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| It is more common to use `cargo`, which wraps `rustc`. It depends on the project following a standard file structure, and on being in the project's root directory. | It is more common to use `cargo(1)`, which wraps `rustc(1)`. It depends on the project following a standard file structure, and on being in the project's root directory. |
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The `release` flag enables all optimizations. These optimizations are also accessible with `rustc(1)`, but through multiple flags and options. |
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| ---- == See also == [[https://doc.rust-lang.org/reference/|The Rust Reference]], the language spec [[https://doc.rust-lang.org/book/|The Rust Programming Book]], a Rust tutorial [[https://github.com/rust-lang/rustlings|rustlings]], an interactive (and `git(1)`-based) Rust tutorial |
Rust
The Rust programming language is a compiled, static-typed language built on top of the LLVM project.
Contents
Example
A hello world program looks like:
fn main() {
println!("Hello World!");
}To compile and run the program, try:
rustc hello.rs ./hello
It is more common to use cargo(1), which wraps rustc(1). It depends on the project following a standard file structure, and on being in the project's root directory.
cargo build --release ./hello # or cargo run
The release flag enables all optimizations. These optimizations are also accessible with rustc(1), but through multiple flags and options.
Data Types
See also
The Rust Reference, the language spec
The Rust Programming Book, a Rust tutorial
rustlings, an interactive (and git(1)-based) Rust tutorial