public override void Process(UDPBox udpBox, byte[] packageBytes, IPEndPoint ipEndPoint)
{
mTemplate.Deserialize(packageBytes);
switch (mTemplate.Op)
{
case RequestStringPackage.EOp.Request:
var request = mTemplate.Content;
UDPBox_GameThreadMediator.Instance.EnqueueToUpdateQueue(() =>
{
var respText = mOnProcessRequest(request);
mTemplate.RequestCache = request;
mTemplate.Content = respText;
mTemplate.Op = RequestStringPackage.EOp.Response;
udpBox.SendMessage(mTemplate.Serialize(), ipEndPoint);
});
break;
case RequestStringPackage.EOp.Response:
var content = mTemplate.Content;
UDPBox_GameThreadMediator.Instance.EnqueueToUpdateQueue(() =>
{
mOnProcessResponse(mTemplate.RequestCache, mTemplate.Content);
});
break;
default:
break;
}
}
public override void Process(UDPBox udpBox, byte[] packageBytes, IPEndPoint ipEndPoint)
{
mTemplate.Deserialize(packageBytes);
switch (mTemplate.Op)
{
case SyncGOTransformsPackage.EOperate.Push: //接收到推送消息的处理
{
var transformList = mTemplate.TransformList;
UpdateTransforms(transformList);
}
break;
case SyncGOTransformsPackage.EOperate.Fetch: //有主机向该机器拉取自己控制的部分数据
{
FetchSelfTransforms(transformsList, udpBox, ipEndPoint);
}
break;
case SyncGOTransformsPackage.EOperate.FetchAll: //有主机向该机器拉取全部数据
{
FetchSelfTransforms(transformsList, udpBox, ipEndPoint, true);
}
break;
}
}
void FetchSelfTransforms(List <SyncTransforms_TransformMono> transformsList, UDPBox udpBox, IPEndPoint ipEndPoint, bool isFetchAll = false)
{
UDPBox_GameThreadMediator.Instance?.EnqueueToUpdateQueue(() =>
{
var package = new SyncTransformsPackage(mTemplate.HeadBytes);
package.Op = SyncTransformsPackage.EOperate.Push;
for (int i = 0, iMax = transformsList.Count; i < iMax; i++)
{
var transformMono = transformsList[i];
if (!transformMono.isSelfControl && !isFetchAll)
{
continue;
}
var transformInfo = new SyncTransformData();
transformInfo.NetworkID = transformMono.networkID;
transformInfo.Pos_X = transformMono.transform.position.x;
transformInfo.Pos_Y = transformMono.transform.position.y;
transformInfo.Pos_Z = transformMono.transform.position.z;
transformInfo.Euler_X = transformMono.transform.eulerAngles.x;
transformInfo.Euler_Y = transformMono.transform.eulerAngles.y;
transformInfo.Euler_Z = transformMono.transform.eulerAngles.z;
transformInfo.SCALE_X = transformMono.transform.localScale.x;
transformInfo.SCALE_Y = transformMono.transform.localScale.y;
transformInfo.SCALE_Z = transformMono.transform.localScale.z;
package.TransformList.Add(transformInfo);
}
var transformPackageBytes = package.Serialize();
udpBox.SendMessage(transformPackageBytes, ipEndPoint);
});
}
public override void Process(UDPBox udpBox, byte[] packageBytes, IPEndPoint ipEndPoint)
{
mTemplate.Deserialize(packageBytes);
var stateID = mTemplate.StateID;
var argInfo = mTemplate.ArgInfo;
UDPBox_GameThreadMediator.Instance.EnqueueToUpdateQueue(() =>
{
OnStateChanged?.Invoke(stateID, argInfo);
});
}
public override void Process(UDPBox udpBox, byte[] packageBytes, IPEndPoint ipEndPoint)
{
mTemplate.Deserialize(packageBytes);
switch (mTemplate.Op)
{
case OperateGOTransformPackage.EOperate.PushToServer:
mTemplate.Op = OperateGOTransformPackage.EOperate.ApplyEffect;
ApplyEffect();
DispatchToClients(mTemplate.Serialize(), ipEndPoint);
break;
case OperateGOTransformPackage.EOperate.ApplyEffect:
ApplyEffect();
break;
default:
break;
}
}
public override void Process(UDPBox udpBox, byte[] packageBytes, IPEndPoint ipEndPoint)
{
mTemplate.Deserialize(packageBytes);
switch (mTemplate.Op)
{
