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Course Outline

Advanced Ownership

  • Comprehending lifetimes and borrowing rules
  • Investigating smart pointers such as Box, Rc, and Arc
  • Managing reference cycles with Weak and Unsync
  • Employing advanced ownership patterns and methodologies

Asynchronous Programming with Async/Await

  • Fundamentals of asynchronous programming in Rust
  • Utilizing async/await syntax effectively
  • Composing futures and integrating async libraries
  • Exploring the broader async ecosystem and available libraries

Traits and Generics

  • Advanced application of traits and associated types
  • Implementing generic functions, structs, and enums
  • Utilizing bounds and trait objects
  • Understanding trait coherence and orphan rules

Advanced Error Handling

  • Defining custom error types
  • Applying advanced techniques like the try! macro, the ? operator, and custom error chains
  • Formulating robust error handling strategies and patterns

Macros

  • Developing procedural macros, including attribute and function-like macros
  • Crafting declarative macros using macro_rules! and match-like syntax
  • Executing advanced macro applications and metaprogramming

Performance Optimization

  • Conducting profiling and benchmarking of Rust code
  • Identifying critical performance bottlenecks
  • Applying optimization techniques through data structures, algorithms, and compiler flags
  • Producing high-performance Rust code

Advanced Concurrency

  • Utilizing advanced synchronization primitives like Mutex, RwLock, and Condvar
  • Building lock-free and wait-free data structures
  • Implementing channels and message passing mechanisms
  • Investigating advanced concurrency patterns

Advanced Troubleshooting

  • Using advanced techniques to debug and resolve complex issues in Rust applications
  • Profiling and optimizing performance in real-world contexts
  • Strategies for managing edge cases and abnormal behavior

Summary and Next Steps

Requirements

  • Demonstrated proficiency in Rust Fundamentals or comparable practical experience
  • Background in systems-level programming
  • Intermediate-level programming proficiency

Target Audience

  • Software Developers
 21 Hours

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