Mad Raisin CPU

This project focuses on low-level hardware and assembly language concepts, implemented in C. It involves the design and implementation of functions to manipulate the fields of instructions for the “MAD Raisin” processor.

Key Features

• Instruction Manipulation: The project includes over 10 functions that use bitwise operators and bit masking to extract and manipulate specific fields from processor instructions.
• Program Disassembly: Key functions were developed to load a program into memory and then disassemble it, translating the machine code back into a human-readable format.
• Hardware & Assembly Concepts: The project was instrumental in increasing the understanding of fundamental hardware and assembly language principles.

Technical Implementation

The project was coded entirely in C, running in a MobaXterm environment. It demonstrates a strong proficiency in low-level systems programming, including:

• Bitwise Operations: Extensive use of bit operators (&, |, ^, ~, <<, >>) for precise data manipulation.
• Memory Management: Concepts of loading programs into memory.
• Data Structures: Using C structs to represent instruction formats.