public ReliablePacketWrapper(INetworkPacket_Reliable pPacket, int[] arrRespondPacketType, byte[] arrByte_IncludeHeader, int iSendPort)
{
p_pPacket = pPacket;
p_arrByte_IncludeHeader = arrByte_IncludeHeader;
p_iSendPort = iSendPort;
p_pDateTimeSend = DateTime.Now;
p_arrRespondPacketType = arrRespondPacketType;
}
// ========================================================================== //
#region Private
private void SendPacket(Class_SessionDerived pSessionRecv, byte[] arrByte, INetworkPacket pPacket, int iPort, bool bIsReliableResend = false)
{
IPEndPoint pSendIP = new IPEndPoint(IPAddress.Parse(pSessionRecv.p_strIP), iPort);
_pClientUDP_Send.Send(arrByte, arrByte.Length, pSendIP);
INetworkPacket_Reliable pPacketIsReliable = pPacket as INetworkPacket_Reliable;
if (bIsReliableResend == false && pPacketIsReliable != null)
{
pSessionRecv.DoAddReliablePacket(pPacketIsReliable, arrByte, iPort);
}
}
public void DoAddReliablePacket(INetworkPacket_Reliable pPacket, byte[] arrByte_IncludeHeader, int iSendPort)
{
int[] arrRespondPacketType = pPacket.INetworkPacket_Reliable_Get_RespondPacketType();
p_mapReliablePacket.Add(arrRespondPacketType, new ReliablePacketWrapper(pPacket, arrRespondPacketType, arrByte_IncludeHeader, iSendPort));
}
