Struct paillier::EncryptionKey

pub struct EncryptionKey { /* fields omitted */ }

Public encryption key.

Trait Implementations

impl<'e> From<&'e EncryptionKey> for MinimalEncryptionKey

fn from(ek: &'e EncryptionKey) -> Self

Performs the conversion.

impl<'e> From<MinimalEncryptionKey> for EncryptionKey

fn from(ek: MinimalEncryptionKey) -> Self

Performs the conversion.

impl<'kp> From<&'kp Keypair> for EncryptionKey

fn from(keypair: &'kp Keypair) -> Self

Performs the conversion.

impl<'n> From<&'n BigInt> for EncryptionKey

fn from(n: &'n BigInt) -> Self

Performs the conversion.

impl Serialize for EncryptionKey

fn serialize<S: Serializer>(&self, serializer: S) -> Result<S::Ok, S::Error>

Serialize this value into the given Serde serializer.

impl<'de> Deserialize<'de> for EncryptionKey

fn deserialize<D: Deserializer<'de>>(deserializer: D) -> Result<Self, D::Error>

Deserialize this value from the given Serde deserializer.

impl<'m, 'd> Encrypt<EncryptionKey, RawPlaintext<'m>, RawCiphertext<'d>> for Paillier

fn encrypt(ek: &EncryptionKey, m: RawPlaintext<'m>) -> RawCiphertext<'d>

Encrypt plaintext m under key ek into a ciphertext.

impl<'m, 'r, 'd> EncryptWithChosenRandomness<EncryptionKey, RawPlaintext<'m>, &'r Randomness, RawCiphertext<'d>> for Paillier

fn encrypt_with_chosen_randomness(     ek: &EncryptionKey,     m: RawPlaintext<'m>,     r: &'r Randomness ) -> RawCiphertext<'d>

impl<'m, 'r, 'd> EncryptWithChosenRandomness<EncryptionKey, RawPlaintext<'m>, &'r PrecomputedRandomness, RawCiphertext<'d>> for Paillier

fn encrypt_with_chosen_randomness(     ek: &EncryptionKey,     m: RawPlaintext<'m>,     rn: &'r PrecomputedRandomness ) -> RawCiphertext<'d>

impl<'ek, 'r> PrecomputeRandomness<&'ek EncryptionKey, &'r BigInt, PrecomputedRandomness> for Paillier

fn precompute(ek: &'ek EncryptionKey, r: &'r BigInt) -> PrecomputedRandomness

impl<'c, 'd> Rerandomize<EncryptionKey, RawCiphertext<'c>, RawCiphertext<'d>> for Paillier

fn rerandomize(ek: &EncryptionKey, c: RawCiphertext<'c>) -> RawCiphertext<'d>

Rerandomise ciphertext c to hide any history of which homomorphic operations were used to compute it, making it look exactly like a fresh encryption of the same plaintext.

impl<'c1, 'c2, 'd> Add<EncryptionKey, RawCiphertext<'c1>, RawCiphertext<'c2>, RawCiphertext<'d>> for Paillier

fn add(     ek: &EncryptionKey,     c1: RawCiphertext<'c1>,     c2: RawCiphertext<'c2> ) -> RawCiphertext<'d>

Homomorphically combine ciphertexts c1 and c2 to obtain a ciphertext containing the sum of the two underlying plaintexts, reduced modulus n from ek.

impl<'c, 'm, 'd> Add<EncryptionKey, RawCiphertext<'c>, RawPlaintext<'m>, RawCiphertext<'d>> for Paillier

fn add(     ek: &EncryptionKey,     c: RawCiphertext<'c>,     m: RawPlaintext<'m> ) -> RawCiphertext<'d>

Homomorphically combine ciphertexts c1 and c2 to obtain a ciphertext containing the sum of the two underlying plaintexts, reduced modulus n from ek.

impl<'c, 'm, 'd> Add<EncryptionKey, RawPlaintext<'m>, RawCiphertext<'c>, RawCiphertext<'d>> for Paillier

fn add(     ek: &EncryptionKey,     m: RawPlaintext<'m>,     c: RawCiphertext<'c> ) -> RawCiphertext<'d>

Homomorphically combine ciphertexts c1 and c2 to obtain a ciphertext containing the sum of the two underlying plaintexts, reduced modulus n from ek.

impl<'c, 'm, 'd> Mul<EncryptionKey, RawCiphertext<'c>, RawPlaintext<'m>, RawCiphertext<'d>> for Paillier

fn mul(     ek: &EncryptionKey,     c: RawCiphertext<'c>,     m: RawPlaintext<'m> ) -> RawCiphertext<'d>

Homomorphically combine ciphertext c1 and plaintext m2 to obtain a ciphertext containing the multiplication of the (underlying) plaintexts, reduced modulus n from ek.

impl<'c, 'm, 'd> Mul<EncryptionKey, RawPlaintext<'m>, RawCiphertext<'c>, RawCiphertext<'d>> for Paillier

fn mul(     ek: &EncryptionKey,     m: RawPlaintext<'m>,     c: RawCiphertext<'c> ) -> RawCiphertext<'d>

Homomorphically combine ciphertext c1 and plaintext m2 to obtain a ciphertext containing the multiplication of the (underlying) plaintexts, reduced modulus n from ek.

impl<'m, 'r, 'c, R, CT> CorrectOpening<EncryptionKey, RawPlaintext<'m>, &'r R, &'c CT> for Paillier where     Self: EncryptWithChosenRandomness<EncryptionKey, RawPlaintext<'m>, &'r R, CT>,     CT: PartialEq,

fn verify_opening(     ek: &EncryptionKey,     m: RawPlaintext<'m>,     r: &'r R,     c: &'c CT ) -> bool

impl CorrectKey<EncryptionKey, DecryptionKey> for Paillier

fn challenge(ek: &EncryptionKey) -> (Challenge, VerificationAid)

Generate challenge for given encryption key.

fn prove(     dk: &DecryptionKey,     challenge: &Challenge ) -> Result<CorrectKeyProof, CorrectKeyProofError>

Generate proof given decryption key.

fn verify(     proof: &CorrectKeyProof,     va: &VerificationAid ) -> Result<(), CorrectKeyProofError>

Verify proof.

impl Clone for EncryptionKey

fn clone(&self) -> EncryptionKey

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for EncryptionKey

fn fmt(&self, f: &mut Formatter) -> Result

Formats the value using the given formatter.

impl PartialEq for EncryptionKey

fn eq(&self, other: &EncryptionKey) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &EncryptionKey) -> bool

This method tests for !=.