void NetInterface::startArrangedConnection(NetConnection *conn)
{
conn->setConnectionState(NetConnection::SendingPunchPackets);
addPendingConnection(conn);
conn->mConnectSendCount = 0;
conn->mConnectLastSendTime = getCurrentTime();
sendPunchPackets(conn);
}
void NetInterface::processConnections()
{
mCurrentTime = Platform::getRealMilliseconds();
mPuzzleManager.tick(mCurrentTime);
// first see if there are any delayed packets that need to be sent...
while(mSendPacketList && mSendPacketList->sendTime < getCurrentTime())
{
DelaySendPacket *next = mSendPacketList->nextPacket;
mSocket.sendto(mSendPacketList->remoteAddress,
mSendPacketList->packetData, mSendPacketList->packetSize);
free(mSendPacketList);
mSendPacketList = next;
}
NetObject::collapseDirtyList(); // collapse all the mask bits...
for(S32 i = 0; i < mConnectionList.size(); i++)
mConnectionList[i]->checkPacketSend(false, getCurrentTime());
if(getCurrentTime() > mLastTimeoutCheckTime + TimeoutCheckInterval)
{
for(S32 i = 0; i < mPendingConnections.size();)
{
NetConnection *pending = mPendingConnections[i];
if(pending->getConnectionState() == NetConnection::AwaitingChallengeResponse &&
getCurrentTime() > pending->mConnectLastSendTime + ChallengeRetryTime)
{
if(pending->mConnectSendCount > ChallengeRetryCount)
{
pending->setConnectionState(NetConnection::ConnectTimedOut);
pending->onConnectTerminated(NetConnection::ReasonTimedOut, "Timeout");
removePendingConnection(pending);
continue;
}
else
sendConnectChallengeRequest(pending);
}
else if(pending->getConnectionState() == NetConnection::AwaitingConnectResponse &&
getCurrentTime() > pending->mConnectLastSendTime + ConnectRetryTime)
{
if(pending->mConnectSendCount > ConnectRetryCount)
{
pending->setConnectionState(NetConnection::ConnectTimedOut);
pending->onConnectTerminated(NetConnection::ReasonTimedOut, "Timeout");
removePendingConnection(pending);
continue;
}
else
{
if(pending->getConnectionParameters().mIsArranged)
sendArrangedConnectRequest(pending);
else
sendConnectRequest(pending);
}
}
else if(pending->getConnectionState() == NetConnection::SendingPunchPackets &&
getCurrentTime() > pending->mConnectLastSendTime + PunchRetryTime)
{
if(pending->mConnectSendCount > PunchRetryCount)
{
pending->setConnectionState(NetConnection::ConnectTimedOut);
pending->onConnectTerminated(NetConnection::ReasonTimedOut, "Timeout");
removePendingConnection(pending);
continue;
}
else
sendPunchPackets(pending);
}
else if(pending->getConnectionState() == NetConnection::ComputingPuzzleSolution &&
getCurrentTime() > pending->mConnectLastSendTime + PuzzleSolutionTimeout)
{
pending->setConnectionState(NetConnection::ConnectTimedOut);
pending->onConnectTerminated(NetConnection::ReasonTimedOut, "Timeout");
removePendingConnection(pending);
}
i++;
}
mLastTimeoutCheckTime = getCurrentTime();
for(S32 i = 0; i < mConnectionList.size();)
{
if(mConnectionList[i]->checkTimeout(getCurrentTime()))
{
mConnectionList[i]->setConnectionState(NetConnection::TimedOut);
mConnectionList[i]->onConnectionTerminated(NetConnection::ReasonTimedOut, "Timeout");
removeConnection(mConnectionList[i]);
}
else
i++;
}
}
// check if we're trying to solve any client connection puzzles
for(S32 i = 0; i < mPendingConnections.size(); i++)
{
if(mPendingConnections[i]->getConnectionState() == NetConnection::ComputingPuzzleSolution)
{
continuePuzzleSolution(mPendingConnections[i]);
break;
}
}
}
