MCppServer

What is MCppServer?

MCppServer is a high-performance Minecraft server written entirely in C++, compatible with Java Edition clients. It aims to deliver near-Vanilla gameplay with dramatically improved speed and efficiency.

How to use MCppServer?

Clone the repository, install prerequisites (C++20 compiler, CMake 3.14+, Git), then build with CMake and compile. Place a Vanilla world folder next to the server executable to load it automatically. Finally, run the MCppServer binary.

Key features of MCppServer

• Multi-threaded architecture for concurrent task handling.
• Super fast and efficient chunk loading and generation.
• Configurable settings via easy-to-edit configuration files.
• Packet compression to reduce bandwidth usage.
• Real-time server status and ping information.
• Upcoming Lua plugin API (not yet implemented).

Use cases of MCppServer

• Running a lightweight, high-performance survival or creative Minecraft server.
• Hosting a server with minimal resource overhead on low-end hardware.
• Testing C++ optimizations or custom server features in a Vanilla-compatible environment.
• Using a pre-generated Vanilla world without conversion.

FAQ from MCppServer

How does MCppServer differ from the official Vanilla server?

MCppServer is written in C++ for greater speed and efficiency, while maintaining compatibility with Java Edition clients and aiming to feel like Vanilla Minecraft.

What are the build dependencies for MCppServer?

You need a C++20 compiler (GCC, Clang, or MinGW on Windows), CMake version 3.14 or higher, and Git.

Can I use an existing Vanilla world with MCppServer?

Yes. Place your Vanilla world folder in the same directory as the server executable, and it will be loaded on server start.

Is MCppServer compatible with Linux?

Linux has not been thoroughly tested. If you encounter issues joining, disable online mode in the config.json file.

Does MCppServer support plugins?

Plugin support via Lua is planned but not yet implemented. The server provides a foundation for future plugin integration.