public Options()
: base()
{
pcapLogFile = new CLStringArgument("pcap-log", "Log data to this pcap file");
Add(pcapLogFile);
//communicationLogFile = new CLStringArgument('l', "CommunicationLogFile");
//Add(communicationLogFile);
specialPortList = new CLStringArgument('c', "Connect Request Port List", "Special list of ports that when connected, must establish a connection request. A connection request must be established with incoming connections if the connection is to another instance of NetworkAdapter where it's opposite end is a client that is waiting for a connection request.");
Add(specialPortList);
readBufferSize = new CLUInt32Argument('b', "Read Buffer Size", "The size of the buffer used to hold the bytes being read from a socket");
readBufferSize.SetDefault(4096);
Add(readBufferSize);
socketBackLog = new CLInt32Argument('s', "Server Socket BackLog", "The maximum length of the pending connections queue");
socketBackLog.SetDefault(32);
Add(socketBackLog);
logData = new CLSwitch('d', "log-data", "Log the socket data");
Add(logData);
noTransferMessages = new CLSwitch('t', "no-transfer-messages", "Do not log transfer messages");
Add(noTransferMessages);
this.adapterTypeModeIsSet = false;
}
public Options()
: base()
{
listenMode = new CLSwitch('l', "listen mode", "Specifies that NetCat will listen for a tcp connection");
Add(listenMode);
localPort = new CLGenericArgument <UInt16>(UInt16.Parse, 'p', "the local port to bind to");
localPort.SetDefault(0);
Add(localPort);
localHost = new CLStringArgument('i', "the local host or ip address to bind to");
localHost.SetDefault("0.0.0.0");
Add(localHost);
bufferSizes = new CLInt32Argument('s', "tunnel buffer sizes");
bufferSizes.SetDefault(8192);
Add(bufferSizes);
tcpSendWindow = new CLInt32Argument("send-window", "Size of TCP send window (0 means network stack window size)");
tcpSendWindow.SetDefault(0);
Add(tcpSendWindow);
tcpReceiveWindow = new CLInt32Argument("recv-window", "Size of TCP recv window (0 means network stack window size)");
tcpReceiveWindow.SetDefault(0);
Add(tcpReceiveWindow);
}
public NfsServerProgramOptions()
{
listenIPAddress = new CLGenericArgument <IPAddress>(IPAddress.Parse, 'l', "Listen IP Address");
listenIPAddress.SetDefault(IPAddress.Parse("0.0.0.0"));
Add(listenIPAddress);
//
// Debug Server
//
debugListenPort = new CLGenericArgument <UInt16>(UInt16.Parse, 'd', "DebugListenPort", "The TCP port that the debug server will be listening to (If no port is specified, the debug server will not be running)");
Add(debugListenPort);
//
// Npc Server
//
npcListenPort = new CLGenericArgument <UInt16>(UInt16.Parse, 'n', "NpcListenPort", "The TCP port that the NPC server will be listening to (If no port is specified, the NPC server will not be running)");
Add(npcListenPort);
logFile = new CLStringArgument('f', "LogFile", "Log file (logs to stdout if not specified)");
Add(logFile);
logLevel = new CLEnumArgument <LogLevel>('v', "LogLevel", "Level of statements to log");
logLevel.SetDefault(LogLevel.None);
Add(logLevel);
performanceLog = new CLStringArgument('p', "PerformanceLog", "Where to log performance ('internal',<filename>)");
Add(performanceLog);
#if WindowsCE
jediTimer = new CLSwitch('j', "JediTimer", "Adds the jedi timer timestamp to printed commands");
Add(jediTimer);
#endif
}
public Options()
{
tmpListenPort = new CLGenericArgument <UInt16>(UInt16.Parse, 't', "tmp-port", "The TMP (Tunnel Manipulation Protocol) listen port");
tmpListenPort.SetDefault(Tmp.DefaultPort);
Add(tmpListenPort);
disableNpc = new CLSwitch("disable-npc", "Do not start the npc control server");
Add(disableNpc);
}
public TelnetOptions()
{
port = new CLGenericArgument <UInt16>(UInt16.Parse, 'p', "port");
port.SetDefault(23);
Add(port);
windowSize = new CLGenericArgument <TelnetWindowSize>(TelnetWindowSize.Parse, 'w', "Telnet Window Size");
windowSize.SetDefault(null);
Add(windowSize);
wantServerEcho = new CLSwitch('e', "Want Server To Echo", "Tries to negotiate with the server to make the server echo");
Add(wantServerEcho);
disableColorDecoding = new CLSwitch('c', "nocolor", "Disables color decoding");
Add(disableColorDecoding);
}
public CdpCatOptions()
: base()
{
listenPort = new CLGenericArgument <UInt16>(UInt16.Parse, 'l', "listen mode", "Specifies that NetCat should wait for a tcp connection on the given port");
Add(listenPort);
localPort = new CLGenericArgument <UInt16>(UInt16.Parse, 'p', "local port (the listen port in listen mode)");
Add(localPort);
maxPayload = new CLGenericArgument <UInt16>(UInt16.Parse, 'm', "maximum cdp packet size");
maxPayload.SetDefault(4096);
Add(maxPayload);
verbose = new CLSwitch('v', "Verbose");
Add(verbose);
}
public AppLayerProxyOptions()
{
listenIP = new CLGenericArgument <IPAddress>(IPAddress.Parse, 'l', "listenip", "IP address of the interface to listen on");
listenIP.SetDefault(IPAddress.Any);
Add(listenIP);
forwardProxy = new CLStringArgument('p', "proxy", "Set a proxy to forward all connections to");
Add(forwardProxy);
backlog = new CLGenericArgument <UInt16>(UInt16.Parse, 'b', "backlog", "Listen socket backlog");
backlog.SetDefault(32);
Add(backlog);
bufferSize = new CLInt32Argument("buffer-size", "Size of the buffer used for receiving data from the client");
bufferSize.SetDefault(8192);
Add(bufferSize);
help = new CLSwitch('h', "help", "Show the usage");
Add(help);
}
public WebServerOptions()
: base()
{
port = new CLGenericArgument <UInt16>(UInt16.Parse, 'p', "Listen Port", "The port number to listen on");
port.SetDefault(80);
Add(port);
defaultIndexFile = new CLStringArgument('i', "Default Index File", "Filename of the default file to send when the client requests a directory");
defaultIndexFile.SetDefault("index.html");
Add(defaultIndexFile);
socketBackLog = new CLInt32Argument('b', "Socket Back Log", "The maximum length of the pending connections queue");
socketBackLog.SetDefault(32);
Add(socketBackLog);
logFile = new CLStringArgument("log", "File for message log");
Add(logFile);
logData = new CLSwitch('d', "log-data", "Use to turn on data logging");
Add(logData);
}
