstack-config):
gstack-config get update_channel # auto (default) | stable | main
gstack-config set update_channel main # a team install that wants every merge
gstack-config set update_channel stable # a solo install that wants weekly releases
gstack-config unset update_channel # back to auto
auto resolves to stable when team_mode is true and to main otherwise,
so existing team installs moved to weekly releases with nothing to migrate and
contributor installs did not move at all. GSTACK_UPDATE_CHANNEL=stable|main
overrides the key for one command. The resolution lives in one helper,
bin/gstack-update-channel.sh, used by:
bin/gstack-session-update, the team-mode session-start hook: it fetches the channel ref and fast-forwards to it. Its log (<state root>/analytics/session-update.log) carriesCHANNEL stable target=<sha>when it follows a release.bin/gstack-update-check, the "update available" line in every skill preamble: it reads<channel>/VERSIONand compares withrefs/heads/<channel>, so a stable install is not told every hour that main moved.bin/gstack-upgradeand/gstack-upgrade: they fast-forward to the channel ref (UPSTREAM_REF=origin/stablein the skill's output) and say which channel they followed.
Two edge cases are handled on purpose:
- Before the first release exists origin has no
stable. Every caller then follows main and says so (CHANNEL_FALLBACK stable->mainin the hook log,channel stable has no release on origin yetfromgstack-upgrade). - An install already past the release (it followed main until now, or a hotfix was cut below it) stays where it is until stable passes it. The updater never moves a checkout backwards. A depth-1 clone cannot see that an older release is its ancestor, so the VERSIONs decide: main stamps a higher version at every merge and stable is always a main commit.
The local branch stays main either way. A stable install is a main
checkout parked at the last released commit, which is why fast-forward-only
still holds and nothing about version stamping changed.
Cutting a release by hand (hotfixes)
A hotfix is an ordinary PR: it merges to main through a train and gets its version like any other change. To put it on stable before Monday, run the workflow by hand with the merge commit's SHA:
gh workflow run weekly-release.yml -f ref=<full sha on main> -f dry_run=false
or Actions → Weekly release → Run workflow, on main (the cut job runs
only from refs/heads/main, with main's tooling; ref must be the full
40-hex SHA). The same green checks apply. The commit is tagged with its VERSION, the release notes say "hotfix release"
and list every version since the previous release (everything merged in
between ships with it), and stable fast-forwards. Team installs pick it up at
their next hourly check.
There is no release branch and no cherry-picking: stable only ever names main commits. If main carries a change that must not ship yet, revert it on main first, then promote.
Dry runs
Run the workflow with dry_run=true (the default for a manual run) to see the
plan without changing anything: the candidate, its VERSION and tag, the stable
move, how many version lines the notes would carry, every skipped commit with
its reason, and the exact commands a real cut would run. The scheduled Monday
run is never a dry run.
gh workflow run weekly-release.yml -f dry_run=true
gh run watch
The step summary carries the same plan plus the full release notes.
A pull request that touches .github/workflows/weekly-release.yml or
scripts/release-cut.ts runs the same dry run against main as its own job
(Dry run against main, read-only token), so a change to the release tooling
is exercised against real check runs before it merges.
Outcomes
| Line | Meaning |
|---|---|
| `CANDIDATE: () gated by main-backstop | train ` |
NOTHING_NEW: origin/main <sha> is already released as v<X> |
nothing merged since the last release; exit 0 |
NO_GREEN_COMMIT: ... with SKIPPED: lines |
nothing in the window passed the gate; exit 1 (a dry run exits 0: the skips are its answer) |
REFUSED: non-fast-forward: ... |
the candidate is behind stable; stable only moves forward |
REFUSED: queue frozen since train ... |
the main backstop froze the queue; clear it first (docs/ship-policy.md) |
REFUSED: tag v<X> already names <other sha> |
a version was stamped twice; needs a look before anything is cut |
TAG:, STABLE:, RELEASE: |
what the cut did; a re-run reports each step as already done and finishes a step an earlier run did not reach |