public override NFIDENTID CreateActor(NFIActor.Handler handler)
{
NFIDENTID xID = new NFIDENTID(0, ++mnActorIndex);
NFIActor xActor = new NFCActor(xID, this);
//添加仍旧有问题，foreach中万一有其他线程添加
bool bRet = mxActorDic.TryAdd(xID, xActor);
if (bRet)
{
if (null != handler)
{
RegisterHandler(xID, handler);
NFIActorMessage xMessage = new NFIActorMessage();
xMessage.bAsync = false;//同步消息
xMessage.bReturn = false;//无需返回
xMessage.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_INIT;
SendMsg(xActor.GetAddress(), null, xMessage);
xMessage.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_AFTER_INIT;
SendMsg(xActor.GetAddress(), null, xMessage);
}
return xID;
}
return null;
}
public override bool PushMessages(NFIDENTID from, NFIActorMessage xMessage)
{
xMessage.nMasterActor = mxID;
xMessage.nFromActor = from;
if (null != mxMessageHandler)
{
xMessage.xMasterHandler = new ConcurrentQueue <NFIActor.Handler>(mxMessageHandler);
}
if (!xMessage.bAsync)
{
//同步消息，也不用排队，就等吧
ProcessMessageSyns(xMessage);
}
else
{
//异步消息，需要new新的msg，否则担心masteractor还需使用它
NFIActorMessage xMsg = new NFIActorMessage(xMessage);
mxMessageQueue.Enqueue(xMsg);
NFIScheduler xScheduler = mxActorMng.GetScheduler();
if (null != xScheduler)
{
xScheduler.AddToScheduler(mxID);
}
}
return(true);
}
public override NFIDENTID CreateActor(NFIActor.Handler handler)
{
NFIDENTID xID = new NFIDENTID(0, ++mnActorIndex);
NFIActor xActor = new NFCActor(xID, this);
//添加仍旧有问题，foreach中万一有其他线程添加
bool bRet = mxActorDic.TryAdd(xID, xActor);
if (bRet)
{
if (null != handler)
{
RegisterHandler(xID, handler);
NFIActorMessage xMessage = new NFIActorMessage();
xMessage.bAsync = false; //同步消息
xMessage.bReturn = false; //无需返回
xMessage.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_INIT;
SendMsg(xActor.GetAddress(), null, xMessage);
xMessage.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_AFTER_INIT;
SendMsg(xActor.GetAddress(), null, xMessage);
}
return(xID);
}
return(null);
}
static void Main()
{
TestHandler1 xTestHandler1 = new TestHandler1();
TestHandler2 xTestHandler2 = new TestHandler2();
Console.WriteLine("start run... ThreadID: " + Thread.CurrentThread.ManagedThreadId);
NFIDENTID xID1 = NFCActorMng.Intance().CreateActor(xTestHandler1.Handler);
NFIDENTID xID2 = NFCActorMng.Intance().CreateActor(xTestHandler2.Handler);
NFIActorMessage xMsgData = new NFIActorMessage();
xMsgData.data = "test";
//xMsgData.bAsync = false;//控制为同步消息还是异步消息
xMsgData.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_TEST_MSG;
System.DateTime currentTime = new System.DateTime();
currentTime = System.DateTime.Now;
NFCActorMng.Intance().SendMsg(xID1, xID2, xMsgData);
for (int i = 0; i < 100000; ++i )
{
NFIActorMessage xMsg = new NFIActorMessage();
xMsg.data = "test";
//xMsg.bAsync = false;//控制为同步消息还是异步消息
xMsg.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_TEST_MSG;
TestHandler1 xTest1 = new TestHandler1();
TestHandler2 xTest2 = new TestHandler2();
NFIDENTID x1 = NFCActorMng.Intance().CreateActor(xTest1.Handler);
NFIDENTID x2 = NFCActorMng.Intance().CreateActor(xTest2.Handler);
NFCActorMng.Intance().SendMsg(x1, x2, xMsg);
}
Console.WriteLine("start loop... ThreadID: " + Thread.CurrentThread.ManagedThreadId);
while(true)
{
Thread.Sleep(1);
System.TimeSpan ts = System.DateTime.Now - currentTime;
if (ts.TotalMilliseconds > 10000)
{
int nCount = TestHandler1.i + TestHandler2.i;
Console.WriteLine("Count : " + nCount);
break;
}
}
while (true)
{
Thread.Sleep(1);
}
NFCActorMng.Intance().ReleaseAllActor();
}
/////////////////////////////////////////////////////////////
private static void TaskMethodSync(object param)
{
