Trait cipher_crypt::Cipher

pub trait Cipher {
    type Key;
    type Algorithm;
    fn new(key: Self::Key) -> Result<Self::Algorithm, &'static str>;
    fn encrypt(&self, message: &str) -> Result<String, &'static str>;
    fn decrypt(&self, message: &str) -> Result<String, &'static str>;
}

Associated Types

type Key

type Algorithm

Required Methods

fn new(key: Self::Key) -> Result<Self::Algorithm, &'static str>

Initialise a cipher given a specific key.

fn encrypt(&self, message: &str) -> Result<String, &'static str>

Encrypt a message using a cipher's algorithm.

fn decrypt(&self, message: &str) -> Result<String, &'static str>

Decrypt a message using a cipher's algorithm.

Implementors

• impl Cipher for Caesar type Key = usize; type Algorithm = Caesar;
• impl Cipher for Vigenere type Key = String; type Algorithm = Vigenere;
• impl Cipher for Railfence type Key = usize; type Algorithm = Railfence;
• impl Cipher for FractionatedMorse type Key = String; type Algorithm = FractionatedMorse;
• impl Cipher for Hill type Key = Matrix<isize>; type Algorithm = Hill;
• impl Cipher for Autokey type Key = String; type Algorithm = Autokey;
• impl Cipher for Affine type Key = (usize, usize); type Algorithm = Affine;
• impl Cipher for Polybius type Key = (String, [char; 6], [char; 6]); type Algorithm = Polybius;
• impl Cipher for Scytale type Key = usize; type Algorithm = Scytale;
• impl Cipher for ColumnarTransposition type Key = (String, Option<char>); type Algorithm = ColumnarTransposition;
• impl Cipher for ADFGVX type Key = (String, String, Option<char>); type Algorithm = ADFGVX;