/// <summary>
/// Generate new keys for this Mesh instance. The hashname of this Mesh will change.
/// </summary>
public void Generate()
{
var cs = new CipherSet1a();
cs.Generate();
Self.CipherSets.Add(cs.CSID, cs);
}
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);
}
/// <summary>
/// Load the keys and secrets.
/// </summary>
public void Load(string jsonIdentityFilePath)
{
JArray keys = (JArray)JToken.Parse(File.ReadAllText(jsonIdentityFilePath));
foreach (var idEntry in keys)
{
if (idEntry ["cs"].Value <string>() == "1a")
{
// Create a 1a
string keyData = idEntry ["secret"].Value <string>();
if (keyData.Length == 0)
{
continue;
}
byte[] privKey = Base32Encoder.Decode(keyData);
keyData = idEntry ["public"].Value <string>();
if (keyData.Length == 0)
{
continue;
}
byte[] publicKey = Base32Encoder.Decode(keyData);
CipherSet1a cs1a = new CipherSet1a();
cs1a.LoadKeys(publicKey, privKey);
Self.CipherSets.Add(0x1a, cs1a);
}
}
}
