public bool VerifySignature()
{
var versig = I2PSignature.SupportedSignatureType(PublicSigningKey.Certificate.SignatureType);
if (!versig)
{
DebugUtils.LogDebug("I2PLeaseSet: VerifySignature false. Not supported: " +
PublicSigningKey.Certificate.SignatureType.ToString());
return(false);
}
var signfields = new List <BufLen>();
signfields.Add(new BufLen(Destination.ToByteArray()));
signfields.Add(PublicKey.Key);
signfields.Add(PublicSigningKey.Key);
signfields.Add((BufLen)(byte)Leases.Count);
lock ( Leases )
{
foreach (var lease in Leases)
{
signfields.Add(new BufLen(lease.ToByteArray()));
}
}
versig = I2PSignature.DoVerify(PublicSigningKey, Signature, signfields.ToArray());
if (!versig)
{
DebugUtils.LogDebug("I2PLeaseSet: I2PSignature.DoVerify failed: " + PublicSigningKey.Certificate.SignatureType.ToString());
return(false);
}
return(true);
}
static BufLen CreateKnCBuf(I2PKeysAndCert kns)
{
var ar = kns.ToByteArray();
var buf = new BufLen(I2PHashSHA256.GetHash(ar, 0, ar.Length));
return(buf);
}
public I2PIdentHash(I2PKeysAndCert kns)
{
var ar = kns.ToByteArray();
Hash = new BufLen(I2PHashSHA256.GetHash(ar, 0, ar.Length));
CachedHash = Hash.GetHashCode();
}
