private void HandleClosed(object sender, EventArgs e)
{
_disposable.Dispose();
BootStrapper.Stop();
}
protected override void OnStartup(StartupEventArgs args)
{
using (Duration.Measure(Logger, "OnStartup - " + GetType()
.Name))
{
Logger.Info("Starting");
// ReSharper disable once RedundantToStringCallForValueType
var dispatcherMessage =
$"Dispatcher managed thread identifier = {Thread.CurrentThread.ManagedThreadId.ToString()}";
Logger.Info(dispatcherMessage);
Debug.WriteLine(dispatcherMessage);
Logger.Info($"WPF rendering capability (tier) = {(RenderCapability.Tier / 0x10000).ToString()}");
RenderCapability.TierChanged += (s, a) =>
Logger.Info($"WPF rendering capability (tier) = {(RenderCapability.Tier / 0x10000).ToString()}");
base.OnStartup(args);
BootStrapper.Start();
var schedulerService = BootStrapper.Resolve <ISchedulerService>();
var messageService = BootStrapper.Resolve <IMessageService>();
var gestureService = BootStrapper.Resolve <IGestureService>();
ObservableExtensions.GestureService = gestureService;
// Load the application settings asynchronously
LoadSettingsAsync(schedulerService)
.Wait();
var window = new MainWindow(messageService, schedulerService);
// The window has to be created before the root visual - all to do with the idling service initialising correctly...
window.DataContext = BootStrapper.RootVisual;
window.Closed += HandleClosed;
Current.Exit += HandleExit;
// Let's go...
window.Show();
if (Logger.IsInfoEnabled)
{
// Monitoring heartbeat only when info level is enabled...
ObserveHeartbeat(schedulerService)
.DisposeWith(_disposable);
}
#if DEBUG
ObserveUiFreeze()
.DisposeWith(_disposable);
#endif
ObserveCultureChanges()
.DisposeWith(_disposable);
Logger.Info("Started");
}
}
