Release New Version

Release a New Version

Use this for Nightly builds, stable desktop releases, and requested mobile store distribution. A stable desktop release must come from main, after the changelog and required CLI, MCP, API, agent-package, and documentation updates are accurate, validated, and merged. Desktop and watchOS share the marketing version in release-version.json. iOS and Android use apps/mobile/release-version.json. Platform build numbers and publication schedules remain independent.

Core Rule

Do not trigger a stable release from an unmerged branch. Complete the release surface review and changelog below, merge the required changes to main, then freeze the candidate and release that merged commit through its Nightly tag.

Nightly and Stable Operations

• Existing users and the main download remain on stable. Nightly is an explicit separate-app install, with its own updater feed and CLI command. It opens the same local database as stable; settings, store, and sign-in stay per app.
• The team uses Nightly for daily meetings. Volunteers can join through the announcement in the next stable changelog and product-update newsletter.
• .github/workflows/desktop_nightly.yaml runs daily at 15:00 UTC (midnight KST) and can be dispatched manually from main. It runs desktop JS/i18n and native CI, including source CloudSync rebuilds, before building and publishing all desktop platforms through desktop_cd.yaml with channel=nightly.
• Nightly versions are <shared-version>-nightly.<n>, where <n> counts up from 1 for each base version (1.4.24-nightly.1, 1.4.24-nightly.2, ...) and resets when release-version.json moves to the next stable. Each build snapshots packages/changelog/nightly.md into the app and a GitHub prerelease tagged desktop_nightly_v<nightly-version>. Maintain that file as curated, user-facing changes since the previous stable release; do not generate a raw commit dump. Nightly notes never belong in the website's stable changelog.
• Target weekly ordinary stable releases. Select a published Nightly commit, pin the team's app to it for 2–3 working days, and record real meeting results. Disable automatic updates while testing that candidate. CI or elapsed time alone is not evidence of use. Confirm recording/transcription, saved notes after restart, sync, and stable-to-candidate upgrades on shipped platforms.
• One release owner records the candidate, Nightly release/run, testing results, unresolved issues, and go/no-go decision in the release task. A serious regression postpones publication. Candidate fixes require renewed affected testing; newer main features wait for the next candidate.
• Nightly and stable are separate signed packages. Build stable from the tested commit and verify its install/upgrade behavior before publication; do not present the Nightly binary as byte-identical to the stable artifact.
• For an urgent stable hotfix, start from the latest stable tag, carry the minimal fix into main, and verify the patch. Record the owner's explicit exception to the usual Nightly testing period; do not bundle unrelated work. The candidate must still be merged into main before publication. If main has advanced, dispatch desktop_cd.yaml with channel=nightly on the merged hotfix branch, supplying its exact SHA, then use the resulting Nightly tag for stable verification and publication. This preserves the minimal patch.
• Shared APIs and synced data must stay compatible with existing stable clients. Nightly and stable write the same local database, and the apps refuse to run at the same time. A -- breaking migration published in Nightly locks stable users out of their notes until stable ships it: keep schema changes additive (see the root AGENTS.md), and land a breaking migration only in the candidate that becomes the next stable release, so the lockout ends when that release publishes.

Publish and verify Nightly

gh workflow run desktop_nightly.yaml --ref main
gh run list --workflow desktop_nightly.yaml --limit 5

Verify the exact SHA and all called jobs, not only the aggregate status. A failed run needs a fresh dispatch. Confirm the GitHub prerelease/tag, signed installers, CrabNebula nightly downloads, and every platform's Nightly update response. Install the published build and exercise Nightly-to-Nightly updating, auth, sharing links, and the embedded CLI. Confirm stable remains on the stable feed. The first published Nightly needs this verification before announcing it.

Do not send the newsletter or announce Nightly as available until the Nightly builds, update feed, and https://anarlog.so/download/nightly/ are live and verified. Use the newsletter skill for the announcement. Nightly publication does not publish a website changelog or submit to stores.

Scope Boundary

Establish the exact desktop version and requested mobile destination before dispatching. A desktop release includes its existing Microsoft Store workflow; it does not imply mobile submission. When mobile is requested, distinguish TestFlight and Google Play internal testing from public App Store review and Google Play production rollout. Honor authorization already given in the task; do not ask again for an approved destination.

App Store here means the iOS app. The repository deliberately has no Mac App Store release lane; do not recreate one as part of a desktop or mobile release.

