Safe Haskell	None
Language	Haskell2010

GI.Gtk.Declarative

Description

The declarative layer on top of GTK+ lets you describe your user interface as a declarative hierarchy of objects, using data structures and pure functions. You can leverage the declarative event handling to build reusable widgets. The Patch typeclass, and the instances provided by this library, performs minimal updates to GTK+ widgets using the underlying imperative operations, so that your rendering can always be a pure function your state to a Widget.

Synopsis

data EventHandler gtkEventHandler widget (purity :: Purity) event where
- PureEventHandler :: EventHandlerReturn Identity ret e -> EventHandler (IO ret) w Pure e
- ImpureEventHandler :: (w -> EventHandlerReturn IO ret e) -> EventHandler (IO ret) w Impure e
- EventHandlerFunction :: (a -> EventHandler b w p e) -> EventHandler (a -> b) w p e
type ClassSet = HashSet Text
data Attribute widget event where
- (:=) :: (AttrOpAllowed AttrConstruct info widget, AttrOpAllowed AttrSet info widget, AttrGetC info widget attr getValue, AttrSetTypeConstraint info setValue, KnownSymbol attr, Typeable attr, Eq setValue, Typeable setValue) => AttrLabelProxy (attr :: Symbol) -> setValue -> Attribute widget event
- Classes :: IsWidget widget => ClassSet -> Attribute widget event
- OnSignalPure :: (GObject widget, SignalInfo info, gtkCallback ~ HaskellCallbackType info, ToGtkCallback gtkCallback Pure) => SignalProxy widget info -> EventHandler gtkCallback widget Pure event -> Attribute widget event
- OnSignalImpure :: (GObject widget, SignalInfo info, gtkCallback ~ HaskellCallbackType info, ToGtkCallback gtkCallback Impure) => SignalProxy widget info -> EventHandler gtkCallback widget Impure event -> Attribute widget event
- AfterCreated :: (widget -> IO ()) -> Attribute widget event
classes :: IsWidget widget => [Text] -> Attribute widget event
on :: (GObject widget, SignalInfo info, gtkCallback ~ HaskellCallbackType info, ToGtkCallback gtkCallback Pure, ToEventHandler gtkCallback widget Pure, userEventHandler ~ UserEventHandler gtkCallback widget Pure event) => SignalProxy widget info -> userEventHandler -> Attribute widget event
onM :: (GObject widget, SignalInfo info, gtkCallback ~ HaskellCallbackType info, ToGtkCallback gtkCallback Impure, ToEventHandler gtkCallback widget Impure, userEventHandler ~ UserEventHandler gtkCallback widget Impure event) => SignalProxy widget info -> userEventHandler -> Attribute widget event
afterCreated :: (widget -> IO ()) -> Attribute widget event
class Patchable widget where
- create :: widget e -> IO SomeState
- patch :: SomeState -> widget e1 -> widget e2 -> Patch
data Patch
- = Modify (IO SomeState)
- | Replace (IO SomeState)
- | Keep
data CustomWidget widget params internalState event = CustomWidget {
- customWidget :: ManagedPtr widget -> widget
- customCreate :: params -> IO (widget, internalState)
- customPatch :: params -> params -> internalState -> CustomPatch widget internalState
- customSubscribe :: params -> internalState -> widget -> (event -> IO ()) -> IO Subscription
- customAttributes :: Vector (Attribute widget event)
- customParams :: params
}
data CustomPatch widget internalState
- = CustomReplace
- | CustomModify (widget -> IO internalState)
- | CustomKeep
class FromWidget widget target where
- fromWidget :: widget event -> target event
data Widget event where
- Widget :: (Typeable widget, Patchable widget, Functor widget, EventSource widget) => widget event -> Widget event
data SingleWidget widget event
widget :: (Typeable widget, IsWidget widget, FromWidget (SingleWidget widget) target) => (ManagedPtr widget -> widget) -> Vector (Attribute widget event) -> target event
data BoxChildProperties = BoxChildProperties {
- expand :: Bool
- fill :: Bool
- padding :: Word32
}
data BoxChild event = BoxChild {
- properties :: BoxChildProperties
- child :: Widget event
}
defaultBoxChildProperties :: BoxChildProperties
data Container widget children event
container :: (Typeable widget, Functor child, IsWidget widget, IsContainer widget, FromWidget (Container widget (Children child)) target, ToChildren widget parent child) => (ManagedPtr widget -> widget) -> Vector (Attribute widget event) -> parent (child event) -> target event
data PaneProperties = PaneProperties {
- resize :: Bool
- shrink :: Bool
}
data Pane event
defaultPaneProperties :: PaneProperties
pane :: PaneProperties -> Widget event -> Pane event
paned :: Vector (Attribute Paned event) -> Pane event -> Pane event -> Widget event
data Bin widget event
bin :: (Typeable widget, IsContainer widget, IsBin widget, IsWidget widget, FromWidget (Bin widget) target) => (ManagedPtr widget -> widget) -> Vector (Attribute widget event) -> Widget event -> target event
data MenuItem event
menuItem :: (IsMenuItem item, Typeable item, IsContainer item, IsBin item, IsWidget item) => (ManagedPtr item -> item) -> Vector (Attribute item event) -> Widget event -> MenuItem event
subMenu :: Text -> Vector (MenuItem event) -> MenuItem event

