public bool Handshake(Packet outer)
{
var linkData = Packet.DecodePacket (outer.Body);
if (Exchange == null) {
Exchange = new Exchange (Mesh.Self, 0x1a, linkData.Body);
Exchange.OutAt = (uint)outer.Head ["at"];
var tokenData = outer.Parent.Body.Take (16).ToArray ();
var tokenHash = Helpers.SHA256Hash (tokenData).Take (16).ToArray ();
Token = Helpers.ToHexSring (tokenHash);
}
if (!Exchange.Verify (outer.Parent)) {
return false;
}
Exchange.Sync (outer);
return true;
}
public void Handshake()
{
byte[] A_KEY = Telehash.Base32Encoder.Decode("anfpjrveyyloypswpqzlfkjpwynahohffy");
byte[] A_SEC = Telehash.Base32Encoder.Decode("cgcsbs7yphotlb5fxls5ogy2lrc7yxbg");
byte[] B_KEY = Telehash.Base32Encoder.Decode("amhofcnwgmolf3owg2kipr5vus7uifydsy");
byte[] B_SEC = Telehash.Base32Encoder.Decode("ge4i7h3jln4kltngwftg2yqtjjvemerw");
Self localSelf = new Self ();
CipherSet1a cs = new CipherSet1a ();
cs.LoadKeys (A_KEY, A_SEC);
localSelf.CipherSets.Add(0x1a, cs);
Exchange ex = new Exchange (localSelf, 0x1a, B_KEY);
var outPacket = ex.Handshake (0x1a);
Console.Write (outPacket);
Self remoteSelf = new Self ();
CipherSet1a remoteCs = new CipherSet1a ();
remoteCs.LoadKeys (B_KEY, B_SEC);
remoteSelf.CipherSets.Add (0x1a, remoteCs);
CS1ARemoteInfo ri = new CS1ARemoteInfo ();
ri.RemotePublicKey = A_KEY;
var decryptedPacket = remoteCs.MessageDecrypt (outPacket);
System.Diagnostics.Debug.Write (decryptedPacket);
}
public Link (Mesh mesh, string hashname, byte[] remotePublicKey)
{
sharedSetup (hashname);
Mesh = mesh;
Exchange = new Exchange (Mesh.Self, 0x1a, remotePublicKey);
}
