// io * maxconnect * multiple 만큼 버퍼가 할당됩니다.
public AsyncIOManager(int cnt, INetworkReceiver receiver, int io, int maxconnect, int multiple)
{
if (Min_NetContainer > cnt)
{
cnt = Min_NetContainer;
}
if (Max_NetContainer < cnt)
{
cnt = Max_NetContainer;
}
MaxCount = cnt;
theReceiver = receiver;
for (long index = 1; index <= MaxCount; index++)
{
AsyncNetService theone = new AsyncNetService(theReceiver, this);
theone.idx = index;
NetServices.Add(index, theone);
}
CurrentId = 1;
IOSize = io;
IOFrameMax = maxconnect * multiple;
BufferManager = new BufferManager(IOSize * IOFrameMax, IOSize);
BufferManager.InitBuffer();
EventArgsPool = new SocketAsyncEventArgsPool(/*ioframemax*/);
}
// io * maxconnect * multiple 만큼 버퍼가 할당됩니다.
public AsyncIOManager(int ioWorkerCount, INetworkReceiver receiver, int maxIOBufferSize, int maxConnectCount, int multiple)
{
theReceiver = receiver;
MaxCount = ioWorkerCount;
if (MaxCount < 1)
{
MaxCount = System.Environment.ProcessorCount;
}
for (int index = 1; index <= MaxCount; index++)
{
AsyncIOWorker theone = new AsyncIOWorker(theReceiver, this);
theone.Index = index;
AddIOWorker(theone);
}
CurrentId = 1;
IOSize = maxIOBufferSize;
IOFrameMax = maxConnectCount * multiple;
BufferManager = new BufferManagerAsync(IOSize * IOFrameMax, IOSize);
BufferManager.InitBuffer();
EventArgsPool = new SocketAsyncEventArgsPool(/*ioframemax*/);
}
// 받은 내용을 어떻게 처리할지는 이 함수를 재정의해서 처리하시오!
public virtual void handleReceived(int length, byte[] data, int offset, INetworkReceiver receiver)
{
// todo 보통 아래 receiver.notifyMessage 함수에서 프로토콜에 맞는 객체를 생성하면 될것이다.
// 생성은 쓰레드제어없이 가능하게하고, enqueuing을 쓰레드제어하면 된다.
// 객체파괴가 어떻게 일어날지 모르니, desc는 값을 복사해서 사용하자.
ASSOCKDESC desc = new ASSOCKDESC();
desc.createTick = theDESC.createTick;
desc.managedID = theDESC.managedID;
desc.theSender = theDESC.theSender;
receiver.notifyMessage(desc, length, data, offset);
}
// 받은 내용을 어떻게 처리할지는 이 함수를 재정의해서 처리하시오!
public virtual void HandleReceived(int length, byte[] data, int offset, INetworkReceiver receiver)
{
//TODO 구현이 좀 이상한듯
// 보통 아래 receiver.notifyMessage 함수에서 프로토콜에 맞는 객체를 생성하면 될것이다.
// 생성은 쓰레드제어없이 가능하게하고, enqueuing을 쓰레드제어하면 된다.
// 객체파괴가 어떻게 일어날지 모르니, desc는 값을 복사해서 사용하자.
AsyncSocketContext desc = new AsyncSocketContext();
desc.UniqueId = Description.UniqueId;
desc.ManagedID = Description.ManagedID;
desc.NetSender = Description.NetSender;
receiver.OnReceiveData(desc, length, data, offset);
}
// io * maxconnect * multiple 만큼 버퍼가 할당됩니다.
public ASIOManager(int cnt, INetworkReceiver receiver, int io, int maxconnect, int multiple)
{
if (Min_NetContainer > cnt)
{
cnt = Min_NetContainer;
}
if (Max_NetContainer < cnt)
{
cnt = Max_NetContainer;
}
maxcnt = cnt;
theReceiver = receiver;
for (long index = 1; index <= maxcnt; index++)
{
ASNetService theone = new ASNetService(theReceiver, this);
theone.idx = index;
theServices.Add(index, theone);
}
currentid = 1;
iosize = io;
ioframemax = maxconnect * multiple;
buffermanager = new BufferManager(iosize * ioframemax, iosize);
buffermanager.InitBuffer();
saeaPool = new SocketAsyncEventArgsPool(ioframemax);
//SocketAsyncEventArgs saea;
//for (int i = 0; i < ioframemax; i++)
//{
// // completed와 usertoken은 실제 사용하는 문맥에서 결정한다.
// saea = new SocketAsyncEventArgs();
// buffermanager.SetBuffer(saea);
// saeaPool.Push(saea);
//}
}
public AsyncIOWorker(INetworkReceiver receiver, AsyncIOManager asio)
{
NetReceiver = receiver;
IOManager = asio;
}
public ASNetService(INetworkReceiver receiver, ASIOManager asio)
{
theReceiver = receiver;
asiomanager = asio;
}
public UdpMessageListener(int port)
{
reader = UdpNetworkFactory.MakeUdpReceiver <E>(port);
}
public AsyncNetService(INetworkReceiver receiver, AsyncIOManager asio)
{
NetReceiver = receiver;
AsioManager = asio;
}
