Avalonia.X11

An invisible X window that owns the input focus and forwards events to the owner window.

This is a known Linux technique for an auxiliary invisible window to hold the input focus for the main window. It is required by XEmbed protocol, but it also works for regular cases that don't imply embedded windows.

Initializes instance and creates the underlying X window.

The X11 platform. The parent window to proxy the focus for. An event handler that will handle X events that come to the proxy.

Represents the rendering mode for platform graphics.

Avalonia is rendered into a framebuffer.

Enables Glx rendering.

Enables native Linux EGL rendering.

Enables Vulkan rendering

Platform-specific options which apply to Linux.

Gets or sets Avalonia rendering modes with fallbacks. The first element in the array has the highest priority. The default value is: , .

If application should work on as wide range of devices as possible, at least add as a fallback value. Thrown if no values were matched.

Embeds popups to the window when set to true. The default value is false.

Enables global menu support on Linux desktop environments where it's supported (e. g. XFCE and MATE with plugin, KDE, etc). The default value is true.

Enables DBus file picker instead of GTK. The default value is true.

Determines whether to use IME. IME would be enabled by default if the current user input language is one of the following: Mandarin, Japanese, Vietnamese or Korean.

Input method editor is a component that enables users to generate characters not natively available on their input devices by using sequences of characters or mouse operations that are natively available on their input devices.

Determines whether to use Input Focus Proxy. The default value is false.

Determines whether to enable support for the X Session Management Protocol.

X Session Management Protocol is a standard implemented on most Linux systems that uses Xorg. This enables apps to control how they can control and/or cancel the pending shutdown requested by the user.

Render directly on the UI thread instead of using a dedicated render thread. This can be usable if your device don't have multiple cores to begin with. This setting is false by default.

Enables multitouch support. The default value is true.

Multitouch allows a surface (a touchpad or touchscreen) to recognize the presence of more than one point of contact with the surface at the same time.

Retain window framebuffer contents if using CPU rendering mode. This will keep an offscreen bitmap for each window with contents of the previous frame While improving performance by saving a blit, it will increase memory consumption if you have many windows