glib-sharp 0.0.0.0 neutral Gtk# is thread aware, but not thread safe; See the Gtk# Thread Programming for details.

A list class used by Gtk

is managed wrapper for the underlying C list implementation used by Gtk+. Various functions on the Gtk+ API take lists or return lists in this form. The list deals with objects, these are pointers into unmanaged resources. For example to create a list of widgets, you would use the following sample: GLib.List MakeList (Gtk.Widget a, Gtk.Widget b) { GLib.List l = new GLib.List ((IntPtr) 0, typeof (Gtk.Widget)); l.Append (a.Handle); l.Append (b.Handle); } The argument to the constructor, allows the list enumerator code to return properly wrapped or demarshalled objects from the unmanaged world into the managed world. GLib.ListBase System.IDisposable System.Collections.ICollection System.Collections.IEnumerable GLib.IWrapper System.ICloneable Constructor

Constructs a List

A handle to a . A new insteace instance of List, wrapping the C list. objects are constructed by passing an unmanaged reference to an existing , or they can use "(IntPtr) 0" as an initial value. Using this constructor will not track the type information of the classes or structures kept in the list. If you plan on tracking the type information, use the method. Constructor

Internal constructor

A handle to a GLib.list A new instance of List, wrapping the C list. objects are constructed by passing an unmanaged reference to an existing , or they can use "(IntPtr) 0" as an initial value. Using this constructor will track the type information of the classes or structures kept in the list. This information is used by the List enumerator when returning data. Method System.Object

Duplicates the list, shallow copy.

The duplicated list. Makes a new copy of the list. The individual elements on - the list are not duplicated. Constructor

Constructs a list of objects of a given type.

a a Gtk.Widget a = new Gtk.Widget((IntPtr) 0); Gtk.Widget b = new Gtk.Widget((IntPtr) 0); GLib.List l = new GLib.List (typeof (Gtk.Widget)); l.Append (a.Handle); l.Append (b.Handle);