pub fn anonymously_decrypt_bytes(
        &self,
        ciphertext: &[u8],
        my_pk: &PublicEncryptKey,
    ) -> Result<Vec<u8>, DecryptionError> {
        sealedbox::open(ciphertext, &my_pk.inner, &self.inner.encrypt)
            .map_err(DecryptionError::GenericDecryptionError)
    }
/// Decrypts bytestring `ciphertext` encrypted using anonymous encryption.
///
/// With anonymous encryption we won't be able to verify the sender and
/// tell who sent the ciphertext.
///
/// Returns plaintext in case of success.
/// Can return `Error` if the ciphertext is not valid or if it can not be decrypted.
Decrypts bytestring `ciphertext` encrypted using anonymous encryption.
With anonymous encryption we won't be able to verify the sender and
tell who sent the ciphertext.

Returns plaintext in case of success.
Can return `Error` if the ciphertext is not valid or if it can not be decrypted.
Decrypts bytestring ` ciphertext ` encrypted using anonymous encryption . With anonymous encryption we won ' t be able to verify the sender and tell who sent the ciphertext . Returns plaintext in case of success . Can return ` Error ` if the ciphertext is not valid or if it can not be decrypted .
pub fn anonymously_decrypt_bytes(
        &self,
        ciphertext: &[u8],
        my_pk: &PublicEncryptKey,
    ) -> Result<Vec<u8>, DecryptionError> {
        sealedbox::open(ciphertext, &my_pk.inner, &self.inner.encrypt)
            .map_err(DecryptionError::GenericDecryptionError)
    }
pub fn anonymously_decrypt_bytes ( & self , ciphertext : & [ u8 ] , my_pk : & PublicEncryptKey , ) -> Result < Vec < u8 > , DecryptionError > { sealedbox :: open ( ciphertext , & my_pk . inner , & self . inner . encrypt ) . map_err ( DecryptionError :: GenericDecryptionError ) }
Decrypts bytestring `ciphertext` encrypted using anonymous encryption.
Decrypts bytestring ` ciphertext ` encrypted using anonymous encryption .
&self
ciphertext
&[u8]
my_pk
&PublicEncryptKey
&self
ciphertext
&[u8]
my_pk
&PublicEncryptKey