mockup-extract

Extract UI components with dependency trees into an isolated sandbox environment.

Updated Apr 28, 2026
One-click install
npx skills add https://github.com/Kirankumar2604/solutionChallenge --skill mockup-extract-kirankumar2604
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: mockup-extract
Source: https://github.com/Kirankumar2604/solutionChallenge/tree/main/.local/skills/mockup-extract
Command: npx skills add https://github.com/Kirankumar2604/solutionChallenge --skill mockup-extract-kirankumar2604

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill solves the problem of visual drift and manual reconstruction by allowing you to pull live source code components into a sandbox environment for design iteration without affecting the main application.

Core Features & Use Cases

  • Component Extraction: Safely copies components and their dependency trees into a dedicated sandbox.
  • Dependency Stubbing: Automatically handles API calls, context providers, and routing to ensure isolated rendering.
  • Design Iteration: Enables you to create variants, redesign UI, or compare layouts using the exact production code as a baseline.

Quick Start

Activate the mockup-extract skill to pull the current navigation bar component into the sandbox for redesigning.

Frequently Asked Questions about mockup-extract

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

FAQPage Schema
How do I extract UI components from my application codebase for isolated visual iteration?

Extract UI components by pulling live source code into an isolated sandbox environment for visual iteration. This process handles dependency tracing, import path rewriting, and dependency stubbing to ensure components render correctly in isolation without affecting the main application.

How does dependency stubbing work when isolating frontend components for prototyping?

Dependency stubbing automatically handles API calls, context providers, and routing to ensure isolated rendering of extracted frontend components. This mechanism allows components to render correctly in the sandbox by replacing external dependencies with functional placeholders during the extraction process.

Can I redesign production UI components without causing visual drift in the main application?

Yes, you can safely copy components and their dependency trees into a dedicated sandbox to redesign production UI without causing visual drift. The main application remains unaffected while you create variants, redesign UI, or compare layouts using the exact production code as a baseline.

What's the best way to maintain visual fidelity when refactoring components into a sandbox environment?

The best way to maintain visual fidelity when refactoring components into a sandbox is through precise mapping of component import chains and global style integration. This ensures that extracted components retain their exact production appearance during isolated visual iteration.

Do I need to manually rewrite import paths when pulling app components into a sandbox?

No, you do not need to manually rewrite import paths when pulling app components into a sandbox. The extraction process automatically handles import path rewriting and dependency tracing to ensure that the component dependency tree is correctly established in the isolated environment.

Why does my extracted component not render correctly in isolation without dependency stubbing?

Extracted components fail to render correctly in isolation without dependency stubbing because API calls, context providers, and routing dependencies are missing. Stubbing provides functional replacements for these external dependencies, ensuring the component renders properly in the sandbox environment.