JavaScript is a high-level, interpreted programming language that is one of the core technologies of the World Wide Web. It's a versatile language that allows developers to create interactive elements on websites and is widely used for web development, game development, and creating web applications.
Why this server?
Enables fetching and processing of dynamic web content that relies on JavaScript, executing client-side scripts to render full page content that traditional scrapers would miss.
Why this server?
Enables execution of JavaScript in a browser environment, allowing for dynamic interaction with web page content and functionality.
Why this server?
Enables execution of JavaScript code in the browser console through the browserbase_evaluate tool, allowing for dynamic interaction with web page elements and content.
Why this server?
Offers JavaScript client examples for integrating with the MCP Firebird server, allowing JavaScript applications to execute queries and manage Firebird database data.
Why this server?
Included in examples as part of web development task management, with basic JS structure mentioned in completed task details.
Why this server?
Allows execution of JavaScript code snippets and returns the results
Why this server?
Works out-of-the-box with the Medusa JavaScript SDK, providing seamless integration for JavaScript applications to communicate with Medusa's backend services.
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Provides a JavaScript interface to Gemini AI capabilities through the compiled server.
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Parses JavaScript error stack traces using Source Maps to map them back to the original source code, providing context information and line details to help developers locate and fix issues.
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Analyzes JavaScript files by detecting import statements and require() calls to track dependencies and assign importance scores to files in JavaScript projects.
Why this server?
Provides the ability to execute arbitrary JavaScript code in the browser context through the playwright_evaluate tool.
Why this server?
Enables execution of JavaScript code in the browser context to interact with web pages, monitor console logs, and perform dynamic testing operations.
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Provides Language Server Protocol (LSP) support for JavaScript, including hover information, code completions, and diagnostics
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Fetches comprehensive documentation for JavaScript packages, including READMEs, API docs, and code examples to provide structured data for LLM summarization.
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Enables execution of JavaScript code on web pages through the execute_javascript method, allowing interaction with dynamic web content.
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Extracts data from JavaScript source code files, including nested objects, string literals, and template literals
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Analyzes JavaScript files for import statements and require statements to determine file dependencies
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Enables execution of JavaScript code in Chrome tabs, allowing for dynamic page manipulation and interaction with web page content.
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Supports JavaScript rendering for dynamic content when converting webpages to Markdown.
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A JavaScript port of the Axiom MCP server that enables querying data using Axiom Processing Language (APL), allowing AI agents to explore datasets, execute queries, and analyze data stored in Axiom.
Why this server?
Supports JavaScript code generation for AI tools created from Postman collections, including API integration and error handling.
Why this server?
Allows execution of JavaScript in the browser environment via the browser_evaluate tool
Why this server?
Enables fetching content from JavaScript-rendered pages through a headless browser, making it possible to extract content from modern web applications and SPAs
Why this server?
Allows execution of JavaScript code in the browser console through the playwright_evaluate tool
Why this server?
Provides a secure JavaScript REPL (Read-Eval-Print-Loop) environment to execute code snippets with error handling, memory management, and output formatting.
Why this server?
Supports building JavaScript LLM applications with vector database memory capabilities powered by Chroma, enabling embedding-based retrieval for context augmentation.
Why this server?
Enables execution of JavaScript in the browser console through the puppeteer_evaluate tool
Why this server?
Allows executing JavaScript code on webpages through the 'execute_js' operation
Why this server?
Provides a secure environment for executing JavaScript code with configurable memory and time limits, allowing safe evaluation of JavaScript snippets.
Why this server?
Allows executing JavaScript code in the browser console using the puppeteer_evaluate tool
Why this server?
Provides client implementations for interacting with the privateGPT MCP server using JavaScript, allowing for chat functionality, source management, and user administration.
Why this server?
Supports executing JavaScript within Chrome browser contexts for enhanced web page interaction and manipulation
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Provides syntax checking for JavaScript files (.js) to maintain code integrity when editing JavaScript code.
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Provides Johnny-Five JavaScript robotics library integration for hardware control and communication with the microcontroller
Why this server?
Allows execution of arbitrary JavaScript code in the browser context using the playwright_evaluate tool
Why this server?
Enables execution of JavaScript code in real-time through an interactive REPL, allowing for function hooking, call interception, and script injection in target applications.