Documentation

data EventHandler gtkEventHandler widget (purity :: Purity) event where Source #

Encodes the user event handler in such a way that we can have a Functor instance for arity-polymorphic event handlers.

Constructors

PureEventHandler :: EventHandlerReturn Identity ret e -> EventHandler (IO ret) w Pure e
ImpureEventHandler :: (w -> EventHandlerReturn IO ret e) -> EventHandler (IO ret) w Impure e
EventHandlerFunction :: (a -> EventHandler b w p e) -> EventHandler (a -> b) w p e

Instances

Functor (EventHandler gtkEventHandler widget purity) Source #
Instance details Defined in GI.Gtk.Declarative.Attributes.Internal.EventHandler Methods fmap :: (a -> b) -> EventHandler gtkEventHandler widget purity a -> EventHandler gtkEventHandler widget purity b # (<$) :: a -> EventHandler gtkEventHandler widget purity b -> EventHandler gtkEventHandler widget purity a #

type ClassSet = HashSet Text Source #

A set of CSS classes.

data Attribute widget event where Source #

The attribute GADT represent a supported attribute for a declarative widget. This extends the regular notion of GTK+ attributes to also include event handling and CSS classes.

Constructors

(:=) :: (AttrOpAllowed AttrConstruct info widget, AttrOpAllowed AttrSet info widget, AttrGetC info widget attr getValue, AttrSetTypeConstraint info setValue, KnownSymbol attr, Typeable attr, Eq setValue, Typeable setValue) => AttrLabelProxy (attr :: Symbol) -> setValue -> Attribute widget event	An attribute/value mapping for a declarative widget. The `AttrLabelProxy` is parameterized by `attr`, which represents the GTK-defined attribute name. The underlying GI object needs to support the construct, get, and set operations for the given attribute.
Classes :: IsWidget widget => ClassSet -> Attribute widget event	Defines a set of CSS classes for the underlying widget's style context. Use the `classes` function instead of this constructor directly.
OnSignalPure :: (GObject widget, SignalInfo info, gtkCallback ~ HaskellCallbackType info, ToGtkCallback gtkCallback Pure) => SignalProxy widget info -> EventHandler gtkCallback widget Pure event -> Attribute widget event	Emit events using a pure event handler. Use the `on` function, instead of this constructor directly.
OnSignalImpure :: (GObject widget, SignalInfo info, gtkCallback ~ HaskellCallbackType info, ToGtkCallback gtkCallback Impure) => SignalProxy widget info -> EventHandler gtkCallback widget Impure event -> Attribute widget event	Emit events using a pure event handler. Use the `on` function, instead of this constructor directly.
AfterCreated :: (widget -> IO ()) -> Attribute widget event	Provide a callback to modify the widget after it's been created.

