An Overview of the Rust Programming Language
Rust is a general-purpose programming language primarily influenced by C/C++ and ML/Haskell, among other languages. It supports both object oriented (OOP) and functional (FP) programming styles.
Rust is suitable for both low level systems programming and high level application programming. Rust is designed for performance and safety, especially memory safety. Rust achieves memory safety without garbage collection, using a mechanism called borrow checking. Reference counting, via smart pointers, is also supported.
Rust Main Features
- Rust is a statically typed general purpose programming language.
- Rust supports type inference.
- Rust supports generics (parametrized types).
- Rust has a compile time memory management system based on the ownership model.
- Rust is a block-scoped language like other C-style languages.
- In Rust, expressions play more significant roles than statements.
- In Rust, a block is an expression.
- Rust supports pattern matching.
- Rust supports smart pointers.
- Rust has a powerful macro system. The Rust language can be extended through macros.
Hello World in Rust
fn main() {
println!("Hello World!");
}
More on Hello World in Rust
If you are interested in finding out more about the Rust programming language, then here's an explanation of the Hello World program in Rust in a little more detail:
- Hello World (Rust): Rust Hello World - A quick explanation
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