What specific debugging tasks can AI agents perform using NetInspect.Mcp?

AI agents can attach to processes, set breakpoints, control execution flow (step, continue), inspect variables, evaluate expressions, and analyze stack traces across threads.

What are the system requirements for NetInspect.Mcp?

NetInspect.Mcp requires the .NET 10 SDK or later and is compatible with Windows, Linux, and macOS operating systems.

How does NetInspect.Mcp provide deep .NET debugging capabilities?

It interfaces directly with the .NET runtime using the ICorDebug API, offering a more native and direct debugging experience compared to tools relying on external debuggers via DAP.

NetInspect

Name: NetInspect
Author: jkolo

byjkolo

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Developer Tools

Security & Testing

Enables AI agents to debug .NET applications interactively by directly interfacing with the .NET runtime via the ICorDebug API.

NetInspect is a Model Context Protocol (MCP) server designed to expose .NET debugging capabilities as structured API tools. It allows AI assistants like Claude, GPT, or Copilot to interact directly with .NET applications, facilitating tasks such as attaching to running processes, managing breakpoints, stepping through code line by line, inspecting variables, evaluating expressions, and analyzing stack traces across threads. Unlike similar tools that rely on external debuggers via DAP, NetInspect directly leverages the ICorDebug API for native and direct interaction with the .NET runtime.

Key Features

01Inspect variables, evaluate expressions, and retrieve stack traces

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03Set, remove, list, and wait for breakpoints to trigger

04Attach to and disconnect from running .NET processes

05Control execution flow: continue, pause, step over, step into, step out

06List and manage active threads within a debugged application

Use Cases

01Enable AI agents to interactively debug .NET applications

02Automate troubleshooting and bug identification in .NET codebases

03Integrate native .NET debugging functionalities into AI assistant workflows