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Parses JavaScript code into AST using acorn for analysis and visualization
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Processes JavaScript files using regex patterns to detect import/require statements for dependency tracking and importance ranking.
Why this server?
Supports waiting for JavaScript-heavy websites to render before scraping content, with configurable wait times
Why this server?
Provides language-specific code parsing and analysis for JavaScript files, with symbol extraction and AST-based understanding
Why this server?
Allows execution of JavaScript code in the browser context through the playwright_evaluate tool, enabling manipulation of web page content and behavior
Why this server?
Enables websites to expose JavaScript-based tools to the MCP client, with a tool that helps define schemas for MCP tools and can generate JavaScript code for WebMCP
Why this server?
Supports running JavaScript code for data processing and analysis through the run-script tool, allowing Claude to execute custom data analysis logic.
Why this server?
Used for code examples, but not a service the MCP integrates with
Why this server?
Supports analyzing and explaining JavaScript code with comprehensive breakdown of structure and functionality
Why this server?
Provides code quality analysis and security scanning for JavaScript codebases
Why this server?
The MCP server integrates with JavaScript, allowing for browser automation and web interaction capabilities.
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Provides a JavaScript SDK for implementing the Model Context Protocol, allowing developers to build MCP servers using JavaScript
Why this server?
Enables execution of JavaScript code in the browser console to manipulate web pages and extract information.
Why this server?
Allows execution of JavaScript in the browser console through the puppeteer_evaluate tool
Why this server?
Provides JavaScript examples for interacting with the Keitaro TDS API, allowing users to manage campaigns, traffic streams, offers, and generate reports.
Why this server?
Enables control and interaction with aircraft in the GeoFS browser-based flight simulator, allowing for setting flight parameters, retrieving real-time flight data, navigating between waypoints, and executing flight maneuvers through JavaScript APIs.
Why this server?
Supports structured data formatting for project management information using JavaScript object notation, enhancing searchability and organization of project data.
Why this server?
Enables JavaScript-based tool integration through the server, with support for TypeScript compilation and provides examples for connecting to the MCP server from a Claude.js client.
Why this server?
Offers JavaScript-specific prompts from promptz.dev, including content related to JavaScript development that can be accessed and used directly without copy-pasting.
Why this server?
Provides pre-configured prompt templates for code review, API documentation, and code refactoring of JavaScript code through editor tools.
Why this server?
Allows execution of JavaScript code in one-time script execution mode with comprehensive error handling and formatted stack traces.
Why this server?
Collects console logs, errors and unhandled exceptions from JavaScript applications to provide debug information alongside visual context.
Why this server?
Analyzes JavaScript code to determine appropriate testing strategies and generate tests based on the code structure
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Supports the frontend interface to provide a visual robot interface with real-time status display through WebSocket communication
Why this server?
Allows execution of JavaScript code in a sandbox with support for one-time execution and stateful REPL sessions
Why this server?
Enables execution of JavaScript code in a browser environment through the browsercat_evaluate tool, allowing interaction with web pages and manipulation of web content.
Why this server?
Supports JavaScript-based configuration for connecting to Flow networks with appropriate contract addresses.
Why this server?
Supports JavaScript functionality in on-page analysis through the 'enable_javascript' parameter in the DataForSEO On-Page API integration.
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Provides language intelligence features for JavaScript code including completions, definitions, references, and document symbols through TypeScriptLanguageServer
Why this server?
Enables execution of JavaScript code in the browser console through the puppeteer_evaluate tool, with access to console output via resources.
Why this server?
One of the supported programming languages for generating call graphs from source code
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Provides a runtime environment for executing custom tools written in JavaScript code, with appropriate sandboxing for security
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Enables transpilation of GreyScript code to JavaScript through the Greybel-JS transpilation tool
Why this server?
Enables execution of JavaScript code in the browser context through the puppeteer_evaluate tool, allowing for dynamic interaction with web page content.
Why this server?
Generates JavaScript initialization code for web frameworks to integrate Worldpay checkout functionality.
Why this server?
Detects JavaScript as one of the programming languages in projects and provides relevant suggestions
Why this server?
Implements the Stanford Javascript Crypto Library (SJCL) to provide cryptographic operations like P-256 key pair generation, shared secret derivation, and AES-CCM encryption/decryption.
Why this server?
Analyzes JavaScript codebases to generate dependency graphs, extract file metadata, and evaluate architectural patterns and dependencies.