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Subagent-driven development as the explicit combination of /subagent-driven-development (sequential, review-gated execution) and /dispatching-parallel-agents…

Skill by laurac8r

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About

Subagent-driven development as the explicit combination of /subagent-driven-development (sequential, review-gated execution) and /dispatching-parallel-agents (independent fan-out). Opens with one combined pre-dispatch question to set the execution mode and the edit-approval mode, then dispatches accordingly.

Use cases: writing, agent-building

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Permissions

What this skill can do and what it asks for, from its SKILL.md. Checked Oct 25, 2026.

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Network hosts it talks to 1

  • codeload.github.com · found in install command

Files it touches

  • ~/.claude/skills/cat

What's inside

Skill name
cat
Description
Subagent-driven development as the explicit combination of /subagent-driven-development (sequential, review-gated execution) and /dispatching-parallel-agents (independent fan-out). Opens with one combined pre-dispatch question to set the execution mode and the edit-approval mode, then dispatches accordingly.
License
MIT
Instructions
110 lines in SKILL.md · view on GitHub

Files (1)

  • SKILL.md

SKILL.md (first lines)

## What `/cat` Is

`/cat` authorizes subagent dispatch for the work at hand, as the **explicit
combination of two superpowers skills**:

- **`/subagent-driven-development`** — sequential plan execution: a fresh
  implementer subagent per task, with two-stage review (spec compliance first,
  then code quality) before the next task starts.
- **`/dispatching-parallel-agents`** — independent fan-out: one concurrent agent
  per independent problem domain, integrated and suite-verified together.

You do **not** silently guess which shape fits. You ask the user up front, then
dispatch on their answer.

## Pre-Dispatch Question

Before dispatching anything, ask **one combined `AskUserQuestion`** covering two
orthogonal axes — both axes in a **single** `AskUserQuestion` call (multiple
questions in one call), not two sequential calls. Wait for both answers before
any dispatch.

**Axis 1 — Execution mode** (how subagents are sequenced):

| Preset                           | Drives                                                                              | Use when                                                                            |
| -------------------------------- | ----------------------------------------------------------------------------------- | ----------------------------------------------------------------------------------- |
| **Full parallel**                | `/dispatching-parallel-agents`                                                      | 2+ independent tasks — no shared state, no sequential dependencies                  |
| **Hybrid** (plan-gated parallel) | `/dispatching-parallel-agents` within phases, `/subagent-driven-development` across | a plan with one or more parallelizable phases plus dependent tasks between them     |
| **Strict sequential**            | `/subagent-driven-development`                                                      | each task needs the spec-then-quality review loop to pass before the next can start |

**Axis 2 — Edit approval** (who clears each edit). The real distinction is
whether edits are auto-accepted or you approve each one — **not** background vs
foreground. Backgrounded subagents surface permission prompts too, so
"background" does not mean "silent":

| Mode               | Semantics                                                                                                                                                                                                                                           |
| ------------------ | --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
| **Auto-accept**    | edits auto-accepted — no per-edit gate. Subagents run in the background; fastest, the default for large fan-outs. Requires auto-accept-edits to be ON.                                                                                              |
| **Manual-approve** | you approve each edit interactively. Subagents are dispatched in the **foreground** (all independent agents at once; dependent tasks still serialize), so the approval stream stays coherent instead of interleaving across many background agents. |

If the user picks **Auto-accept** but hasn't enabled auto-accept-edits, prompt
them to turn it on (press `a` or `/allowed-tools`) and wait for them to enable
it before dispatching — otherwise even backgrounded dispatch stops on every edit
for approval.

## Dispatch

Map the chosen execution mode to its source skill and follow it. These are bare
invocations on their own line — they load and run the composed skill:

<!-- prettier-ignore -->
- **Full parallel** →
  /dispatching-parallel-agents
- **Strict sequential** →
  /subagent-driven-development
- **Hybrid** → apply the **Full parallel** dispatch (above) within each
  independent phase, and the **Strict sequential** dispatch (above) across the
  dependent tasks. Switch on dependency: a task that needs a prior task's output
  — or its review to pass — is sequential; everything else in that phase fans
  out. Don't force one shape onto the wrong work.

