/// <summary>
/// This method waits until the server send the shared secret to the client
/// </summary>
private void WaitForSharedSecret()
{
try
{
Model.QueueDeclarePassive(ClientQueue);
}
catch { throw new RabbitMQException(RabbitMQException.ExceptionType.NoClientQueue); }
var consumer = new EventingBasicConsumer(Model);
consumer.Received += (obj, ea) =>
{
var message = BinaryFormatter <ChatMessage> .FromBinary(ea.Body);
var handshake = BinaryFormatter <TSharedSecret> .FromBinary(Chat.DecryptData(message));
// If we can't decrypt it, leave and go on
if (handshake == null)
{
return;
}
OnSharedKeyExchanged?.Invoke(this, Chat.ChatMember, handshake);
// Dispose automatically on handshake established
if (AutoDispose)
{
Dispose();
}
};
Model.BasicConsume(ClientQueue, true, string.Empty, false, true, null, consumer);
}
private void SendHandshakeReply(TSharedSecret sharedSecret)
{
var message = Chat.EncryptData(BinaryFormatter <TSharedSecret> .ToBinary(sharedSecret));
var toSend = BinaryFormatter <ChatMessage> .ToBinary(message);
try
{
Model.QueueDeclarePassive(ClientQueue);
}
catch { throw new RabbitMQException(RabbitMQException.ExceptionType.NoClientQueue); }
Model.BasicPublish(string.Empty, ClientQueue, true, null, toSend);
OnSharedKeyExchanged?.Invoke(this, Chat.ChatMember, sharedSecret);
// Dispose automatically on handshake established
if (AutoDispose)
{
Dispose();
}
}