/// <summary>
/// Encrypts the message, using the Sodium cryptography.
/// </summary>
internal override void Encrypt()
{
KeyPairGL KeyPair = new KeyPairGL(Keys.Sodium.PublicKey, Keys.Sodium.PrivateKey);
Blake2BHasher Blake2B = new Blake2BHasher();
Blake2B.Update(KeyPair.PublicKey);
Blake2B.Update("7eb15f65bdd576619abbd0b0650c45db1020f5ec969fcf48a828424f1bc8d809".HexaToBytes());
byte[] Nonce = Blake2B.Finish();
Crypto CryptoKeys = new Crypto
{
PublicKey = "7eb15f65bdd576619abbd0b0650c45db1020f5ec969fcf48a828424f1bc8d809".HexaToBytes()
};
CryptoKeys.Sodium = new Sodium(CryptoKeys);
byte[] Encrypted = CryptoKeys.Sodium.Encrypt(this.Data.ToArray(), Nonce);
Encrypted = KeyPair.PublicKey.Concat(Encrypted).ToArray();
this.Data.Clear();
this.Data.AddRange(Encrypted);
this.Length = (uint)this.Data.Count;
}
/// <summary>
/// Initialize a new instance of the <see cref="Keys.Crypto" />
/// class.
/// </summary>
/// <param name="_PublicKey">
/// The <see langword="public" /> key.
/// </param>
/// <param name="_PrivateKey">
/// The <see langword="private" /> key.
/// </param>
public Crypto(byte[] _PublicKey, byte[] _PrivateKey)
{
this._KeyPair = Library.Sodium.Sodium.GenerateKeyPair(_PublicKey, _PrivateKey);
}
