cleaning-ci

name	cleaning-ci
description	Remove redundant CI workflows, stale Dependabot auto-fix surface, and obsolete workflow run clutter.
user-invocable	true
allowed-tools	Read, Edit, Write, Glob, Grep, Bash(node .claude/skills/fleet/cleaning-ci/lib/clean-ci.mts:*), Bash(gh:*), Bash(git:*), Bash(ls:*), Bash(rm:*), Bash(find:*), Bash(jq:*)
model	claude-haiku-4-5
context	fork
metadata	{"internal":true}

cleaning-ci

Audit + clean redundant CI surface on a Socket fleet repo. Three target classes:

1. Orphan workflow YAML files: lint.yml, check.yml, type.yml, test.yml. The fleet consolidated those into ci.yml long ago (today the fleet-canonical INLINED ci.yml cascaded from socket-wheelhouse; historically the SocketDev/socket-registry reusable). Any per-repo file with those names is a leftover from pre-consolidation days. Delete them.

2. GitHub-Dependabot automated security PRs: the fleet pattern is to handle vulnerability fixes via /updating-security (pnpm overrides: for transitive deps), not via auto-PRs from Dependabot. The dependabot.yml no-op file (open-pull-requests-limit: 0) suppresses version-update PRs but does NOT suppress security PRs. Those flow from a separate repo-settings toggle (automated-security-fixes). Disable via gh api -X DELETE /repos/{owner}/{repo}/automated-security-fixes.

3. Stale workflow run history: when a workflow YAML gets deleted, the runs stay listed in the Actions sidebar forever — the workflow appears as a name with no associated file. Delete the workflow record via gh api /repos/{owner}/{repo}/actions/workflows/{id} -X DELETE to remove the sidebar entry.

When to use

• Onboarding a new fleet repo: sweep once on first integration to clear any pre-fleet CI baggage.
• After a CI consolidation cascade: when the fleet retires a workflow shape (e.g. the lint/check/type/test → unified ci.yml migration), run this skill on every fleet repo to clean up the per-repo leftovers.
• Periodic fleet-wide health check: run quarterly to catch drift (someone adds a per-repo lint.yml to scratch an itch, forgetting the unified ci.yml already covers it).

What it does NOT do

• Touch the dependabot.yml file. That file MUST exist (GitHub refuses to fully disable Dependabot without it) and the fleet convention is to ship it pre-configured with open-pull-requests-limit: 0. The skill leaves the file alone; only the automated-security-fixes toggle is acted on.
• Touch SocketDev/workflows. Don't edit org-level required workflows from this skill. The org config is the source of truth for what runs cross-repo, and silent edits are unsafe.
• Delete legitimate per-repo workflows. socket-btm's per-binary build dispatchers (curl.yml, lief.yml, etc.), ultrathink's build-*.yml, socket-packageurl-js's pages.yml /valtown.yml, socket-registry's _local-not-for-reuse-*.yml dogfood copies all stay. The skill only matches the four canonical orphan names.

Phases

Phase 1: inventory (read-only engine)

Run the three probes + categorization in one read-only pass:

node .claude/skills/fleet/cleaning-ci/lib/clean-ci.mts --pretty {owner}/{repo}

It emits, per repo, { orphanFiles, staleRecords, securityFixesEnabled } plus a proposed action plan as DATA (the orphan files to git rm, the workflow-record ids to delete, whether to toggle off automated-security-fixes). Plain (no --pretty) emits the JSON envelope. The categorization is:

• delete-file: an orphan YAML on disk (one of the four canonical names).
• delete-record: a workflow record whose .path no longer exists OR whose name matches the orphan pattern (GitHub-managed dynamic/ records are excluded — they can't be API-deleted).
• toggle-off: automated-security-fixes: true.

The engine performs NOTHING — it only inventories + proposes. It is the FIRST class of fleet operation that would do irreversible server-side GitHub deletes, so the deletes stay model-driven: read the proposed plan, apply the legitimate-retired-workflow judgment (a path-missing record may be a deliberately-kept renamed workflow per the carve-outs above), and issue each delete yourself in Phases 2-4 under the per-repo confirmation gate.

Phase 2: file deletions (commit + push)

git rm .github/workflows/{lint,check,type,test}.yml 2>/dev/null
git commit -m "chore(ci): remove orphan {lint,check,type,test} workflows (consolidated into ci.yml)"

One commit per repo, conventional-commit subject. Push directly to main per fleet policy (or fall back to PR if branch protection requires).

Phase 3: workflow record deletions (gh api)

For each delete-record finding:

gh api -X DELETE "repos/{owner}/{repo}/actions/workflows/{id}"

GitHub returns 204 on success. The record disappears from the Actions sidebar. Runs associated with the workflow remain in their own URLs but stop showing in the per-workflow filter.

Skip workflow records that match dynamic/dependabot/.... Those are GitHub-managed and can't be deleted via API. They'll stop appearing on their own once Dependabot has nothing to do (after Phase 4).

Phase 4: disable Dependabot automated-security-fixes

gh api -X DELETE "repos/{owner}/{repo}/automated-security-fixes"

204 = disabled. Going forward, security advisories are visible in the Security tab (via the vulnerability-alerts setting, which stays on) but won't open auto-PRs. The fleet's /updating-security skill is the canonical path for resolving them.

Phase 5: report

For each repo: list what was deleted, what was disabled, and what needs manual UI action (rare; most things this skill touches are API-actionable).

Fleet-wide invocation

# One repo
/cleaning-ci socket-foo

# All fleet repos (reads template/.claude/skills/cascading-fleet/lib/fleet-repos.json)
/cleaning-ci --all

The fleet-roster path is the canonical list. Same file the cascade mechanism uses. Don't hard-code a repo list inside this skill.

Safety

• Read-only inventory first. Print findings before any deletion.
• Per-repo confirmation in interactive mode; --yes to skip.
• Direct push to main, fall back to PR per fleet policy. Never force-push.
• Never edit dependabot.yml. Only the automated-security-fixes toggle. The .yml is structurally required.
• Never touch SocketDev/workflows. Org-required workflows are out of scope.

Why a skill, not a hook

This is operator-invoked maintenance, not edit-time enforcement. Hooks are the wrong shape: there's no gh commit or gh push event that should trigger a fleet-wide CI audit. Skills are user-callable, run on demand, and produce a one-shot report.