ApplicationWindow
open class ApplicationWindow : Window, ApplicationWindowProtocol
GtkApplicationWindow
is a GtkWindow
subclass that offers some
extra functionality for better integration with GtkApplication
features. Notably, it can handle both the application menu as well
as the menubar. See gtk_application_set_app_menu()
and
gtk_application_set_menubar()
.
This class implements the GActionGroup
and GActionMap
interfaces,
to let you add window-specific actions that will be exported by the
associated GtkApplication
, together with its application-wide
actions. Window-specific actions are prefixed with the “win.”
prefix and application-wide actions are prefixed with the “app.”
prefix. Actions must be addressed with the prefixed name when
referring to them from a GMenuModel
.
Note that widgets that are placed inside a GtkApplicationWindow
can also activate these actions, if they implement the
GtkActionable
interface.
As with GtkApplication
, the GDK lock will be acquired when
processing actions arriving from other processes and should therefore
be held when activating actions locally (if GDK threads are enabled).
The settings GtkSettings:gtk-shell-shows-app-menu
and
GtkSettings:gtk-shell-shows-menubar
tell GTK+ whether the
desktop environment is showing the application menu and menubar
models outside the application as part of the desktop shell.
For instance, on OS X, both menus will be displayed remotely;
on Windows neither will be. gnome-shell (starting with version 3.4)
will display the application menu, but not the menubar.
If the desktop environment does not display the menubar, then
GtkApplicationWindow
will automatically show a GtkMenuBar
for it.
This behaviour can be overridden with the GtkApplicationWindow:show-menubar
property. If the desktop environment does not display the application
menu, then it will automatically be included in the menubar or in the
windows client-side decorations.
A GtkApplicationWindow with a menubar
(C Language Example):
GtkApplication *app = gtk_application_new ("org.gtk.test", 0);
GtkBuilder *builder = gtk_builder_new_from_string (
"<interface>"
" <menu id='menubar'>"
" <submenu label='_Edit'>"
" <item label='_Copy' action='win.copy'/>"
" <item label='_Paste' action='win.paste'/>"
" </submenu>"
" </menu>"
"</interface>",
-1);
GMenuModel *menubar = G_MENU_MODEL (gtk_builder_get_object (builder,
"menubar"));
gtk_application_set_menubar (GTK_APPLICATION (app), menubar);
g_object_unref (builder);
// ...
GtkWidget *window = gtk_application_window_new (app);
Handling fallback yourself
The XML format understood by GtkBuilder
for GMenuModel
consists
of a toplevel <menu>
element, which contains one or more <item>
elements. Each <item>
element contains <attribute>
and <link>
elements with a mandatory name attribute. <link>
elements have the
same content model as <menu>
. Instead of <link name="submenu>
or
<link name="section">
, you can use <submenu>
or <section>
elements.
Attribute values can be translated using gettext, like other GtkBuilder
content. <attribute>
elements can be marked for translation with a
translatable="yes"
attribute. It is also possible to specify message
context and translator comments, using the context and comments attributes.
To make use of this, the GtkBuilder
must have been given the gettext
domain to use.
The following attributes are used when constructing menu items:
- “label”: a user-visible string to display
- “action”: the prefixed name of the action to trigger
- “target”: the parameter to use when activating the action
- “icon” and “verb-icon”: names of icons that may be displayed
- “submenu-action”: name of an action that may be used to determine if a submenu can be opened
- “hidden-when”: a string used to determine when the item will be hidden. Possible values include “action-disabled”, “action-missing”, “macos-menubar”.
The following attributes are used when constructing sections:
- “label”: a user-visible string to use as section heading
- “display-hint”: a string used to determine special formatting for the section. Possible values include “horizontal-buttons”.
- “text-direction”: a string used to determine the
GtkTextDirection
to use when “display-hint” is set to “horizontal-buttons”. Possible values include “rtl”, “ltr”, and “none”.
The following attributes are used when constructing submenus:
- “label”: a user-visible string to display
- “icon”: icon name to display
The ApplicationWindow
type acts as a reference-counted owner of an underlying GtkApplicationWindow
instance.
It provides the methods that can operate on this data type through ApplicationWindowProtocol
conformance.
Use ApplicationWindow
as a strong reference or owner of a GtkApplicationWindow
instance.
-
Designated initialiser from the underlying `C` data type.
