/// <summary>
/// Generate the keys to identify the user and encrypt the network session
/// </summary>
public void GenKey(SessionSide side, Size size, int MazeCount, int MazeSteps)
{
if (side == SessionSide.Server)
{
MazeHandshake = new ServerMaze(size, MazeCount, MazeSteps);
}
else
{
MazeHandshake = new ClientMaze(size, MazeCount, MazeSteps);
}
MazeHandshake.SetLoginData(Username, Password, PrivateKeys, PublicKey);
MazeHandshake.SetMazeKey();
//encrypt the public key with WopEx
EncryptedPublicKey = MazeHandshake.GetEncryptedPublicKey();
EncryptedHash = BitConverter.ToString(SHA512Managed.Create().ComputeHash(EncryptedPublicKey, 0, EncryptedPublicKey.Length)).Replace("-", "");
}
/// <summary>
/// Generate the keys to identify the user and encrypt the network session
/// </summary>
public void GenKey(SessionSide side, Size size, int MazeCount, int MazeSteps)
{
if(side == SessionSide.Server)
MazeHandshake = new ServerMaze(size, MazeCount, MazeSteps);
else
MazeHandshake = new ClientMaze(size, MazeCount, MazeSteps);
MazeHandshake.SetLoginData(Username, Password, PrivateKeys, PublicKey);
MazeHandshake.SetMazeKey();
//encrypt the public key with WopEx
EncryptedPublicKey = MazeHandshake.GetEncryptedPublicKey();
EncryptedHash = BitConverter.ToString(SHA512Managed.Create().ComputeHash(EncryptedPublicKey, 0, EncryptedPublicKey.Length)).Replace("-", "");
}
/// <summary>
/// Generate the keys to identify the user and encrypt the network session
/// </summary>
public void GenKey(SSPClient Client, SessionSide side, Size size, int MazeCount, int MazeSteps)
{
this.Client = Client;
GenKey(side, size, MazeCount, MazeSteps);
}
/// <summary>
/// Generate the keys to identify the user and encrypt the network session
/// </summary>
public void GenKey(SSPClient Client, SessionSide side, Size size, int MazeCount, int MazeSteps)
{
this.Client = Client;
GenKey(side, size, MazeCount, MazeSteps);
}