protected override void MeshThreadEntryPoint(AbstractThreadedMesh threadParamObj)
{
//Message loop
while (isActive)
{
CheckInputQueue();
}
}
protected override void MeshThreadEntryPoint(AbstractThreadedMesh threadParamObj)
{
_rank = 1; //Default dimensions (currently 1, since we don't have metric defined yet for edb terms)
parser = new CSVAnalyser(this);
ReadInput();
while (isActive)
{
Thread.Sleep(10);
}
}
protected override void MeshThreadEntryPoint(AbstractThreadedMesh threadParamObj)
{
_rank = 3; //Default dimensions (3)
//Message loop.
while (isActive) //Message loop
{
Thread.Sleep(5000);
ProcessNodeQueue(newNodeQueue);
}
}
/// <summary>
/// Provides catching top-level exceptions from the thread, so that the application doesn't crash
/// when specific thread doesn't catch all it's exceptions.
/// </summary>
/// <param name="threadParamObj">Object from ParametrizedThreadStart. It is ourselves, actually.</param>
private void DefaultSafeThreadStarter(object threadParamObj)
{
try
{
string className = GetType().Name;
LoggerSAP.Log("{0} ({1}) thread was born.", Thread.CurrentThread.Name, className);
Thread.Sleep(2); //Wait for the framework to initialize 'this' object. Without this wait, members assigned to in constructor may not be initialized.
AbstractThreadedMesh param = (AbstractThreadedMesh)threadParamObj;
MeshThreadEntryPoint(param);
LoggerSAP.Log("{0} ({1}) thread has died.", Thread.CurrentThread.Name, className);
}
catch (Exception ex)
{
LoggerSAP.Log("The '{0} thread didn't catch its exception. The thread has died. Exception message: {1}.",
Thread.CurrentThread.Name,
ex.Message);
}
}
abstract protected void MeshThreadEntryPoint(AbstractThreadedMesh threadParamObj);
