The Repository contains the learning materials of the Safety in Systems Programming course by Ryan Eberhardt and Armin Namavari.

This course is focused on safety and robustness in systems programming:

• Where do things often go wrong in computer systems?
• How can we avoid common pitfalls?
• Use the Rust programming language as a vehicle to teach mental models and paradigms that have been shown to be helpful in preventing errors
• How these features have made their way back into C++.

This project will give us practice with multiprocessing in Rust, and will give us a better sense of how processes are managed by the operating system as well as how ptrace can be used to circumvent process boundaries.

Features:

1. run, stop, continue, kill the traced process
2. print a stack trace for a paused program
3. set the breakpoints

Implementation: Here

This project will give us practice with multithreading, asynchronous programming, and performance optimization by building a load balancer using tokio runtime.

Features:

1. Random load balancing
2. Failover with passive health checks
3. Failover with active health checks
4. Fixed Window Rate Limiting

Implementation: Here

1. Hangman Game
2. File Diff Tool
3. File Descriptor Inspector
4. Generic Linked List
5. Farm meets multithreading
6. Parallel Map