public static void TestProtocol()
{
var rsa = new RSACryptography();
var validator = new Validator(rsa);
validator.CreateKeys();
var agency = new Agency(rsa, validator.PublicKey.GetChangeableCopy(), 10);
var elector = new Elector(rsa, validator.PublicKey.GetChangeableCopy());
elector.CreateNewKeys();
var blinded = elector.CreateBlindedMessage(0);
var blindedSigned = elector.CreateBlindedSignedMessage(0);
if (validator.VerifyBulletin(blindedSigned, blinded, elector.PublicSignKey.GetChangeableCopy()))
{
var signedByValidator = validator.SignBulletin(blinded);
var signedValidatorUnBlind = elector.RemoveBlindEncryption(signedByValidator);
var encryptedBulletin = elector.GetEncryptedBulletin(0);
var signedEncryptedBulletin = elector.GetSignedEncryptedBulletin(0);
agency.AddBulletin(signedValidatorUnBlind, encryptedBulletin, signedEncryptedBulletin, elector.PublicSignKey.GetChangeableCopy(), 1);
}
}
private void CreateValidator()
{
var checkCrypto = false;
var i = 0;
while (!checkCrypto)
{
Validator = new Validator(CryptographyProvider);
Validator.CreateKeys();
var validatorKey = Validator.PublicKey.GetChangeableCopy();
var elector = new Elector(CryptographyProvider, validatorKey);
elector.CreateNewKeys();
var blindedSigned = elector.CreateBlindedSignedMessage(0);
var blinded = elector.CreateBlindedMessage(0);
checkCrypto = CryptographyProvider.VerifyData(elector.PublicSignKey.GetChangeableCopy(), blinded, blindedSigned);
i++;
}
}
public void InitializeElector(Dictionary <string, object> validatorKey)
{
var checkCrypto = false;
var i = 0;
while (!checkCrypto)
{
Elector = new Elector(CryptographyProvider, validatorKey);
Elector.CreateNewKeys();
var blindedSigned = Elector.CreateBlindedSignedMessage(0);
var blinded = Elector.CreateBlindedMessage(0);
checkCrypto = CryptographyProvider.VerifyData(Elector.PublicSignKey.GetCopy(), blinded, blindedSigned);
i++;
}
LogIn();
Debug.Log("Elector created");
}
