public int CompareTo(NetworkTcpSession session)
{
if (this.ClientHost.CompareTo(session.ClientHost) != 0)
{
return(this.ClientHost.CompareTo(session.ClientHost));
}
else if (this.ServerHost.CompareTo(session.ServerHost) != 0)
{
return(this.ServerHost.CompareTo(session.ServerHost));
}
else if (this.ClientTcpPort != session.ClientTcpPort)
{
return(this.ClientTcpPort - session.ClientTcpPort);
}
else if (this.ServerTcpPort != session.ServerTcpPort)
{
return(this.ServerTcpPort - session.ServerTcpPort);
}
else if (this.StartTime.CompareTo(session.StartTime) != 0)
{
return(this.StartTime.CompareTo(session.StartTime));
}
else
{
return(0);
}
}
public int CompareTo(NetworkTcpSession session)
{
if (this.clientHost.CompareTo(session.clientHost) != 0)
{
return(this.clientHost.CompareTo(session.clientHost));
}
else if (this.serverHost.CompareTo(session.serverHost) != 0)
{
return(this.serverHost.CompareTo(session.serverHost));
}
else if (this.clientTcpPort != session.clientTcpPort)
{
return(this.clientTcpPort - session.clientTcpPort);
}
else if (this.serverTcpPort != session.serverTcpPort)
{
return(this.serverTcpPort - session.serverTcpPort);
}
else if (this.SessionStartTimestamp.CompareTo(session.SessionStartTimestamp) != 0)
{
return(this.SessionStartTimestamp.CompareTo(session.SessionStartTimestamp));
}
else
{
return(0);
}
}
internal TcpDataStream(uint initialTcpSequenceNumber, ushort sourcePort, ushort destinationPort, NetworkTcpSession session)
{
this.initialTcpSequenceNumber = initialTcpSequenceNumber;
this.expectedTcpSequenceNumber = initialTcpSequenceNumber;
this.sourcePort = sourcePort;
this.destinationPort = destinationPort;
this.dataList = new SortedList <uint, byte[]>();
this.dataListMaxSize = 64;//i hope I shouldn't need more than 64 packets in the list. It depends on how late a misordered packet might get received. Smaller number gives better performance, larger number gives better tolerance to reordered packets
this.totalByteCount = 0;
this.virtualTcpData = null;
this.session = session;
}
public TcpDataStream(uint initialTcpSequenceNumber, bool streamIsClientToServer, NetworkTcpSession session)
{
this.initialTcpSequenceNumber = initialTcpSequenceNumber;
this.expectedTcpSequenceNumber = initialTcpSequenceNumber;
//this.sourcePort=sourcePort;
//this.destinationPort=destinationPort;
this.dataList = new SortedList <uint, byte[]>();
//this.dataListMaxSize=64;//i hope I shouldn't need more than 64 packets in the list. It depends on how late a misordered packet might get received. Smaller number gives better performance, larger number gives better tolerance to reordered packets
this.dataListMaxSize = 256;//allows data packets to be out-of-order up to 256 packets apart from each other in the same unidirectional stream
//this.totalByteCount=0;
this.virtualTcpData = null;
this.session = session;
this.networkFlow = session.Flow;
//this.protocolFinder = session.protocolFinder;
this.streamIsClientToServer = streamIsClientToServer;
}
public int CompareTo(object obj)
{
NetworkTcpSession s = (NetworkTcpSession)obj;
return(CompareTo(s));
}
//int PacketsSentServer { get; }//not required
//int PacketsSentClient { get; }//not required
public NetworkFlow(NetworkTcpSession networkTcpSession) : this(new FiveTuple(networkTcpSession.ClientHost, networkTcpSession.ClientTcpPort, networkTcpSession.ServerHost, networkTcpSession.ServerTcpPort, FiveTuple.TransportProtocol.TCP), networkTcpSession.StartTime, networkTcpSession.EndTime, networkTcpSession.ClientToServerTcpDataStream.TotalByteCount, networkTcpSession.ServerToClientTcpDataStream.TotalByteCount)
{
//nothing more required
}
