Copyright	Will Thompson, Iñaki García Etxebarria and Jonas Platte
License	LGPL-2.1
Maintainer	Iñaki García Etxebarria (garetxe@gmail.com)
Safe Haskell	None
Language	Haskell2010

GI.Gtk.Objects.Range

Contents

Exported types
Methods
Properties
Signals

Description

Range is the common base class for widgets which visualize an adjustment, e.g Scale or Scrollbar.

Apart from signals for monitoring the parameters of the adjustment, Range provides properties and methods for influencing the sensitivity of the “steppers”. It also provides properties and methods for setting a “fill level” on range widgets. See rangeSetFillLevel.

Synopsis

Exported types

newtype Range Source #

Constructors

Range (ManagedPtr Range)

Instances

GObject Range Source #
Methods gobjectType :: Range -> IO GType #
IsImplementorIface Range Source #

IsObject Range Source #

IsWidget Range Source #

IsRange Range Source #

IsOrientable Range Source #

IsBuildable Range Source #

((~) * info (ResolveRangeMethod t Range), MethodInfo * info Range p) => IsLabel t (Range -> p) Source #
Methods fromLabel :: Proxy# Symbol t -> Range -> p #
((~) * info (ResolveRangeMethod t Range), MethodInfo * info Range p) => IsLabelProxy t (Range -> p) Source #
Methods fromLabelProxy :: Proxy Symbol t -> Range -> p #
HasAttributeList * Range Source #

type AttributeList Range Source #
type AttributeList Range
type SignalList Range Source #
type SignalList Range

class GObject o => IsRange o Source #

Instances

toRange :: IsRange o => o -> IO Range Source #

noRange :: Maybe Range Source #

Methods

getAdjustment

data RangeGetAdjustmentMethodInfo Source #

Instances

((~) * signature (m Adjustment), MonadIO m, IsRange a) => MethodInfo * RangeGetAdjustmentMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetAdjustmentMethodInfo a -> signature -> s #

rangeGetAdjustment Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m Adjustment	Returns: a `Adjustment`

Get the Adjustment which is the “model” object for Range. See rangeSetAdjustment for details. The return value does not have a reference added, so should not be unreferenced.

getFillLevel

data RangeGetFillLevelMethodInfo Source #

Instances

((~) * signature (m Double), MonadIO m, IsRange a) => MethodInfo * RangeGetFillLevelMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetFillLevelMethodInfo a -> signature -> s #

rangeGetFillLevel Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: A `Range`
-> m Double	Returns: The current fill level

Gets the current position of the fill level indicator.

Since: 2.12

getFlippable

data RangeGetFlippableMethodInfo Source #

Instances

((~) * signature (m Bool), MonadIO m, IsRange a) => MethodInfo * RangeGetFlippableMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetFlippableMethodInfo a -> signature -> s #

rangeGetFlippable Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m Bool	Returns: `True` if the range is flippable

Gets the value set by rangeSetFlippable.

Since: 2.18

getInverted

data RangeGetInvertedMethodInfo Source #

Instances

((~) * signature (m Bool), MonadIO m, IsRange a) => MethodInfo * RangeGetInvertedMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetInvertedMethodInfo a -> signature -> s #

rangeGetInverted Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m Bool	Returns: `True` if the range is inverted

Gets the value set by rangeSetInverted.

getLowerStepperSensitivity

data RangeGetLowerStepperSensitivityMethodInfo Source #

Instances

((~) * signature (m SensitivityType), MonadIO m, IsRange a) => MethodInfo * RangeGetLowerStepperSensitivityMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetLowerStepperSensitivityMethodInfo a -> signature -> s #

rangeGetLowerStepperSensitivity Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m SensitivityType	Returns: The lower stepper’s sensitivity policy.

Gets the sensitivity policy for the stepper that points to the 'lower' end of the GtkRange’s adjustment.

Since: 2.10

getMinSliderSize

data RangeGetMinSliderSizeMethodInfo Source #

Instances

((~) * signature (m Int32), MonadIO m, IsRange a) => MethodInfo * RangeGetMinSliderSizeMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetMinSliderSizeMethodInfo a -> signature -> s #

rangeGetMinSliderSize Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m Int32	Returns: The minimum size of the range’s slider.

Deprecated: (Since version 3.20)Use the min-height/min-width CSS properties on the slider node.

This function is useful mainly for Range subclasses.

See rangeSetMinSliderSize.

Since: 2.20

getRangeRect

data RangeGetRangeRectMethodInfo Source #

Instances

((~) * signature (m Rectangle), MonadIO m, IsRange a) => MethodInfo * RangeGetRangeRectMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetRangeRectMethodInfo a -> signature -> s #

rangeGetRangeRect Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m Rectangle

This function returns the area that contains the range’s trough and its steppers, in widget->window coordinates.

