Analyze an npm package's technical capabilities: module system (ESM/CJS), TypeScript support, platform compatibility (Node/Browser/Deno), and engine requirements.
MIT
510,057 tools. Updated 2026-09-03 20:15
"Developing a System Using TypeScript" matching MCP tools:
- Parse a TypeScript/JavaScript codebase into call and import graphs using the TypeScript type checker. Run first to enable queries for definitions, callers, callees, and impact analysis.MIT
- Generate boilerplate files for serverless functions in Rust, TypeScript, or JavaScript to start development in your project.MIT
- Formats JavaScript, TypeScript, JSX, and TSX code using Biome. Specify a virtual filename to select the correct parser.MIT
- Type-check a TypeScript project using tsc --noEmit, with automatic package manager detection for npm, pnpm, or yarn.
- Identify project type, build system, and configuration of Java or TypeScript projects to prepare for automated refactoring.
Matching MCP Servers
- FlicenseNot gradedqualityCmaintenanceMCP server that helps AI agents inspect Minecraft project evidence (crash logs, mod files, datapacks) before writing development code.2
- FlicenseNot gradedqualityBmaintenanceEnables fetching weather forecasts for the USA via NWS API and for Israel via browser automation using Playwright.
Matching MCP Connectors
Kickstart development with a customizable TypeScript template featuring sample tools for greeting,…
Build and manage your design system with AI: tokens, themes, components, icons, Figma and code.
- Generate Playwright TypeScript automation scripts from a scenario description using AI. Produces test code for web application automation.
- Permanently delete a B2 application key to immediately revoke access for any system using it. Irreversible action requires confirmation.MIT
- Run Oxlint and TypeScript diagnostics on specified files, using content-hash caching to skip unchanged files. Ideal for incremental checks after editing individual files without modifying the project.MIT
- Generate a Drizzle ORM TypeScript schema from a PostgreSQL schema, covering tables, columns, keys, constraints, indexes, defaults, and enums.MIT
- Enable or disable server-side caching for a website to improve page load speed and reduce server load. Enabling is recommended for production; use cacheless mode instead when developing or debugging.MIT
- Creates a TypeScript snippet to settle a transaction, releasing escrowed USDC to the provider and updating their reputation.Apache 2.0
- Accepts a provider quote by locking USDC in escrow, transitioning a transaction from QUOTED to COMMITTED. Generates a TypeScript snippet using the transaction ID and agreed price.Apache 2.0
- Retrieve the TypeScript prop interface for any Lando component to ensure correct usage and code generation.Apache 2.0
- Generate TypeScript type definitions from your database schema with the Supabase CLI, saving the output file directly to your workspace.MIT
- Create a TypeScript client for direct Kalendis API calls with x-api-key authentication. Generates code to manage users, availability, bookings, and scheduling operations.MIT
- Returns a TypeScript snippet to list transactions filtered by state (e.g., INITIATED, SETTLED) and role (requester or provider).Apache 2.0
- Create TypeScript clients for frontend applications to interact with backend API endpoints, simplifying API integration and type-safe communication.MIT
- Validate TypeScript intent definitions using 134 diagnostic rules. Returns JSON diagnostics with severity, code, line, column, message, and suggestions.Apache 2.0
- Generate a TypeScript intent starter from a name and description. Returns a ready-to-save defineIntent() string with no file writes or network requests.Apache 2.0