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License: GPL Author : Claims.Promo & Promo.Claims

Overview: This framework is a sandbox for kernel module development. Each module is isolated, cloned in RAM, and can be safely loaded/unloaded. Tiny bugs may crash the system, but that’s the price of fun. 😎

Features:

• Safe init/exit ordering
• Module cloning in RAM
• Developer-friendly macros
• Dynamic streaming of "apps"
• Humor included for free

Performance Notes: Modern humans react in roughly ~250 ms. This framework aims to stay far ahead of that.

Incoming (RX) and outgoing (TX) processing are designed to stay under half of the human reaction window (~120 ms), ensuring that the system responds faster than a human can notice.

When load increases, traffic can be redirected to other servers to preserve this reaction-time budget. The goal is simple: keep everything running so fast that the user never feels delay.

Getting Started:

1. Set up your development environment:

   • Download and install VS Code: https://code.visualstudio.com/
   • Install Linux headers and development tools (build-essential)

2. Kernel sources:

   • Get the latest stable Linux kernel from https://www.kernel.org/ or clone from Linus Torvalds' GitHub: https://github.com/torvalds/linux
   • Ensure you have headers for your running kernel or the kernel you plan to build modules against.

3. Compiler:

   • Use the latest GCC for your system: https://gcc.gnu.org/
   • Ensure you have make installed.

4. Build the framework:

   • Open a terminal inside your project folder.
   • Run make to compile the menu.

Warnings: ⚠️ Kernel-level sandbox / one typo can freeze your machine. ⚠️ Always test in a VM first if possible. ⚠️ Half-baked modules or crashes are expected — debugging is part of the fun.

“Here be dragons” 🐉