Development

批量生成和维护前端组件库文档的自动化工具。专为 Monorepo 组件库设计（如 atom-ui-mobile），通过对比组件文件和文档的修改时间，自动生成任务清单并批量生成符合规范的完整组件文档。支持以下场景：(1) 定期批量更新组件文档，(2) 单个组件文档维护，(3) 新组件文档初始化。自动识别主要组件文件，跳过 index.ts、store、hooks 等辅助文件，文档路径为组件目录下的 index.zh-CN.md。

Patterns and best practices for developing React 19 components with Shadcn UI, Radix primitives, and Tailwind CSS 4 in Next.js 16. Covers accessibility, composition, variants, and server/client component patterns. Use when creating, modifying, or debugging UI components.

Component and type design for TypeScript + React code. Use when planning new features, designing components and custom hooks, preventing primitive obsession, or when refactoring reveals need for new abstractions. Focuses on feature-based architecture and type safety.

Design React/Vue components following atomic design and composition

Reviews React components and provides improvement suggestions. Use when you need code review, component review, structure improvement, refactoring, or component separation.

Create demonstration pages for components and hooks.

Comprehensive guide for creating React components in the squared package and squareone app. Use this skill when creating new components, setting up component structure, implementing CSS Modules styling, writing Storybook stories, or setting up component tests. Covers TypeScript patterns (type vs interface, no React.FC), CSS Modules with design tokens, compound component patterns, Storybook integration, and vitest testing.

Component composition patterns with nesting, slots, compound components, and render props. Use when creating reusable components, component APIs, or complex component hierarchies.

The core engine that generates production-ready, M3-compliant React components using MUI and Design Tokens. Use when creating new React components, building UI elements with Material Design 3, or scaffolding token-aware components.

Design and build reusable, well-documented components. Master component composition, prop design, variant systems, state management, and documentation. Create a scalable component library that enables consistency and speeds up development. Works with React, TypeScript, and Tailwind CSS.

Cross-component consistency analysis for the 12 component groups (Brand, Typography, Button, Form, Selector, Table, Chart, Display, Overlay, Navigation, Feedback, Fallback). Evaluates uniformity and identifies pattern deviations. Combinable with other review skills.

Validates shadcn/ui component customization depth, ensuring components aren't used with default props and checking for consistent design system implementation across Tanstack Start applications

Regulatory compliance testing for GDPR, CCPA, HIPAA, SOC2, PCI-DSS and industry-specific regulations. Use when ensuring legal compliance, preparing for audits, or handling sensitive data.

Regulatory compliance testing for GDPR, CCPA, HIPAA, SOC2, PCI-DSS and industry-specific regulations. Use when ensuring legal compliance, preparing for audits, or handling sensitive data.

Activate regulatory compliance specialist mode. Expert in SOX, GDPR, HIPAA, and PCI-DSS requirements. Use when reviewing code for compliance, implementing audit trails, data protection, or regulatory controls.

Generate and track compliance matrices for RFP requirements. Use when building requirements tracking features, implementing compliance checklists, or ensuring proposal coverage.

When the user wants to manage regulatory compliance, ensure supply chain adherence to standards, or navigate trade regulations. Also use when the user mentions "regulatory compliance," "trade compliance," "customs," "import/export regulations," "certification management," "audit management," "REACH," "RoHS," "conflict minerals," "country of origin," or "trade restrictions." For sustainability compliance, see sustainable-sourcing. For quality standards, see quality-management.

Real-time compliance tracking for Northcote Curio design system. Monitors

Sertifikasyon, uyumluluk gereksinimleri ve regulatory pathway araştırma rehberi.

Code complexity guidelines to keep cyclomatic complexity below 6 using strategy patterns or dispatch tables. Use when writing or refactoring functions with complex branching logic.

Reduce cyclomatic complexity with targeted refactoring strategies

Analyzes code complexity metrics and identifies areas that are too complex for developers to easily understand

Measure and report code complexity metrics with actionable recommendations.

Handle complex-valued tensors in PyTorch for astronomical imaging applications. This skill should be used when working with Fourier transforms, phase/amplitude representations, and complex arithmetic in PRISM.