Instances

Functor (Attribute widget) Source #	Attributes have a `Functor` instance that maps events in all event handler.
Instance details Defined in GI.Gtk.Declarative.Attributes Methods fmap :: (a -> b) -> Attribute widget a -> Attribute widget b # (<$) :: a -> Attribute widget b -> Attribute widget a #

classes :: IsWidget widget => [Text] -> Attribute widget event Source #

Define the CSS classes for the underlying widget's style context. For these classes to have any effect, this requires a CssProvider with CSS files loaded, to be added to the GDK screen. You probably want to do this in your entry point when setting up GTK.

on :: (GObject widget, SignalInfo info, gtkCallback ~ HaskellCallbackType info, ToGtkCallback gtkCallback Pure, ToEventHandler gtkCallback widget Pure, userEventHandler ~ UserEventHandler gtkCallback widget Pure event) => SignalProxy widget info -> userEventHandler -> Attribute widget event Source #

Emit events, using a pure event handler, by subcribing to the specified signal.

onM :: (GObject widget, SignalInfo info, gtkCallback ~ HaskellCallbackType info, ToGtkCallback gtkCallback Impure, ToEventHandler gtkCallback widget Impure, userEventHandler ~ UserEventHandler gtkCallback widget Impure event) => SignalProxy widget info -> userEventHandler -> Attribute widget event Source #

Emit events, using an impure event handler receiving the widget and returning an IO action of event, by subcribing to the specified signal.

afterCreated :: (widget -> IO ()) -> Attribute widget event Source #

Provide a EventHandler to modify the widget after it's been created.

class Patchable widget where Source #

A patchable widget is one that can create an underlying GTK widget, or calculate a Patch to be applied to an existing GTK widget that was previously created.

Methods

create :: widget e -> IO SomeState Source #

Given a declarative widget that is Patchable, return an IO action that can create a new corresponding Widget. The created widget should be use in corresponding patch modifications, until it is replaced.

patch :: SomeState -> widget e1 -> widget e2 -> Patch Source #

Given two declarative widgets of the same widget type (but not necessarily of the same event types,) calculate a Patch.

Instances

Patchable Widget Source #	`Widget` is itself patchable, by delegating to the underlying widget instances.
Instance details Defined in GI.Gtk.Declarative.Widget Methods create :: Widget e -> IO SomeState Source # patch :: SomeState -> Widget e1 -> Widget e2 -> Patch Source #
Patchable BoxChild Source #
Instance details Defined in GI.Gtk.Declarative.Container.Box Methods create :: BoxChild e -> IO SomeState Source # patch :: SomeState -> BoxChild e1 -> BoxChild e2 -> Patch Source #
Patchable Pane Source #
Instance details Defined in GI.Gtk.Declarative.Container.Paned Methods create :: Pane e -> IO SomeState Source # patch :: SomeState -> Pane e1 -> Pane e2 -> Patch Source #
Patchable MenuItem Source #
Instance details Defined in GI.Gtk.Declarative.Container.MenuItem Methods create :: MenuItem e -> IO SomeState Source # patch :: SomeState -> MenuItem e1 -> MenuItem e2 -> Patch Source #
Patchable (SingleWidget widget) Source #
Instance details Defined in GI.Gtk.Declarative.SingleWidget Methods create :: SingleWidget widget e -> IO SomeState Source # patch :: SomeState -> SingleWidget widget e1 -> SingleWidget widget e2 -> Patch Source #
IsBin parent => Patchable (Bin parent) Source #
Instance details Defined in GI.Gtk.Declarative.Bin Methods create :: Bin parent e -> IO SomeState Source # patch :: SomeState -> Bin parent e1 -> Bin parent e2 -> Patch Source #
(Patchable child, Typeable child, IsContainer container child) => Patchable (Container container (Children child)) Source #
Instance details Defined in GI.Gtk.Declarative.Container Methods create :: Container container (Children child) e -> IO SomeState Source # patch :: SomeState -> Container container (Children child) e1 -> Container container (Children child) e2 -> Patch Source #
(Typeable widget, Typeable internalState, IsWidget widget) => Patchable (CustomWidget widget params internalState) Source #
Instance details Defined in GI.Gtk.Declarative.CustomWidget Methods create :: CustomWidget widget params internalState e -> IO SomeState Source # patch :: SomeState -> CustomWidget widget params internalState e1 -> CustomWidget widget params internalState e2 -> Patch Source #

data Patch Source #

A possible action to take on an existing Widget, decided by the patch method when comparing declarative widgets.

