void C4Network2ClientList::HandlePacket(char cStatus,
const C4PacketBase *pBasePkt,
C4Network2IOConnection *pConn) {
// find associated client
C4Network2Client *pClient = GetClient(pConn);
if (!pClient) return;
#define GETPKT(type, name) \
assert(pBasePkt); \
const type &name = /*dynamic_cast*/ static_cast<const type &>(*pBasePkt);
switch (cStatus) {
case PID_Addr: // address propagation
{
GETPKT(C4PacketAddr, rPkt)
// find client
pClient = GetClientByID(rPkt.getClientID());
if (pClient) {
C4Network2Address addr = rPkt.getAddr();
// IP zero? Set to IP from where the packet came
if (addr.isIPNull()) addr.SetIP(pConn->getPeerAddr().sin_addr);
// add (no announce)
if (pClient->AddAddr(addr, true))
// new address? Try to connect
pClient->DoConnectAttempt(pIO);
}
} break;
}
#undef GETPKT
}
void C4Network2IO::OnPunch(C4NetIO::addr_t addr)
{
// Sanity check
assert (addr.sin_family == AF_INET);
if (addr.sin_family != AF_INET)
return;
ZeroMem(addr.sin_zero, sizeof(addr.sin_zero));
// Add for local client
C4Network2Client *pLocal = ::Network.Clients.GetLocal();
if (pLocal)
if (pLocal->AddAddr(C4Network2Address(addr, P_UDP), true))
::Network.InvalidateReference();
}
