#Weston compositor windows

Qt Wayland supports several backends for sharing graphics buffers between clients and the server. This can be useful during development, both for simplified debugging and efficient turn-around on trying out new features.

-wayland-socket-name Overrides the default socket name used for communicating with clients.Īs long as it does not depend on any unavailable platform-specific features, the compositor can easily be tested on an X11-based desktop system.

QT_WAYLAND_SERVER_BUFFER_INTEGRATION Selects the server integration plugin to use.QT_WAYLAND_CLIENT_BUFFER_INTEGRATION Selects the client buffer integration plugin to use.QT_WAYLAND_HARDWARE_INTEGRATION Selects the hardware integration plugin to use.The Qt Wayland Compositor recognizes the following environment variables and command-line arguments: APIs to easily expand the support for custom extensions.Įnvironment Variables and Command-line Arguments.Support for common extensions, including XDG Shell and IVI Application.A C++ API for low-level access and control.A QML API to display and manipulate client content, fully integrated with all the features in Qt Quick.The Qt Wayland Compositor includes features necessary to create a compositor: The Qt Automotive Suite provides Qt Application Manager, which is a complete application manager that includes a compositor developed using Qt Wayland Compositor.įor more information on Wayland, see Wayland and Qt. Qt provides the APIs that can be used to develop the remaining parts of an application manager in other modules. There are also C++ APIs available - if you need more low-level access.Īn application manager would typically implement additional features such as application life cycle, virtual keyboard input, security, and Inter-Process Communication (IPC). The QML APIs contain high-level APIs that easily integrate with the rest of Qt, enabling convenient animations, effects, and UI through Qt Quick. Qt Wayland Compositor provides the APIs to communicate with clients and display their content on the screen. Typically, a compositor written with Qt Wayland Compositor becomes a subsystem inside a larger application manager process. Qt Wayland Compositor supports many common extensions by default, and also has APIs to enable the creation of new, custom extensions. Developers can then expand on this core protocol with use-case-specific extensions. Wayland's design philosophy is to keep the core protocol simple and minimal.

The display server, often called a compositor, displays content from client applications that support the Wayland protocol. PS: I know that they aren't ready for prime-time yet, anything basic like opening a terminal or hello-world type thing in Weston would be enough.The Qt Wayland Compositor is a module that provides convenient and powerful QML and C++ APIs for developing custom display servers based on the Wayland protocol. LibGL error: Try again with LIBGL_DEBUG=verbose for more details. LibGL error: failed to load driver: swrast LibEGL warning: DRI2: failed to open swrast (search paths /usr/lib/fglrx/dri) LibEGL warning: DRI2: failed to authenticate

#Weston compositor windows

LibEGL warning: unsupported platform Windows Loading module '/usr/lib/weston/x11-backend.so' What are the basic steps I need to take to make them usable? Trying to start Weston gives this and then drops back to the command prompt: $ weston