Constructors

Modify (IO SomeState)	An `IO` action to apply to a `Widget` to make it reflect an updated declarative widget. The action to apply is calculated from the difference between the old and the new declarative widget.
Replace (IO SomeState)	Replace the current `Widget` by the widget returned by the IO action.
Keep	Do nothing, i.e. keep the `Widget` as it is.

data CustomWidget widget params internalState event Source #

A custom widget specification, with all functions needed to instantiate Patchable and EventSource. A custom widget:

is based on a top widget
can use internalState as a way of keeping an internal state value threaded through updates, which is often useful for passing references to child widgets used in a custom widget
emits events of type event

Constructors

CustomWidget

Fields

customWidget :: ManagedPtr widget -> widget
The widget constructor
customCreate :: params -> IO (widget, internalState)
Action that creates the initial widget
customPatch :: params -> params -> internalState -> CustomPatch widget internalState
Patch function, calculating a CustomPatch based on the state, old custom data, and new custom data
customSubscribe :: params -> internalState -> widget -> (event -> IO ()) -> IO Subscription
Action that creates an event subscription for the custom widget
customAttributes :: Vector (Attribute widget event)
Declarative Attributes for the custom widget (properties and classes are handled automatically in patching)
customParams :: params
Parameters passed when constructing the declarative custom widget

Instances

Functor (CustomWidget widget params internalState) Source #
Instance details Defined in GI.Gtk.Declarative.CustomWidget Methods fmap :: (a -> b) -> CustomWidget widget params internalState a -> CustomWidget widget params internalState b # (<$) :: a -> CustomWidget widget params internalState b -> CustomWidget widget params internalState a #
(Typeable widget, Typeable internalState, IsWidget widget) => Patchable (CustomWidget widget params internalState) Source #
Instance details Defined in GI.Gtk.Declarative.CustomWidget Methods create :: CustomWidget widget params internalState e -> IO SomeState Source # patch :: SomeState -> CustomWidget widget params internalState e1 -> CustomWidget widget params internalState e2 -> Patch Source #
(Typeable internalState, GObject widget) => EventSource (CustomWidget widget params internalState) Source #
Instance details Defined in GI.Gtk.Declarative.CustomWidget Methods subscribe :: CustomWidget widget params internalState event -> SomeState -> (event -> IO ()) -> IO Subscription Source #

data CustomPatch widget internalState Source #

Similar to Patch, describing a possible action to perform on a Widget, decided by customPatch.

Constructors

CustomReplace
CustomModify (widget -> IO internalState)
CustomKeep

class FromWidget widget target where Source #

Convert a widget to a target type. This is deliberately unconstrained in it's types, and is used by smart constructors to implement return type polymorphism, so that a smart contructor can return either a Widget, or some specifically typed widget, depending on the context in which it's used.

Methods

fromWidget :: widget event -> target event Source #

Instances

FromWidget widget Widget => FromWidget widget BoxChild Source #	Any widget that can be converted to a `Widget` can be wrapped as a `BoxChild` with the default properties.
Instance details Defined in GI.Gtk.Declarative.Widget.Conversions Methods fromWidget :: widget event -> BoxChild event Source #
(Typeable parent, Typeable child, Patchable (parent child), Functor (parent child), EventSource (parent child)) => FromWidget (parent child) Widget Source #
Instance details Defined in GI.Gtk.Declarative.Widget Methods fromWidget :: parent child event -> Widget event Source #
a ~ b => FromWidget (Bin a) (Bin b) Source #
Instance details Defined in GI.Gtk.Declarative.Bin Methods fromWidget :: Bin a event -> Bin b event Source #
(Typeable widget, Typeable children, Patchable (Container widget children), EventSource (Container widget children)) => FromWidget (Container widget children) Widget Source #
Instance details Defined in GI.Gtk.Declarative.Container Methods fromWidget :: Container widget children event -> Widget event Source #
a ~ b => FromWidget (Container a children) (Container b children) Source #
Instance details Defined in GI.Gtk.Declarative.Container Methods fromWidget :: Container a children event -> Container b children event Source #

data Widget event where Source #

A Widget value wraps a Patchable and EventSource widget, providing a constrained equivalent of a Dynamic value. It is used to support heterogeneous containers of widgets, and to support equality checks on different types of widgets when calculating patches.