This function is useful mainly for Range subclasses.

Since: 2.20

getRestrictToFillLevel

data RangeGetRestrictToFillLevelMethodInfo Source #

Instances

((~) * signature (m Bool), MonadIO m, IsRange a) => MethodInfo * RangeGetRestrictToFillLevelMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetRestrictToFillLevelMethodInfo a -> signature -> s #

rangeGetRestrictToFillLevel Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: A `Range`
-> m Bool	Returns: `True` if `range` is restricted to the fill level.

Gets whether the range is restricted to the fill level.

Since: 2.12

getRoundDigits

data RangeGetRoundDigitsMethodInfo Source #

Instances

((~) * signature (m Int32), MonadIO m, IsRange a) => MethodInfo * RangeGetRoundDigitsMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetRoundDigitsMethodInfo a -> signature -> s #

rangeGetRoundDigits Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m Int32	Returns: the number of digits to round to

Gets the number of digits to round the value to when it changes. See Range::change-value.

Since: 2.24

getShowFillLevel

data RangeGetShowFillLevelMethodInfo Source #

Instances

((~) * signature (m Bool), MonadIO m, IsRange a) => MethodInfo * RangeGetShowFillLevelMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetShowFillLevelMethodInfo a -> signature -> s #

rangeGetShowFillLevel Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: A `Range`
-> m Bool	Returns: `True` if `range` shows the fill level.

Gets whether the range displays the fill level graphically.

Since: 2.12

getSliderRange

data RangeGetSliderRangeMethodInfo Source #

Instances

((~) * signature (m (Int32, Int32)), MonadIO m, IsRange a) => MethodInfo * RangeGetSliderRangeMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetSliderRangeMethodInfo a -> signature -> s #

rangeGetSliderRange Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m (Int32, Int32)

This function returns sliders range along the long dimension, in widget->window coordinates.

This function is useful mainly for Range subclasses.

Since: 2.20

getSliderSizeFixed

data RangeGetSliderSizeFixedMethodInfo Source #

Instances

((~) * signature (m Bool), MonadIO m, IsRange a) => MethodInfo * RangeGetSliderSizeFixedMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetSliderSizeFixedMethodInfo a -> signature -> s #

rangeGetSliderSizeFixed Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m Bool	Returns: whether the range’s slider has a fixed size.

This function is useful mainly for Range subclasses.

See rangeSetSliderSizeFixed.

Since: 2.20

getUpperStepperSensitivity

data RangeGetUpperStepperSensitivityMethodInfo Source #

Instances

((~) * signature (m SensitivityType), MonadIO m, IsRange a) => MethodInfo * RangeGetUpperStepperSensitivityMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetUpperStepperSensitivityMethodInfo a -> signature -> s #

rangeGetUpperStepperSensitivity Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m SensitivityType	Returns: The upper stepper’s sensitivity policy.

Gets the sensitivity policy for the stepper that points to the 'upper' end of the GtkRange’s adjustment.

Since: 2.10

getValue

data RangeGetValueMethodInfo Source #

Instances

((~) * signature (m Double), MonadIO m, IsRange a) => MethodInfo * RangeGetValueMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeGetValueMethodInfo a -> signature -> s #

rangeGetValue Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> m Double	Returns: current value of the range.

Gets the current value of the range.

setAdjustment

data RangeSetAdjustmentMethodInfo Source #

Instances

((~) * signature (b -> m ()), MonadIO m, IsRange a, IsAdjustment b) => MethodInfo * RangeSetAdjustmentMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetAdjustmentMethodInfo a -> signature -> s #

rangeSetAdjustment Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a, IsAdjustment b)
=> a	`range`: a `Range`
-> b	`adjustment`: a `Adjustment`
-> m ()

Sets the adjustment to be used as the “model” object for this range widget. The adjustment indicates the current range value, the minimum and maximum range values, the step/page increments used for keybindings and scrolling, and the page size. The page size is normally 0 for Scale and nonzero for Scrollbar, and indicates the size of the visible area of the widget being scrolled. The page size affects the size of the scrollbar slider.

setFillLevel

data RangeSetFillLevelMethodInfo Source #

Instances

((~) * signature (Double -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetFillLevelMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetFillLevelMethodInfo a -> signature -> s #

rangeSetFillLevel Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> Double	`fillLevel`: the new position of the fill level indicator
-> m ()

Set the new position of the fill level indicator.

