From skill-agent-review
Review a subagent definition file (agents/*.md) against the documented subagent format and best practices, including the seam with any skill it binds to — duty segregation, pointer-not-copy, actor-neutral skill content. Use when the user asks to "review this agent", "audit an agent definition", "check an agent against best practices", "validate agent frontmatter", "check the agent/skill separation", or after creating or substantially editing an agent. Do NOT use for skill directories (SKILL.md) — use review-skill for those (a seam violation inside a bound skill is still reported here).
How this skill is triggered — by the user, by Claude, or both
Slash command
/skill-agent-review:review-agentThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
The deliverable is the filled-in checklist from `references/checklist.md`: every item gets exactly one verdict backed by a fact. No summarizing essay, no prose findings.
The deliverable is the filled-in checklist from references/checklist.md: every item gets exactly one verdict backed by a fact. No summarizing essay, no prose findings.
The target is a single markdown agent definition file. Given a bare name, resolve it against the nearest agents/ directory (a project's .claude/agents/, a plugin's agents/, or ~/.claude/agents/); if that is ambiguous or the path is not a markdown file, stop and report — do not guess.
node scripts/check.mjs <target-file> (invoked from this skill's root). It emits JSON verdicts for the format items keyed by the same IDs as the checklist. Use its measurements verbatim — never re-derive by eye what the script already measured. Its warn results become PASS or FAIL by your judgment, with the script's detail as evidence.name and description of every sibling agent in the same agents tree (needed for the B4 overlap call). Where the body binds the agent to other artifacts — a skill it must invoke, a script it must run, a profile doc it must read — confirm each exists where the body says it does. When a skill binding exists in either direction (the agent invokes/preloads a skill, or a skill spawns this agent), read that skill's whole SKILL.md too — the F section grades both sides of the seam and cannot be judged from the agent file alone. Never grade a file you did not open.references/checklist.md and assign every item exactly one verdict — PASS, FAIL, or N/A. Applicability rules are stated per item; N/A is allowed only where an item's stated condition holds, never as an escape from a hard call.helm.md:23), or a quote of at most one line.# Agent review: <name> (<relative path>)
**<n> PASS · <n> FAIL · <n> N/A**
## A. Format compliance
- ✅ A1 — frontmatter parses; body 2100 chars
- ❌ A6 — color `magenta` not in {red, blue, green, yellow, purple, orange, pink, cyan}
- ...every item, every section, one line each...
## D. Capability discipline
- ➖ D5 — N/A: no memory/skills/maxTurns/background/isolation fields
- ...
## Fixes (FAIL items, by severity)
1. A6 — set `color: purple` (magenta is not an accepted value)
2. ...one minimal fix per FAIL...
A target agents/reviewer.md whose frontmatter grants tools: Read, Write, Edit, Bash while its body says "you are strictly read-only — never modify files", whose description is "Helps with reviews.", and whose body restates the review procedure's worker roster while also citing the skill that owns it, yields, among others:
reviewer.md:9) but frontmatter grants Write, Editreviewer.md:17) beside its own pointer to the owning skillreviewer (8 chars) validnode: command not found — Node.js is not installed; suggest the user installs Node 18+ and rerun..md only — report it, don't guess a sibling.npx claudepluginhub gdanov/skill-agent-review --plugin skill-agent-reviewGuides collaborative design exploration before implementation: explores context, asks clarifying questions, proposes approaches, and writes a design doc for user approval.
Creates structured, bite-sized implementation plans from specs or requirements before writing code. Useful for breaking down multi-step tasks into testable steps with file structure and task boundaries.
Resolves in-progress git merge or rebase conflicts by analyzing history, understanding intent, and preserving both changes where possible. Runs automated checks after resolution.