Every desktop release includes the CLI, local and hosted MCP, API, agent-package, and documentation freshness review below, and deploys any hosted service that has unpublished changes this release needs. The CLI and local MCP ship inside the desktop package; hosted services, plugin catalogs, and docs have separate publication paths. Keep their versions independent and record their source SHAs. An unchanged surface needs evidence that its published version still covers the candidate; it does not need an artificial version bump or redeployment.

Honor existing authorization for service and documentation publication. If a required external action is not authorized, finish preparing and validating the concrete change before asking for that action. When a hosted service has unpublished changes this release needs, dispatch its CD workflow during the release; do not leave the deploy as a follow-up. Do not call the complete release finished while a required surface is stale or awaiting publication.

Release and QA are separate, explicitly requested workflows. Do not read or run qa-critical-ux or qa-cli-mcp-api solely because the user asked for a release. A release does not require a report from either optional QA skill. The Nightly candidate testing and final stable package verification above are part of this release operation; report their actual evidence separately. The contract, packaging, and publication checks in this skill are required release verification; they do not invoke either optional QA workflow.

If the user explicitly asks for both release and QA, follow the requested order and report the outcomes separately. Do not infer that a QA result approves or blocks the release.

Release Workflow Requirements

The desktop path covers macOS, Windows, and Linux. Requested mobile distribution follows the separate native-build and store steps below. The patched CloudSync vendor bundle is rebuilt from source and cancellation-tested on every desktop lane: rebuild-macos.sh for Apple Silicon and Intel, rebuild-windows.sh under UCRT64 in windows_ci, and rebuild-linux.sh in linux_ci for x86_64 and aarch64. Each lane then runs cargo test -p cloudsync and cargo test -p db-core cloudsync:: against that freshly built library, covering the stalled-network, logout, configuration cleanup/init, worker-drain, and immediate-local-write cancellation gates.

The rebuild steps run on workflow_dispatch or the Nightly caller with rebuild_cloudsync=true, so a routine pull-request run does not prove them. Dispatch desktop_ci.yaml against the candidate SHA and confirm the cloudsync-windows-* and cloudsync-linux-* artifacts before treating a desktop lane as approved. Do not treat macOS artifacts or Rust-only tests as cross-platform approval. Check the mobile coverage separately; its current Android job does not provide the iOS cancellation-test coverage.

Preflight

1. Inspect the workflow before assuming release behavior:

cat .github/workflows/desktop_cd.yaml
cat .github/workflows/desktop_ci.yaml
cat .github/workflows/desktop_publish.yaml
cat .github/workflows/desktop_store_publish.yaml
cat .github/workflows/cli_ci.yaml
cat .github/workflows/api_ci.yaml
cat .github/workflows/api_cd.yaml
cat .github/workflows/stripe_cd.yaml
cat .github/workflows/db_cd.yaml
cat .github/workflows/web_ci.yaml
cat .github/workflows/web_cd.yaml

2. Validate the explicit stable version requested by the user:

VERSION=<version>
[[ "$VERSION" =~ ^[0-9]+\.[0-9]+\.[0-9]+$ ]]
node scripts/release-version.mjs "$VERSION"
node scripts/release-version.mjs --check "$VERSION"
test -f "packages/changelog/content/$VERSION.md"

Stable desktop releases never infer a version. The workflow requires the exact stable semantic version to match release-version.json and a changelog file. The version command also regenerates apps/watch/apple/Version.xcconfig; commit both desktop version files with the release preparation changes. Expo reads apps/mobile/release-version.json. A desktop bump does not change or authorize mobile publication.

3. Identify the latest stable desktop tag and the commits that will ship:

gh release list --limit 20
gh api repos/fastrepl/anarlog/compare/<latest-desktop-tag>...main
git log --oneline <latest-desktop-tag>..<candidate-sha>

Verify the latest published, non-prerelease desktop_v<semver> tag through GitHub. GitHub's compare file list can be truncated; use local history and diffs for the complete changelog review. Use read-only git commands for inspection. Use the but skill for local version control, and GitHub tools for PR metadata and merges. Do not force-fetch tags or force-push to prepare a release.

Release Surface Review

Complete this before freezing the candidate, including when only preparing a release. Review the full product diff since the last stable desktop tag, not just CLI/API paths. Also compare each independently published surface with its last published source SHA so previously unshipped changes are not missed.

