| name | ship |
| description | End-to-end branch delivery: commit (no AI attribution) → push → open a pull request → ensure a Board work item exists (create one per task, assigned to the configured user, if none) and link it → after merge, clean up branch and worktree. Auto-detects the platform from the remote — Azure Repos + Boards (azure-devops-node-api SDK; OAuth Bearer push fallback via `az`) or GitHub (Octokit; `gh` for auth). Scripts are TypeScript, run via `bun`. Use whenever asked to "ship", "ship it", "ship this branch", "open a PR", "push and open a PR", "raise a PR", "deliver this", "send this for review", or "create a PR and link the work item" — and when a direct push to main is blocked and the change needs to go through a PR instead. Also covers snapshotting the current state as an annotated git tag — use whenever asked to "save the current state", "tag this", "snapshot the state", "create a checkpoint", "tag a release point", or "mark where we are" (a git-tag checkpoint, distinct from PR labels/tags). Also opens a just-created (or any) PR in a chosen browser account profile — use whenever asked to "open the PR in my browser", "open it in Edge/Chrome", or "open the PR as <account>". |
| allowed-tools | ["Bash","Read"] |
| metadata | {"platform":"azure-devops, github"} |
Ship
ship takes a finished branch the last mile: commit it cleanly, push it (working around Azure
DevOps auth when needed), open a pull request, link it to its work item, and — once it's merged —
tear down the branch and worktree. It auto-detects whether you're on Azure Repos or GitHub
and follows the matching path, so the same command works at your organization and in a github.com repo.
It is deliberately narrow. It does not merge locally, run pipelines, or manage backlogs — it
hands a reviewable PR to the platform and cleans up after the merge.
When to use this vs. neighbors
ship — the PR-based delivery flow: push → PR → (merge happens via the platform) → cleanup.
commit — just stage + commit + push the current branch, no PR.
merge — merge a branch into main locally (fast-forward) and clean up. Use this when there's
no PR gate; use ship when changes must go through review/policy.
azure-devops — the deep REST/MCP toolbox (WIQL, batch updates, pipelines, comment threads).
ship calls only the thin slice it needs; reach for azure-devops for anything richer.
The flow
Run bun scripts/ship-detect.ts first — it prints the platform, the Azure org/project/repo (if
any), the branch, and an inferred work-item id. Everything below branches on that.
One-time setup: the scripts depend on azure-devops-node-api and @octokit/rest. Run
bun install in the skill dir (~/.claude/skills/ship/) once before first use.
0. Preflight
- Confirm there's something to deliver:
git status and git log --oneline @{u}.. 2>/dev/null.
- Note the platform from
ship-detect.ts. If it says unknown (e.g. a custom SSH host alias),
set SHIP_PLATFORM=azure or SHIP_PLATFORM=github for the session.
1. Commit — as the author, never as the tool
Stage only files for this task and commit. Never add AI attribution — no
Generated with Claude, no Co-Authored-By: Claude. Commits are authored by the human; tooling
provenance does not belong in git history (this repo's commit-msg hook strips trailers as a
backstop, but don't rely on it — don't write them in the first place). If pre-commit hooks fail on
unrelated issues, --no-verify is acceptable; if they flag your change, fix it.
2. Branch posture
3. Push
bun scripts/ship-push.ts
On Azure DevOps, if the normal push fails on auth, this automatically mints an az OAuth token and
retries with a Bearer header — the fallback for when neither SSH nor an HTTPS credential helper is
available. See references/azure-devops.md for the mechanics.
4. Open the PR (+ ensure/link work item, + transition state)
Invariant — never ask the user for the work item id. Resolving → verifying → (if missing)
creating + assigning + linking the work item is fully automatic. A PR must never be surfaced
as ready without a linked Board work item. If you're about to ask "what's the work-item id?",
stop — that question is the exact failure this skill exists to prevent. The id comes from
--work-item, the branch name, or a freshly created item; it never comes from a question.