The “fill level” is probably best described by its most prominent use case, which is an indicator for the amount of pre-buffering in a streaming media player. In that use case, the value of the range would indicate the current play position, and the fill level would be the position up to which the file/stream has been downloaded.

This amount of prebuffering can be displayed on the range’s trough and is themeable separately from the trough. To enable fill level display, use rangeSetShowFillLevel. The range defaults to not showing the fill level.

Additionally, it’s possible to restrict the range’s slider position to values which are smaller than the fill level. This is controller by rangeSetRestrictToFillLevel and is by default enabled.

Since: 2.12

setFlippable

data RangeSetFlippableMethodInfo Source #

Instances

((~) * signature (Bool -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetFlippableMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetFlippableMethodInfo a -> signature -> s #

rangeSetFlippable Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> Bool	`flippable`: `True` to make the range flippable
-> m ()

If a range is flippable, it will switch its direction if it is horizontal and its direction is TextDirectionRtl.

See widgetGetDirection.

Since: 2.18

setIncrements

data RangeSetIncrementsMethodInfo Source #

Instances

((~) * signature (Double -> Double -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetIncrementsMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetIncrementsMethodInfo a -> signature -> s #

rangeSetIncrements Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> Double	`step`: step size
-> Double	`page`: page size
-> m ()

Sets the step and page sizes for the range. The step size is used when the user clicks the Scrollbar arrows or moves Scale via arrow keys. The page size is used for example when moving via Page Up or Page Down keys.

setInverted

data RangeSetInvertedMethodInfo Source #

Instances

((~) * signature (Bool -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetInvertedMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetInvertedMethodInfo a -> signature -> s #

rangeSetInverted Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> Bool	`setting`: `True` to invert the range
-> m ()

Ranges normally move from lower to higher values as the slider moves from top to bottom or left to right. Inverted ranges have higher values at the top or on the right rather than on the bottom or left.

setLowerStepperSensitivity

data RangeSetLowerStepperSensitivityMethodInfo Source #

Instances

((~) * signature (SensitivityType -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetLowerStepperSensitivityMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetLowerStepperSensitivityMethodInfo a -> signature -> s #

rangeSetLowerStepperSensitivity Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> SensitivityType	`sensitivity`: the lower stepper’s sensitivity policy.
-> m ()

Sets the sensitivity policy for the stepper that points to the 'lower' end of the GtkRange’s adjustment.

Since: 2.10

setMinSliderSize

data RangeSetMinSliderSizeMethodInfo Source #

Instances

((~) * signature (Int32 -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetMinSliderSizeMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetMinSliderSizeMethodInfo a -> signature -> s #

rangeSetMinSliderSize Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> Int32	`minSize`: The slider’s minimum size
-> m ()

Deprecated: (Since version 3.20)Use the min-height/min-width CSS properties on the slider node.

Sets the minimum size of the range’s slider.

This function is useful mainly for Range subclasses.

Since: 2.20

setRange

data RangeSetRangeMethodInfo Source #

Instances

((~) * signature (Double -> Double -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetRangeMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetRangeMethodInfo a -> signature -> s #

rangeSetRange Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> Double	`min`: minimum range value
-> Double	`max`: maximum range value
-> m ()

Sets the allowable values in the Range, and clamps the range value to be between min and max. (If the range has a non-zero page size, it is clamped between min and max - page-size.)

setRestrictToFillLevel

data RangeSetRestrictToFillLevelMethodInfo Source #

Instances

((~) * signature (Bool -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetRestrictToFillLevelMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetRestrictToFillLevelMethodInfo a -> signature -> s #

rangeSetRestrictToFillLevel Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: A `Range`
-> Bool	`restrictToFillLevel`: Whether the fill level restricts slider movement.
-> m ()

Sets whether the slider is restricted to the fill level. See rangeSetFillLevel for a general description of the fill level concept.

Since: 2.12

setRoundDigits

data RangeSetRoundDigitsMethodInfo Source #

Instances

((~) * signature (Int32 -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetRoundDigitsMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetRoundDigitsMethodInfo a -> signature -> s #

rangeSetRoundDigits Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> Int32	`roundDigits`: the precision in digits, or -1
-> m ()

Sets the number of digits to round the value to when it changes. See Range::change-value.

Since: 2.24

setShowFillLevel

data RangeSetShowFillLevelMethodInfo Source #

Instances

((~) * signature (Bool -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetShowFillLevelMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetShowFillLevelMethodInfo a -> signature -> s #

rangeSetShowFillLevel Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: A `Range`
-> Bool	`showFillLevel`: Whether a fill level indicator graphics is shown.
-> m ()

Sets whether a graphical fill level is show on the trough. See rangeSetFillLevel for a general description of the fill level concept.

