Dive deep into Rust’s powerful type system and generic programming. Learn about strong typing vs weak typing, static vs dynamic type checking, type inference rules, and how to build generic data structures and functions. Explore parametric polymorphism, monomorphization, lifetime constraints, and best practices for writing flexible, reusable Rust code.
Explore fundamental programming concepts essential for Rust development. Learn about primitive and composite data types, pointers vs references, functions and closures, interfaces and virtual tables, concurrency vs parallelism, async/await patterns, and generic programming paradigms. Build a solid foundation for understanding Rust’s ownership model, dynamic dispatch, and concurrent processing.
Comprehensive guide to Go generics: learn type parameters, constraints, and build generic data structures like stacks and linked lists. Explore functional programming patterns with generic Map, Reduce, and Filter operations for type-safe, reusable code.