This creates an instance without performing an unbalanced retain i.e., ownership is transferred to the
ApplicationWindow
instance.Declaration
Swift
@inlinable public init(_ op: UnsafeMutablePointer<GtkApplicationWindow>)
Parameters
op
pointer to the underlying object
-
Designated initialiser from a constant pointer to the underlying
C
data type. This creates an instance without performing an unbalanced retain i.e., ownership is transferred to theApplicationWindow
instance.Declaration
Swift
@inlinable public init(_ op: UnsafePointer<GtkApplicationWindow>)
Parameters
op
pointer to the underlying object
-
Optional initialiser from a non-mutating
gpointer
to the underlyingC
data type. This creates an instance without performing an unbalanced retain i.e., ownership is transferred to theApplicationWindow
instance.Declaration
Swift
@inlinable override public init!(gpointer op: gpointer?)
Parameters
op
gpointer to the underlying object
-
Optional initialiser from a non-mutating
gconstpointer
to the underlyingC
data type. This creates an instance without performing an unbalanced retain i.e., ownership is transferred to theApplicationWindow
instance.Declaration
Swift
@inlinable override public init!(gconstpointer op: gconstpointer?)
Parameters
op
pointer to the underlying object
-
Optional initialiser from a constant pointer to the underlying
C
data type. This creates an instance without performing an unbalanced retain i.e., ownership is transferred to theApplicationWindow
instance.Declaration
Swift
@inlinable public init!(_ op: UnsafePointer<GtkApplicationWindow>?)
Parameters
op
pointer to the underlying object
-
Optional initialiser from the underlying
C
data type. This creates an instance without performing an unbalanced retain i.e., ownership is transferred to theApplicationWindow
instance.Declaration
Swift
@inlinable public init!(_ op: UnsafeMutablePointer<GtkApplicationWindow>?)
Parameters
op
pointer to the underlying object
-
Designated initialiser from the underlying
C
data type. Will retainGtkApplicationWindow
. i.e., ownership is transferred to theApplicationWindow
instance.Declaration
Swift
@inlinable public init(retaining op: UnsafeMutablePointer<GtkApplicationWindow>)
Parameters
op
pointer to the underlying object
-
Reference intialiser for a related type that implements
ApplicationWindowProtocol
Will retainGtkApplicationWindow
.Declaration
Swift
@inlinable public init<T>(applicationWindow other: T) where T : ApplicationWindowProtocol
Parameters
other
an instance of a related type that implements
ApplicationWindowProtocol
-
Unsafe typed initialiser. Do not use unless you know the underlying data type the pointer points to conforms to
ApplicationWindowProtocol
.Declaration
Swift
@inlinable override public init<T>(cPointer p: UnsafeMutablePointer<T>)
Parameters
cPointer
pointer to the underlying object
-
Unsafe typed, retaining initialiser. Do not use unless you know the underlying data type the pointer points to conforms to
ApplicationWindowProtocol
.Declaration
Swift
@inlinable override public init<T>(retainingCPointer cPointer: UnsafeMutablePointer<T>)
Parameters
cPointer
pointer to the underlying object
-
Unsafe untyped initialiser. Do not use unless you know the underlying data type the pointer points to conforms to
ApplicationWindowProtocol
.Declaration
Swift
@inlinable override public init(raw p: UnsafeRawPointer)
Parameters
p
raw pointer to the underlying object
-
Unsafe untyped, retaining initialiser. Do not use unless you know the underlying data type the pointer points to conforms to
ApplicationWindowProtocol
.Declaration
Swift
@inlinable override public init(retainingRaw raw: UnsafeRawPointer)
-
Unsafe untyped initialiser. Do not use unless you know the underlying data type the pointer points to conforms to
ApplicationWindowProtocol
.Declaration
Swift
@inlinable public required init(raw p: UnsafeMutableRawPointer)
Parameters
p
mutable raw pointer to the underlying object
-
Unsafe untyped, retaining initialiser. Do not use unless you know the underlying data type the pointer points to conforms to
ApplicationWindowProtocol
.Declaration
Swift
@inlinable required public init(retainingRaw raw: UnsafeMutableRawPointer)
Parameters
raw
mutable raw pointer to the underlying object
-
Unsafe untyped initialiser. Do not use unless you know the underlying data type the pointer points to conforms to
ApplicationWindowProtocol
.Declaration
Swift
@inlinable override public init(opaquePointer p: OpaquePointer)
Parameters
p
opaque pointer to the underlying object
-
Unsafe untyped, retaining initialiser. Do not use unless you know the underlying data type the pointer points to conforms to
ApplicationWindowProtocol
.Declaration
Swift
@inlinable override public init(retainingOpaquePointer p: OpaquePointer)
Parameters
p
opaque pointer to the underlying object
-
Creates a new
GtkApplicationWindow
.Declaration
Swift
@inlinable public init<ApplicationT>(application: ApplicationT) where ApplicationT : ApplicationProtocol