private void ProcessIncomingPackets(int dt)
{
// TODO(pyoung): dispose input during delay.
List <NetworkPacket> incommingPackets = this.Network.GetIncommingPackets();
foreach (NetworkPacket packet in incommingPackets)
{
int turn = packet.Turn;
string uuid = packet.uuid;
TurnData.TurnData turnData = packet.TurnData;
this.TurnDataMgr[turn].Add(uuid, turnData);
if (this.State == E_STATE.DELAYED)
{
if (TryAdvanceTurn())
{
this._accumulatedSubTurn = 0;
this._currentTurn += 1;
}
else
{
this.State = E_STATE.DELAYED;
}
}
}
}
private void SendOutgoingPackets(int dt)
{
this._accumulatedMillisec += dt;
while (this._accumulatedMillisec > this.Config.MillisecPerSubTurn)
{
this._accumulatedMillisec -= this.Config.MillisecPerSubTurn;
// ## Subturn.
this._accumulatedSubTurn += 1;
if (this._accumulatedSubTurn >= this.Config.SubTurnsPerTurn)
{
// ## Stepping Turn.
{
int steppedTurn = this._currentTurn + this.Config.TurnGap;
List <IInputCommand> commands = this.Input.FlushCommands();
TurnData.TurnData turnData = new TurnData.TurnData(this.uuid, commands);
NetworkPacket packet =
new NetworkPacket(NetworkPacket.E_TYPE.TURN, steppedTurn, this.uuid, turnData);
this.Network.Send(packet);
}
if (this._currentTurn < 0)
{
this._accumulatedSubTurn = 0;
this._currentTurn += 1;
}
else
{
if (TryAdvanceTurn())
{
this._accumulatedSubTurn = 0;
this._currentTurn += 1;
}
else
{
this.State = E_STATE.DELAYED;
}
}
break;
}
}
}
