static void backgroundDispatcher()
{
// FIXME: use an event to avoid active wait
while (true)
{
if (arrBackgroundQueue.Count == 0)
{
Thread.Sleep(500);
//thrBackground.Suspend ();
continue;
}
GenericMessageContainer msg = null;
lock (arrBackgroundQueue) {
msg = (GenericMessageContainer)arrBackgroundQueue[0];
arrBackgroundQueue.RemoveAt(0);
}
if (msg != null)
{
msg.Run();
if (msg.Exception != null)
{
HandlerError(msg);
}
}
}
}
static void HandlerError(GenericMessageContainer msg)
{
if (msg.CallerStack != null)
{
Core.LoggingService.LogError("{0} {1}\nCaller stack:{2}", errormsg, msg.Exception.ToString(), msg.CallerStack);
}
else
{
Core.LoggingService.LogError("{0} {1}\nCaller stack not available. Define the environment variable MONODEVELOP_DISPATCH_DEBUG to enable caller stack capture.", errormsg, msg.Exception.ToString());
}
}
public static void GuiSyncDispatch(MessageHandler cb)
{
if (IsGuiThread)
{
cb();
return;
}
GenericMessageContainer mc = new GenericMessageContainer(cb, true);
lock (mc) {
QueueMessage(mc);
Monitor.Wait(mc);
}
if (mc.Exception != null)
{
throw new Exception(errormsg, mc.Exception);
}
}
static void HandlerError(GenericMessageContainer msg)
{
if (msg.CallerStack != null) {
LoggingService.LogError ("{0} {1}\nCaller stack:{2}", errormsg, msg.Exception.ToString (), msg.CallerStack);
}
else
LoggingService.LogError ("{0} {1}\nCaller stack not available. Define the environment variable MONODEVELOP_DISPATCH_DEBUG to enable caller stack capture.", errormsg, msg.Exception.ToString ());
}
public static void GuiSyncDispatch(MessageHandler cb)
{
if (IsGuiThread) {
cb ();
return;
}
GenericMessageContainer mc = new GenericMessageContainer (cb, true);
lock (mc) {
QueueMessage (mc);
Monitor.Wait (mc);
}
if (mc.Exception != null)
throw new Exception (errormsg, mc.Exception);
}