Since: 2.12

setSliderSizeFixed

data RangeSetSliderSizeFixedMethodInfo Source #

Instances

((~) * signature (Bool -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetSliderSizeFixedMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetSliderSizeFixedMethodInfo a -> signature -> s #

rangeSetSliderSizeFixed Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> Bool	`sizeFixed`: `True` to make the slider size constant
-> m ()

Sets whether the range’s slider has a fixed size, or a size that depends on its adjustment’s page size.

This function is useful mainly for Range subclasses.

Since: 2.20

setUpperStepperSensitivity

data RangeSetUpperStepperSensitivityMethodInfo Source #

Instances

((~) * signature (SensitivityType -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetUpperStepperSensitivityMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetUpperStepperSensitivityMethodInfo a -> signature -> s #

rangeSetUpperStepperSensitivity Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> SensitivityType	`sensitivity`: the upper stepper’s sensitivity policy.
-> m ()

Sets the sensitivity policy for the stepper that points to the 'upper' end of the GtkRange’s adjustment.

Since: 2.10

setValue

data RangeSetValueMethodInfo Source #

Instances

((~) * signature (Double -> m ()), MonadIO m, IsRange a) => MethodInfo * RangeSetValueMethodInfo a signature Source #
Methods overloadedMethod :: MethodProxy RangeSetValueMethodInfo a -> signature -> s #

rangeSetValue Source #

Arguments

:: (HasCallStack, MonadIO m, IsRange a)
=> a	`range`: a `Range`
-> Double	`value`: new value of the range
-> m ()

Sets the current value of the range; if the value is outside the minimum or maximum range values, it will be clamped to fit inside them. The range emits the Range::value-changed signal if the value changes.

Properties

adjustment

data RangeAdjustmentPropertyInfo Source #

Instances

AttrInfo RangeAdjustmentPropertyInfo Source #
Associated Types type AttrAllowedOps RangeAdjustmentPropertyInfo :: [AttrOpTag] # type AttrSetTypeConstraint RangeAdjustmentPropertyInfo :: * -> Constraint # type AttrBaseTypeConstraint RangeAdjustmentPropertyInfo :: * -> Constraint # type AttrGetType RangeAdjustmentPropertyInfo :: * # type AttrLabel RangeAdjustmentPropertyInfo :: Symbol # type AttrOrigin RangeAdjustmentPropertyInfo :: * # Methods attrGet :: AttrBaseTypeConstraint RangeAdjustmentPropertyInfo o => Proxy * RangeAdjustmentPropertyInfo -> o -> IO (AttrGetType RangeAdjustmentPropertyInfo) # attrSet :: (AttrBaseTypeConstraint RangeAdjustmentPropertyInfo o, AttrSetTypeConstraint RangeAdjustmentPropertyInfo b) => Proxy * RangeAdjustmentPropertyInfo -> o -> b -> IO () # attrClear :: AttrBaseTypeConstraint RangeAdjustmentPropertyInfo o => Proxy * RangeAdjustmentPropertyInfo -> o -> IO () # attrConstruct :: (AttrBaseTypeConstraint RangeAdjustmentPropertyInfo o, AttrSetTypeConstraint RangeAdjustmentPropertyInfo b) => Proxy * RangeAdjustmentPropertyInfo -> b -> IO (GValueConstruct o) #
type AttrOrigin RangeAdjustmentPropertyInfo Source #
type AttrOrigin RangeAdjustmentPropertyInfo = Range
type AttrLabel RangeAdjustmentPropertyInfo Source #
type AttrLabel RangeAdjustmentPropertyInfo = "adjustment"
type AttrGetType RangeAdjustmentPropertyInfo Source #
type AttrGetType RangeAdjustmentPropertyInfo = Adjustment
type AttrBaseTypeConstraint RangeAdjustmentPropertyInfo Source #
type AttrBaseTypeConstraint RangeAdjustmentPropertyInfo = IsRange
type AttrSetTypeConstraint RangeAdjustmentPropertyInfo Source #
type AttrSetTypeConstraint RangeAdjustmentPropertyInfo = IsAdjustment
type AttrAllowedOps RangeAdjustmentPropertyInfo Source #
type AttrAllowedOps RangeAdjustmentPropertyInfo = (:) AttrOpTag AttrSet ((:) AttrOpTag AttrConstruct ((:) AttrOpTag AttrGet ([] AttrOpTag)))

constructRangeAdjustment :: (IsRange o, IsAdjustment a) => a -> IO (GValueConstruct o) Source #

