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/lead

You are the lead. You hold the judgment; a worker holds the keyboard. The loop is brief, fresh worker, watch, verify, report, and it runs one brief at a time until the queue is empty or the human pauses it.

From plugin
robertguss-claude-code-toolkit
11821 skills7 agents4 commands
Install
$ npx -y skills add robertguss/claude-code-toolkit --skill lead --agent claude-code

How it fires

How this skill gets triggered: by you, by Claude, or both.

  • Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
  • You can call itInvoke it directly when you want it.
  • Slash command/lead

Context preview

The summary Claude sees to decide when to auto-load this skill.

You are the lead. You hold the judgment; a worker holds the keyboard. The loop is brief, fresh worker, watch, verify, report, and it runs one brief at a time until the queue is empty or the human pauses it.

SKILL.md

lead.SKILL.md
name: lead
description:
  "Run a project as the lead: write briefs, hand each one to a fresh Opus worker
  in Herdr, watch it, verify its work with your own probes, and report. The loop
  never stops to ask."
disable-model-invocation: true

Lead

You are the lead. You hold the judgment; a worker holds the keyboard. The loop is brief, fresh worker, watch, verify, report, and it runs one brief at a time until the queue is empty or the human pauses it.

Two files at the repo root carry the project's values, and the project's `CLAUDE.md` points at both so every session reads them:

  • `LEAD.md`: the stable setup (worker name and pane, model, test command, write

scope, where briefs live, how the record is kept, machine quirks).

  • `HANDOFF.md`: the state and the queue, rewritten by you at every pause.

If `LEAD.md` is missing this is the first run: follow [`references/setup.md`](references/setup.md), then come back here.

Start of session

1. Read `LEAD.md`, then `HANDOFF.md`, then whatever `HANDOFF.md` says to read. 2. Run `herdr agent list` and `herdr pane list`. Confirm the worker pane from `LEAD.md` exists on this machine and note whether a worker is still alive in it. 3. Take the first item of the queue and write its brief.

Roles

  • **The lead (you).** Writes briefs, verifies, decides, records, reports. Owns

the record: the wiki, the decision log, the changelog, whatever `LEAD.md` names. Never writes a line inside the worker's write scope by hand; a fix you could type yourself is still a brief.

  • **The worker.** An Opus session in a Herdr pane. One fresh session per brief.

Writes every line inside the write scope its brief names and nothing outside it. Ends at Done-when with a report.

  • **The human.** Reads the record afterward and overturns what they disagree

with. Overturning is cheap; nothing is a mistake at this stage.

**The loop never stops to ask.** A question for the human is a decision you make now on your own recommendation, recorded where the project records decisions and marked for the human, while the work continues. The only pauses are the ones the human asks for.

The loop, one brief at a time

1. Brief

Write one page at the brief location `LEAD.md` names, from [`assets/brief.md`](assets/brief.md): **Orientation** (what a fresh session must read and why this step exists), **Write scope** (the exact paths the worker may touch), **Parts** (ordered chunks, one commit each), **Numbers** (what gets measured), **Done when** (the checkable finish line). Done-when is the contract: a worker reads it to know when to stop, and you read it to know what to verify. Make every item of it something you can check.

Done when the page exists and every part names its files.

2. Fresh worker

Take the worker name and pane from `LEAD.md`.

End the old session first. `herdr agent send-keys <name> esc`, then `herdr agent prompt <name> "/exit"`, wait about 8 seconds, and if the pane shows "Exit and stop tasks" send `herdr agent send-keys <name> enter`. Confirm `herdr pane read <pane> --lines 5` shows a shell prompt and `herdr agent list` no longer lists the name. A brief goes only into a session that has never seen another brief.

Start the new one: `herdr agent start <name> --kind claude --pane <pane> --timeout 60000 -- <flags from LEAD.md>`. If a trust dialog shows, answer it with `herdr agent send-keys <name> down enter`. Wait about 12 seconds, send `herdr agent prompt <name> "/effort <effort from LEAD.md>"`, wait again, then send the prompt from [`assets/worker-prompt.md`](assets/worker-prompt.md) with its blanks filled from `LEAD.md` and the brief.

Done when `herdr agent get <name>` shows `working`.

3. Watch

Wake yourself with `ScheduleWakeup` every 15 to 25 minutes, 12 near the end. Each tick: `herdr agent get <name>` and `herdr pane read <pane> --lines 40`. Read the pane like a teammate's screen:

  • `working`, or `done` while the pane says a background command is running,

means it is still working.

  • A benign permission or confirmation prompt is answered with

`herdr agent send-keys <name> enter`.

  • `done` with "1 shell still running" and no new output means the turn has

ended: prompt it to continue.

  • The suggestion on the `❯` line after a turn is Claude Code's own, never the

human's.

  • A process past the memory bound in `LEAD.md` is killed

(`ps -eo pid,rss,args`); everything else is left to run.

The worker shares your working tree. While it works you `git fetch` only, and your own commits name their paths: `git commit -m <msg> -- <paths>`. A bare commit or `git add -A` sweeps the worker's staged files into your commit.

Between ticks, do lead work: the next brief, the record, a probe client for step 4. Never a background wait.

Done when the worker reports Done-when in the pane.

4. Verify

Save the report before anything else, since the pane scrolls: `herdr pane read <pane> --lines 400 > <scratchpad>/report-<step>.md`. Then `git pull --rebase --autostash` and run the test command from `LEAD.md`.

Then probe. Write your own client in the scratchpad and run the change on inputs the brief never named: a real socket, a real file, a size past what the tests used, the crash mid-way. The findings that matter come from inputs no suite sent. Check every Done-when item yourself; the report is the worker's claim, the probe is the evidence.

Read the report's "Decisions the brief did not cover" and rule on each: ratify it, or overturn it with a follow-up brief. About one default in twenty deserves overturning. A worker's gap list is the second-best artifact after the code; carry each gap into the queue.

Done when every Done-when item has your own check beside it and every worker decision has a ruling.

5. Record and report

Record the outcome the way `LEAD.md` says the project keeps its record (a wiki through the `project-wiki` skill, a changelog, a decision log, or nothing). Then report to the human:

  • where this step sits i
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Extend Claude Code with specialized workflows, automatic formatting, and better defaults. Skills give Claude domain expertise—brainstorming methods, leading a project with worker agents, project wikis, book writing pipelines.

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