Demonstrate how to create and use generics in Rust, highlighting their role in writing versatile and reusable code.

Generics in Rust are a powerful feature that allows you to write code that can work with different types while maintaining type safety. They play a crucial role in creating versatile and reusable code by enabling the definition of functions, structures, and traits that can operate on a variety of data types. Let's explore the creation and use of generics in Rust with examples to illustrate their versatility and benefits. Creating Generics: 1. Function with Generics: - A generic function allows you to write a single function that works with different types. ```rust fn print_generic<T>(value: T) { println!("Generic Value: {:?}", value); } fn main() { print_generic(42); print_generic("Hello, Rust!"); print_generic(vec![1, 2, 3]); } ``` 2. Struct with Generics: - A generic struct allows you to define a structure that can hold values of different types. ```rust struct Container<T> { value: T, } fn main() { let int_container = Container { value: 42 }; let str_container = Container { value: "Hello, Rust!" }; println!("Con....