For each user-facing change, record the affected surfaces, required updates, validation, and publication status in the release task or PR. Use unchanged or not applicable only with a concrete reason. Check that supported agent workflows expose the new or changed product behavior. Fix drift before release; an intentional capability difference must be documented. A missing capability that needs a product decision requires an explicit deferral, not a silent skip.

Review related release dependencies when affected: SQLite/CloudSync and hosted schema migrations, downgrade compatibility, native bindings, mobile/watch consumers, billing/auth configuration, installer/updater and package channels, and release version attribution in error reporting. Record backend-first rollout and rollback requirements before publishing a client that depends on them. Follow each component's instructions; this review does not authorize mobile submission or unrelated infrastructure changes.

Validate and synchronize

Run the full locally reproducible jobs from cli_ci.yaml and api_ci.yaml for affected code, plus consumer checks from root AGENTS.md. CLI CI includes command/MCP contract snapshots, documentation coverage, Linux/Windows smoke tests, plugin checks, and Mintlify validation. API CI checks hosted MCP/auth and OpenAPI generation. A passing snapshot or docs check does not prove that a new product feature was considered; retain the surface review above.

When the API contract changes, regenerate the spec and client, review the diff, and typecheck the client and affected consumers:

cargo test -p api gen_openapi_json
pnpm -F @anlg/api-client openapi
pnpm -F @anlg/api-client typecheck

Edit the authored agent skill and references, then generate their mirrors with node scripts/publish-anarlog-skill.mjs. The script writes repository files; it does not publish a website or install a plugin. Before every release, run:

node scripts/publish-anarlog-skill.mjs --check
node --test scripts/publish-anarlog-skill.test.mjs

Use the Mintlify version pinned in cli_ci.yaml to run validate and broken-links --check-anchors --check-redirects from docs/. Run affected web checks when changing website content or discovery files. Regenerate again to confirm generated output is stable, and include all intended generated changes before freezing the candidate.

Changelog Gate

The changelog is required alongside the release surface review. Before releasing either channel:

1. Open packages/changelog/content/AGENTS.md and follow its instructions.
2. For stable, confirm packages/changelog/content/<version>.md exists. For Nightly, use packages/changelog/nightly.md.
3. Compare the file against the desktop user-facing changes since the latest desktop_v* tag.
4. If the changelog is missing or incomplete, update it before release.

Changelog entries should be worth reading for app users. Exclude internal-only refactors, CI changes, infra noise, and implementation details unless they explain a user-visible change. If a user-facing change came from a pull request by someone outside the Fastrepl org, that item must credit them. See packages/changelog/content/AGENTS.md.

Each changelog file must include:

---
date: "YYYY-MM-DD"
summary: "One concise, user-facing sentence for the changelog index preview."
---

After editing the changelog, run:

pnpm exec dprint fmt --allow-no-files packages/changelog/content/<version>.md
pnpm exec dprint check --allow-no-files packages/changelog/content/<version>.md
pnpm -F @anlg/changelog typecheck

Merge to Main

Only after the changelog and required release surface updates are accurate and validation passes:

1. Commit the changelog and surface updates in coherent commits.
2. Open or update their PRs.
3. Wait for CI and required review state to be clear.
4. Merge the release preparation PRs to main.
5. Verify main contains the changelog and all required surface updates.
6. Record the resulting main SHA, publish a Nightly from it, and retain its immutable desktop_nightly_v<nightly-version> tag as CANDIDATE_REF.
7. Complete the Nightly candidate testing period before building stable. Keep development on main; do not replace the candidate with its latest head.

If using GitButler, prefer:

but diff
but commit -b chore/release-changelog -m "Update desktop release changelog

Refresh the desktop changelog for the next stable release." <file-or-hunk-ids>
but pr new chore/release-changelog -t

Use actual IDs from but diff / but status -fv; do not invent IDs.

Deploy Hosted Services

This is a required release action, not optional follow-up. After the candidate is on main, decide for each independently published service and then deploy the ones that need it before publishing the desktop client.