Code review does not own the work item. Because ship guarantees a linked item at PR-open,
the review step — human reviewers or the code-review / bmad-code-review skills — must not
re-prompt for or block on a work item. That concern is already satisfied upstream.
Draft a real description — copy assets/pr-template.md to a temp file, fill Summary / Changes /
Verification, and keep the AB#<id> line so the work item links.
bun scripts/ship-pr.ts --title "<title>" --body-file /tmp/pr-body.md \
--work-item <id> --transition Resolved \
--reviewer alice@corp.com --required-reviewer lead@corp.com --tag needs-review
- Platform is auto-detected; the script uses the azure-devops-node-api SDK (
createPullRequest)
or Octokit (pulls.create).
- Prerequisites ride along in the create, not as follow-up round trips. On Azure the work item,
tags/labels, and reviewers are all packed into the single
createPullRequest call. On GitHub the
create API accepts none of those, so labels + reviewers are attached in follow-up calls — same
result, just unavoidable there.
- Reviewers —
--reviewer <upn|username> adds an optional (non-blocking) reviewer;
--required-reviewer marks it required on Azure (blocks completion). Both are comma-separated
and/or repeatable. On Azure a UPN/email is resolved to an identity; an unresolvable name is warned
and skipped (reviewer_skipped=…), never blocking the PR. GitHub has no per-PR "required"
reviewer (that's branch protection), so required ones are just requested. The script prints
reviewer_added=<name> required=<bool> for each.
When neither flag is given, $SHIP_ADO_DEFAULT_REVIEWER (if set) is added as an optional
reviewer — a PR with no reviewer record leaves no trace that anyone was asked. Unset = no
reviewer, the prior behaviour.
- Azure never opens a PR without a linked Board work item. The script resolves the id from
--work-item (or the branch name), then verifies it actually exists via the SDK
(getWorkItem). The branch-name parse is only a heuristic — a branch like 1234-foo can carry a
number that isn't a real item, which is why existence is checked, not assumed.
- If no real work item is found, one is created per task and linked to the PR, each assigned
to
$SHIP_ADO_ASSIGNEE (default you@example.com; override with --assignee).
Pass --task "<title>" once per task (repeatable), or --tasks-file <file> (one title per line),
to create one item each. With no --task, a single item is created from the PR --title. Type
defaults to Task (--work-item-type "User Story"|Bug). Disable creation with
--no-create-work-item to link only a pre-existing id.
- The script prints
work_item_created=<id> per created item and work_items=<ids> for the set —
surface the new ids to the user (don't fabricate them; they come from the SDK response).
4b. Tag the PR (optional, recommended)
Azure DevOps calls them tags; GitHub calls them labels — same idea: a small, visible signal
that helps reviewers triage and helps the team organize PRs. Microsoft's guidance is that tags
"communicate extra information to reviewers, such as that the PR is still a work in progress, or is a
hotfix for an upcoming release" (Add tags to a pull request).
A PR is never opened bare. With no --tag, ship-pr.ts derives a type label
from the branch prefix (feat/… → feat, fix/|hotfix/|bugfix/ → fix,
docs/ → docs, chore/ → chore, refactor/ → refactor) and prints a
NOTE. An unrecognised prefix gets a WARNING, not a failure — no platform has a
"require a label" policy, so this is the only enforcement point, and a hard error
here would break repos with other conventions.
Apply tags at PR-open time with --tag (comma-separated and/or repeatable):
bun scripts/ship-pr.ts --title "<title>" --body-file /tmp/pr-body.md \
--work-item <id> --transition Resolved --tag "hotfix,do-not-merge"
…or manage tags on an already-open PR with ship-tag.ts (the id is pr_id= on Azure / pr_number=
on GitHub, both printed by ship-pr.ts):
bun scripts/ship-tag.ts <pr-id> --add "needs-review"
bun scripts/ship-tag.ts <pr-id> --remove "do-not-merge"
bun scripts/ship-tag.ts <pr-id> --list
Tags are free-form on both platforms (Azure creates the tag definition on first use; GitHub
auto-creates a missing label). For a recommended, consistent tag set — do-not-merge, work-in-progress,
hotfix, plus type/area conventions — see the Recommended tags section of
references/azure-devops.md / references/github.md.
