// ================== Encyption ================
void SetupEncryption()
{
if (state != RawClient.State.Connected)
{
return;
}
#if SLEEPY_DEBUG
RSAKeys = RSAEncryption.GenerateKeys(512);
#else
RSAKeys = Sleepy.Security.RSAEncryption.GenerateKeys(2048);
#endif
Send(new RSARegistration(RSARegistration.Step.InitalRequest, new byte[0])); // Kick off the Encrption Handshake
}
// ================== Encyption ================
void SetupEncryption()
{
if (!Connected)
{
return;
}
#if SLEEPY_DEBUG
RSAKeys = RSAEncryption.GenerateKeys(512);
#else
RSAKeys = Sleepy.Security.RSAEncryption.GenerateKeys(2048);
#endif
RSARegistration rsar = new RSARegistration(RSARegistration.Step.InitalRequest, new byte[0]);
rawClient.Send(MessageUtil.Serialize(ref rsar)); // Kick off the Encrption Handshake
}
// ============== Connection =================
public void Start()
{
ResetData();
rawServer.Start();
// ======== Encypted Message ===============
#if SLEEPY_DEBUG
Log.WriteNow("Server | Setting Up Encryption");
RSAServerKeys = RSAEncryption.GenerateKeys(1024);
Log.WriteNow("Server | Encryption Setup");
#else
RSAServerKeys = Sleepy.Security.RSAEncryption.GenerateKeys(4096);
#endif
// ========= End Encrpted Message ==================
}
// ============== Connection =================
public bool Start()
{
if (Active)
{
return(false);
}
ResetData();
// ======== Encypted Message ===============
Log.WriteNow("Server | Setting Up Encryption");
#if SLEEPY_DEBUG
RSAServerKeys = RSAEncryption.GenerateKeys(1024);
#else
RSAServerKeys = Sleepy.Security.RSAEncryption.GenerateKeys(4096);
#endif
Log.WriteNow("Server | Encryption Setup");
// ========= End Encrpted Message ==================
rawServer.Start();
return(true);
}
void ProcessMessage(ref Header header, byte[] payload, int len)
{
switch (header.Channel)
{
case MessageTypes.MessagePartConfirmation:
MessagePartConfirmation part = MessagePartConfirmation.Desserialize(payload, len);
if (ActiveMessageParts.TryGetValue(part.MessageID, out ClientMessagePartsActive activeMessage))
{
activeMessage.RecievedPart(part.PartNumber);
}
break;
// ======== Encypted Message ===============
case MessageTypes.RSARegistration:
RSARegistration rsaMessage = RSARegistration.Desserialize(payload, len);
RSARegistration rsaReply;
switch (rsaMessage.step)
{
case RSARegistration.Step.ServerKey:
ServerPublicRSAKey = new RSAEncryption.RSAKeys(_public: rsaMessage.Data);
rsaReply = new RSARegistration(RSARegistration.Step.ClientResponse, RSAKeys.PublicBytes);
rsaReply.Encrypt(ServerPublicRSAKey);
Send(ref rsaReply);
break;
case RSARegistration.Step.AESKey:
rsaMessage.Decrypt(RSAKeys);
AESKey = System.Text.Encoding.Unicode.GetString(rsaMessage.Data);
break;
}
break;
// ========= End Encrpted Message ==================
default:
for (int i = 0; i < Handlers.Count; ++i)
{
Handler h = Handlers[i];
if (h.channel == header.Channel)
{
if (header.IsAsync)
{
h.Call(payload, len);
}
else
{
SyncMessagesToProcess.Enqueue(new ClientSyncMessageCall(h, payload, len));
}
}
}
for (int i = DynamicMessagesInProgresses.Count - 1; i >= 0; --i)
{
Handler dh = DynamicMessagesInProgresses[i];
if (dh.MessageID == header.ID)
{
if (header.IsAsync)
{
dh.Call(payload, len);
}
else
{
SyncMessagesToProcess.Enqueue(new ClientSyncMessageCall(dh, payload, len));
}
DynamicMessagesInProgresses.RemoveAt(i);
}
}
break;
}
}