case GetMasterClientCountPackage.EOperate.Get:
mTemplate.ClientCount = mUdpBoxContainer.ClientIPConnectList.Count;
mTemplate.Op = GetMasterClientCountPackage.EOperate.Set;
udpBox.SendMessage(mTemplate.Serialize(), ipEndPoint);
break;
case GetMasterClientCountPackage.EOperate.Set:
ClientCount = mTemplate.ClientCount;
break;
default:
break;
}
}
public override void Process(UDPBox udpBox, byte[] packageBytes, IPEndPoint ipEndPoint)
{
mTemplate.Deserialize(packageBytes);
switch (mTemplate.Op)
{
case RTT_TestPackage.EOp.A:
mTemplate.BTime = DateTime.Now.Ticks;
mTemplate.Op = RTT_TestPackage.EOp.B;
udpBox.SendMessage(mTemplate.Serialize(), ipEndPoint);
break;
case RTT_TestPackage.EOp.B:
Debug.LogError("RTT: " + ((mTemplate.BTime - mTemplate.ATime) / (float)TimeSpan.TicksPerMillisecond) + " ms" + " ipEndPoint: " + ipEndPoint);
break;
default:
break;
}
}
public override void Process(UDPBox udpBox, byte[] packageBytes, IPEndPoint ipEndPoint)
{
UnityEngine.Debug.Log(" Sync Trans mTemplate1");
mTemplate.Deserialize(packageBytes);
UnityEngine.Debug.Log(" Sync Trans mTemplate.Op);: " + mTemplate.Op);
switch (mTemplate.Op)
{
case SyncTransformsPackage.EOperate.Push:
{
var transformList = mTemplate.TransformList;
UpdateTransforms(transformList);
}
break;
case SyncTransformsPackage.EOperate.Fetch:
{
FetchSelfTransforms(transformsList, udpBox, ipEndPoint);
}
break;
case SyncTransformsPackage.EOperate.FetchAll:
{
FetchSelfTransforms(transformsList, udpBox, ipEndPoint, true);
}
break;
case SyncTransformsPackage.EOperate.RestoreList:
{
var transformList = mTemplate.TransformList;
UpdateTransforms(transformList);
}
break;
}
}
void OnEnable()
{
mUDPBox = new UDPBox();
}
public override void Process(UDPBox udpBox, byte[] packageBytes, IPEndPoint ipEndPoint)
{
mTemplate.Deserialize(packageBytes);
switch (mTemplate.Op)
{
case UserNameListPackage.EOperate.Push:
var fetchedItem = mTemplate.UserNameInfoList[0];
UpdateUserInfoList(fetchedItem);
break;
case UserNameListPackage.EOperate.Fetch:
mTemplate.Op = UserNameListPackage.EOperate.Push;
mTemplate.UserNameInfoList.Clear();
mTemplate.UserNameInfoList.Add(new UserNameInfoData()
{
IPAddress = mUDPBoxContainer.SelfIPAddress.ToString(),
BeginPort = mUDPBoxContainer.UdpBoxBeginPort,
EndPort = mUDPBoxContainer.UdpBoxEndPort,
UserName = SelfUserName,
});
udpBox.SendMessage(mTemplate.Serialize(), ipEndPoint);
break;
case UserNameListPackage.EOperate.FetchAll:
mTemplate.Op = UserNameListPackage.EOperate.RestoreList;
mTemplate.UserNameInfoList.Clear();
for (int i = 0, iMax = UserNameInfoList.Count; i < iMax; i++)
{
var item = UserNameInfoList[i];
mTemplate.UserNameInfoList.Add(new UserNameInfoData()
{
IPAddress = item.IPAddress,
BeginPort = item.BeginPort,
EndPort = item.EndPort,
UserName = item.UserName,
});
}
udpBox.SendMessage(mTemplate.Serialize(), ipEndPoint);
break;
case UserNameListPackage.EOperate.RestoreList:
UserNameInfoList.Clear();
for (int i = 0, iMax = mTemplate.UserNameInfoList.Count; i < iMax; i++)
{
var item = mTemplate.UserNameInfoList[i];
UserNameInfoList.Add(new UserNameInfoData()
{
IPAddress = item.IPAddress,
BeginPort = item.BeginPort,
EndPort = item.EndPort,
UserName = item.UserName
});
}
break;
default:
break;
}
}
public override void OnUnregistedFromUDPBox(UDPBox udpBox)
{
base.OnUnregistedFromUDPBox(udpBox);
udpBox.UnregistWorkThreadOperate(WorkThreadOperateLoop);
}
public override void OnRegistedToUDPBox(UDPBox udpBox)
{
base.OnRegistedToUDPBox(udpBox);
udpBox.RegistWorkThreadOperate(WorkThreadOperateLoop);
}
