Struct paillier::coding::integral::Code

pub struct Code<I> {
    pub component_count: usize,
    pub component_size: usize,
    pub _phantom: PhantomData<I>,
}

Integral code for scalars and vectors.

Fields

component_count: usize

Number of components to expect in vectors.

component_size: usize

Bits to allocate for each component in vectors, including gap space.

_phantom: PhantomData<I>

Methods

impl<I> Code<I>

fn default() -> Code<I>

fn new(component_count: usize, component_size: usize) -> Code<I>

Trait Implementations

impl<I> Encoder<u64> for Code<I> where I: From<u64>

type Target = Plaintext<I, u64>

fn encode(&self, x: &u64) -> Self::Target

Encode T types into Target types.

impl<I> Encoder<Vec<u64>> for Code<I> where I: One,
        I: Clone,
        I: From<u64>,
        I: Shl<usize, Output=I>,
        I: Add<I, Output=I>,
        &'a I: Rem<&'b I, Output=I>,
        &'a I: Shr<usize, Output=I>

type Target = Plaintext<I, u64>

fn encode(&self, x: &Vec<u64>) -> Self::Target

Encode T types into Target types.

impl<I> Decoder<u64> for Code<I> where u64: ConvertFrom<I>

type Source = Plaintext<I, u64>

fn decode(&self, x: &Plaintext<I, u64>) -> u64

Decode Source types into T types.

impl<I> Decoder<Vec<u64>> for Code<I> where u64: ConvertFrom<I>,
        I: One,
        I: Clone,
        I: From<u64>,
        I: Shl<usize, Output=I>,
        I: Add<I, Output=I>,
        &'a I: Rem<&'b I, Output=I>,
        &'a I: Shr<usize, Output=I>

type Source = Plaintext<I, u64>

fn decode(&self, x: &Plaintext<I, u64>) -> Vec<u64>

Decode Source types into T types.