npm-release-contract-guard

name	npm-release-contract-guard
description	Use when publishing NextClaw NPM packages or NPM runtime update channels, including beta/stable dist-tags, nextclaw@beta validation, runtime bundle manifests, packaged update public keys, and npm registry closure checks.

NPM Release Contract Guard

Overview

• Use this skill for NextClaw NPM package releases and NPM runtime update channel releases.
• Keep desktop release work in desktop-release-contract-guard; do not add another release orchestration layer.
• The goal is to prevent three mistakes:
  • treating an NPM package publish as complete before registry verification
  • publishing top-level nextclaw while leaving runtime workspace dependencies stale
  • shipping nextclaw without the packaged runtime update public key
  • treating an env-only runtime update test as a real user beta validation

Scope

• nextclaw NPM package publishing, including beta and stable dist-tags.
• Workspace package release batches when they include NPM packages.
• NPM runtime update bundles under npm-runtime-updates/<channel>.
• User-facing validation of nextclaw@beta or stable NPM installs.
• Not desktop DMG/installer/update-manifest publishing.

Primary Contracts

• Prefer the repo release flow; do not publish from package folders with raw npm publish.
• Before any publish attempt, verify npm auth with the same npm config source that the publish command will use. If publishing from a temp worktree or copied checkout, first check whether the project root has a private .npmrc; when it does, run publish with NPM_CONFIG_USERCONFIG=<project-root>/.npmrc instead of assuming the user-level npm login is the source of truth.
• A published nextclaw package must include resources/update-bundle-public.pem.
• The published package must include both launcher and app runtime entries:
  • dist/cli/launcher/index.js
  • dist/cli/app/index.js
• Do not treat nextclaw as a standalone CLI package. Its real installed behavior comes from the published dependency closure, especially runtime packages such as kernel, service, server, NCP packages, runtime adapters, and UI assets when applicable.
• If nextclaw depends on a workspace package whose local source changed meaningfully, or whose local version has not been published, that package must be versioned and published in the same batch before nextclaw.
• NPM runtime update manifests must use hostKind: "npm-runtime-bundle".
• minimumLauncherVersion for NPM runtime bundles comes from packages/nextclaw/npm-runtime-compatibility.json.
• Do not raise minimumLauncherVersion unless the launcher-side contract really broke.

Release Range Decision

Before deciding the package range, write down the release range and the reason. Do not infer it from the visible package name alone.

1. Identify whether users install through nextclaw, a runtime update channel, or a lower-level @nextclaw/* package.
2. If the release includes nextclaw, inspect packages/nextclaw/package.json runtime dependencies. Treat all workspace:* @nextclaw/* dependencies, plus any changed transitive runtime package they depend on, as the candidate release closure.
3. Run pnpm release:report:health and compare the output with the closure. Any dependency with meaningful unpublished drift must either be included in the release batch or explicitly proven irrelevant to the installed user path.
4. If the user says "全部发布", "直接发布", "完成全部", or reports a hard-to-debug installed-version mismatch, prefer the full public workspace batch through the repo release flow. Do not hand-pick only nextclaw.
5. A narrower-than-closure release is allowed only when all of these are true:
   • the user explicitly wants a narrow release,
   • every excluded workspace dependency is already published at the exact version referenced by the candidate package,
   • a packed or temporary install proves the installed dependency closure contains the required runtime APIs/assets,
   • the final answer names the intentionally excluded packages and why they are safe to exclude.

Never justify a single-package nextclaw release only because packages/nextclaw contains copied ui-dist or because nextclaw --version will show the new version. The UI version label, CLI version, and actual runtime behavior can diverge when kernel/service/NCP/UI dependency packages remain stale.

Package Release Flow

0. Prefer the reusable beta owner when the request is specifically "发布 beta / 统一 beta 发版":
   • pnpm release:beta
   • pnpm release:beta:npm
   • pnpm release:beta:runtime
1. Sync and check package README content:
   • pnpm release:sync-readmes
   • pnpm release:check-readmes
2. Decide and prepare the release range:
   • for full public workspace release: pnpm release:auto:changeset
   • for a narrow release: create or inspect the changeset and document why the excluded dependency closure is safe
3. Prepare versions with the repo release flow:
   • pnpm release:version
4. For a release batch that includes nextclaw, make sure the packaged update public key exists before publish:
   • NEXTCLAW_UPDATE_BUNDLE_PRIVATE_KEY=... pnpm -C packages/nextclaw runtime-update:build -- --channel beta --skip-build --output-dir tmp/npm-runtime-update-key-check
   • Use --channel stable for stable releases.
5. Publish through the repo release flow:
   • pnpm release:publish
6. Verify the registry state:
   • pnpm release:verify:published
   • npm view nextclaw dist-tags --json

Branch And Source Closure

• If publishing from a temporary worktree, release branch, detached HEAD, or any branch other than the user's current target branch, do not close after registry verification alone.
• Before the final answer, explicitly compare the target branch with the release branch and classify the remaining delta:
  • source code needed for the user-visible fix,
  • version / changelog / generated package artifacts,
  • historical release baseline commits,
  • unrelated changes.
• If user-facing source code is missing from the target branch, merge or cherry-pick it before saying the task is done, unless the user explicitly rejects that.
• If only release metadata or generated artifacts remain outside the target branch, say that plainly and name the exact follow-up: merge the release branch, cherry-pick the release commit, or intentionally leave release history separate.
• The final release notes must answer: "Is the target branch missing functional code?" and "Is the target branch missing published release records/artifacts?" Avoid wording that makes the user infer this from branch names or commit hashes.