NFIActorMessage xMsg = (NFIActorMessage)param;
if (null != xMsg.xMasterHandler)
{
foreach (Handler xHandler in xMsg.xMasterHandler)
{
xHandler(xMsg);
}
}
}
public override bool SendMsg(NFIDENTID address, NFIDENTID from, NFIActorMessage xMessage)
{
if (null == address || null == xMessage)
{
return(false);;
}
NFIActor xActor = GetActor(address);
if (null != xActor)
{
return(xActor.PushMessages(from, xMessage));
}
return(false);
}
public void Handler(NFIActorMessage xMessage)
{
++i;
//Console.WriteLine("handler11 ThreadID: " + Thread.CurrentThread.ManagedThreadId + " " + i);
switch (xMessage.eType)
{
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_INIT:
Init();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_AFTER_INIT:
AfterInit();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_EXCUTE:
Execute();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_BEFORE_SHUT:
BeforeShut();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_SHUT:
Shut();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_TEST_MSG:
{
NFIActorMessage xMsgData = new NFIActorMessage();
xMsgData.data = "test1";
//xMsgData.bAsync = false;
xMsgData.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_DATA_MSG;
// Console.WriteLine("handler11 ThreadID: " + Thread.CurrentThread.ManagedThreadId + " " + xMsgData.data);
NFCActorMng.Intance().SendMsg(xMessage.nFromActor, xMessage.nMasterActor, xMsgData);
// Console.WriteLine("handler11 ThreadID: " + Thread.CurrentThread.ManagedThreadId + " " + xMsgData.data);
}
break;
default:
break;
}
}
public NFIActorMessage(NFIActorMessage x)
{
eType = x.eType;
bAsync = x.bAsync;
bReturn = x.bReturn;
nSubMsgID = x.nSubMsgID;
nFromActor = x.nFromActor;
nMasterActor = x.nMasterActor;
if (null != x.xMasterHandler)
{
xMasterHandler = new ConcurrentQueue<NFIActor.Handler>(x.xMasterHandler);
}
if (null != x.data)
{
data = (string)x.data.Clone();
}
}
public NFIActorMessage(NFIActorMessage x)
{
eType = x.eType;
bAsync = x.bAsync;
bReturn = x.bReturn;
nSubMsgID = x.nSubMsgID;
nFromActor = x.nFromActor;
nMasterActor = x.nMasterActor;
if (null != x.xMasterHandler)
{
xMasterHandler = new ConcurrentQueue <NFIActor.Handler>(x.xMasterHandler);
}
if (null != x.data)
{
data = (string)x.data.Clone();
}
}
///////////////////////////////////////////////////////
private bool ReleaseActor(NFIActor xActor)
{
if (null == xActor)
{
return(false);
}
NFIActorMessage xMessage = new NFIActorMessage();
xMessage.bAsync = false;//同步消息
xMessage.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_BEFORE_SHUT;
xActor.PushMessages(null, xMessage);
xMessage.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_SHUT;
xActor.PushMessages(null, xMessage);
return(true);
}
private void ProcessMessageSyns(NFIActorMessage xMessage)
{
if (xMessage.nMasterActor != GetAddress())
{
return;
}
if (null == xMessage.xMasterHandler)
{
return;
}
if (xMessage.bAsync)
{
return;
}
Task xTask = Task.Factory.StartNew(TaskMethodSync, xMessage);
if (null != xTask)
{
//同步消息需要wait
xTask.Wait();
}
}
private void ProcessMessageSyns(NFIActorMessage xMessage)
{
if (xMessage.nMasterActor != GetAddress())
{
return;
}
if (null == xMessage.xMasterHandler)
{
return;
}
if (xMessage.bAsync)
{
return;
}
Task xTask = Task.Factory.StartNew(TaskMethodSync, xMessage);
if (null != xTask)
{
//同步消息需要wait
xTask.Wait();
}
}
public override bool PushMessages(NFGUID from, NFIActorMessage xMessage)
{
xMessage.nMasterActor = mxID;
xMessage.nFromActor = from;
if (null != mxMessageHandler)
{
xMessage.xMasterHandler = new ConcurrentQueue<NFIActor.Handler>(mxMessageHandler);
}
if (!xMessage.bAsync)
{
//同步消息，也不用排队，就等吧
ProcessMessageSyns(xMessage);
