MIPS Assembly Simulator in Python

The following project consisted of a functional assembly simulator following MIPS machine code (hex) as input.

Program Includes:

32 registers including pc, hi, and lo
Data memory ranging from memory address 0x2000 - 0x3000 (data memory scaling is available but limited range for demonstration purposes)
Special instruction (find width: gets the width of a 32-bit binary string. [e.g. 1000010 = 6])
Instruction statistics representing alu, jump, branch, memory, and other instructions
Displayed outputs: step-by-step detailed executions, registers (32 unique), data memory (0x2000 - 0x3000)
Displayed data memory contains customization options: Decimal/Hexadecimal Address and Decimal/Hexadecimal Values (4 interchangeable modes)

Leveraged Knowledge

Extensive Python practices: list data structures (list-list embedded) and methods, console output text alignment methods, os.path import
Thinking process of executing assembly code given MIPS machine code (in hex) as input
Application and use of ECE concepts such as twos complement and multiple conversions between hex, decimal, and binary