DevKER

Exemple

• Easy to use.

use devker::prelude::{deflate, inflate, BlockType, Cache};

let mut cache = Cache::new();
let v = String::from("Hello world, this is a wonderful world !");
let v_in = v.into_bytes();

// Encode.
let encoded = deflate(&v_in, BlockType::Fixed, &mut cache);
// Decode.
let decoded = inflate(&encoded, &mut cache).unwrap();
assert_eq!(v_in, decoded);

• Reusable cache.

use devker::prelude::{deflate, inflate, BlockType, Cache};

let mut cache = Cache::new();

// First try.

let v = String::from("Hello world, this is a wonderful world !");
let v_in = v.into_bytes();

let encoded = deflate(&v_in, BlockType::Fixed, &mut cache);
let decoded = inflate(&encoded, &mut cache).unwrap();
assert_eq!(v_in, decoded);

// Another try.

let v = String::from("The cache can be reused !");
let v_in = v.into_bytes();

let encoded = deflate(&v_in, BlockType::Fixed, &mut cache);
let decoded = inflate(&encoded, &mut cache).unwrap();
assert_eq!(v_in, decoded);

Support

• Deflate/Inflate (Only fixed is supported for deflate)
• Zlib (Dictionaries isn't supported)

Note

For the moment, this crate is inspired by libflate.

Documentation

See RustDoc Documentation.

Installation

Add following lines to your Cargo.toml:

[dependencies]
devker = "0"

Goal

In the future, this crate gathers most of the algorithms that I use for my projects.

The goal is to have performance and no dependency, in order to fully control the source code.

References

• ZLIB: RFC-1950
• DEFLATE: RFC-1951