A Linux developer shares frustrations with Wayland, the protocol positioned as the future of Linux desktops. Despite promises of improved security and modern design over the older X11 system, creating graphical applications has proven "a fucking nightmare." The author contrasts this with the simplicity of older systems and libraries like raylib, highlighting a disconnect between Wayland's theoretical benefits and practical developer experience.

The complexity stems from Wayland's callback-heavy architecture, requiring developers to navigate intricate callback chains for even basic window creation. The author documents needing 1300+ lines of helper code just to open an OpenGL window, compared to the few lines required by raylib. Every task—monitor detection, input handling, window management—demands complex callback registration and event handling through wl_display_roundtrip() calls.

Wayland's fragmented ecosystem adds further complications, with deprecated protocols like wl_shell forcing developers to use extensions like XdgShell. Documentation remains sparse, with interface code generated from XML files. The callback-heavy architecture creates unpredictable control flow, making debugging initialization errors particularly challenging. This complexity threatens Wayland's adoption despite its technical advantages over X11.