Struct reed_solomon_simd::engine::NoSimd

pub struct NoSimd { /* private fields */ }

Optimized Engine without SIMD.

NoSimd is a basic optimized engine which works on all CPUs.

Implementations

impl NoSimd

pub fn new() -> Self

Creates new NoSimd, initializing all tables needed for encoding or decoding.

Currently only difference between encoding/decoding is LogWalsh (128 kiB) which is only needed for decoding.

Trait Implementations

impl Clone for NoSimd

fn clone(&self) -> NoSimd

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Default for NoSimd

fn default() -> Self

Returns the “default value” for a type.

impl Engine for NoSimd

fn fft( &self, data: &mut ShardsRefMut<'_>, pos: usize, size: usize, truncated_size: usize, skew_delta: usize )

In-place decimation-in-time FFT (fast Fourier transform).

fn ifft( &self, data: &mut ShardsRefMut<'_>, pos: usize, size: usize, truncated_size: usize, skew_delta: usize )

In-place decimation-in-time IFFT (inverse fast Fourier transform).

fn mul(&self, x: &mut [u8], log_m: GfElement)

x[] *= log_m

fn xor(x: &mut [u8], y: &[u8])

x[] ^= y[]

fn eval_poly(erasures: &mut [GfElement; 65536], truncated_size: usize)

where Self: Sized,

Evaluate polynomial.

fn fft_skew_end( &self, data: &mut ShardsRefMut<'_>, pos: usize, size: usize, truncated_size: usize )

FFT with skew_delta = pos + size.

fn formal_derivative(data: &mut ShardsRefMut<'_>)

where Self: Sized,

Formal derivative.

fn ifft_skew_end( &self, data: &mut ShardsRefMut<'_>, pos: usize, size: usize, truncated_size: usize )

IFFT with skew_delta = pos + size.

fn xor_within(data: &mut ShardsRefMut<'_>, x: usize, y: usize, count: usize)

where Self: Sized,

data[x .. x + count] ^= data[y .. y + count]