}
else
{
//异步消息，需要new新的msg，否则担心masteractor还需使用它
NFIActorMessage xMsg = new NFIActorMessage(xMessage);
mxMessageQueue.Enqueue(xMsg);
NFIScheduler xScheduler = mxActorMng.GetScheduler();
if(null != xScheduler)
{
xScheduler.AddToScheduler(mxID);
}
}
return true;
}
///////////////////////////////////////////////////////
private bool ReleaseActor(NFIActor xActor)
{
if (null == xActor)
{
return false;
}
NFIActorMessage xMessage = new NFIActorMessage();
xMessage.bAsync = false;//同步消息
xMessage.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_BEFORE_SHUT;
xActor.PushMessages(null, xMessage);
xMessage.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_SHUT;
xActor.PushMessages(null, xMessage);
return true;
}
static void Main()
{
TestHandler1 xTestHandler1 = new TestHandler1();
TestHandler2 xTestHandler2 = new TestHandler2();
Console.WriteLine("start run... ThreadID: " + Thread.CurrentThread.ManagedThreadId);
NFGUID xID1 = NFCActorMng.Intance().CreateActor(xTestHandler1.Handler);
NFGUID xID2 = NFCActorMng.Intance().CreateActor(xTestHandler2.Handler);
NFIActorMessage xMsgData = new NFIActorMessage();
xMsgData.data = "test";
//xMsgData.bAsync = false;//控制为同步消息还是异步消息
xMsgData.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_TEST_MSG;
System.DateTime currentTime = new System.DateTime();
currentTime = System.DateTime.Now;
NFCActorMng.Intance().SendMsg(xID1, xID2, xMsgData);
for (int i = 0; i < 100000; ++i)
{
NFIActorMessage xMsg = new NFIActorMessage();
xMsg.data = "test";
//xMsg.bAsync = false;//控制为同步消息还是异步消息
xMsg.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_TEST_MSG;
TestHandler1 xTest1 = new TestHandler1();
TestHandler2 xTest2 = new TestHandler2();
NFGUID x1 = NFCActorMng.Intance().CreateActor(xTest1.Handler);
NFGUID x2 = NFCActorMng.Intance().CreateActor(xTest2.Handler);
NFCActorMng.Intance().SendMsg(x1, x2, xMsg);
}
Console.WriteLine("start loop... ThreadID: " + Thread.CurrentThread.ManagedThreadId);
while (true)
{
Thread.Sleep(1);
System.TimeSpan ts = System.DateTime.Now - currentTime;
if (ts.TotalMilliseconds > 10000)
{
int nCount = TestHandler1.i + TestHandler2.i;
Console.WriteLine("Count : " + nCount);
break;
}
}
while (true)
{
Thread.Sleep(1);
}
NFCActorMng.Intance().ReleaseAllActor();
}
public override bool SendMsg(NFIDENTID address, NFIDENTID from, NFIActorMessage xMessage)
{
if (null == address || null == xMessage)
{
return false; ;
}
NFIActor xActor = GetActor(address);
if (null != xActor)
{
return xActor.PushMessages(from, xMessage);
}
return false;
}
public void Handler(NFIActorMessage xMessage)
{
++i;
//Console.WriteLine("handler222222 ThreadID: " + Thread.CurrentThread.ManagedThreadId + " " + i);
switch (xMessage.eType)
{
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_INIT:
Init();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_AFTER_INIT:
AfterInit();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_EXCUTE:
Execute();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_BEFORE_SHUT:
BeforeShut();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_SHUT:
Shut();
break;
case NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_DATA_MSG:
{
xMessage.data = "1111111111111111111";
xMessage.eType = NFIActorMessage.EACTOR_MESSAGE_ID.EACTOR_TEST_MSG;
NFCActorMng.Intance().SendMsg(xMessage.nFromActor, xMessage.nMasterActor, xMessage);
}
break;
default:
break;
}
}
public abstract bool SendMsg(NFIDENTID address, NFIDENTID from, NFIActorMessage xMessage);
public abstract bool PushMessages(NFIDENTID from, NFIActorMessage xMessage);
public abstract bool SendMsg(NFGUID address, NFGUID from, NFIActorMessage xMessage);
