public GlobalHost(ActionSyncronizerProxy processQueue_, IPAddress myIP, TimerThread tt)
{
this.myIP = myIP;
this.tt = tt;
processQueue = processQueue_;
log = MasterLog.GetFileLog("network", "globalhost.log");
StartListening();
}
public Aggregator(IPAddress myIP, Func <WorldInitializer, World> generateWorld)
{
sync = new ActionSyncronizer();
host = new GlobalHost(sync.GetProxy(), myIP, sync.TimedAction);
myClient = new Client(host, this, generateWorld);
ILog statsLog = MasterLog.GetFileLog("stats.log");
sync.TimedAction.AddAction(() => Log.EntryNormal(statsLog, this.GetStats()));
}
public OverlayHost(OverlayHostName hostName, IPEndPoint address, ActionSyncronizerProxy processQueue,
ProcessorAssigner messageProcessorAssigner, MemoryStream extraHandshakeInfo,
TimerThread tt, TimeSpan inactivityPeriod)
{
this.inactivityPeriod = inactivityPeriod;
this.hostName = hostName;
this.IpAddress = address;
this.processQueue = processQueue;
this.processorAssigner = messageProcessorAssigner;
this.extraHandshakeInfo = extraHandshakeInfo;
log = MasterLog.GetFileLog("network", hostName.ToString() + ".log");
tt.AddAction(this.DisconnectInactiveNodes);
}
public Node(Handshake info_, ActionSyncronizerProxy actionQueue_, DisconnectProcessor processDisonnect_)
{
info = info_;
sync = actionQueue_;
notifyDisonnect = processDisonnect_;
writerStatus = WriteStatus.READY;
readerStatus = ReadStatus.READY;
IsClosed = false;
if (MasterLog.LogLevel > 1)
{
LogR = MasterLog.GetFileLog("network", info.local.hostname.ToString(),
info.remote.ToString().Replace(':', '.') + " read.xml");
LogW = MasterLog.GetFileLog("network", info.local.hostname.ToString(),
info.remote.ToString().Replace(':', '.') + " write.xml");
}
UpdateUseTime();
}
