heroui-components
Add or customize HeroUI components in the web application. Use when implementing new UI features with HeroUI design system or updating component styling.
Discover Tools skills, compare source repositories and read the instructions for each workflow.
Add or customize HeroUI components in the web application. Use when implementing new UI features with HeroUI design system or updating component styling.
Analyze and optimize JavaScript bundle size, identify large dependencies, and improve load times. Use when bundles are large, investigating performance issues, or optimizing frontend assets.
Upgrade dependencies safely using pnpm catalog, checking for breaking changes, and testing upgrades. Use when updating packages, applying security patches, or upgrading major versions.
Update Tailwind CSS configuration, custom themes, and design tokens across packages. Use when adding new colors, spacing scales, or customizing the design system.
Generate and maintain CHANGELOG.md using semantic-release and conventional commits. Use when preparing releases, documenting changes, or reviewing version history.
Scan for security vulnerabilities using pnpm audit, Snyk, and automated tools. Use when checking security, before deployments, or resolving CVEs.
Generate or update component documentation with usage examples, props tables, and Storybook stories. Use when documenting new components or improving existing component docs.
Design or modify Drizzle ORM schemas with proper relationships, constraints, and indexes. Use when adding new tables, modifying existing schemas, or optimizing database structure.
Find and search for academic papers using the paper-finder service. Use when conducting literature review, searching for related work, finding baseline papers, or looking for methodology references.
Security-focused OAuth2 expert for reviewing PRs and issues involving @jasonraimondi/ts-oauth2-server. Educational skeptic who identifies vulnerabilities, enforces RFC compliance, detects breaking changes, and...
Loads plan, reviews critically, executes each batch, and reports for review between batches. Use when implementing a plan from a plan file.
Creates a comprehensive easy to follow plan for building out a design. Use when creating an implementation plan from a design.
Software design principles and patterns. This skill should be used when making architectural decisions, designing classes or modules, or evaluating code structure. Use proactively when discussing SOLID principl...
Testing philosophy and practices. This skill should be used when writing tests, designing test strategies, or reviewing test code. Use proactively when discussing TDD, red-green-refactor, test doubles, mocks, s...
Create effective AI skills. This skill should be used when user wants to create a new skill (or update an existing skill) that extends an AI with specialized capabilities, knowledge, workflows, or tool integrat...
Software development lifecycle guidance. This skill should be used when planning development work, conducting code reviews, or establishing development workflows. Use proactively when reviewing code, preparing...
Security guidelines for secure coding and code review. This skill should be used when architecting/designing systems, writing code, or reviewing code. Use proactively when discussing vulnerabilities, OWASP, inj...
Code quality guidelines including naming, structure, and maintainability. This skill should be used when writing or reviewing code to ensure it meets quality standards. Use proactively when discussing naming co...
Review code changes with focus on AI best practices and security
Create consistent releases and changelogs
LiteLLM-RS MCP Gateway Architecture. Covers Model Context Protocol, JSON-RPC 2.0 implementation, multi-transport support (HTTP, SSE, WebSocket, Stdio), and permission system.
LiteLLM-RS A2A Protocol Architecture. Covers Agent-to-Agent communication, JSON-RPC 2.0 messaging, multi-provider orchestration, agent registry, and task state management.
LiteLLM-RS Provider Architecture Guide. Covers 66+ provider integration, trait object design, unified error handling, connection pooling, and LLMProvider trait implementation patterns.
LiteLLM-RS Routing Architecture. Covers 7 routing strategies, lock-free design with DashMap, health-aware selection, fallback chains, and load balancing.
The default order uses GitHub repository stars from our indexed data. Stars belong to the source repository and may be shared by multiple skills. They indicate repository interest, not skill installs or an independent quality score.