![]() ![]() It's created automatically, and you can use the UIElement.UIContext property to retrieve the UIContext. UIContext is a unique identifier for an app window or view. These configurations give the user a consistent experience across any device that supports the configuration. #How to use istripper app on window windows#The AppWindowPresenter API lets you easily switch windows into pre-defined configurations like FullScreen or CompactOverlay. There can be multiple display regions within the same monitor, or a DisplayRegion can be configured to span across multiple monitors if those monitors are homogenous in all aspects. It is not necessarily a 1:1 mapping with the physical display area of the backing monitor. #How to use istripper app on window full#The DisplayRegion API describes the region in which a view can be shown to a user on a logical display for example, on a desktop PC, this is the full display minus the area of the taskbar. It also provides a set of DisplayRegion objects that describe the areas in which an app may be shown on a logical display. It describes the kind of window the environment supports for example, Overlapped if the app is running on a PC, or Tiled if the app is running on an Xbox. The WindowingEnvironment API lets you know about the environment where your app is being presented so you can adapt your app as needed. However, you can show a XAML SwapChainPanel that hosts DirectX content. You can only connect XAML content to your AppWindow, there is no support for native DirectX or Holographic content. ![]() A main feature of AppWindow is that each instance shares the same UI processing thread (including the event dispatcher) from which they were created, which simplifies multi-window apps. It is similar in concept to an ApplicationView, but not the same in behavior and lifetime. ![]() The AppWindow class can be used to display a portion of a Windows Runtime app in a secondary window. Here are some of the important APIs you use to show content in an AppWindow. WindowManagement APIs are still under development and have limitations as described in the API reference docs. If your app targets earlier versions of Windows 10, you must use ApplicationView to create secondary windows. The AppWindow class and other APIs in the WindowManagement namespace are available starting in Windows 10, version 1903 (SDK 18362). Important APIs: Windows.UI.WindowManagement namespace, AppWindow class API overview Sample app with un-docked color picker and secondary window
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