public virtual void StartWaitingPacket(WAITING_PACKET type, bool keep_sync, float add_margin_time = 0f)
{
if (!IsCoopNone())
{
WaitingPacketParam waitingPacketParam = new WaitingPacketParam();
waitingPacketParam.type = type;
waitingPacketParam.startTime = Time.get_time();
waitingPacketParam.keepSync = keep_sync;
waitingPacketParam.addMarginTime = add_margin_time;
waitingPacketParams[(int)type] = waitingPacketParam;
}
}
public void KeepWaitingPacket(WAITING_PACKET type)
{
WaitingPacketParam waitingPacketParam = waitingPacketParams[(int)type];
if (waitingPacketParam != null)
{
waitingPacketParam.startTime = Time.get_time();
if (packetSender != null)
{
packetSender.OnKeepWaitingPacket(waitingPacketParam.type);
}
}
}
public virtual void UpdateWaitingPacket()
{
if (!IsCoopNone())
{
int num = 0;
int num2 = 14;
while (true)
{
if (num >= num2)
{
return;
}
WaitingPacketParam waitingPacketParam = waitingPacketParams[num];
if (waitingPacketParam != null)
{
if (waitingPacketParam.startTime <= 0f)
{
break;
}
if (IsOriginal())
{
if (waitingPacketParam.keepSync && Time.get_time() >= waitingPacketParam.startTime + objectParameter.waitingPacketIntervalTime)
{
KeepWaitingPacket(waitingPacketParam.type);
}
}
else if (IsPuppet() || IsMirror())
{
float num3 = objectParameter.waitingPacketMarginTime + waitingPacketParam.addMarginTime;
if (waitingPacketParam.keepSync)
{
num3 += objectParameter.waitingPacketIntervalTime;
}
if (Time.get_time() > waitingPacketParam.startTime + num3)
{
OnFailedWaitingPacket(waitingPacketParam.type);
}
}
}
num++;
}
Log.Error("StageObject::UpdateWaitingPacket() Err ( waitingPacketStartTime <= 0.0f )");
}
}