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Duration 21 hours
Course Outline
Advanced Ownership Concepts
- Deep dive into lifetimes and borrowing mechanics
- Investigation of smart pointers including Box, Rc, and Arc
- Managing reference cycles with Weak references and understanding Unsync traits
- Implementation of sophisticated ownership patterns and best practices
Asynchronous Programming via Async/Await
- Foundations of asynchronous workflows in Rust
- Practical application of async/await syntax
- Composition of futures and integration with asynchronous libraries
- Overview of the asynchronous ecosystem and key third-party crates
Advanced Traits and Generics
- Complex trait applications and the use of associated types
- Design of generic functions, structs, and enums
- Understanding trait bounds and trait objects
- Analysis of trait coherence rules and the orphan rule constraint
Sophisticated Error Handling
- Definition and implementation of custom error types
- Advanced techniques using the try! macro, the ? operator, and custom error chaining
- Development of robust error handling strategies and architectural patterns
Macro Development
- Procedural macro creation, including attribute and function-like variants
- Declarative macro writing using macro_rules! and match-like syntax
- Application of advanced macro patterns and metaprogramming
Performance Optimization
- Methods for profiling and benchmarking Rust codebases
- Identification and analysis of performance bottlenecks
- Application of optimization techniques across data structures, algorithms, and compiler configurations
- Best practices for writing highly performant Rust applications
Advanced Concurrency Models
- Utilization of advanced synchronization primitives such as Mutex, RwLock, and Condvar
- Construction of lock-free and wait-free data structures
- Implementation of channels and message-passing architectures
- Exploration of complex concurrent design patterns
Advanced Troubleshooting and Debugging
- Techniques for diagnosing and resolving complex logic and runtime issues
- Real-world performance profiling and optimization scenarios
- Strategies for managing edge cases and unexpected runtime behaviors
Conclusion and Recommended Next Steps
Requirements
- Demonstrated proficiency in Rust Fundamentals or comparable practical experience
- Background in systems-level programming concepts
- Intermediate-level software development experience
Target Audience
- Software Developers
Testimonials (2)
Very good topic structure, perfect presentation, very high level of trainer's knowlwdge. Flawless infrastructure.
Tibor Pozsgai
Course - Rust Advanced
I liked the interactive examples we worked on, the trainer was extremely knowledgeable in almost every subject we had questions about, and gave excellent advise for our real-world use-cases relating to some of the material in the training.
