MCP Server Playwright

🚀 MCP Server Playwright

A Model Context Protocol server that provides browser automation capabilities using Playwright. It enables LLMs to interact with web pages, take screenshots, and execute JavaScript in a real browser environment.

🚀 Quick Start

This is a Model Context Protocol server that offers browser automation features with Playwright. It empowers LLMs to interact with web pages, capture screenshots, and run JavaScript within a real - world browser setting.

✨ Features

Core Features

• Browser Control: Achieve efficient browser automation operations through Playwright.
• Multi - platform Support: Compatible with major browsers such as Chromium, Firefox, and WebKit.
• Task Handling: Capable of handling complex network and DOM operations, suitable for tasks like automated testing or data scraping.

Key Characteristics

1. High Performance: Optimized architectural design ensures quick response and efficient execution.
2. High Reliability: Rigorously tested, with good stability and fault - tolerance capabilities.
3. Scalability: Supports a plugin system and custom modules for easy feature expansion.
4. Ease of Use: Provides simple and intuitive APIs and documentation to lower the usage threshold.

📦 Installation

Quick Installation

npm install @automatalabs/mcp-server-playwright

Configuration Example

const { MCPPlaywrightServer } = require('@automatalabs/mcp-server-playwright');

// Initialize the server
const server = new MCPPlaywrightServer({
  // Optional configuration items
});

// Start the server
server.start();

📚 Documentation

Brief Introduction

• Documentation: Detailed technical documentation and usage guides to help developers get started quickly.
• Sample Code: Abundant sample projects covering various application scenarios.
• Community Support: An active user forum and technical exchange group providing timely technical support.

Detailed Content

Functional Modules

1. Browser Control
   • Navigation and Request Interception: Can control browser behavior and intercept/modify network requests.
   • DOM Manipulation: Directly manipulate page elements to achieve automated form filling, clicking, and other interactions.
2. Task Handling
   • Data Scraping: Supports extracting structured data from web pages.
   • Testing Framework: Built - in testing framework simplifies the writing of automated test cases.
3. Extension Mechanism
   • Plugin System: Allows developers to add custom functional modules.
   • Event Listening: Can listen for page events and execute corresponding processing logic.

Technical Details

• Compatibility: Supports major browsers and their different versions to ensure cross - platform consistency.
• Performance Optimization: Adopts asynchronous and multi - thread technologies to improve task execution efficiency.
• Security: Built - in security mechanisms to prevent potential malicious operations and vulnerability attacks.

Learning Resources

• Official Documentation: Provides detailed API documentation and technical guides.
• Tutorial Videos: Offers rich teaching resources for learners at different levels.
• Community Sharing: An active technical community sharing practical experiences and development insights.

📄 License

This project is licensed under the MIT license. Please refer to the LICENSE file for details.