Constructors

:: (Typeable widget, Patchable widget, Functor widget, EventSource widget) => widget event -> Widget event

Instances

Functor Widget Source #
Instance details Defined in GI.Gtk.Declarative.Widget Methods fmap :: (a -> b) -> Widget a -> Widget b # (<$) :: a -> Widget b -> Widget a #
Patchable Widget Source #	`Widget` is itself patchable, by delegating to the underlying widget instances.
Instance details Defined in GI.Gtk.Declarative.Widget Methods create :: Widget e -> IO SomeState Source # patch :: SomeState -> Widget e1 -> Widget e2 -> Patch Source #
EventSource Widget Source #
Instance details Defined in GI.Gtk.Declarative.Widget Methods subscribe :: Widget event -> SomeState -> (event -> IO ()) -> IO Subscription Source #
(Typeable parent, Typeable child, Patchable (parent child), Functor (parent child), EventSource (parent child)) => FromWidget (parent child) Widget Source #
Instance details Defined in GI.Gtk.Declarative.Widget Methods fromWidget :: parent child event -> Widget event Source #
(Typeable widget, Typeable children, Patchable (Container widget children), EventSource (Container widget children)) => FromWidget (Container widget children) Widget Source #
Instance details Defined in GI.Gtk.Declarative.Container Methods fromWidget :: Container widget children event -> Widget event Source #

data SingleWidget widget event Source #

Declarative version of a leaf widget, i.e. a widget without any children.

Instances

Functor (SingleWidget widget) Source #
Instance details Defined in GI.Gtk.Declarative.SingleWidget Methods fmap :: (a -> b) -> SingleWidget widget a -> SingleWidget widget b # (<$) :: a -> SingleWidget widget b -> SingleWidget widget a #
Patchable (SingleWidget widget) Source #
Instance details Defined in GI.Gtk.Declarative.SingleWidget Methods create :: SingleWidget widget e -> IO SomeState Source # patch :: SomeState -> SingleWidget widget e1 -> SingleWidget widget e2 -> Patch Source #
EventSource (SingleWidget widget) Source #
Instance details Defined in GI.Gtk.Declarative.SingleWidget Methods subscribe :: SingleWidget widget event -> SomeState -> (event -> IO ()) -> IO Subscription Source #

widget Source #

Arguments

:: (Typeable widget, IsWidget widget, FromWidget (SingleWidget widget) target)
=> (ManagedPtr widget -> widget)	A widget constructor from the underlying gi-gtk library.
-> Vector (Attribute widget event)	List of `Attribute`s.
-> target event	The target, whose type is decided by `FromWidget`.

Construct a leaf widget, i.e. one without any children.

data BoxChildProperties Source #

Values used when packing child widgets into boxes.

Constructors

BoxChildProperties
Fields expand :: Bool fill :: Bool padding :: Word32

Instances

Default BoxChildProperties Source #
Instance details Defined in GI.Gtk.Declarative.Container.Box Methods def :: BoxChildProperties #

data BoxChild event Source #

Describes a child widget to be added with boxAppend to a Box.

Constructors

BoxChild
Fields properties :: BoxChildProperties child :: Widget event

Instances

Functor BoxChild Source #
Instance details Defined in GI.Gtk.Declarative.Container.Box Methods fmap :: (a -> b) -> BoxChild a -> BoxChild b # (<$) :: a -> BoxChild b -> BoxChild a #
Patchable BoxChild Source #
Instance details Defined in GI.Gtk.Declarative.Container.Box Methods create :: BoxChild e -> IO SomeState Source # patch :: SomeState -> BoxChild e1 -> BoxChild e2 -> Patch Source #
EventSource BoxChild Source #
Instance details Defined in GI.Gtk.Declarative.Container.Box Methods subscribe :: BoxChild event -> SomeState -> (event -> IO ()) -> IO Subscription Source #
IsContainer Box BoxChild Source #
Instance details Defined in GI.Gtk.Declarative.Container.Box Methods appendChild :: Box -> BoxChild event -> Widget -> IO () Source # replaceChild :: Box -> BoxChild event -> Int32 -> Widget -> Widget -> IO () Source #
FromWidget widget Widget => FromWidget widget BoxChild Source #	Any widget that can be converted to a `Widget` can be wrapped as a `BoxChild` with the default properties.
Instance details Defined in GI.Gtk.Declarative.Widget.Conversions Methods fromWidget :: widget event -> BoxChild event Source #
ToChildren Box Vector BoxChild Source #
Instance details Defined in GI.Gtk.Declarative.Container.Box Methods toChildren :: (ManagedPtr Box -> Box) -> Vector (BoxChild event) -> Children BoxChild event Source #

defaultBoxChildProperties :: BoxChildProperties Source #

Defaults for BoxChildProperties. Use these and override specific fields.

data Container widget children event Source #

Declarative version of a container widget, i.e. a widget with zero or more child widgets. The type of children is parameterized, and differs across the supported container widgets, as some containers require specific types of child widgets. These type relations are decided by IsContainer, and instances can found in GI.Gtk.Declarative.Container.Patch.

