sig
type ptr
type obj
type t
type smart_cb = Evas.obj -> Evas.ptr -> unit
type modifier
type callback_priority = [ `after | `before | `default | `other of int ]
type gl
type gl_context_version = [ `gles_1_x | `gles_2_x | `gles_3_x ]
type image_orient =
[ `flip_horizontal
| `flip_transpose
| `flip_transverse
| `flip_vertical
| `orient_180
| `orient_270
| `orient_90
| `orient_none ]
module Point : sig type t = { x : int; y : int; } end
type point = Evas.Point.t
module Coord_point : sig type t = { x : int; y : int; } end
type coord_point = Evas.Coord_point.t
module Position :
sig type t = { output : Evas.point; canvas : Evas.coord_point; } end
type position = Evas.Position.t
module Button_flags :
sig type t = { double_click : bool; triple_click : bool; } end
type coord_rectangle = int * int * int * int
type button_flags = Evas.Button_flags.t
type device
module Coord_precision_point :
sig type t = { x : int; y : int; xsub : float; ysub : float; } end
type coord_precision_point = Evas.Coord_precision_point.t
module Precision_position :
sig
type t = { output : Evas.point; canvas : Evas.coord_precision_point; }
end
type precision_position = Evas.Precision_position.t
type aspect_control =
[ `both | `horizontal | `neither | `none | `vertical ]
module Signal :
sig
type 'a t
type 'a v = (Evas.obj -> 'a -> unit) Evas.Signal.t
type 'a r = (Evas.obj -> 'a) Evas.Signal.t
type u = (Evas.obj -> unit) Evas.Signal.t
val create : string -> (Evas.ptr -> 'a) -> 'a Evas.Signal.v
val create_unit : string -> Evas.Signal.u
val create_ref : string -> (Evas.ptr -> 'a -> unit) -> 'a Evas.Signal.r
val get_name : 'a Evas.Signal.t -> string
val get_cb : 'a Evas.Signal.t -> 'a -> Evas.smart_cb
end
type load_error =
[ `cancelled
| `corrupt_file
| `does_not_exist
| `generic
| `none
| `permission_denied
| `resource_allocation_failed
| `unknown_format ]
type gl_api
type map
type display_mode = [ `compress | `dont_change | `expand | `none ]
type render_op =
[ `add
| `add_rel
| `blend
| `blend_rel
| `copy
| `copy_rel
| `mask
| `mul
| `sub
| `sub_rel
| `tint
| `tint_rel ]
val hint_expand : float
val hint_fill : float
val string_of_ptr : Evas.ptr -> string
val string_opt_of_ptr : Evas.ptr -> string option
val pointer_canvas_xy_get : Evas.t -> int * int
val smart_objects_calculate : Evas.t -> unit
val bool_of_ptr : Evas.ptr -> bool
val string_string_of_ptr : Evas.ptr -> string * string
val store_ptr_bool : Evas.ptr -> bool -> unit
val obj_of_ptr : Evas.ptr -> Evas.obj
val float_of_ptr : Evas.ptr -> float
type alloc_error = [ `fatal | `none | `recovered ]
val init : unit -> int
val shutdown : unit -> int
val alloc_error : unit -> Evas.alloc_error
val async_events_fd_get : unit -> int
val async_events_process : unit -> int
val render_method_lookup : string -> int
val render_method_list : unit -> string list
val output_method_set : Evas.t -> int -> unit
val output_method_get : Evas.t -> int
val coord_screen_x_to_world : Evas.t -> int -> int
val coord_screen_y_to_world : Evas.t -> int -> int
val coord_world_x_to_screen : Evas.t -> int -> int
val coord_world_y_to_screen : Evas.t -> int -> int
val output_size_set : Evas.t -> int -> int -> unit
val output_size_get : Evas.t -> int * int
val output_viewport_set : Evas.t -> int -> int -> int -> int -> unit
val output_viewport_get : Evas.t -> int * int * int * int
val output_framespace_set : Evas.t -> int -> int -> int -> int -> unit
val output_framespace_get : Evas.t -> int * int * int * int
val image_cache_flush : Evas.t -> unit
val image_cache_reload : Evas.t -> unit
val image_cache_set : Evas.t -> int -> unit
val image_cache_get : Evas.t -> int
val image_max_size_get : Evas.t -> (int * int) option
val new_ : unit -> Evas.t
val free : Evas.t -> unit
val focus_in : Evas.t -> unit
val focus_out : Evas.t -> unit
val focus_state_get : Evas.t -> bool
val nochange_push : Evas.t -> unit
val nochange_pop : Evas.t -> unit
val damage_rectangle_add : Evas.t -> int -> int -> int -> int -> unit
val obscured_rectangle_add : Evas.t -> int -> int -> int -> int -> unit
val obscured_clear : Evas.t -> unit
val render_async : Evas.t -> bool
val render_updates : Evas.t -> (int * int * int * int) list
val render : Evas.t -> unit
val norender : Evas.t -> unit
val render_idle_flush : Evas.t -> unit
val render_dump : Evas.t -> unit
val device_add : Evas.t -> Evas.device
val device_del : Evas.device -> unit
val device_push : Evas.t -> Evas.device -> unit
val device_pop : Evas.t -> unit
val device_list : Evas.t -> Evas.device option -> Evas.device list
val device_name_set : Evas.device -> string -> unit
val device_name_get : Evas.device -> string option
val device_description_set : Evas.device -> string -> unit
val device_description_get : Evas.device -> string option
val device_parent_get : Evas.device -> Evas.device option
val focus_get : Evas.t -> Evas.obj option
val objects_at_xy_get :
Evas.t -> int -> int -> bool -> bool -> Evas.obj list
val objects_in_rectangle_get :
Evas.t -> int -> int -> int -> int -> bool -> bool -> Evas.obj list
type cserve_stats = {
saved_memory : int;
wasted_memory : int;
saved_memory_peak : int;
wasted_memory_peak : int;
saved_time_image_header_load : float;
saved_time_image_data_load : float;
}
type cserve_config = {
cache_max_usage : int;
cache_item_timeout : int;
cache_item_timeout_check : int;
}
val cserve_want_get : unit -> bool
val cserve_connected_get : unit -> bool
val cserve_stats_get : unit -> Evas.cserve_stats option
val cserve_config_get : unit -> Evas.cserve_config option
val cserve_config_set : Evas.cserve_config -> bool
val cserve_disconnected : unit -> unit
val load_error_str : Evas.load_error -> string
val color_hsv_to_rgb : float -> float -> float -> int * int * int
val color_rgb_to_hsv : int -> int -> int -> float * float * float
val color_argb_premul : int -> int -> int -> int -> int * int * int
val color_argb_unpremul : int -> int -> int -> int -> int * int * int
val data_argb_premul : int array -> unit
val data_argb_unpremul : int array -> unit
val string_char_next_get : string -> int -> int * Int32.t
val string_char_prev_get : string -> int -> int * Int32.t
val string_char_len_get : string -> int
end