Module coding 

Erasure coding layer — Random Linear Network Coding (RLNC) over GF(2⁸).

Why RLNC

RLNC has a property that standard Reed-Solomon and RaptorQ lack: a node can recode — produce a new valid encoded fragment by recombining the fragments it already holds, without ever reconstructing the original data. This is the key requirement for BillPouch’s distributed fragment replication.

Sub-modules

• gf256 — arithmetic in GF(2⁸) (add, mul, div, inv).
• rlnc — encode, recode and decode operations on byte chunks.

Re-exports

pub use params::compute_coding_params;

pub use params::effective_recovery_probability;

pub use params::NetworkCodingParams;

pub use rlnc::decode;

pub use rlnc::encode;

pub use rlnc::recode;

pub use rlnc::EncodedFragment;

Modules

gf256

Arithmetic in GF(2⁸) — the Galois field with 256 elements.

params

Network-aware coding parameters — adaptive k computation.

rlnc

Random Linear Network Coding (RLNC) over GF(2⁸).