open Gtk
open Gtk_mathview
open Tags
open GtkBase
open Gpointer

external mDOMNode_of_boxed_option : Gpointer.boxed option -> Minidom.mDOMNode =
 "ml_gtk_math_view_mDOMNode_of_bodex_option"

module MathView = struct
  let cast w : math_view obj = Object.try_cast w "GtkMathView"
  external create : Gtk.adjustment optobj -> Gtk.adjustment optobj -> bool ->
   math_view obj = "ml_gtk_math_view_new"
  let create ~adjustmenth ~adjustmentv ~use_t1_lib () =
   create (optboxed adjustmenth) (optboxed adjustmentv) use_t1_lib
  external load : [>`math_view] obj -> filename:string -> bool =
   "ml_gtk_math_view_load"
  external unload : [>`math_view] obj -> unit =
   "ml_gtk_math_view_unload"
  (*external dump : [>`math_view] obj -> unit =
   "ml_gtk_math_view_dump"*)
  external get_selection : [>`math_view] obj -> Minidom.mDOMNode =
   "ml_gtk_math_view_get_selection"
  external set_selection : [>`math_view] obj -> Minidom.mDOMNode -> unit =
   "ml_gtk_math_view_set_selection"
  external get_width : [>`math_view] obj -> int =
   "ml_gtk_math_view_get_width"
  external get_height : [>`math_view] obj -> int =
   "ml_gtk_math_view_get_height"
  external get_top : [>`math_view] obj -> (int * int) =
   "ml_gtk_math_view_get_top"
  external set_top : [>`math_view] obj -> int -> int -> unit =
   "ml_gtk_math_view_set_top"
  external set_adjustments : [>`math_view] obj -> Gtk.adjustment obj -> Gtk.adjustment obj -> unit =
   "ml_gtk_math_view_set_adjustments"
  external get_hadjustment : [>`math_view] obj -> Gtk.adjustment obj =
   "ml_gtk_math_view_get_hadjustment"
  external get_vadjustment : [>`math_view] obj -> Gtk.adjustment obj =
   "ml_gtk_math_view_get_vadjustment"
  external get_buffer : [>`math_view] obj -> Gdk.pixmap =
   "ml_gtk_math_view_get_buffer"
  external get_frame : [>`math_view] obj -> [`frame] obj =
   "ml_gtk_math_view_get_frame"
  external set_font_size : [>`math_view] obj -> int -> unit =
   "ml_gtk_math_view_set_font_size"
  external get_font_size : [>`math_view] obj -> int =
   "ml_gtk_math_view_get_font_size"
  external set_anti_aliasing : [>`math_view] obj -> bool -> unit =
   "ml_gtk_math_view_set_anti_aliasing"
  external get_anti_aliasing : [>`math_view] obj -> bool =
   "ml_gtk_math_view_get_anti_aliasing"
  external set_kerning : [>`math_view] obj -> bool -> unit =
   "ml_gtk_math_view_set_kerning"
  external get_kerning : [>`math_view] obj -> bool =
   "ml_gtk_math_view_get_kerning"
  external set_log_verbosity : [>`math_view] obj -> int -> unit =
   "ml_gtk_math_view_set_log_verbosity"
  external get_log_verbosity : [>`math_view] obj -> int =
   "ml_gtk_math_view_get_log_verbosity"
  external export_to_postscript : [>`math_view] obj -> filename:string -> bool =
   "ml_gtk_math_view_export_to_postscript"

  module Signals = struct
    open GtkSignal

    let clicked : ([>`math_view],_) t =
     let marshal_clicked f _ =
      function
         [GtkArgv.POINTER node] -> f (mDOMNode_of_boxed_option node)
       | _ -> invalid_arg "GtkMathView.MathView.Signals.marshal_clicked"
     in
      { name = "clicked"; marshaller = marshal_clicked }

    let jump : ([>`math_view],_) t =
     let marshal_jump f _ =
      function
         [GtkArgv.POINTER node] -> f (mDOMNode_of_boxed_option node)
       | _ -> invalid_arg "GtkMathView.MathView.Signals.marshal_jump"
     in
      { name = "jump"; marshaller = marshal_jump }

    let selection_changed : ([>`math_view],_) t =
     let marshal_selection_changed f _ =
      function
         [GtkArgv.POINTER node] -> f (mDOMNode_of_boxed_option node)
       | _ -> invalid_arg "GtkMathView.MathView.Signals.marshal_selection_changed"
     in
      { name = "selection_changed"; marshaller = marshal_selection_changed }
  end
end