For each service:

1. Find the last successful CD run and, when one exists, the published tag (api_v*, stripe_v*, web_v*). Hosted Postgres has no version tag; use the last successful db_cd.yaml run SHA.
2. Diff that SHA against the candidate for that service's source. Re-read the workflow if the checkout, image context, or migration path is unclear.
3. Dispatch the CD workflow on main when the candidate contains unpublished changes this release needs, or that users would otherwise miss. Reuse a live deployment only when its SHA already includes those changes.
4. An unchanged service needs that live SHA/version recorded. Do not dispatch a no-op redeploy to make the checklist look complete.
5. Confirm the target is Anarlog before any service access; never access *-char. Check the run's headSha against the intended SHA and wait for the job and tag (when the workflow creates one).

gh workflow run api_cd.yaml --ref main
gh workflow run stripe_cd.yaml --ref main
gh workflow run db_cd.yaml --ref main
gh workflow run web_cd.yaml --ref main
gh run list --workflow api_cd.yaml --limit 3
gh run view <run-id> --json headSha,url

If the desktop client depends on new server or schema behavior, those deploys must succeed before desktop_publish.yaml. Independent website or docs updates can finish in parallel, but the release is incomplete until they are live or explicitly deferred.

Trigger Stable Release

Dispatch desktop, CLI, and API verification from the candidate Nightly tag, then identify each run and verify headSha equals the recorded candidate before accepting any job. Reuse an existing successful run only if it covers the exact SHA and all required jobs; path-filtered or skipped jobs are not coverage:

CANDIDATE_REF=desktop_nightly_v<nightly-version>
gh workflow run desktop_ci.yaml --ref "$CANDIDATE_REF"
gh workflow run cli_ci.yaml --ref "$CANDIDATE_REF"
gh workflow run api_ci.yaml --ref "$CANDIDATE_REF"

Verify every native job and the source-rebuilt CloudSync artifacts, including both macOS architectures, Windows, and both Linux architectures. Pull-request runs skip the desktop native jobs. Require both CLI jobs and the API job to pass for this candidate as well. Keep the candidate fixed through publication.

After candidate testing, verify the candidate remains an ancestor of main, then build the stable candidate without publishing:

gh workflow run desktop_cd.yaml \
  --ref "$CANDIDATE_REF" \
  -f channel=stable \
  -f candidate_sha=<40-character-main-sha> \
  -f include_windows=true \
  -f include_linux=true \
  -f version=<version>

Watch the dry-run build:

gh run list --workflow desktop_cd.yaml --limit 5
gh run view <run-id> --json headSha,url
gh run watch <run-id>

The run's headSha must equal the recorded release-candidate SHA. A mismatch blocks acceptance even if the workflow succeeds.

Do not use GitHub's rerun button for a failed stable candidate or optional Linux audio QA run. Dispatch a fresh run instead; publication only accepts first-attempt run IDs so evidence cannot be mixed across attempts.

The dry-run workflow must:

• use the exact explicit stable version
• build both Apple Silicon and Intel macOS artifacts
• build the signed Windows and Linux artifacts for the same version and commit
• upload a draft CrabNebula release without publishing it
• upload desktop-release-provenance-<version>-<sha>, including the exact artifact hashes and pinned CrabNebula CLI version, asset ID, and SHA-256

Verify the bundled CLI in the candidate artifacts on every shipped platform, using the platform runner when necessary. Confirm APP_VERSION reached the CLI build and the packaged executable's --version reports the explicit desktop version. Check its help and a real stdio MCP initialize/discovery exchange against the reviewed contract, using an isolated fixture database. Keep stdout protocol-only and verify clean shutdown. A developer binary on PATH is not evidence for the packaged CLI. After updating, verify the supported CLI installer resolves to the new bundled executable; record unavailable platform checks.

Before the desktop publish dispatch, finish the hosted-service deploys above that the candidate depends on. Do not publish a client whose required server behavior is still unavailable.

After the exact dry-run artifacts pass the required platform gates and the candidate is still merged into main, publish only through the provenance workflow. Do not run desktop_linux_audio_qa as a publish gate; Linux is covered by the same dry-run provenance as macOS and Windows. That workflow remains available for optional debugging.

gh workflow run desktop_publish.yaml \
  --ref "$CANDIDATE_REF" \
  -f version=<version> \
  -f candidate_sha=<40-character-main-sha> \
  -f dry_run_id=<dry-run-id> \
  -f include_windows=true \
  -f include_linux=true

Watch that workflow to completion. It must verify the dry-run run identity, artifact hashes, CrabNebula tool identity and hash, main ancestry, and the immutable tag before publishing. It must also verify every file mirrored to GitHub against the provenance manifest.