getRangeAdjustment :: (MonadIO m, IsRange o) => o -> m Adjustment Source #

rangeAdjustment :: AttrLabelProxy "adjustment" Source #

setRangeAdjustment :: (MonadIO m, IsRange o, IsAdjustment a) => o -> a -> m () Source #

fillLevel

data RangeFillLevelPropertyInfo Source #

Instances

AttrInfo RangeFillLevelPropertyInfo Source #
Associated Types type AttrAllowedOps RangeFillLevelPropertyInfo :: [AttrOpTag] # type AttrSetTypeConstraint RangeFillLevelPropertyInfo :: * -> Constraint # type AttrBaseTypeConstraint RangeFillLevelPropertyInfo :: * -> Constraint # type AttrGetType RangeFillLevelPropertyInfo :: * # type AttrLabel RangeFillLevelPropertyInfo :: Symbol # type AttrOrigin RangeFillLevelPropertyInfo :: * # Methods attrGet :: AttrBaseTypeConstraint RangeFillLevelPropertyInfo o => Proxy * RangeFillLevelPropertyInfo -> o -> IO (AttrGetType RangeFillLevelPropertyInfo) # attrSet :: (AttrBaseTypeConstraint RangeFillLevelPropertyInfo o, AttrSetTypeConstraint RangeFillLevelPropertyInfo b) => Proxy * RangeFillLevelPropertyInfo -> o -> b -> IO () # attrClear :: AttrBaseTypeConstraint RangeFillLevelPropertyInfo o => Proxy * RangeFillLevelPropertyInfo -> o -> IO () # attrConstruct :: (AttrBaseTypeConstraint RangeFillLevelPropertyInfo o, AttrSetTypeConstraint RangeFillLevelPropertyInfo b) => Proxy * RangeFillLevelPropertyInfo -> b -> IO (GValueConstruct o) #
type AttrOrigin RangeFillLevelPropertyInfo Source #
type AttrOrigin RangeFillLevelPropertyInfo = Range
type AttrLabel RangeFillLevelPropertyInfo Source #
type AttrLabel RangeFillLevelPropertyInfo = "fill-level"
type AttrGetType RangeFillLevelPropertyInfo Source #
type AttrGetType RangeFillLevelPropertyInfo = Double
type AttrBaseTypeConstraint RangeFillLevelPropertyInfo Source #
type AttrBaseTypeConstraint RangeFillLevelPropertyInfo = IsRange
type AttrSetTypeConstraint RangeFillLevelPropertyInfo Source #
type AttrSetTypeConstraint RangeFillLevelPropertyInfo = * ~ Double
type AttrAllowedOps RangeFillLevelPropertyInfo Source #
type AttrAllowedOps RangeFillLevelPropertyInfo = (:) AttrOpTag AttrSet ((:) AttrOpTag AttrConstruct ((:) AttrOpTag AttrGet ([] AttrOpTag)))

constructRangeFillLevel :: IsRange o => Double -> IO (GValueConstruct o) Source #

getRangeFillLevel :: (MonadIO m, IsRange o) => o -> m Double Source #

rangeFillLevel :: AttrLabelProxy "fillLevel" Source #

setRangeFillLevel :: (MonadIO m, IsRange o) => o -> Double -> m () Source #

inverted

data RangeInvertedPropertyInfo Source #

Instances

AttrInfo RangeInvertedPropertyInfo Source #
Associated Types type AttrAllowedOps RangeInvertedPropertyInfo :: [AttrOpTag] # type AttrSetTypeConstraint RangeInvertedPropertyInfo :: * -> Constraint # type AttrBaseTypeConstraint RangeInvertedPropertyInfo :: * -> Constraint # type AttrGetType RangeInvertedPropertyInfo :: * # type AttrLabel RangeInvertedPropertyInfo :: Symbol # type AttrOrigin RangeInvertedPropertyInfo :: * # Methods attrGet :: AttrBaseTypeConstraint RangeInvertedPropertyInfo o => Proxy * RangeInvertedPropertyInfo -> o -> IO (AttrGetType RangeInvertedPropertyInfo) # attrSet :: (AttrBaseTypeConstraint RangeInvertedPropertyInfo o, AttrSetTypeConstraint RangeInvertedPropertyInfo b) => Proxy * RangeInvertedPropertyInfo -> o -> b -> IO () # attrClear :: AttrBaseTypeConstraint RangeInvertedPropertyInfo o => Proxy * RangeInvertedPropertyInfo -> o -> IO () # attrConstruct :: (AttrBaseTypeConstraint RangeInvertedPropertyInfo o, AttrSetTypeConstraint RangeInvertedPropertyInfo b) => Proxy * RangeInvertedPropertyInfo -> b -> IO (GValueConstruct o) #
type AttrOrigin RangeInvertedPropertyInfo Source #
type AttrOrigin RangeInvertedPropertyInfo = Range
type AttrLabel RangeInvertedPropertyInfo Source #
type AttrLabel RangeInvertedPropertyInfo = "inverted"
type AttrGetType RangeInvertedPropertyInfo Source #
type AttrGetType RangeInvertedPropertyInfo = Bool
type AttrBaseTypeConstraint RangeInvertedPropertyInfo Source #
type AttrBaseTypeConstraint RangeInvertedPropertyInfo = IsRange
type AttrSetTypeConstraint RangeInvertedPropertyInfo Source #
type AttrSetTypeConstraint RangeInvertedPropertyInfo = * ~ Bool
type AttrAllowedOps RangeInvertedPropertyInfo Source #
type AttrAllowedOps RangeInvertedPropertyInfo = (:) AttrOpTag AttrSet ((:) AttrOpTag AttrConstruct ((:) AttrOpTag AttrGet ([] AttrOpTag)))

