MR MIPS Simulator

MR MIPS Simulator is a educational tool designed to help you learn the fundamentals of MIPS assembly programming. With this simulator, you can write MIPS assembly code, execute it instruction by instruction, and explore the inner workings of the MIPS architecture. 

---STILL in development, some instruction still don't work---

Writing Assembly Code

To get started, write your MIPS assembly code in the editor provided. MR MIPS Simulator supports a wide range of MIPS instructions, making it a great platform for learning and practicing assembly programming.

Running Instructions

You can execute your code step-by-step, allowing you to observe the changes in registers and memory at each instruction. This hands-on approach provides a deeper understanding of how your code interacts with the MIPS architecture.

Instruction Code Classification

MR MIPS Simulator classifies each instruction as you run it, making it easy to learn about the various MIPS instruction types, including R-type, I-type, and J-type instructions. This classification helps you grasp the essentials of MIPS programming.

Register Read/Write

As you execute instructions, you can keep an eye on the registers. MR MIPS Simulator tracks the read and write operations, making it easy to understand how data is moved and manipulated within the processor.

Memory Allocation

Understanding memory is a fundamental aspect of MIPS programming. MR MIPS Simulator allows you to inspect memory locations and observe how data is stored and accessed in the memory hierarchy.

Learning the Basics

MR MIPS Simulator is an excellent tool for beginners who want to learn the first steps in MIPS development. Whether you're a student, educator, or someone interested in computer architecture, this simulator offers a hands-on learning experience that's both educational and fun.

Start Learning MIPS Assembly Today

Begin your journey into the world of MIPS assembly programming with MR MIPS Simulator. Explore the power of this tool to write, run, and analyze assembly code, and gain a deeper understanding of how computers process instructions at the hardware level.