Package, publish, and distribute DeepSeek Harness (DSH) plugins — npm pack artifact validation, GitHub/npm/hub release-track selection, tarball overrides installs for the unpublished cohort (0.1.2-alpha.*), and CI/release gates with rollback. Use when publishing a plugin, packing a tarball, wiring a plugin into a profile/hub, or installing an alpha version that is not on npm; show a plan and obtain user confirmation before any publish action.
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3Install
npx skillscat add oh-my-dsh/dsh-plugin-upgrade-skill/plugin-release Install via the SkillsCat registry.
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plugin-release
Ship developed, tested plugins safely. Publishing is a one-way outbound action — show a plan and obtain confirmation before any actual publish or tag push; this skill does not decide version numbers for you, and it never bumps versions automatically.
Step 0: confirm the target version and release track
| Release track | Applies to | Key facts |
|---|---|---|
| GitHub direct install | dsh plugin --profile <p> add github:owner/repo |
Consumers resolve the default-branch HEAD; publishing = pushing to main — run the full gate before pushing |
| npm registry | npm publish |
Official release line only; alpha/rc-prefixed @deepseek-ai/* versions are not guaranteed on npm — verify with npm view <pkg> versions before publishing |
| hub listing | register in the hub catalog | Registration is a separate action and does not replace packaging validation |
| collection | member plugins vendored into a pack artifact | Follow the owning collection repository's own process |
The unpublished cohort (for example a cohort version that was never published to npm — alpha.1 was GitHub-only; alpha.2 through alpha.4 are published under the alpha dist-tag) goes through the overrides flow in references/publish-playbook.md. Do not look for versions that do not exist on npm, and do not switch package managers because of it.
Step 1: pack and validate the artifact
- Use the repository's single package manager and lockfile (
package-lock.json→ npm,pnpm-lock.yaml→ pnpm); - Run the full gate (see Step 3), then
npm pack/pnpm pack; - Unpack and validate:
filescovers every runtime relative import and asset; no.tsleftovers in the artifact; the manifest files such ascordis.patch.yml/dsh.plugin.json/SKILL.mdare all present; - Install the tarball into an isolated profile for consumption validation (the plugin's row appears in
dsh --profile compat --dump-config→ the tool is genuinely registered and executes).
Step 2: version dependency baseline (alpha era)
- devDependencies use the npm release line (currently 0.1.1-rc.2) as the type baseline, so a public repository typechecks after
npm installon any machine; - peer ranges use a wide range (such as
<0.2.0) to cover unpublished alphas/rcs; - when code must stay compatible with both the local harness (GitHub tag) and the npm release line, use the dual-compatibility pattern: keep the shape that the npm release line's types require, while the alpha runtime semantics remain unchanged (see the "dual-compatibility pattern" section of the playbook);
- never write local absolute paths (junction/file:) into a committed package.json.
Step 3: release gate (layer by layer; a lower layer must pass before the next one)
- Dependency resolution: the lockfile changes only as expected; no mixed cohorts;
- Static: typecheck + plugin tests + build;
- Real mount: cold-boot the target host on an isolated profile pinned to an exact DSH tag (never let a mutable master/main masquerade as acceptance), with the entry active and no service left pending. Web Client plugins must additionally verify: the host-advertised resources (the bundle entry from the boot manifest/boot list) are reachable, the bundle registers successfully, the DOM mount completes, and there are no page errors — looking at
--dump-configalone does not complete this layer; - Behavior: one core path actually executes (for tool plugins: one message → tool → response; or an equivalent dedicated flow);
- Wrapper: verify exit codes and stdout/stderr attribution.
Step 4: release semantic gate (stop publishing if any check fails)
- The GitHub Release tag must equal
v${package.json.version}; - Whether the version carries a prerelease suffix (the segment after
-, before the+build metadata) must match the GitHub Release's prerelease status; - Prereleases may only go to a project-declared non-latest dist-tag (the name is chosen by the project, such as
nextoralpha— the skill does not hard-code a specific name); only stable versions without a suffix go tolatest; - Before a stable publish, query the current
latest(npm view <pkg> dist-tags.latest) and refuse to publish when the semver is lower than the existing latest, to prevent moving latest backwards to a lower version.
Step 5: publish and rollback
- Before publishing: clean commit + tag; record the lockfile and composition baseline hashes;
- After publishing: reinstall once as a consumer and smoke-test;
- Rollback: prefer reverting the release (delete the tag / re-point at the old commit); do not publish a "works on both sides" patch to paper over the problem;
- For unpublished-cohort CI, see the "CI and release gates" section of the playbook (cohort store caching, the
NPM_PUBLISH_ENABLEDswitch).
Safety boundaries
- Show a plan and obtain confirmation before any publish / tag push / hub registration write; never bump versions automatically;
- Never publish artifacts containing credentials,
.npmrccontents, session logs, or private paths; - Do not switch package managers or rewrite a different lockfile; on failure, roll back only the paths owned by this run and report residue.
References
| File | Contents |
|---|---|
| references/publish-playbook.md | Unpublished-cohort installation, dual-compatibility pattern, CI/release gates, real pitfall list, and rollback recipes |
| references/profile-dependency-management.md | Profile install/update recipes: github dependency lock caching, three-place sync on package rename, junction cleanup, and host-upgrade linkage |