constructRangeInverted :: IsRange o => Bool -> IO (GValueConstruct o) Source #

getRangeInverted :: (MonadIO m, IsRange o) => o -> m Bool Source #

rangeInverted :: AttrLabelProxy "inverted" Source #

setRangeInverted :: (MonadIO m, IsRange o) => o -> Bool -> m () Source #

lowerStepperSensitivity

data RangeLowerStepperSensitivityPropertyInfo Source #

Instances

AttrInfo RangeLowerStepperSensitivityPropertyInfo Source #
Associated Types type AttrAllowedOps RangeLowerStepperSensitivityPropertyInfo :: [AttrOpTag] # type AttrSetTypeConstraint RangeLowerStepperSensitivityPropertyInfo :: * -> Constraint # type AttrBaseTypeConstraint RangeLowerStepperSensitivityPropertyInfo :: * -> Constraint # type AttrGetType RangeLowerStepperSensitivityPropertyInfo :: * # type AttrLabel RangeLowerStepperSensitivityPropertyInfo :: Symbol # type AttrOrigin RangeLowerStepperSensitivityPropertyInfo :: * # Methods attrGet :: AttrBaseTypeConstraint RangeLowerStepperSensitivityPropertyInfo o => Proxy * RangeLowerStepperSensitivityPropertyInfo -> o -> IO (AttrGetType RangeLowerStepperSensitivityPropertyInfo) # attrSet :: (AttrBaseTypeConstraint RangeLowerStepperSensitivityPropertyInfo o, AttrSetTypeConstraint RangeLowerStepperSensitivityPropertyInfo b) => Proxy * RangeLowerStepperSensitivityPropertyInfo -> o -> b -> IO () # attrClear :: AttrBaseTypeConstraint RangeLowerStepperSensitivityPropertyInfo o => Proxy * RangeLowerStepperSensitivityPropertyInfo -> o -> IO () # attrConstruct :: (AttrBaseTypeConstraint RangeLowerStepperSensitivityPropertyInfo o, AttrSetTypeConstraint RangeLowerStepperSensitivityPropertyInfo b) => Proxy * RangeLowerStepperSensitivityPropertyInfo -> b -> IO (GValueConstruct o) #
type AttrOrigin RangeLowerStepperSensitivityPropertyInfo Source #
type AttrOrigin RangeLowerStepperSensitivityPropertyInfo = Range
type AttrLabel RangeLowerStepperSensitivityPropertyInfo Source #
type AttrLabel RangeLowerStepperSensitivityPropertyInfo = "lower-stepper-sensitivity"
type AttrGetType RangeLowerStepperSensitivityPropertyInfo Source #
type AttrGetType RangeLowerStepperSensitivityPropertyInfo = SensitivityType
type AttrBaseTypeConstraint RangeLowerStepperSensitivityPropertyInfo Source #
type AttrBaseTypeConstraint RangeLowerStepperSensitivityPropertyInfo = IsRange
type AttrSetTypeConstraint RangeLowerStepperSensitivityPropertyInfo Source #
type AttrSetTypeConstraint RangeLowerStepperSensitivityPropertyInfo = * ~ SensitivityType
type AttrAllowedOps RangeLowerStepperSensitivityPropertyInfo Source #
type AttrAllowedOps RangeLowerStepperSensitivityPropertyInfo = (:) AttrOpTag AttrSet ((:) AttrOpTag AttrConstruct ((:) AttrOpTag AttrGet ([] AttrOpTag)))

constructRangeLowerStepperSensitivity :: IsRange o => SensitivityType -> IO (GValueConstruct o) Source #