Beta Package Rule

• Prefer the repo changeset/pre-release flow for beta releases.
• Prefer pnpm release:beta for the full reusable closure when the batch may include nextclaw; by default this means one full public workspace beta batch, not a hand-picked subset.
• Prefer pnpm release:beta:npm only when the need is “publish beta packages now, do not yet open the runtime update channel”; it still inherits the full-public-batch expectation unless the user explicitly asks for a narrower scope.
• Prefer pnpm release:beta:runtime when nextclaw@beta is already published and the remaining work is only the runtime update channel.
• Use a hand-authored changeset or dedicated one-off flow for narrower scope only after telling the user the release is not a full public beta batch.
• If a single-package beta publish is unavoidable, use pnpm:
  • pnpm -C packages/nextclaw publish --tag beta
• After publish, verify the tag directly:
  • npm view nextclaw@beta version
  • npm view nextclaw dist-tags --json

Pre-Publish Blocker Scan

Before publishing nextclaw@beta, run a blocker scan and resolve everything found:

• workspace dependency closure: compare nextclaw imports against changed workspace packages; any package providing a new runtime API must get its own beta version and dist-tag,
• for stable nextclaw@latest, prove any narrower-than-closure release with a packed install dependency check; otherwise use the affected public workspace batch,
• packed API check: install the exact packed or published dependency closure in a temp prefix and verify critical APIs exist, especially recently added methods,
• real install smoke: from a temp prefix, install nextclaw@beta or the candidate tarball and run at least nextclaw --version plus one minimal command path touching the changed runtime area,
• for stable nextclaw@latest publishes, the real install smoke must include nextclaw update --check from an isolated NEXTCLAW_HOME without NEXTCLAW_UPDATE_BUNDLE_PUBLIC_KEY or NEXTCLAW_UPDATE_BUNDLE_PUBLIC_KEY_PATH; this proves the packaged public key is discoverable by the published package,
• runtime update smoke: after channel publication, run check/download/apply/new-process from a temp NEXTCLAW_HOME.

For the published beta install smoke, prefer the repo command:

pnpm -C packages/nextclaw validation:npm-update -- --published-beta

If a scan item would be slow manually, create or improve a script instead of skipping it. The goal of the retrospective loop is to turn slow release surprises into one-command preflight checks.

Retrospective Loop

After every NPM beta/stable release attempt, record the blockers that consumed time and convert at least one repeated blocker into a concrete mechanism:

• skill rule update,
• release preflight script,
• CI gate,
• smoke command,
• or explicit follow-up if the improvement is larger than the current release window.

Do not close a release attempt with only a narrative retrospective when the blocker can be cheaply automated or encoded as a release gate.

Runtime Update Channel Flow

1. Trigger .github/workflows/npm-runtime-update-release.yml for the target channel.
   • Or use the reusable owner command: pnpm release:beta:runtime
2. Wait for the workflow conclusion to be success; dispatch alone is not a release.
3. Verify gh-pages contains the channel files:
   • npm-runtime-updates/<channel>/manifest-<channel>-<platform>-<arch>.json
   • npm-runtime-updates/<channel>/nextclaw-runtime-<platform>-<arch>-<version>.zip
   • npm-runtime-updates/update-bundle-public.pem
4. Verify the public GitHub Pages URL reflects the same manifest version.
5. Confirm the manifest has the expected latestVersion, minimumLauncherVersion, and hostKind.

User-Facing Beta Validation

• Validate the exact published package, not a workspace link or local source build. Install or reinstall the published version first:

npm install -g nextclaw@beta
npm ls -g nextclaw --depth=0
nextclaw --version

• Confirm the running non-dev service uses the global npm package path, for example .../lib/node_modules/nextclaw/dist/..., not .../Projects/nextbot/packages/nextclaw/dist/....
• Validate from an isolated home when testing update behavior so local development state is not involved:

export NEXTCLAW_HOME="$(mktemp -d)"
nextclaw update --channel beta --check
nextclaw update --channel beta --download-only
nextclaw update --apply
nextclaw --version

• Expected behavior:
  • --check detects the beta update without downloading.
  • update --channel beta --download-only downloads and verifies the runtime bundle without switching the active runtime.
  • update --apply switches the active runtime pointer.
  • the next nextclaw process runs the downloaded runtime version.

For split download/apply smoke tests, do not run plain nextclaw update --channel beta before --apply: plain update may download and apply in one step, leaving no pending downloaded version for the later --apply command.

Completion Gate

• The NPM registry shows the intended package version and dist-tag.
• The published nextclaw dependency closure contains the runtime APIs used by the nextclaw package.
• The runtime update workflow finished successfully.
• The public manifest URL shows the expected version and compatibility floor.
• A real nextclaw@beta or stable install can check, download, and apply without custom manifest URL or public key env vars.
• Final release notes must include:
  • NPM package version
  • dist-tag
  • workflow URL
  • public manifest URL
  • exact user-facing validation commands and result

Forbidden Shortcuts

• Do not use raw npm publish as the default release path.
• Do not publish nextclaw without resources/update-bundle-public.pem.
• Do not claim release success after workflow dispatch only.
• Do not count an env-only NEXTCLAW_UPDATE_MANIFEST_URL test as user beta validation.
• Do not raise minimumLauncherVersion just because a new package version exists.