Traditional programming languages give you speed and control – but at the cost of memory bugs, data races, and endless debugging. Rust changes the game with its revolutionary ownership system, compile-time safety guarantees, and fearless concurrency model.
In just one day, you’ll gain practical insights into how Rust eliminates entire classes of bugs at compile time, without sacrificing performance or control.
- Introduction to Rust
- Why Rust? History & motivations
- Comparison with C/C++/C#/Java
- Rust’s core principles (Safety, Performance, Ecosystem)
- Ownership, Borrowing, and Lifefimes
- Memory safety without a Garbage Collector
- The Ownership model explained
- Borrowing Rules & Lifetimes
- Error-Handling in the Rust Way
- The power of Result and Option
- Handling Errors without Exceptions
- Pattern Matching and Control Flow
- Memory Safety in Rust
- Stack vs. Heap
- How Rust prevents Buffer Overflows, use-after-free, and Memory Leaks
- Unsafe Rust: when and why
- Concurrency without Fear
- Rust’s fearless Concurrency Model
- Data Races at Compile-Time
- Threads, Channels, and Mutexes
- Tooling, Ecosystem, and Cargo
- The Rust Package Manager (cargo)
- Crates.io and the Rust ecosystem
- Documentation and Testing with Rust