getRangeLowerStepperSensitivity :: (MonadIO m, IsRange o) => o -> m SensitivityType Source #

rangeLowerStepperSensitivity :: AttrLabelProxy "lowerStepperSensitivity" Source #

setRangeLowerStepperSensitivity :: (MonadIO m, IsRange o) => o -> SensitivityType -> m () Source #

restrictToFillLevel

data RangeRestrictToFillLevelPropertyInfo Source #

Instances

AttrInfo RangeRestrictToFillLevelPropertyInfo Source #
Associated Types type AttrAllowedOps RangeRestrictToFillLevelPropertyInfo :: [AttrOpTag] # type AttrSetTypeConstraint RangeRestrictToFillLevelPropertyInfo :: * -> Constraint # type AttrBaseTypeConstraint RangeRestrictToFillLevelPropertyInfo :: * -> Constraint # type AttrGetType RangeRestrictToFillLevelPropertyInfo :: * # type AttrLabel RangeRestrictToFillLevelPropertyInfo :: Symbol # type AttrOrigin RangeRestrictToFillLevelPropertyInfo :: * # Methods attrGet :: AttrBaseTypeConstraint RangeRestrictToFillLevelPropertyInfo o => Proxy * RangeRestrictToFillLevelPropertyInfo -> o -> IO (AttrGetType RangeRestrictToFillLevelPropertyInfo) # attrSet :: (AttrBaseTypeConstraint RangeRestrictToFillLevelPropertyInfo o, AttrSetTypeConstraint RangeRestrictToFillLevelPropertyInfo b) => Proxy * RangeRestrictToFillLevelPropertyInfo -> o -> b -> IO () # attrClear :: AttrBaseTypeConstraint RangeRestrictToFillLevelPropertyInfo o => Proxy * RangeRestrictToFillLevelPropertyInfo -> o -> IO () # attrConstruct :: (AttrBaseTypeConstraint RangeRestrictToFillLevelPropertyInfo o, AttrSetTypeConstraint RangeRestrictToFillLevelPropertyInfo b) => Proxy * RangeRestrictToFillLevelPropertyInfo -> b -> IO (GValueConstruct o) #
type AttrOrigin RangeRestrictToFillLevelPropertyInfo Source #
type AttrOrigin RangeRestrictToFillLevelPropertyInfo = Range
type AttrLabel RangeRestrictToFillLevelPropertyInfo Source #
type AttrLabel RangeRestrictToFillLevelPropertyInfo = "restrict-to-fill-level"
type AttrGetType RangeRestrictToFillLevelPropertyInfo Source #
type AttrGetType RangeRestrictToFillLevelPropertyInfo = Bool
type AttrBaseTypeConstraint RangeRestrictToFillLevelPropertyInfo Source #
type AttrBaseTypeConstraint RangeRestrictToFillLevelPropertyInfo = IsRange
type AttrSetTypeConstraint RangeRestrictToFillLevelPropertyInfo Source #
type AttrSetTypeConstraint RangeRestrictToFillLevelPropertyInfo = * ~ Bool
type AttrAllowedOps RangeRestrictToFillLevelPropertyInfo Source #
type AttrAllowedOps RangeRestrictToFillLevelPropertyInfo = (:) AttrOpTag AttrSet ((:) AttrOpTag AttrConstruct ((:) AttrOpTag AttrGet ([] AttrOpTag)))

constructRangeRestrictToFillLevel :: IsRange o => Bool -> IO (GValueConstruct o) Source #

getRangeRestrictToFillLevel :: (MonadIO m, IsRange o) => o -> m Bool Source #

rangeRestrictToFillLevel :: AttrLabelProxy "restrictToFillLevel" Source #

setRangeRestrictToFillLevel :: (MonadIO m, IsRange o) => o -> Bool -> m () Source #

