Extract reusable UI components, tokens, and patterns from a codebase.
npx skills add https://github.com/microlinkhq/www --skill extract-microlinkhq
Please help me install this Agent Skill. Skill: extract Source: https://github.com/microlinkhq/www/tree/main/.agents/skills/extract Command: npx skills add https://github.com/microlinkhq/www --skill extract-microlinkhq
This Skill helps you identify reusable UI patterns, tokens, and conventions buried across a codebase so your design system stays consistent and maintainable instead of drifting.
Use the extract skill to analyze your existing UI and refactor a targeted area into reusable components, design tokens, and documented patterns.
High-intent search queries and answers about installing and using this skill.
To extract reusable UI patterns from an existing codebase, you analyze the current design system structure to locate repeated features and hard-coded styling values, then define components, variants, and naming conventions for systematic migration. This eliminates design inconsistency and duplication.
Design token extraction is the process of identifying hard-coded styling values repeated across features and converting them into structured, documented design tokens. You need it when multiple teams implement typography, spacing, and colors differently, causing your UI patterns to drift and become inconsistent.
You plan a design system migration by identifying extraction candidates based on reuse value, defining naming conventions and component variants, and establishing a safe migration path. This ensures existing implementations are refactored systematically without breaking current functionality.
You do not need a fully built design system beforehand. This process works effectively as long as a design system exists or is ready to be incrementally expanded, allowing you to extract components and tokens from your current codebase into shared building blocks.
Yes, you can enrich extracted components with accessibility considerations during the refactoring process. The system creates improved reusable components and documents usage patterns, ensuring that accessibility standards are integrated into the design system during migration.
The best way to reduce design inconsistency is to locate repeated UI patterns and hard-coded styles across features, extract them into shared building blocks and tokenized styles, and then migrate usage to ensure all teams implement components uniformly.
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