Instances

Functor (Container widget children) Source #
Instance details Defined in GI.Gtk.Declarative.Container Methods fmap :: (a -> b) -> Container widget children a -> Container widget children b # (<$) :: a -> Container widget children b -> Container widget children a #
(Patchable child, Typeable child, IsContainer container child) => Patchable (Container container (Children child)) Source #
Instance details Defined in GI.Gtk.Declarative.Container Methods create :: Container container (Children child) e -> IO SomeState Source # patch :: SomeState -> Container container (Children child) e1 -> Container container (Children child) e2 -> Patch Source #
EventSource child => EventSource (Container widget (Children child)) Source #
Instance details Defined in GI.Gtk.Declarative.Container Methods subscribe :: Container widget (Children child) event -> SomeState -> (event -> IO ()) -> IO Subscription Source #
(Typeable widget, Typeable children, Patchable (Container widget children), EventSource (Container widget children)) => FromWidget (Container widget children) Widget Source #
Instance details Defined in GI.Gtk.Declarative.Container Methods fromWidget :: Container widget children event -> Widget event Source #
a ~ b => FromWidget (Container a children) (Container b children) Source #
Instance details Defined in GI.Gtk.Declarative.Container Methods fromWidget :: Container a children event -> Container b children event Source #

container Source #

Arguments

:: (Typeable widget, Functor child, IsWidget widget, IsContainer widget, FromWidget (Container widget (Children child)) target, ToChildren widget parent child)
=> (ManagedPtr widget -> widget)	A container widget constructor from the underlying gi-gtk library.
-> Vector (Attribute widget event)	`Attribute`s.
-> parent (child event)	The container's `child` widgets, in a `MarkupOf` builder.
-> target event	The target, whose type is decided by `FromWidget`.

Construct a container widget, i.e. a widget with zero or more children.

data PaneProperties Source #

Values used when packing a pane into a Paned.

Constructors

PaneProperties
Fields resize :: Bool shrink :: Bool

Instances

Default PaneProperties Source #
Instance details Defined in GI.Gtk.Declarative.Container.Paned Methods def :: PaneProperties #

data Pane event Source #

Describes a pane to be packed with 'Gtk.panePack1'/'Gtk.panePack2' in a Paned.

Instances

Functor Pane Source #
Instance details Defined in GI.Gtk.Declarative.Container.Paned Methods fmap :: (a -> b) -> Pane a -> Pane b # (<$) :: a -> Pane b -> Pane a #
Patchable Pane Source #
Instance details Defined in GI.Gtk.Declarative.Container.Paned Methods create :: Pane e -> IO SomeState Source # patch :: SomeState -> Pane e1 -> Pane e2 -> Patch Source #
EventSource Pane Source #
Instance details Defined in GI.Gtk.Declarative.Container.Paned Methods subscribe :: Pane event -> SomeState -> (event -> IO ()) -> IO Subscription Source #
IsContainer Paned Pane Source #
Instance details Defined in GI.Gtk.Declarative.Container.Paned Methods appendChild :: Paned -> Pane event -> Widget -> IO () Source # replaceChild :: Paned -> Pane event -> Int32 -> Widget -> Widget -> IO () Source #

defaultPaneProperties :: PaneProperties Source #

Defaults for PaneProperties. Use these and override specific fields.

pane :: PaneProperties -> Widget event -> Pane event Source #

Construct a pane to be packed with 'Gtk.panePack1'/'Gtk.panePack2' in a Paned.

paned :: Vector (Attribute Paned event) -> Pane event -> Pane event -> Widget event Source #

Construct a Paned based on attributes and two child Panes.

data Bin widget event Source #

Declarative version of a bin widget, i.e. a widget with exactly one child.

