private void StartProcess(UserDatabase userDatabase)
{
var threadName = $"ThreadDbId{userDatabase.DatabaseId}";
var count = _databaseManager.ExecuteScalar(userDatabase.ConnectionString, "sc_calculation_queue_count");
Common.Repository.IPricingRepository repo = new Common.Repository.PricingRepository(userDatabase.ConnectionString, Constants.TIMEOUT_MSMQ_EXEC_STOREDPROC);
Common.Engine.IPriceEngine engine = new Common.Engine.PriceEngine(repo, Logger);
if (count > this._appConfiguration.NewThreadMessages)
{
if (ActiveThreads.Count <= _appConfiguration.MaxThreadCount)
{
if (this.ActiveThreads.All(t => t.Name != threadName))
{
var t = new Thread(() => Process(engine, userDatabase, count))
{
Name = threadName
};
t.Start();
ActiveThreads.Add(t);
}
}
}
else
{
Process(engine, userDatabase, count);
}
}
/// <summary>
/// Creates and starts a thread for our thread manager to keep track of.
/// </summary>
/// <param name="functionToRun">The function the thread should run.</param>
/// <returns>The created thread</returns>
public static CustomThread CreateThread(ThreadStart functionToRun)
{
CustomThread thread = new CustomThread(functionToRun);
ActiveThreads.Add(thread);
return(thread);
}
public static void Add(ParameterizedThreadStart parameterizedThreadStart, Object Parameter)
{
ThreadValuePair tvPair = new ThreadValuePair();
tvPair.Thread = new Thread(parameterizedThreadStart);
tvPair.Parameter = Parameter;
if (ActiveThreads.Count() < MaxActiveThreads)
{
ActiveThreads.Add(tvPair.Thread);
tvPair.Thread.Start(tvPair.Parameter);
}
else
{
QueuedThreads.Enqueue(tvPair);
}
}
public static void Add(ThreadStart threadStart)
{
ThreadValuePair tvPair = new ThreadValuePair();
tvPair.Thread = new Thread(threadStart);
tvPair.Parameter = null;
if (ActiveThreads.Count() < MaxActiveThreads)
{
ActiveThreads.Add(tvPair.Thread);
tvPair.Thread.Start();
}
else
{
QueuedThreads.Enqueue(tvPair);
}
}
private static void timer_callback(object state)
{
if (!timerCallbackExecuting)
{
timerCallbackExecuting = true;
//Monitor.Enter(ActiveThreads);
//Monitor.Enter(QueuedThreads);
//foreach (Thread thread in ActiveThreads)
for (int index = ActiveThreads.Count() - 1; index >= 0; index--)
{
//Thread thread = ActiveThreads[index];
if (!ActiveThreads[index].IsAlive)
{
ActiveThreads.Remove(ActiveThreads[index]);
}
//else if (ActiveThreads[index].ThreadState == ThreadState.Aborted || ActiveThreads[index].ThreadState == ThreadState.Stopped)
// ActiveThreads.Remove(ActiveThreads[index]);
}
while (ActiveThreads.Count() < MaxActiveThreads && QueuedThreads.Count() > 0)
{
ThreadValuePair threadDataPair = QueuedThreads.Dequeue();
Thread thread = threadDataPair.Thread;
ActiveThreads.Add(thread);
if (ReferenceEquals(threadDataPair.Parameter, null))
{
thread.Start();
}
else
{
thread.Start(threadDataPair.Parameter);
}
}
//Monitor.Exit(ActiveThreads);
//Monitor.Exit(QueuedThreads);
timerCallbackExecuting = false;
}
}