Session Overview
Are you tired of dealing with C++ memory issues? Ready to write code confidently without the fear of crashes? Join us for a journey into memory safety nirvana with Rust!
In this session, we’ll explore Rust’s ownership model, borrowing system, and lifetime annotations—the cornerstones of memory safety. Through hands-on examples, you’ll learn how Rust eliminates common C++ pitfalls like memory leaks and data races.
Discover how Rust empowers you to write efficient, concurrent code while ensuring safety. We’ll compare Rust’s memory management with C++ to highlight the benefits.
By the end, you’ll grasp how Rust achieves memory safety, enabling you to build reliable applications with confidence. Whether you’re a C++ veteran or new to systems programming, this session equips you to embrace Rust’s memory-safe future.
Session Key Takeaways:
- Understand Rust’s ownership, borrowing, and lifetime concepts
- Gain practical experience writing memory-safe Rust code
- Learn how Rust prevents memory errors at compile time
This session is for…
- Systems programmers seeking memory safety guarantees
- Developers interested in building reliable, high-performance applications
- C++ developers looking to transition to Rust
