LLDB debugger integration for Model Context Protocol
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# LLDB-MCP  See it in acton here, automatically debugging a buffer overflow: https://x.com/full_duplex/status/1904770477698277847 ## Overview LLDB-MCP is a tool that integrates the LLDB debugger with Claude's Model Context Protocol (MCP). This integration allows Claude to start, control, and interact with LLDB debugging sessions directly, enabling AI-assisted debugging workflows. The tool provides a comprehensive set of commands for working with LLDB, including: - Starting and managing LLDB sessions - Loading programs for debugging - Setting breakpoints and watchpoints - Controlling program execution - Examining memory, registers, and variables - Analyzing stack traces and program state ## Features - Create and manage multiple LLDB debugging sessions - Load executables and attach to running processes - Load core dump files for post-mortem analysis - Execute arbitrary LLDB commands - Fine-grained control over program execution - Memory examination and disassembly - Thread and stack frame inspection ## Installation 1. Clone the repository: ``` git clone https://github.com/stass/lldb-mcp.git cd lldb-mcp ``` 2. Install dependencies: ``` pip install mcp ``` 3. Configure Claude to use the LLDB-MCP server: - Open the Claude desktop app configuration - Add the following to your MCP configuration: ```json "mcpServers": { "lldb-mcp": { "command": "python3", "args": ["/path/to/lldb-mcp/lldb_mcp.py"], "disabled": false } } ``` ## Usage Once installed and configured, you can interact with LLDB through Claude using natural language. ### Basic Workflow 1. Start a new LLDB session 2. Load a program 3. Set breakpoints 4. Run the program 5. Inspect variables and memory 6. Control execution (continue, step, next, etc.) 7. Terminate the session when done ### Example Commands Here are some examples of how to interact with LLDB-MCP through Claude: - "Start a new LLDB sess…
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