static void Main(string[] args)
{
string ttUserId = "ekocatulum";
string ttPassword = "******";
// Check that the compiler settings are compatible with the version of TT API installed
TTAPIArchitectureCheck archCheck = new TTAPIArchitectureCheck();
if (archCheck.validate())
{
Console.WriteLine("Architecture check passed.");
// Dictates whether TT API will be started on its own thread
bool startOnSeparateThread = false;
if (startOnSeparateThread)
{
// Start TT API on a separate thread
TTAPIFunctions tf = new TTAPIFunctions(ttUserId, ttPassword);
Thread workerThread = new Thread(tf.Start);
workerThread.Name = "TT API Thread";
workerThread.Start();
// Insert other code here that will run on this thread
}
else
{
// Start the TT API on the same thread
using (TTAPIFunctions tf = new TTAPIFunctions(ttUserId, ttPassword))
{
tf.Start();
}
}
//Console.ReadLine();
}
else
{
Console.WriteLine("Architecture check failed. {0}", archCheck.ErrorString);
}
}
static void Main(string[] args)
{
string ttUserId = "RENALDS";
string ttPassword = "******";
// Check that the compiler settings are compatible with the version of TT API installed
TTAPIArchitectureCheck archCheck = new TTAPIArchitectureCheck();
if (archCheck.validate())
{
Console.WriteLine("Architecture check passed.");
// Dictates whether TT API will be started on its own thread
bool startOnSeparateThread = false;
if (startOnSeparateThread)
{
// Start TT API on a separate thread
TTAPIFunctions tf = new TTAPIFunctions(ttUserId, ttPassword);
Thread workerThread = new Thread(tf.Start);
workerThread.Name = "TT API Thread";
workerThread.Start();
// Insert other code here that will run on this thread
}
else
{
// Start the TT API on the same thread
using (TTAPIFunctions tf = new TTAPIFunctions(ttUserId, ttPassword))
{
tf.Start();
}
}
}
else
{
Console.WriteLine("Architecture check failed. {0}", archCheck.ErrorString);
}
}