public void OnTimerTick(long TickMs)
{
if (mNextState != eTesterState.NONE)
{
if (mCurState != mNextState)
{
mCurState = mNextState;
}
mNextState = eTesterState.NONE;
}
mCurDeltaTime += TickMs;
SFConnection.Event conEvent;
// Individual connection update loop
if (m_ConnectionLogin != null)
{
var result = m_ConnectionLogin.DequeueEvent(out conEvent);
while (result)
{
HandleLoginConnectionEvent(conEvent);
if (m_ConnectionLogin == null)
{
return;
}
result = m_ConnectionLogin.DequeueEvent(out conEvent);
}
m_ConnectionLogin.UpdateMessageQueue();
}
if (m_ConnectionGame != null)
{
var result = m_ConnectionGame.DequeueEvent(out conEvent);
while (result)
{
HandleGameConnectionEvent(conEvent);
if (m_ConnectionGame == null)
{
return;
}
result = m_ConnectionGame.DequeueEvent(out conEvent);
}
m_ConnectionGame.UpdateMessageQueue();
if (mCurState != eTesterState.NONE)// && m_ConnectionLogin.State != SFConnection.ConnectionState.DISCONNECTED)
{
if (m_Game != null && mCurDeltaTime >= 10000)
{
m_Game.HeartBitC2SEvt();
mCurDeltaTime = 0;
}
}
}
}
public void OnTimerTick(long TickMs)
{
if (mNextState != eTesterState.NONE)
{
if (mCurState != mNextState)
{
mCurState = mNextState;
}
mNextState = eTesterState.NONE;
}
SFConnection.Event conEvent;
mHeartBitTime += TickMs;
// Individual connection update loop
if (m_ConnectionLogin != null)
{
var result = m_ConnectionLogin.DequeueEvent(out conEvent);
while (result)
{
HandleLoginConnectionEvent(conEvent);
if (m_ConnectionLogin == null)
{
return;
}
result = m_ConnectionLogin.DequeueEvent(out conEvent);
}
m_ConnectionLogin.UpdateMessageQueue();
}
if (m_ConnectionGame != null)
{
var result = m_ConnectionGame.DequeueEvent(out conEvent);
while (result)
{
HandleGameConnectionEvent(conEvent);
if (m_ConnectionGame == null)
{
return;
}
result = m_ConnectionGame.DequeueEvent(out conEvent);
}
m_ConnectionGame.UpdateMessageQueue();
//if (mCurState != eTesterState.NONE && m_Game != null && m_ConnectionGame.State == SFConnection.ConnectionState.CONNECTED)
//{
// if (mHeartBitTime >= 20)
// {
// this.m_Game.HeartBitC2SEvt();
// mHeartBitTime = 0;
// }
//}
}
}
public void OnTimerTick(long TickMs)
{
if (mNextState != eTesterState.NONE)
{
if (mCurState != mNextState)
{
mCurState = mNextState;
}
mNextState = eTesterState.NONE;
}
SFConnection.Event conEvent;
// Individual connection update loop
if (m_ConnectionLogin != null)
{
var result = m_ConnectionLogin.DequeueEvent(out conEvent);
while (result)
{
HandleLoginConnectionEvent(conEvent);
if (m_ConnectionLogin == null)
{
return;
}
result = m_ConnectionLogin.DequeueEvent(out conEvent);
}
m_ConnectionLogin.UpdateMessageQueue();
}
if (m_ConnectionGame != null)
{
var result = m_ConnectionGame.DequeueEvent(out conEvent);
while (result)
{
HandleGameConnectionEvent(conEvent);
if (m_ConnectionGame == null)
{
return;
}
result = m_ConnectionGame.DequeueEvent(out conEvent);
}
m_ConnectionGame.UpdateMessageQueue();
}
}
private void OnTimerTick(object sender, EventArgs e)
{
SFConnection.Event conEvent;
// Individual connection update loop
if (m_ConnectionLogin != null)
{
var result = m_ConnectionLogin.DequeueEvent(out conEvent);
while (result)
{
HandleLoginConnectionEvent(conEvent);
result = m_ConnectionLogin.DequeueEvent(out conEvent);
