MCP Cursor

Enhance your development workflow with AI-powered MCP tools and extensions for Cursor IDE.

Product

  • MCP Servers
  • Getting Started
  • Documentation
  • Open Source

Resources

  • MCP Specification
  • Cursor IDE
  • MCP GitHub
  • Contributing

Legal

  • Privacy Policy
  • Terms of Service
  • Cookie Policy
Made withfor the developer community
© 2025 MCP Cursor. All rights reserved.
MCP Logo
MCP Cursor
IntroductionMCPs
IntroductionMCPs
3D MCP Cursor Visualization
  1. Home
  2. Servers
  3. Coder Toolbox MCP
Coder Toolbox MCP Logo

Coder Toolbox MCP

Model Context Protocol Integration

Overview

Integrates Java code analysis, manipulation, and testing tools for efficient software development workflows and automated code operations.

Coder Toolbox

Integrates Java code analysis, manipulation, and testing tools for efficient software development workflows and automated code operations.

Installation Instructions


README: https://github.com/lamemind/coder-toolbox-mcp-server

Coder Toolbox MCP Server

A utility toolkit designed to enhance the interaction between Claude and code, providing seamless integration tools for code analysis, manipulation, and testing workflows.

Features

Implemented

  • Test Execution Logs: Retrieve and analyze test execution logs and results
  • Class Operations:
    • Location: Find Java classes in project source code with package filtering
    • Creation: Create new Java classes with proper package structure
    • Content Management: Add, replace or delete content in existing Java classes
    • Method Management: Add or delete methods in Java classes
    • Constructor Management: Add or delete constructors in Java classes

Tools

get_test_execution_logs

Retrieve test execution logs from the log directory

locate_java_class

  • Parameters:
    • className (string): Name of the java class to find (case sensitive)
    • sourceType (string, optional): Source type to restrict the search ('source' or 'test')
    • packagePath (string, optional): Package path to restrict search (e.g. 'com.myself.myproject'). If specified, sourceType must also be specified
  • Returns: JSON object with search results including file path and content if found

create_java_class

  • Parameters:
    • className (string): Name of the java class to create (case sensitive)
    • sourceType (string): The source type where to create the file ('source' or 'test')
    • packagePath (string): Package path where to create the class (e.g. 'com.myself.myproject')
  • Returns: JSON object with creation results including file path or error message

class_add_body

  • Parameters:
    • Parameters from locate_java_class, plus:
    • classBody (string): The class body content to add (fields, methods, constructors, etc.)
  • Returns: JSON object with modification results including file path

class_replace_body

  • Parameters:
    • Parameters from locate_java_class, plus:
    • edits: Array of edit operations, each containing:
      • oldText (string): Text to replace
      • newText (string): New text
    • dryRun (boolean, optional): Preview changes without applying them
  • Returns: Diff showing the changes made or preview

class_delete_body

  • Parameters:
    • Parameters from locate_java_class, plus:
    • targetContent (string): The content to delete from the class body
    • dryRun (boolean, optional): Preview changes without applying them
  • Returns: Diff showing the changes made or preview

Development Roadmap

  • Test execution log retrieval
  • Class location and navigation
  • Class file creation
  • Add content to class
  • Replace content in class
  • Delete content from class
  • Add class-level annotations
  • Add interface implementations
  • Add class inheritance
  • Organize imports
  • Format code

Contributing

Contributions are welcome! Please feel free to submit a Pull Request.

License

This project is licensed under the MIT License - see the LICENSE file for details.

Featured MCPs

Github MCP - Model Context Protocol for Cursor IDE

Github

This server provides integration with Github's issue tracking system through MCP, allowing LLMs to interact with Github issues.

Sequential Thinking MCP - Model Context Protocol for Cursor IDE

Sequential Thinking

An MCP server implementation that provides a tool for dynamic and reflective problem-solving through a structured thinking process. Break down complex problems into manageable steps, revise and refine thoughts as understanding deepens, and branch into alternative paths of reasoning.

Puppeteer MCP - Model Context Protocol for Cursor IDE

Puppeteer

A Model Context Protocol server that provides browser automation capabilities using Puppeteer. This server enables LLMs to interact with web pages, take screenshots, execute JavaScript, and perform various browser-based operations in a real browser environment.