bipack_ru

This is Bipack format implementation, minimalistic by purpose.

Bipack serialization format is used in DiWAN products as a base format and also in my newe communication package like kiloparsec (and in underlying crypto2) which are intended to replace older Parsec protocols family to cope with modern crazy world challenges.

Important

due to growing tensions in the world, the main development is moved to our Gitea repository. We will try our best to make it available all around the world.

The most recent code will be there, and we encourage to use it also for issues/discussions.

work in progress.

Already implemented:

The following parts are already safe to use

u8, u16, u32, u64, smartint variable-length unsigned
i8, i16, i32, i64, smartint variable-length signed
strings (utf8, variable length)
fixed size byte arrays
variable length byte arrays

The sample code (see src/lib.rs for more:)

fn test() {
    let mut data = Vec::<u8>::new();
    data.put_str("Hello, rupack!");
    println!("size ${}\n{}", data.len(), to_dump(&data));
    let mut src = SliceSource::from(&data);
    assert_eq!("Hello, rupack!", src.get_str().unwrap());
}

Tools and macros

to_dump to convert binary slice into human-readable dump
StringBuilder super minimalistic string builder (footprint).

At the moment it does not include serde module as it is yet unclear how much it will increase .wasm size. Could be added later.

The autodoc documentation is good enough already, so we do not repeat it here now.

How to

just ad this package to your dependencies, it is on crates.io.

Big thanks

to https://github.com/jamesmunns for the brilliant postcard format which was used as a model.

License

For compliance with other modules this work is provided under APACHE 2.0 license a copy of which is included in the file LICENSE.

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