🌐The new Wayland workspace protocol introduces a virtual workspace system.
💻Applications can have their own coordinate system within the workspace.
🔄Applications can easily cooperate in window placement across different processors.
📐There are no limitations on the window layout, allowing for more flexibility in application design.
🔀Existing applications can be easily ported to the new protocol from Windows, macOS, and X11.
What is the advantage of the new Wayland workspace protocol?
—The new protocol allows applications to have their own coordinate system and cooperate in window placement, providing more flexibility and scalability.
Is it easy to port existing applications to the new protocol?
—Yes, it is relatively easy to port existing applications from Windows, macOS, and X11 to the new Wayland workspace protocol.
Does the new protocol have any limitations?
—The new protocol is more complex and requires the compositor to manage multiple coordinate systems. However, it provides a more flexible solution compared to previous protocols.
Can applications work together in window placement using the new protocol?
—Yes, applications can easily cooperate in window placement across different processors by sharing their workspace.
Does the new protocol affect the positioning of windows?
—The new protocol allows applications to have their own coordinate system within the workspace, giving them more control over window positioning.
00:00The new Wayland workspace protocol introduces a virtual workspace system.
02:59Applications can have their own coordinate system within the workspace.
06:57Applications can easily cooperate in window placement across different processors.
11:10There are no limitations on the window layout, allowing for more flexibility in application design.
12:57Existing applications can be easily ported to the new protocol from Windows, macOS, and X11.
