recipe-front-adjust

Coordinate parent session and bounded subagents for UI adjustment workflows.

29|4|Updated Mar 17, 2026
One-click install
npx skills add https://github.com/shinpr/codex-workflows --skill recipe-front-adjust-shinpr
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: recipe-front-adjust
Source: https://github.com/shinpr/codex-workflows/tree/main/.agents/skills/recipe-front-adjust
Command: npx skills add https://github.com/shinpr/codex-workflows --skill recipe-front-adjust-shinpr

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Adjust the UI implementation by coordinating a parent session with bounded subagents for fact gathering, planning, and quality checks, ensuring changes are traceable, validated, and isolated.

Core Features & Use Cases

  • Centralized orchestration of UI edits, verifications, and quality gates across subagents.
  • External resource context handling for informed decisions and risk containment.
  • Written confirmation workflows and stop-points to ensure user review before progression.
  • Use Case: When implementing a frontend change, invoke this skill to manage the write-set, plan minimal commits, and verify accessibility and correctness.

Quick Start

Invoke the UI adjustment workflow on a target frontend component and verify the resulting changes.

Frequently Asked Questions about recipe-front-adjust

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automate UI adjustments with built-in quality checks?

Orchestrate UI adjustments by coordinating a parent session with bounded subagents for fact gathering, planning, and quality checks. This workflow manages write-sets and enforces strict stop-points to ensure user review before applying frontend edits.

What is agent orchestration for frontend verification?

Agent orchestration for frontend verification is a process where a parent session delegates fact gathering and quality checks to bounded subagents. It isolates changes, confirms write-sets, and applies staged verification to ensure UI edits are traceable and validated.

How do I plan minimal commits for frontend component edits?

Plan minimal commits for frontend components by using bounded subagents to analyze external resources and gather facts. The parent session then reviews the proposed write-set at defined stop-points before proceeding with targeted UI adjustments.

When do I need staged verification for UI changes?

You need staged verification for UI changes when implementing complex frontend edits that require traceability and risk containment. It enforces written confirmation workflows and stop-points so you can review subagent plans and quality checks before finalizing updates.

Can I use subagents for isolated frontend planning and quality checks?

Yes, you can use bounded subagents to isolate frontend planning and quality checks from the main session. Subagents handle fact gathering and verification, returning results to the parent session which manages the actual write-set and edits.

Why does my UI adjustment workflow require write-set confirmation?

UI adjustment workflows require write-set confirmation to ensure changes remain traceable and isolated. By validating the exact modifications before execution, the parent session maintains controlled orchestration and prevents unchecked edits to frontend components.