private void loadComponentSingleFile <T>(T d, Action <T> add)
where T : Drawable
{
var focused = d as FocusedOverlayContainer;
if (focused != null)
{
focused.StateChanged += s =>
{
visibleOverlayCount += s == Visibility.Visible ? 1 : -1;
screenStack.FadeColour(visibleOverlayCount > 0 ? OsuColour.Gray(0.5f) : Color4.White, 500, Easing.OutQuint);
};
}
// schedule is here to ensure that all component loads are done after LoadComplete is run (and thus all dependencies are cached).
// with some better organisation of LoadComplete to do construction and dependency caching in one step, followed by calls to loadComponentSingleFile,
// we could avoid the need for scheduling altogether.
Schedule(() => { asyncLoadStream = asyncLoadStream?.ContinueWith(t => LoadComponentAsync(d, add).Wait()) ?? LoadComponentAsync(d, add); });
}
private void loadComponentSingleFile <T>(T d, Action <T> add)
where T : Drawable
{
var focused = d as FocusedOverlayContainer;
if (focused != null)
{
focused.StateChanged += s =>
{
visibleOverlayCount += s == Visibility.Visible ? 1 : -1;
screenStack.FadeColour(visibleOverlayCount > 0 ? OsuColour.Gray(0.5f) : Color4.White, 500, Easing.OutQuint);
};
}
// schedule is here to ensure that all component loads are done after LoadComplete is run (and thus all dependencies are cached).
// with some better organisation of LoadComplete to do construction and dependency caching in one step, followed by calls to loadComponentSingleFile,
// we could avoid the need for scheduling altogether.
Schedule(() =>
{
var previousLoadStream = asyncLoadStream;
//chain with existing load stream
asyncLoadStream = Task.Run(async() =>
{
if (previousLoadStream != null)
{
await previousLoadStream;
}
try
{
Logger.Log($"Loading {d}...", level: LogLevel.Debug);
await LoadComponentAsync(d, add);
Logger.Log($"Loaded {d}!", level: LogLevel.Debug);
}
catch (OperationCanceledException)
{
}
});
});
}