Instances

ToChildren ListBox Vector (Bin ListBoxRow) Source #
Instance details Defined in GI.Gtk.Declarative.Container.ListBox Methods toChildren :: (ManagedPtr ListBox -> ListBox) -> Vector (Bin ListBoxRow event) -> Children (Bin ListBoxRow) event Source #
IsContainer ListBox (Bin ListBoxRow) Source #
Instance details Defined in GI.Gtk.Declarative.Container.ListBox Methods appendChild :: ListBox -> Bin ListBoxRow event -> Widget -> IO () Source # replaceChild :: ListBox -> Bin ListBoxRow event -> Int32 -> Widget -> Widget -> IO () Source #
Functor (Bin widget) Source #
Instance details Defined in GI.Gtk.Declarative.Bin Methods fmap :: (a -> b) -> Bin widget a -> Bin widget b # (<$) :: a -> Bin widget b -> Bin widget a #
IsBin parent => Patchable (Bin parent) Source #
Instance details Defined in GI.Gtk.Declarative.Bin Methods create :: Bin parent e -> IO SomeState Source # patch :: SomeState -> Bin parent e1 -> Bin parent e2 -> Patch Source #
IsBin parent => EventSource (Bin parent) Source #
Instance details Defined in GI.Gtk.Declarative.Bin Methods subscribe :: Bin parent event -> SomeState -> (event -> IO ()) -> IO Subscription Source #
a ~ b => FromWidget (Bin a) (Bin b) Source #
Instance details Defined in GI.Gtk.Declarative.Bin Methods fromWidget :: Bin a event -> Bin b event Source #

bin Source #

Arguments

:: (Typeable widget, IsContainer widget, IsBin widget, IsWidget widget, FromWidget (Bin widget) target)
=> (ManagedPtr widget -> widget)	A bin widget constructor from the underlying gi-gtk library.
-> Vector (Attribute widget event)	List of `Attribute`s.
-> Widget event	The bin's child widget
-> target event	The target, whose type is decided by `FromWidget`.

Construct a bin widget, i.e. a widget with exactly one child.

data MenuItem event Source #

A menu item widget used for Menu children.

Instances

Functor MenuItem Source #
Instance details Defined in GI.Gtk.Declarative.Container.MenuItem Methods fmap :: (a -> b) -> MenuItem a -> MenuItem b # (<$) :: a -> MenuItem b -> MenuItem a #
Patchable MenuItem Source #
Instance details Defined in GI.Gtk.Declarative.Container.MenuItem Methods create :: MenuItem e -> IO SomeState Source # patch :: SomeState -> MenuItem e1 -> MenuItem e2 -> Patch Source #
EventSource MenuItem Source #
Instance details Defined in GI.Gtk.Declarative.Container.MenuItem Methods subscribe :: MenuItem event -> SomeState -> (event -> IO ()) -> IO Subscription Source #
IsContainer MenuBar MenuItem Source #
Instance details Defined in GI.Gtk.Declarative.Container.MenuItem Methods appendChild :: MenuBar -> MenuItem event -> Widget -> IO () Source # replaceChild :: MenuBar -> MenuItem event -> Int32 -> Widget -> Widget -> IO () Source #
IsContainer MenuShell MenuItem Source #
Instance details Defined in GI.Gtk.Declarative.Container.MenuItem Methods appendChild :: MenuShell -> MenuItem event -> Widget -> IO () Source # replaceChild :: MenuShell -> MenuItem event -> Int32 -> Widget -> Widget -> IO () Source #
IsContainer Menu MenuItem Source #
Instance details Defined in GI.Gtk.Declarative.Container.MenuItem Methods appendChild :: Menu -> MenuItem event -> Widget -> IO () Source # replaceChild :: Menu -> MenuItem event -> Int32 -> Widget -> Widget -> IO () Source #
ToChildren MenuBar Vector MenuItem Source #
Instance details Defined in GI.Gtk.Declarative.Container.MenuItem Methods toChildren :: (ManagedPtr MenuBar -> MenuBar) -> Vector (MenuItem event) -> Children MenuItem event Source #
ToChildren Menu Vector MenuItem Source #
Instance details Defined in GI.Gtk.Declarative.Container.MenuItem Methods toChildren :: (ManagedPtr Menu -> Menu) -> Vector (MenuItem event) -> Children MenuItem event Source #

menuItem :: (IsMenuItem item, Typeable item, IsContainer item, IsBin item, IsWidget item) => (ManagedPtr item -> item) -> Vector (Attribute item event) -> Widget event -> MenuItem event Source #

Construct a single menu item for a Menu.

subMenu :: Text -> Vector (MenuItem event) -> MenuItem event Source #

Construct a sub menu for a Menu, wit a text label and the child menu items.