}
m_ConnectionLogin.UpdateMessageQueue();
}
// Connection Group management
if (m_ConnectionManagermentGroup != null)
{
SFConnectionGroup.EventInformation eventInfo;
IntPtr connectionNativeHandle = m_ConnectionManagermentGroup.DequeueConnectionEvent(out eventInfo);
if (connectionNativeHandle != null)
{
if (eventInfo.pMsg != null)
{
// You can separate message handling
// 1. By having separate message router per connection
m_MessageRouter.HandleRecvMessage(eventInfo.pMsg);
}
else if (m_ConnectionLogin != null && m_ConnectionLogin.NativeHandle == connectionNativeHandle)
{
HandleLoginConnectionEvent(eventInfo.Event);
}
eventInfo.Dispose();
}
}
}
void UpdateConnection()
{
if (m_ConnectionLogin == null)
{
return;
}
SFConnection.Event conEvent;
var result = m_ConnectionLogin.DequeueEvent(out conEvent);
while (result)
{
switch (conEvent.EventType)
{
case SFConnection.EventTypes.EVT_STATE_CHANGE:
PrintStatus("Login Connection state chagned {0}", conEvent.State);
break;
case SFConnection.EventTypes.EVT_CONNECTION_RESULT:
PrintStatus("Login Connection result {0}", conEvent.HResult);
if (conEvent.HResult >= 0)
{
m_Login = new SF.Net.SendMessageLogin(m_ConnectionLogin);
m_Login.CreateRandomUserCmd(m_GameID, m_LoginID);
}
break;
case SFConnection.EventTypes.EVT_DISCONNECTED:
PrintStatus("Login Connection disconnected");
if (m_ConnectionLogin != null)
{
m_ConnectionLogin.Dispose();
}
m_ConnectionLogin = null;
m_Login = null;
break;
}
if (m_ConnectionLogin != null)
{
result = m_ConnectionLogin.DequeueEvent(out conEvent);
}
}
if (m_ConnectionLogin != null)
{
m_ConnectionLogin.UpdateMessageQueue();
}
}
private void OnTimerTick(object sender, EventArgs e)
{
SFConnection.Event conEvent;
// Individual connection update loop
if (m_ConnectionLogin != null)
{
var result = m_ConnectionLogin.DequeueEvent(out conEvent);
while (result)
{
HandleLoginConnectionEvent(conEvent);
result = m_ConnectionLogin.DequeueEvent(out conEvent);
}
m_ConnectionLogin.UpdateMessageQueue();
}
if (m_ConnectionGame != null)
{
var result = m_ConnectionGame.DequeueEvent(out conEvent);
while (result)
{
HandleGameConnectionEvent(conEvent);
result = m_ConnectionGame.DequeueEvent(out conEvent);
}
m_ConnectionGame.UpdateMessageQueue();
if (m_ConnectionGame != null && m_ConnectionGame.State == SFConnection.ConnectionState.CONNECTED && (DateTime.Now - m_GameHeartBitTime).Seconds > 10)
{
m_GameHeartBitTime = DateTime.Now;
if (m_Game != null)
{
m_Game.HeartbeatC2SEvt();
}
}
}
// Connection Group management
if (m_ConnectionManagermentGroup != null)
{
SFConnectionGroup.EventInformation eventInfo;
IntPtr connectionNativeHandle = m_ConnectionManagermentGroup.DequeueConnectionEvent(out eventInfo);
if (connectionNativeHandle != null)
{
if (eventInfo.pMsg != null)
{
// You can separate message handling
// 1. By having separate message router per connection
m_MessageRouter.HandleRecvMessage(eventInfo.pMsg);
}
else if (m_ConnectionLogin != null && m_ConnectionLogin.NativeHandle == connectionNativeHandle)
{
HandleLoginConnectionEvent(eventInfo.Event);
}
else if (m_ConnectionGame != null && m_ConnectionGame.NativeHandle == connectionNativeHandle)
{
HandleGameConnectionEvent(eventInfo.Event);
}
eventInfo.Dispose();
}
}
}