TelnetConnectAndNegotiate(
string Host, NegotiateSettings NegotiateSettings,
ConcurrentMessageQueue TelnetQueue, ToThread ToThread)
{
var sessionSettings = new SessionSettings();
TelnetLogList logList = null;
bool breakLoop = false;
// loop reading from NetworkStream and processing the telnet command.
// loop until break flag is set.
while (breakLoop == false)
{
var item = TelnetQueue.WaitAndPeek();
if ((item is TelnetCommand) == false)
{
break;
}
var telCmd = TelnetQueue.WaitAndDequeue() as TelnetCommand;
byte[] responseBytes = null;
{
var rv = ProcessTelnetCommand(telCmd, NegotiateSettings);
var cx = rv.Item1;
responseBytes = rv.Item2;
}
if ((responseBytes != null) && (responseBytes.Length > 0))
{
var dataMessage = new SendDataMessage(responseBytes);
ToThread.PostInputMessage(dataMessage);
}
}
return(new Tuple <SessionSettings, TelnetLogList>(
sessionSettings, logList));
}
TelnetPrinterConnectAndNegotiate(
string Host, NegotiateSettings NegotiateSettings,
ConcurrentMessageQueue TelnetQueue,
ServerConnectPack ConnectPack, bool doLog = false)
{
var sessionSettings = new SessionSettings();
TelnetLogList logList = null;
// BgnTemp
doLog = true;
// EndTemp
if (doLog == true)
{
logList = new TelnetLogList();
}
bool breakLoop = false;
// loop reading from NetworkStream and processing the telnet command.
// loop until break flag is set.
while (breakLoop == false)
{
var item = TelnetQueue.WaitAndPeek();
if ((item is TelnetCommand) == false)
{
break;
}
var telCmd = TelnetQueue.WaitAndDequeue() as TelnetCommand;
byte[] responseBytes = null;
{
var rv = ProcessTelnetCommand(telCmd, NegotiateSettings, doLog);
var cx = rv.Item1;
responseBytes = rv.Item2;
if (doLog == true)
{
logList.AddItems(rv.Item3);
}
}
if ((responseBytes != null) && (responseBytes.Length > 0))
{
WriteToHost(logList, responseBytes, ConnectPack.TcpClient.GetStream());
}
}
return(new Tuple <SessionSettings, TelnetLogList>(
sessionSettings, logList));
}