4c. Open the PR in the browser (optional)
Review actually happens on the PR page, and which signed-in account you open it under matters
when you juggle several (work vs. personal vs. cloud) — the wrong profile shows the wrong
permissions, or no access at all. So after the PR opens, always surface the pr_url, then ask
whether to open it in the browser. Opening is opt-in, never automatic (a browser window is a visible
side effect; the user asked to be prompted).
ship-open.ts resolves an email → browser profile by reading the browser's own Local State
(the same account map its profile switcher shows), then launches that profile at the URL. It works
on WSL (→ Windows Edge/Chrome) and macOS (→ Chrome/Edge). Nothing is baked in — the map is
discovered live each run, the email is an argument, and only your default email is remembered, in
~/.config/ship/open.json (outside this skill).
Discover the accounts, then ask the user which one with AskUserQuestion (only worth prompting
when there's more than one; offer each account plus a "don't open" choice):
bun scripts/ship-open.ts --list-profiles
Open the PR under the chosen account (add --dry-run first if you want to confirm the resolved
profile without a window):
bun scripts/ship-open.ts "<pr_url>" --profile <email>
bun scripts/ship-open.ts "<pr_url>" --profile <email> --dry-run
Remember the pick as the default so future ships offer it with one keypress:
bun scripts/ship-open.ts --set-default <email> [--browser edge|chrome]
An unknown or omitted email falls back to the browser's Default profile (with a note on stderr)
rather than guessing wrong. This step is independent of the merge/cleanup below — opening the PR to
review it doesn't advance or block anything.
5. After merge — cleanup
Do this only once the PR is actually merged (don't delete a branch with an open PR). Mirror the
merge skill's cleanup, and ask before deleting:
- If the branch was developed in a worktree,
cd to the main repo dir first, then
git worktree remove <path> — you can't delete a branch from inside its own worktree.
git branch -d <branch> (lowercase -d refuses unmerged branches — that refusal is the safety
net; only escalate to -D if the user explicitly confirms).
git push origin --delete <branch> (ignore failure if it was local-only).
6. Snapshot the state (optional)
Independent of the PR flow — reach for this any time you want a return-to point: after a clean
merge to main, before a risky migration, or just to mark "everything works here." It creates an
annotated git tag on HEAD (the working tree is irrelevant — a tag names a commit).
bun scripts/ship-snapshot.ts \
-m "what changed / why you're saving here" \
-m "verification status"
The script auto-fills what's easy to get wrong by hand:
- Name defaults to
v<YYYY.MM.DD-HHMM> (minute-granular so repeated snapshots in a day don't
collide). Pass --daily for a once-a-day v<YYYY.MM.DD>, or --name <tag> for an exact name.
- First message paragraph is auto-generated —
Snapshot <tag> — <branch> @ <shorthash> — so the
tag is self-describing even with no -m. Each -m you add becomes its own paragraph (passed via
an arg array, so real newlines/punctuation survive — unlike a \n inside a single shell string).
- Collision is refused, not clobbered (exit 3) — a snapshot must never silently move a tag
someone relies on.
Tags are local until pushed (shared/visible — confirm first, like opening a PR). Add --push to
push to origin; on Azure it falls back to the az OAuth Bearer header the same way ship-push.ts
does. The script prints tag=, commit=, branch=, pushed=.
