private void AddtoArrays(double[] inBytes, double[] outBytes, BandwidthLog bandwidth)
{
for (int i = 0; i < bandwidth.In.Length; i++)
inBytes[i] += bandwidth.In[i];
for (int i = 0; i < bandwidth.Out.Length; i++)
outBytes[i] += bandwidth.Out[i];
}
// inbound
public TcpConnect(TcpHandler control)
{
TcpControl = control;
Network = TcpControl.Network;
Core = TcpControl.Core;
Bandwidth = new BandwidthLog(Core.RecordBandwidthSeconds);
}
public UdpHandler(DhtNetwork network)
{
Network = network;
Core = network.Core;
Bandwidth = new BandwidthLog(Core.RecordBandwidthSeconds);
Initialize();
}
public UdpHandler(DhtNetwork network)
{
Network = network;
Core = network.Core;
Bandwidth = new BandwidthLog(Core.RecordBandwidthSeconds);
Initialize();
}
private void AddtoArrays(double[] inBytes, double[] outBytes, BandwidthLog bandwidth)
{
for (int i = 0; i < bandwidth.In.Length; i++)
{
inBytes[i] += bandwidth.In[i];
}
for (int i = 0; i < bandwidth.Out.Length; i++)
{
outBytes[i] += bandwidth.Out[i];
}
}
public RudpSocket(RudpSession session, bool listening)
{
Session = session;
Core = session.Core;
Network = Session.Network;
Bandwidth = new BandwidthLog(Core.RecordBandwidthSeconds);
Listening = listening;
PeerID = (ushort)Core.RndGen.Next(1, ushort.MaxValue);
lock (Session.RudpControl.SocketMap)
Session.RudpControl.SocketMap[PeerID] = this;
}
// outbound
public TcpConnect(TcpHandler control, DhtAddress address, ushort tcpPort)
{
Debug.Assert(address.UserID != 0);
TcpControl = control;
Network = TcpControl.Network;
Core = TcpControl.Core;
Bandwidth = new BandwidthLog(Core.RecordBandwidthSeconds);
Outbound = true;
RemoteIP = address.IP;
TcpPort = tcpPort;
UdpPort = address.UdpPort;
UserID = address.UserID;
try
{
IPEndPoint endpoint = new IPEndPoint(RemoteIP, TcpPort);
if (Core.Sim != null)
{
Core.Sim.Internet.SendPacket(SimPacketType.TcpConnect, Network, null, endpoint, this);
return;
}
TcpSocket = new Socket(address.IP.AddressFamily, SocketType.Stream, ProtocolType.Tcp);
TcpSocket.BeginConnect((EndPoint)endpoint, new AsyncCallback(Socket_Connect), TcpSocket);
}
catch (Exception ex)
{
LogException("TcpSocket", ex.Message);
Disconnect();
}
}
// outbound
public TcpConnect(TcpHandler control, DhtAddress address, ushort tcpPort)
{
Debug.Assert(address.UserID != 0);
TcpControl = control;
Network = TcpControl.Network;
Core = TcpControl.Core;
Bandwidth = new BandwidthLog(Core.RecordBandwidthSeconds);
Outbound = true;
RemoteIP = address.IP;
TcpPort = tcpPort;
UdpPort = address.UdpPort;
UserID = address.UserID;
try
{
IPEndPoint endpoint = new IPEndPoint(RemoteIP, TcpPort);
if (Core.Sim != null)
{
Core.Sim.Internet.SendPacket(SimPacketType.TcpConnect, Network, null, endpoint, this);
return;
}
TcpSocket = new Socket(address.IP.AddressFamily, SocketType.Stream, ProtocolType.Tcp);
TcpSocket.BeginConnect((EndPoint)endpoint, new AsyncCallback(Socket_Connect), TcpSocket);
}
catch (Exception ex)
{
LogException("TcpSocket", ex.Message);
Disconnect();
}
}
// inbound
public TcpConnect(TcpHandler control)
{
TcpControl = control;
Network = TcpControl.Network;
Core = TcpControl.Core;
Bandwidth = new BandwidthLog(Core.RecordBandwidthSeconds);
}
// initializing lookup network (from the settings of a loaded operation)
public OpCore(DeOpsContext context)
{
Context = context;
Sim = context.Sim;
StartTime = TimeNow;
GuiProtocol = new G2Protocol();
Network = new DhtNetwork(this, true);
// for each core, re-load the lookup cache items
Context.Cores.LockReading(() =>
{
foreach (OpCore core in Context.Cores)
core.User.Load(LoadModeType.LookupCache);
});
ServiceBandwidth[DhtServiceID] = new BandwidthLog(RecordBandwidthSeconds);
// get cache from all loaded cores
AddService(new LookupService(this));
if (Sim != null)
Sim.Internet.RegisterAddress(this);
CoreThread = new Thread(RunCore);
CoreThread.Name = "Lookup Thread";
if (Sim == null || Sim.Internet.TestCoreThread)
CoreThread.Start();
}
// initializing operation network
public OpCore(DeOpsContext context, string userPath, string pass)
{
Context = context;
Sim = context.Sim;
StartTime = TimeNow;
GuiProtocol = new G2Protocol();
User = new OpUser(userPath, pass, this);
User.Load(LoadModeType.Settings);
Network = new DhtNetwork(this, false);
TunnelID = (ushort)RndGen.Next(1, ushort.MaxValue);
Test test = new Test(); // should be empty unless running a test
User.Load(LoadModeType.AllCaches);
// delete data dirs if frsh start indicated
if (Sim != null && Sim.Internet.FreshStart)
for (int service = 1; service < 20; service++ ) // 0 is temp folder, cleared on startup
{
string dirpath = User.RootPath + Path.DirectorySeparatorChar + "Data" + Path.DirectorySeparatorChar + service.ToString();
if (Directory.Exists(dirpath))
Directory.Delete(dirpath, true);
}
if (Sim != null) KeyMax = 32;
Context.KnownServices[DhtServiceID] = "Dht";
ServiceBandwidth[DhtServiceID] = new BandwidthLog(RecordBandwidthSeconds);
// permanent - order is important here
AddService(new TransferService(this));
AddService(new LocationService(this));
AddService(new LocalSync(this));
AddService(new BuddyService(this));
AddService(new UpdateService(this));
if (!User.Settings.GlobalIM)
AddService(new TrustService(this));
// optional
AddService(new IMService(this));
AddService(new ChatService(this));
AddService(new ShareService(this));
if (Type.GetType("Mono.Runtime") == null)
AddService(new VoiceService(this));
if (!User.Settings.GlobalIM)
{
AddService(new ProfileService(this));
AddService(new MailService(this));
AddService(new BoardService(this));
AddService(new PlanService(this));
AddService(new StorageService(this));
}
if (Sim != null)
Sim.Internet.RegisterAddress(this);
CoreThread = new Thread(RunCore);
CoreThread.Name = User.Settings.Operation + " Thread";
if (Sim == null || Sim.Internet.TestCoreThread)
CoreThread.Start();
#if DEBUG
DebugWindowsActive = true;
#endif
}
public RudpSocket(RudpSession session, bool listening)
{
Session = session;
Core = session.Core;
Network = Session.Network;
Bandwidth = new BandwidthLog(Core.RecordBandwidthSeconds);
Listening = listening;
PeerID = (ushort)Core.RndGen.Next(1, ushort.MaxValue);
lock (Session.RudpControl.SocketMap)
Session.RudpControl.SocketMap[PeerID] = this;
}
