public static void CallDelegatorByAsync(Delegate dl, Object[] parameters, bool controlInvoke, bool parallelInvocation, AsyncRaiserCallback callback, Object state)
{
TypeContainer container = null;
TypeNameResolver name_res = new TypeNameResolver();
lock (mTypeContainers)
{
if (mTypeContainers.ContainsKey(name_res.CallerTypeName))
{
container = mTypeContainers[name_res.CallerTypeName];
}
else
{
container = new TypeContainer();
mTypeContainers[name_res.CallerTypeName] = container;
}
if (container.Thread == null)
{
container.Thread = new Thread(new ThreadStart(EventExecutorThreadMain));
container.Thread.IsBackground = true;
container.Thread.Name = name_res.CallerTypeName;
container.Thread.Start();
}
}
lock (container.Queue)
{
container.Queue.Enqueue(new EventDataContainer(dl, parameters, controlInvoke, parallelInvocation, callback, state));
}
container.ExecutorThreadSemaphore.Release();
}
public static void CallDelegatorByAsync(Delegate dl, Object[] parameters, bool controlInvoke, bool parallelInvocation, AsyncRaiserCallback callback, Object state)
{
TypeContainer container = null;
TypeNameResolver name_res = new TypeNameResolver();
lock (mTypeContainers)
{
if (mTypeContainers.ContainsKey(name_res.CallerTypeName))
{
container = mTypeContainers[name_res.CallerTypeName];
}
else
{
container = new TypeContainer();
mTypeContainers[name_res.CallerTypeName] = container;
}
if (container.Thread == null)
{
container.Thread = new Thread(new ThreadStart(EventExecutorThreadMain));
container.Thread.IsBackground = true;
container.Thread.Name = name_res.CallerTypeName;
container.Thread.Start();
}
}
lock (container.Queue)
{
container.Queue.Enqueue(new EventDataContainer(dl, parameters, controlInvoke, parallelInvocation, callback, state));
}
container.ExecutorThreadSemaphore.Release();
}