import efl_exe;
import efl_input_device;
import efl_wl_surface;

struct @beta @extern Efl.Wl_Wl_Surface; [[ struct wl_surface. @since 1.24 ]]
struct @beta @extern Efl.Wl_Wl_Global; [[ struct wl_global. @since 1.24 ]]
struct @beta @extern Efl.Wl_Wl_Interface; [[ A libwayland callback interface struct. @since 1.24 ]]
struct @beta @extern Efl.Wl_Wl_Interface_Data; [[ A data pointer to send with the bind callback. @since 1.24 ]]
struct @beta @extern Efl.Wl_Wl_Interface_Bind_Cb; [[ A callback with the type (*void)(struct wl_client *client, void *data, uint32_t version, uint32_t id). @since 1.24 ]]
struct @beta @extern Efl.Wl_Xkb_State; [[ struct xkb_state. @since 1.24 ]]
struct @beta @extern Efl.Wl_Wl_Array; [[ struct wl_array. @since 1.24 ]]


enum @beta Efl.Wl.Rotation
{
   [[Orientation of the internal compositor object in degrees. These values are COUNTER-CLOCKWISE.
   ]]
   rotate_0 = 0,
   rotate_90 = 1,
   rotate_180 = 2,
   rotate_270 = 3
}

class @beta Efl.Wl extends Efl.Canvas.Group
{
   [[
     @since 1.24
   ]]
   data: Comp;
   methods {
      run {
         [[This runs a command in the compositor using the @Efl.Exe_Flags.term_with_parent flag.
         ]]
         params {
            cmd: string;
         }
         return: Efl.Exe;
      }
      @property exec_flags {
         values {
            flags: Efl.Exe_Flags;
         }
      }
      allowed_pid_add {
         params {
            pid: int;
         }
      }
      allowed_pid_del {
         params {
            pid: int;
         }
      }
      surface_next {
         return: Efl.Wl.Surface;
      }
      surface_prev {
         return: Efl.Wl.Surface;
      }
      @property active_surface {
         get {}
         set {
            return: bool;
         }
         values {
            surface: Efl.Wl.Surface;
         }
      }
      @property aspect {
         values {
            set: bool;
         }
      }
      @property minmax {
         values {
            set: bool;
         }
      }
      @property rotation {
         values {
            rotation: Efl.Wl.Rotation;
            rtl: bool;
         }
      }
      global_add {
         params {
            interface: const(Efl.Wl_Wl_Interface) @by_ref;
            version: uint;
            data: Efl.Wl_Wl_Interface_Data @by_ref;
            bind_cb: Efl.Wl_Wl_Interface_Bind_Cb @by_ref;
         }
         return: Efl.Wl_Wl_Global @by_ref;
      }
      seat_keymap_set {
         params {
            seat: Efl.Input.Device;
            state: Efl.Wl_Xkb_State @by_ref;
            keymap_str: string;
            key_array: Efl.Wl_Wl_Array @by_ref;
         }
      }
      seat_key_repeat_set {
         params {
            seat: Efl.Input.Device;
            repeat_rate: int;
            repeat_delay: int;
         }
      }
   }
   implements {
      Efl.Object.constructor;
      Efl.Gfx.Entity.visible { set; }
      Efl.Gfx.Entity.size { set; }
      Efl.Gfx.Entity.position { set; }
      Efl.Gfx.Entity.scale { get; set; }
   }
   events {
      toplevel,added: Efl.Wl.Surface; [[]]
      child,added: Efl.Wl.Surface; [[]]
      popup,added: Efl.Wl.Surface; [[]]
      seat,added: Efl.Input.Device; [[The seat object added.]]
   }
}