public static void LogMessage(LogSeverity severity, string msg)
{
if ((int)severity >= (int)MinSeverity && LogOutput != null)
{
LogOutput.LogMessage(SeverityStrings[(int)severity] + msg);
Debug.WriteLine(SeverityStrings[(int)severity] + msg);
}
}
public static SharpSocksServerController CreateSocksController(String ipToListen, String serverUri, String commandChannelId, ushort SocksPort, String EncryptionKey, String SessionCookieName, String PayloadCookieName, ILogOutput logComms)
{
var logOutput = logComms ?? new DebugConsoleOutput();
var mstr = new SharpSocksServerController()
{
ServerComms = logComms, WaitOnConnect = true
};
var enc = new DebugSimpleEncryptor(EncryptionKey);
logComms.LogMessage($"Public key for {enc.Initialize()}");
//Step 1. Create the HTTP request processor
//This will parse whatever the implant has sent
var c2Processor = new EncryptedC2RequestProcessor(enc, SessionCookieName ?? "ASP.NET_SessionId", commandChannelId)
{
ServerComms = logComms,
PayloadCookieName = PayloadCookieName ?? "__RequestVerificationToken"
};
SocksProxy.SocketComms = c2Processor;
//Step 2. Setup the Listener
//Prefix must end in /
if (serverUri[serverUri.Length - 1] != '/')
{
serverUri += "/";
}
var httpAsync = new HttpAsyncListener(c2Processor);
httpAsync.CreateListener(new List <String>()
{
serverUri
});
logOutput.LogMessage($"C2 HTTP processor listening on {serverUri}");
//Step 3. Start the Socks Proxy
//TO DO: Hardcoded socks IP and Port change this!!!
mstr.StartSocks(ipToListen, SocksPort, httpAsync, c2Processor.CmdChannelRunningEvent);
return(mstr);
}
