public void TestVerifying()
{
var signing = new Signing(null);
Assert.IsTrue(signing.ValidateSignatures(
RemoveChecksum(SIXTH_ADDR),
new[] { SIGNATURE1, SIGNATURE2 },
RemoveChecksum(FIRST_ADDR)));
}
public void BasicMultiSigTest()
{
Multisig ms = new Multisig();
// First co-signer uses security level 3 and index 0 for the private key
string digestOne = ms.GetDigest(TestSeed1, 3, 0);
// We initiate the multisig address generation by absorbing the key digest
ms.AddAddressDigest(new[] { digestOne });
// Second cosigner also uses security level 3 and index 0 for the private key
string digestTwo = ms.GetDigest(TestSeed2, 3, 0);
// Add the multisig by absorbing the second cosigners key digest
ms.AddAddressDigest(new[] { digestTwo });
// finally we generate the multisig address itself
string multiSigAddress = ms.FinalizeAddress();
Console.WriteLine("MultisigAddress = " + multiSigAddress);
bool isValidMultisigAddress = ms.ValidateAddress(multiSigAddress,
new[] { Converter.ToTrits(digestOne), Converter.ToTrits(digestTwo) });
Console.WriteLine("Is a valid multisig address " + isValidMultisigAddress);
Assert.IsTrue(isValidMultisigAddress, "Address is not a valid multisigAddress");
List <Transfer> transfers = new List <Transfer>
{
new Transfer(ReceiveAddress.AddChecksum(), 999, "", TestTag)
};
List <Transaction> trxs =
_iotaAPI.InitiateTransfer(6, multiSigAddress.AddChecksum(), RemainderAddress, transfers, null, true);
Bundle bundle = new Bundle(trxs, trxs.Count);
bundle = ms.AddSignature(bundle, multiSigAddress, ms.GetKey(TestSeed1, 0, 3));
bundle = ms.AddSignature(bundle, multiSigAddress, ms.GetKey(TestSeed2, 0, 3));
Signing sgn = new Signing(new Kerl());
bool isValidSignature = sgn.ValidateSignatures(bundle, multiSigAddress);
Console.WriteLine("Result of multi-signature validation is " + isValidSignature);
Assert.IsTrue(isValidSignature, "MultiSignature not valid");
}