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Netscaler.MCP.server

Netscaler.MCP.server

Local
github.com/czirakimCloud & Infra0Updated 40w ago
Repository

About Netscaler.MCP.server

Netscaler.MCP.server is an MCP server for managing Citrix Netscaler objects through the NITRO REST API. Its tools cover listing, creating, updating, binding, deleting, and checking statistics for objects such as virtual servers and services.

Key features

  1. 01NITRO REST API communication
  2. 02List and create objects
  3. 03Update, bind, and delete objects
  4. 04Object statistics and Netscaler logs
  5. 05Environment-based configuration

Use cases

  1. 01Inspect Netscaler objects
  2. 02Create or modify virtual servers and services
  3. 03Check object statistics and Netscaler logs

MCP support

The server exposes Netscaler management operations as MCP tools over stdio for compatible client integrations.

#netscaler#mcp#server

Configuration

Local server config is the same for every client. Copy it into your client’s MCP config file.

No install method listed yet

We haven’t collected a package or remote endpoint for this server. Follow the instructions in the project README.

Repository

Tools

No tool list yet

Local servers expose tools only once running on your machine, and the maintainer has not provided a tool list.

Details

From the project README

Netscaler.MCP.server

image

This project is an MCP( Model Context Protocol ) server designed to interact with Netscaler devices using the NITRO API (REST). It provides a set of tools to manage Netscaler objects such as lbvserver,csvserver, service, server. The server is implemented using the FastMCP framework and exposes functionalities for creating, updating, listing, and deleting Netscaler objects.

Features

  • Tool-Based API: The project defines tools (list_tool, create_tool, update_tool, bind_tool, delete_tool, stat_tool, nslog_tool) that encapsulate operations on Netscaler devices.
  • REST API Integration: Uses Python's requests library to communicate with Netscaler devices via the NITRO API (REST).
  • Environment Configuration: Sensitive information like IP addresses and authorization strings are managed through environment variables loaded from a .env file.
  • Extensibility: Modular design allows additional tools or functionalities to be added easily.
  • Transport Support: The server runs using the stdio transport, making it compatible with various client integrations.
Key Files
  • NetscalerMCPserver.py: The main server file that initializes the MCP server and defines the tools.
  • Tools/NetscalerObject.py: A utility class for performing CRUD operations on Netscaler objects.

The repo also contains an example of the Claude desktop app config file.

It was tested with the Claude Desktop app. The MCP server was hosted in Windows WSL.

image

You can also use it in Open WebUI by running it via mcpo
mcpo --port 8000 --api-key "api-key-value" -- python3 NetscalerMCPserver.py

But it works even faster if you use tools like Cursor/VS Code or something similar.

Credits

This was written by Mihai Cziraki

Comments

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