Bundled tools
| Script | Does |
|---|
bun scripts/ship-detect.ts [remote] | Print platform + Azure coordinates + branch + inferred work item |
bun scripts/ship-push.ts [-r remote] [-b branch] | Push + set upstream; Azure OAuth Bearer fallback on auth failure |
bun scripts/ship-pr.ts --title … [opts] | Open PR on the detected platform; ensure/create + link work item(s) (assigned to the configured user); optional Board transition; optional --tag; optional --reviewer/--required-reviewer — work item + tags + reviewers packed into one create call on Azure |
bun scripts/ship-tag.ts <pr-id> [--add|--remove "t1,t2"] [--list] | Add / remove / list PR tags (Azure) or labels (GitHub) on an existing PR |
bun scripts/ship-open.ts <url> [--profile <email>] [--dry-run] | Open a PR/URL in a chosen browser account profile (email→profile via the browser's Local State); WSL→Edge/Chrome, macOS→Chrome/Edge; also --list-profiles, --set-default |
bun scripts/ship-snapshot.ts [-m "para"]… [--daily] [--name <tag>] [--push] | Save current state as an annotated git tag (date-named, self-describing subject); optional push with Azure OAuth fallback |
Scripts are TypeScript run via bun; shared helpers live in scripts/ship-lib.ts. Run bun install
in the skill dir once (installs azure-devops-node-api + @octokit/rest). Git/push stays a
subprocess call (it's a git operation); only the ADO/GitHub REST surfaces use the SDKs. Platform
detail lives in references/azure-devops.md and references/github.md — read the one matching the
detected platform. The PR description starts from assets/pr-template.md.
Safety
- Ask before anything destructive or shared-visible — deleting branches/worktrees, and opening a
PR (it's visible to the team). Pushing a feature branch and creating a draft are low-risk; a
ready PR and any branch deletion warrant a confirm.
- Never force-push to work around a rejected push. A rejection means diverged history or a
policy — investigate, don't overwrite.
- Tokens go in headers, are short-lived, and are never printed or put in URLs.
- No AI attribution anywhere — commit message, PR title, or PR body.
Gotchas
- Both PR-create paths (Octokit
pulls.create, ADO createPullRequest) require the branch to be
pushed first — keep step 3 before step 4.
ship-detect.ts returning unknown is almost always a custom SSH host alias — set SHIP_PLATFORM.
(A dev.azure.com-<alias> SSH host is detected as azure but its org/project/repo won't parse —
same limitation the shell version had; pass coordinates/--work-item explicitly if needed.)
- Scripts need deps: if you see
Cannot find module 'azure-devops-node-api', run bun install in
the skill dir.
- A linked work item does not change state on its own; transitioning is a separate step (4).
- If
AZURE_DEVOPS_EXT_PAT is set but under-scoped (e.g. Code-only, missing Work Items / Pull
Request write), ship-pr.ts auto-detects the 401/403 and retries with the az OAuth bearer
token — no need to unset the PAT manually. The fallback requires az login as an org member.
- A GitHub
404 Not Found on create is almost always the wrong account, not a missing repo.
gh auth token answers as whatever account is active, ignoring who owns the repo, and GitHub
hides a private repo you can't see rather than returning 403. ship-pr.ts / ship-tag.ts now call
githubToken(owner), which prefers gh auth token -u <owner> and falls back to the active account
for org repos where the owner isn't a logged-in account; GH_TOKEN/GITHUB_TOKEN still override
everything. If you still get a 404, check gh auth status lists the owning account.
- Don't hand-roll the PR with raw
az repos pr create / gh pr create and then bolt the work item
on afterward — that path skips the auto-create+link invariant and forces a manual "what's the id?"
round-trip with the user. Use ship-pr.ts so the work item is guaranteed at PR-open.
- Deleting a branch while its PR is still open abandons the PR — clean up only after merge (step 5).
ship-open.ts matches --profile <email> against the browser's signed-in account emails, so a
profile with no account attached is only reachable as the Default fallback, not by email. It
auto-picks the installed browser (chrome preferred if both) and needs no deps or network — just the
browser's local file. If it can't find that file, the browser isn't installed where
expected; pass or check the path it printed.