### Edit-approval × execution-mode

Manual-approve is **orthogonal** to execution mode: it changes _how_ edits are
approved (foreground, per-edit), not _how many_ subagents run at once. "All
subagents dispatched at once" is the parallel/hybrid manifestation; under Strict
sequential it does not collapse the review-gated, one-at-a-time loop. Your
per-edit approval is **separate from** `/subagent-driven-development`'s
two-stage spec-then-quality review — approving a diff does not stand in for that
review; the reviewer subagents still run.

| Execution mode \ Approval | Auto-accept                             | Manual-approve                                                            |
| ------------------------- | --------------------------------------- | ------------------------------------------------------------------------- |
| **Full parallel**         | all agents concurrent, background       | all agents dispatched at once, foreground, approve each edit              |
| **Hybrid**                | parallel phases background; rest serial | parallel phases dispatched at once foreground; dependent parts serialized |
| **Strict sequential**     | one task at a time, background          | one task at a time, foreground, approve that task's edits                 |

## No Shortcut for "Trivial" Edits

When the user chose `/cat` (directly, or via a composition like `/super-cat`,
`/super-duper-cat`), they authorized subagent dispatch as the execution model.
Do NOT substitute inline `Edit`/`Write` tool calls on the main agent because
edits seem small, mechanical, or repetitive — fresh-subagent-per-task isolation
(whether sequential via `/subagent-driven-development` or concurrent via
`/dispatching-parallel-agents`) IS the skill's value, not an optional ceremony.

**Manual-approve is not a license for inline edits.** Foreground/manual-approve
changes WHO APPROVES each edit (you, interactively) — not WHO MAKES it (still
the dispatched subagent). "I'm approving every diff in the foreground anyway, so
I may as well edit directly" is the same shortcut as every row below, wearing a
new hat. The execution model the user chose holds in every approval mode.

If the tasks are truly below the threshold for subagent dispatch (e.g., a single
1-line typo fix), surface the tradeoff to the user explicitly and ask before
short-circuiting. Never skip silently.

**Rationalization counter:**

| Excuse                                                                               | Reality                                                                                                                                                                                                                    |
| ------------------------------------------------------------------------------------ | -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
| "Dispatching subagents for 5-line edits is overkill"                                 | The user picked `/cat` explicitly. Respect the choice. Isolation is the point, not speed.                                                                                                                                  |
| "Parallel `Edit` calls are faster than parallel agents"                              | Speed is one rationale for `/dispatching-parallel-agents` but not the only one — context isolation prevents bleed between independent investigations. If you want inline edits, the user should pick a different workflow. |
| "The output will just say 'done', it's the same thing"                               | Same output ≠ same process. Fresh-context-per-task is the value; skipping it defeats the skill.                                                                                                                            |
| "Subagents + review loops take too long"                                             | That's the cost the user agreed to when they invoked `/cat`. If the budget is tight, ask — don't decide unilaterally.                                                                                                      |
| "Manual-approve makes context isolation moot — I'm hand-approving every diff anyway" | Approval mode and execution model are orthogonal. You approve the edit; the subagent still makes it. Foreground ≠ inline. Dispatch anyway.                                                                                 |

**Red flag — STOP:** if you catch yourself writing "I'll do this directly
instead of dispatching because [trivial/fast/simple/foreground]", you are
violating `/cat`. Dispatch the subagent.

From laurac8r/claude-damn, MIT.

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Forks
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Last commit (this folder)
Jul 7, 2026 (3 months ago)
Last release
Jul 19, 2026 (3 months ago)

From GitHub (fetched Oct 24, 2026).

Details

License
MIT
First seen
Oct 24, 2026
Last checked
Oct 24, 2026

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Cite this page

cat skill. Agent Mart. https://agentmart.dev/skills/laurac8r-cat (last updated 2026-10-24)