The publish workflow calls desktop_store_publish.yaml with submit_to_stores=true for Microsoft Store certification. Inspect that job and the resulting submission separately from GitHub/CrabNebula publication. For Linux, the workflow waits for the generated package metadata PR's checks, merges that exact PR head, calls web_cd.yaml with the merged commit, and verifies the live signed APT metadata for both architectures on anarlog.so. Require linux-package-bump, linux-apt-deploy, and linux-apt-verify to succeed; a metadata PR or successful merge alone is not APT publication. Failed checks leave the PR open and fail the release workflow for follow-up. Arch PKGBUILD and .SRCINFO updates ship in this repository; there is no AUR publication workflow. Check the AUR registry before claiming an AUR release.

Publish and Verify Related Surfaces

Complete the hosted-service deploys above, then verify each live result:

1. API and hosted MCP: confirm /health reports the deployed API version, MCP authentication discovery and OAuth resource metadata are correct, and an authenticated read exercises the affected contract when credentials are available. Health or an unauthenticated 401 alone does not verify tool behavior; report unavailable authenticated checks explicitly.
2. Stripe: confirm the stripe_v* tag matches the deploy run SHA and the Anarlog billing app /health returns ok.
3. Hosted Postgres: if db_cd.yaml ran, record that run URL and SHA. If it did not run, record the last applied migration SHA and why no push was needed.
4. Docs and website: verify the configured Mintlify deployment includes the merged docs changes, then check affected live pages, examples, navigation, https://docs.anarlog.so/skill.md, and its LLM indexes for the changed content. Verify website/changelog/discovery updates through web_cd.yaml and the live URLs. Reuse the desktop Linux APT web deployment when it already includes them. Mintlify and Vercel are separate deployments; a merge, HTTP 200, or a successful web build does not establish that the docs content is current.
5. Agent packages: verify the published repository manifests and skill mirrors, and any affected external catalog's accepted version. Check the supported install/update path resolves the expected version. An existing installed plugin cache may remain older; record that separately and provide update instructions rather than claiming all installations updated.

Record each publication's source SHA, version (where applicable), run/deployment URL, and observed result. API and plugin versions remain independent. Desktop and watchOS share a marketing version; mobile uses its own. Each store's actual availability must be verified separately. If a required surface is deferred, state its impact and the user's explicit deferral.

Mobile Store Distribution

Read apps/mobile/AGENTS.md, apps/mobile/app.json, apps/mobile/app.config.ts, apps/mobile/eas.json, the EAS build hook, and the current mobile_ci.yaml. Use Expo's store-distribution skill when available and verify commands against the installed EAS CLI and current official docs:

• https://docs.expo.dev/submit/ios/
• https://docs.expo.dev/submit/android/
• https://docs.expo.dev/submit/eas-json/
• https://docs.expo.dev/build-reference/app-versions/

Identity, versions, and credentials

Run EAS commands from apps/mobile with APP_VARIANT=stable. Use the repository's stable profile, not an assumed production profile. Pin and record the EAS CLI version used for the release. Verify the signed-in account and project before building or submitting. Current repository identities are:

• Project: @john_fastrepl/anarlog-mobile, ID fcaa4e46-0da5-4dfc-a9e2-6447de0030d2
• iOS bundle ID and Android package: so.anarlog.mobile
• App Store Connect app ID: 6807350358
• EAS build environment: production; app variant: stable

Re-read these values rather than treating this list as authority if configuration changes. Never access an environment whose name matches *-char.

The mobile marketing version comes from apps/mobile/release-version.json through apps/mobile/app.config.ts. Run node scripts/release-version.mjs --mobile --check before building. Use node scripts/release-version.mjs --mobile <major.minor.patch> to prepare a new mobile version. Do not bump desktop release-version.json for a mobile release, and do not edit the generated watch configuration from a mobile bump. Keep appVersionSource: remote and autoIncrement: true for iOS build numbers and Android version codes, and never reset those counters to match the marketing version. Check remote build history and store versions before selecting a build. Merge intentional version/profile changes before freezing the candidate.

Confirm signing and submission credential availability without printing secrets. Use credentials already managed by EAS where possible. Google Play submission requires the correct app record and a service account with access to its testing track. Do not commit credential files or broaden account permissions to bypass a failed submission.

Native verification and candidate builds

Dispatch mobile_ci.yaml from main and verify its run SHA matches the mobile candidate. Wait for mobile_checks, ios_build, android_build, watchos_build, and the aggregate job; pull-request runs skip native builds.

