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Ship

Skill bingelp/skills/skills/ship

A personal Claude Code skills library built around one deliberate, gated workflow: /spec → /plan → /build → /test → /review → /ship

Install
npx -y skills add bingelp/skills --skill ship

Assembled from the repository path, not quoted from the project. Check it against their README if it does not work.

2 things to look at

  • no licenseNo license file was found in the repository. Code published without one is not open source by default, so using it at work is a question for whoever answers licensing questions where you are.
  • 0 stars0 stars. Stars are a popularity signal and not a quality one, but at this level it is likely that nobody has read this closely except its author, and you would be relying on your own review.

What its author says it does

Copied from the file, not written here

Turns spec-conformant, reviewed work into shippable git state — branch, commit per task, draft PR — then hands off to code-review/security-review. Only runs when the user explicitly types /ship.

SKILL.md

5.1 KB, ~1.2k tokens by cl100k_base, as published. Nobody here has run it

Ship

Overview

The operational end of the pipeline. /review confirms the work matches the spec; /ship turns it into reviewable git state — a feature branch, atomic commits mapped to the tasks, and a draft PR whose narrative comes straight from spec.md and review.md — then points you at the code-quality and security gates this pipeline deliberately leaves to dedicated tooling. It does git mechanics and delegation; it does not itself review code.

When to Use

Explicit invocation only (/ship). Requires a passing /review: a specs/<slug>/review.md with every acceptance criterion met. Don't ship a feature whose review found unmet criteria.

Where artifacts live

Every specs/<slug>/… path below resolves under the repo's shared git dir, not the working tree:

SPECS="$(git rev-parse --path-format=absolute --git-common-dir)/specs"   # e.g. …/.git/specs

Storing artifacts there keeps them visible across every session and worktree — including the background-isolated steps Claude Code may switch into automatically — while making them impossible to accidentally commit. Outside a git repo, fall back to ./specs.

Process

  1. Preconditions. Find specs/<slug>/. Require review.md; if it's missing, stop and tell the user to run /review first. Read its per-AC<n> verdicts: if any criterion is "not met" (or only "partially met" without explicit user sign-off), stop and surface which — don't ship a feature that failed its own conformance gate. Read spec.md (Problem/Goals) and review.md (verdict, deviations, follow-ups) for the PR narrative.
  2. Branch. Check the current branch. If it's the default branch (main/master), create a feature branch first — never commit the feature straight onto the default branch. Derive the name from the slug (e.g. feat/<slug>) and confirm it with the user. If already on a feature branch, use it.
  3. Commit. Map the checked tasks in tasks.md to commits:
    • If /build already committed per task, leave those commits alone — skip to the PR.
    • If the work is sitting uncommitted, make one commit per task where the diff maps cleanly to that task's slice. Where it doesn't split cleanly, make honest, well-described commits and say so — don't fabricate per-task boundaries by chopping a single logical change across commits just to look tidy.
    • End each commit message with the co-author trailer this environment requires.
  4. Draft the PR body — don't create it yet. Compose it from the artifacts, not from memory:
    • What & why — Problem/Goals from spec.md.
    • Changes — high level, from plan.md / tasks.md.
    • Spec conformance — the /review verdict (all AC<n> met).
    • Follow-ups / out of scope — from review.md's open follow-ups. End the body with the Claude Code attribution line this environment requires.
  5. Confirm before anything outward-facing. Show the user the branch, the commits, and the drafted PR body. Pushing and opening a PR are public, outward-facing actions — get an explicit go-ahead before each. Push and PR creation are separate capabilities; degrade by whichever is available rather than treating them as one step:
    • Remote + gh — push (confirm), then gh pr create with the drafted body (confirm).
    • Remote, no gh — push the branch (confirm), then hand the user the PR body to open the PR manually. Don't skip the push just because gh is absent.
    • No remote — stop after the local branch + commits and hand over the PR body as text.
  6. Hand off to the quality gates. /review was spec-conformance only. Once the PR is up (or the commits are ready), recommend the passes this pipeline deliberately delegates: "Run /code-review and /security-review on the diff before merging." /ship's job ends here — it does not run them itself, and it does not merge.
  7. Worktree. If this session is still worktree-isolated when this step ends, ask the user whether to keep or remove the worktree before finishing, per docs/worktrees.md.

Red Flags

  • Shipping a feature whose /review left an acceptance criterion unmet — stop and surface it.
  • Committing the feature directly onto main/master instead of branching first.
  • Pushing or opening a PR without showing the user the commits and PR body and getting a go-ahead — these are public, outward-facing, hard-to-unsend actions.
  • Fabricating artificial per-task commits by splitting one logical change across several — honest commits beat a fake-clean history.
  • Running /code-review / /security-review yourself and calling them done, or merging the PR — /ship delegates and stops; those are separate, deliberate gates.
  • Rewriting or squashing /build's existing per-task commits without a reason to.

What ships with it

Read from the repository

Just SKILL.md. No reference files, no scripts.

Keep looking

Skills are one crate of 327,132. Ordering is by how many stacks a row turns up in, so the top of any crate is what has actually been picked rather than what has the most stars.