💻⚙️ Peax OS

A very small operating system that functions as a terminal tool developed by RacX Labs.

✨ Main Features

• Age Calculator: Detailed breakdown of your age.
• Number Calculator: Simple and fast arithmetic operations.
• ASCII Converter: Convert characters to ASCII values.
• Simple Encryption: Basic character encryption for privacy.
• Odd/Even number Checker: Quickly identifies if a number is Odd or Even.
• Phone Suggester: It suggests a phone based on your budget and usage.
• User Experience: Includes ASCII art headers, screen clearing, and input validation to prevent crashes.

💻 Tech Stack

• Language: C++
• OS: Arch Linux (Core i3 2nd Gen)
• Compiler: g++

🛠️ How to Run

g++ Peax.cpp -o peax
./peax

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Developed by Mtitla.

RacX Brand aims to become a larger brand and develop its own distribution: PeaX OS. RacX currently consists of only one developer who is learning kernel and operating system development.

RoadMap

🌑 Phase 1: Foundation (Current)

[x] Core CLI Utilities: Basic math, encryption, and hardware tools.

[x] Input Validation: Robust error handling to prevent system crashes.

[x] Brand Identity: Establishing RacX Labs and the PeaX visual identity.

🌒 Phase 2: System Integration (Near Future)

[ ] File Management System: Create, delete, and modify files directly through PeaX.

[ ] Personalized Profiles: Support for multiple user profiles and local settings storage.

[ ] Process Simulation: A basic task manager to monitor "system" resource usage.

[ ] Advanced Phone Suggester: Integration of a local database for real-time hardware matching.

🌓 Phase 3: The "Pseudo-Kernel" Layer

[ ] Custom Command Parser: Moving away from standard shell inputs to a dedicated PeaX interpreter.

[ ] Memory Management Simulation: Learning and implementing how the OS allocates RAM for tasks.

[ ] Scripting Support: Allowing users to run simple .px scripts within PeaX.

🌕 Phase 4: Independence (The Ultimate Goal)

[ ] Bootloader Development: Researching how to boot PeaX without an underlying Linux distro.

[ ] Hardware Abstraction Layer (HAL): Direct communication with CPU/GPU components.

[ ] Native GUI: Transitioning from a pure CLI to a minimalist, high-performance graphical interface.