• iOS dispatch rebuilds the CloudSync framework, runs test-ios.sh on a simulator, builds Release, and verifies embedded CloudSync and App Shortcuts.
• Android dispatch rebuilds all shipped CloudSync ABIs, builds Release, and checks the packaged libraries for the request-deadline patch marker. The current workflow does not execute the native CloudSync cancellation suite on Android. Report this coverage gap; a marker check is not a passing runtime test.
• Record the cloudsync-ios-<sha> and cloudsync-android-<sha> artifacts and all job results. Never report desktop tests as native mobile coverage.

Build from a clean checkout of the merged candidate, including Git LFS objects and submodules. Do not upload a combined GitButler workspace or use EAS_NO_VCS to hide source identity. If using an exported source archive, record its origin SHA and hash and verify that no local changes entered it. The EAS post-install hook must generate the native bridge before packaging. EAS builds use the candidate's committed CloudSync bundle; a separate CI rebuild alone does not prove which bytes are embedded in a signed store artifact.

For an exported source tree, resolve both EAS_PROJECT_ROOT and apps/mobile to their physical paths before invoking EAS. Confirm their relative path is exactly apps/mobile. On macOS, mixing /tmp with its physical /private/tmp path produces an invalid project directory in the remote build job. Check the job's projectRootDirectory before accepting a build.

APP_VARIANT=stable eas build --platform ios --profile stable --non-interactive --no-wait
APP_VARIANT=stable eas build --platform android --profile stable --non-interactive --no-wait
APP_VARIANT=stable eas build:view <build-id> --json

Record each build ID, source SHA, profile, app version, build number/version code, status, artifact URL, and SHA-256. Verify an iOS device archive and Android AAB, not a simulator build or development APK. Inspect packaged identity, CloudSync inclusion, and signing metadata before submission. Never select --latest when concurrent builds can select a different candidate.

TestFlight and Google Play internal testing

Use the explicit completed build IDs:

APP_VARIANT=stable eas submit --platform ios --profile stable --id <ios-build-id> --non-interactive --no-auto-testflight-setup --wait
APP_VARIANT=stable eas submit --platform android --profile stable --id <android-build-id> --non-interactive --wait

For Google Play internal testing, require the selected submission profile to specify android.track: internal. A completed release makes the build available on that track; draft uploads it without completing rollout. Do not silently switch to production. An EAS distribution: internal build is a separate sideloading mechanism and is not Play internal testing.

Follow the returned submission URLs to terminal status. For iOS, verify Apple processing completes and the exact version/build appears in TestFlight; check availability to the intended existing tester group. External TestFlight testing can require Beta App Review. For Android, verify the exact version code on the internal track and the release status. Report missing credentials, app setup, store processing, or tester-group access as concrete pending steps.

Current EAS Submit enables automatic TestFlight setup by default, which can create a group and invite every App Store Connect admin. Keep --no-auto-testflight-setup unless those invitations were explicitly requested. An upload request alone does not authorize inviting additional testers.

Public App Store and Google Play releases

Run only when public distribution was requested. EAS iOS submission uploads to App Store Connect/TestFlight; public distribution additionally requires selecting the build for an App Store version, completing metadata and review requirements, submitting for review, and verifying the approved release becomes available. Google Play public distribution requires an explicitly selected production profile or promotion of the verified internal build, with the requested rollout fraction and release status. Keep store review and public availability distinct from a successful upload. Never accept new legal agreements on the user's behalf.

Final Checks

Before reporting success, capture:

• explicit stable version, candidate SHA, Nightly release/tag and testing evidence
• dry-run workflow URL and head SHA
• publish workflow URL and head SHA
• desktop_v<version> tag
• GitHub release URL
• whether CrabNebula publish completed
• changelog URL
• CLI version from each platform's packaged artifact and installer/update result
• CLI/API candidate CI runs and contract checks, including stdio MCP discovery
• hosted API/MCP deployed version, source SHA, deployment URL, and live checks
• Stripe deploy decision, stripe_v* tag or reuse reason, and live /health
• hosted Postgres deploy decision, db_cd.yaml run or reuse reason
• published docs, skill, LLM indexes, and website content verification
• plugin package/catalog version and install/update result when affected
• release surface review, with reasons for unchanged/not-applicable surfaces and explicit deferrals or pending publications
• stable DMG SHA-256
• Microsoft Store submission/certification state and Linux package publication state
• mobile version, build IDs/numbers, candidate SHA, artifact hashes, submission URLs, TestFlight processing/tester availability, and Google Play track/version code when mobile distribution was requested
• pending store reviews, native coverage gaps, or unavailable checks, separately from completed publication

If the workflow fails, inspect the failed job logs with:

gh run view <run-id> --log-failed