<ul><li>Generics in Rust allow developers to write flexible and reusable code by abstracting over different data types.</li><li>They help reduce code duplication and enhance the language's expressive capabilities.</li><li>By using generics, a single function can cater to multiple data types, eliminating the need for separate functions for each type.</li><li>In Rust, generics are denoted by placing type parameters in angle brackets, such as <T>.</li><li>Generics can be used in functions, structs, enums, and methods to make code adaptable and versatile.</li><li>Rust ensures the efficiency of generics through monomorphization, converting generic code into specific implementations at compile time.</li><li>Constraints, known as trait bounds, can be applied to generics to specify functionality requirements or restrict types.</li><li>Const generics allow abstraction over values, enabling handling of array lengths and expressing constraints efficiently.</li><li>Rust's generics are zero-cost abstractions, ensuring high performance without runtime overhead.</li><li>Generics play a crucial role in making Rust code flexible, efficient, and less prone to redundancy.</li></ul>

Rust Generics Made Simple

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