Struct classic_crypto::Affine

pub struct Affine {
    pub a: Number,
    pub b: Number,
}

Fields

a: Number

b: Number

Implementations

impl Affine

pub fn solve_known_pair(
    &mut self,
    language: &mut Language,
    plain0: i16,
    plain1: i16,
    cipher0: i16,
    cipher1: i16
)

Trait Implementations

impl Asymmetric for Affine

fn encrypt(&self, language: &mut Language, msg: &str) -> String

Perform the encryption operation on msg.

fn decrypt(&self, language: &mut Language, msg: &str) -> String

Perform the decryption operation on msg.

impl Keyed for Affine

fn new(language: &mut Language) -> Affine

Create a new Keyed cipher, initialized with default state, which is, if possible, the identity form of each key.

fn keys(&self) -> Vec<&dyn IoKey>

Get a vec of keys

fn keys_mut(&mut self) -> Vec<&mut dyn IoKey>

Get a vec of mutable keys

fn reset(&mut self, language: &mut Language)

Reset the cipher state

fn randomize(&mut self, language: &mut Language)

Randomize the cipher state

fn to_string(&self, language: &mut Language) -> String

Convert the cipher state to a string

impl Solve for Affine

fn solve(&mut self, language: &mut Language, msg: &str)

Solve the ciphertext given in msg, the cipher instance will be updated with the key of the best solution.