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-# Getting started
-
-YASL creates desktop surfaces and delivers queued input. You own the event loop,
-renderer, graphics device/context use, and application lifetime.
-
-Build with a C23 compiler, Meson 1.6+, and Ninja. Linux backend dependencies are
-wayland-client, wayland-cursor, xkbcommon, or x11, xi, xext, xkbcommon (optional
-xrandr). Optional egl and wayland-egl enable GL contexts; Vulkan SDK development
-files enable the Vulkan bridge. Optional dbus-1 enables Linux desktop services.
-Cocoa requires macOS 14+ and the AppKit, Metal, QuartzCore, and UserNotifications
-system frameworks. Use Metal or MoltenVK for GPU rendering on macOS; Cocoa does
-not provide OpenGL contexts. Optional Vulkan SDK enables MoltenVK WSI.
-
-```sh
-meson setup build
-meson compile -C build
-./build/yasl-hello
-meson test -C build --print-errorlogs
-```
-
-Backend options `-Dwayland=enabled|disabled|auto`, `-Dx11=...`, and `-Ddbus=...`
-control dependency selection. At least one window backend must be built. Runtime
-AUTO selects the native session and falls back to another built Linux backend.
-For an explicit choice call `yasl_set_backend` before creating any surface.
-
-## A window
-
-```c
-#include <yasl/yasl.h>
-
-int main(void)
-{
-    yasl_surface *s = yasl_surface_create("Example", 800, 600, 0);
-    if (!s) return 1;
-    /* Attach a GPU renderer here and draw on each REFRESH. */
-    yasl_event event;
-    while (yasl_wait_event(&event, -1) >= 0 &&
-           event.type != YASL_EVENT_CLOSE && event.type != YASL_EVENT_QUIT) {
-    }
-    /* Destroy GPU objects before shutting down. */
-    yasl_shutdown();
-    return 0;
-}
-```
-
-The first creation initializes a shared backend. More windows use that backend;
-there is no public display/context object. Closing the final window does not
-implicitly terminate the application or reset configuration. `yasl_shutdown`
-releases shared resources and restores defaults.
-
-If the Wayland compositor restarts, windows stay open: YASL sends DISPLAY_LOST,
-reconnects, and sends DISPLAY_RESTORED. CPU windows need nothing; GPU renderers drop
-their Vulkan surfaces and GL objects on loss and rebuild them on restore.
-
-[hello.c](../examples/hello.c) draws into a CPU surface's pixel buffer on every REFRESH.
-On Linux with EGL, `./build/yasl-game` runs [game.c](../examples/game.c), which
-creates a GL context, binds it, loads procedures, draws,
-swaps, and rebinds the context after a compositor restart. [tablet.c](../examples/tablet.c) retains a canvas
-and draws pressure-sensitive pen/eraser strokes. [notepad.c](../examples/notepad.c)
-uses a worker queue, wakeups, clipboard, IME, and its own blink deadline.
-
-## Link and install
-
-```sh
-meson setup build --prefix=/usr/local --libdir=lib
-meson compile -C build
-meson install -C build
-cc -std=c23 examples/hello.c -o hello $(pkg-config --cflags --libs yasl)
-```
-
-Use a writable prefix. For a custom prefix configure PKG_CONFIG_PATH and the
-runtime library search path. Static consumers use `pkg-config --static --libs yasl`.
-Public headers also compile as C++11. Native headers and the Vulkan header are
-installed only when their respective support is built.
-
-See the [guide](guide.md) for geometry, event lifetime, GPU ownership, input, and
-backend limits. `doxygen Doxyfile` builds the reference in build-docs/html.