roundDigits

data RangeRoundDigitsPropertyInfo Source #

Instances

AttrInfo RangeRoundDigitsPropertyInfo Source #
Associated Types type AttrAllowedOps RangeRoundDigitsPropertyInfo :: [AttrOpTag] # type AttrSetTypeConstraint RangeRoundDigitsPropertyInfo :: * -> Constraint # type AttrBaseTypeConstraint RangeRoundDigitsPropertyInfo :: * -> Constraint # type AttrGetType RangeRoundDigitsPropertyInfo :: * # type AttrLabel RangeRoundDigitsPropertyInfo :: Symbol # type AttrOrigin RangeRoundDigitsPropertyInfo :: * # Methods attrGet :: AttrBaseTypeConstraint RangeRoundDigitsPropertyInfo o => Proxy * RangeRoundDigitsPropertyInfo -> o -> IO (AttrGetType RangeRoundDigitsPropertyInfo) # attrSet :: (AttrBaseTypeConstraint RangeRoundDigitsPropertyInfo o, AttrSetTypeConstraint RangeRoundDigitsPropertyInfo b) => Proxy * RangeRoundDigitsPropertyInfo -> o -> b -> IO () # attrClear :: AttrBaseTypeConstraint RangeRoundDigitsPropertyInfo o => Proxy * RangeRoundDigitsPropertyInfo -> o -> IO () # attrConstruct :: (AttrBaseTypeConstraint RangeRoundDigitsPropertyInfo o, AttrSetTypeConstraint RangeRoundDigitsPropertyInfo b) => Proxy * RangeRoundDigitsPropertyInfo -> b -> IO (GValueConstruct o) #
type AttrOrigin RangeRoundDigitsPropertyInfo Source #
type AttrOrigin RangeRoundDigitsPropertyInfo = Range
type AttrLabel RangeRoundDigitsPropertyInfo Source #
type AttrLabel RangeRoundDigitsPropertyInfo = "round-digits"
type AttrGetType RangeRoundDigitsPropertyInfo Source #
type AttrGetType RangeRoundDigitsPropertyInfo = Int32
type AttrBaseTypeConstraint RangeRoundDigitsPropertyInfo Source #
type AttrBaseTypeConstraint RangeRoundDigitsPropertyInfo = IsRange
type AttrSetTypeConstraint RangeRoundDigitsPropertyInfo Source #
type AttrSetTypeConstraint RangeRoundDigitsPropertyInfo = * ~ Int32
type AttrAllowedOps RangeRoundDigitsPropertyInfo Source #
type AttrAllowedOps RangeRoundDigitsPropertyInfo = (:) AttrOpTag AttrSet ((:) AttrOpTag AttrConstruct ((:) AttrOpTag AttrGet ([] AttrOpTag)))

constructRangeRoundDigits :: IsRange o => Int32 -> IO (GValueConstruct o) Source #

getRangeRoundDigits :: (MonadIO m, IsRange o) => o -> m Int32 Source #

rangeRoundDigits :: AttrLabelProxy "roundDigits" Source #

setRangeRoundDigits :: (MonadIO m, IsRange o) => o -> Int32 -> m () Source #

showFillLevel

data RangeShowFillLevelPropertyInfo Source #

Instances

AttrInfo RangeShowFillLevelPropertyInfo Source #
Associated Types type AttrAllowedOps RangeShowFillLevelPropertyInfo :: [AttrOpTag] # type AttrSetTypeConstraint RangeShowFillLevelPropertyInfo :: * -> Constraint # type AttrBaseTypeConstraint RangeShowFillLevelPropertyInfo :: * -> Constraint # type AttrGetType RangeShowFillLevelPropertyInfo :: * # type AttrLabel RangeShowFillLevelPropertyInfo :: Symbol # type AttrOrigin RangeShowFillLevelPropertyInfo :: * # Methods attrGet :: AttrBaseTypeConstraint RangeShowFillLevelPropertyInfo o => Proxy * RangeShowFillLevelPropertyInfo -> o -> IO (AttrGetType RangeShowFillLevelPropertyInfo) # attrSet :: (AttrBaseTypeConstraint RangeShowFillLevelPropertyInfo o, AttrSetTypeConstraint RangeShowFillLevelPropertyInfo b) => Proxy * RangeShowFillLevelPropertyInfo -> o -> b -> IO () # attrClear :: AttrBaseTypeConstraint RangeShowFillLevelPropertyInfo o => Proxy * RangeShowFillLevelPropertyInfo -> o -> IO () # attrConstruct :: (AttrBaseTypeConstraint RangeShowFillLevelPropertyInfo o, AttrSetTypeConstraint RangeShowFillLevelPropertyInfo b) => Proxy * RangeShowFillLevelPropertyInfo -> b -> IO (GValueConstruct o) #
type AttrOrigin RangeShowFillLevelPropertyInfo Source #
type AttrOrigin RangeShowFillLevelPropertyInfo = Range
type AttrLabel RangeShowFillLevelPropertyInfo Source #
type AttrLabel RangeShowFillLevelPropertyInfo = "show-fill-level"
type AttrGetType RangeShowFillLevelPropertyInfo Source #
type AttrGetType RangeShowFillLevelPropertyInfo = Bool
type AttrBaseTypeConstraint RangeShowFillLevelPropertyInfo Source #
type AttrBaseTypeConstraint RangeShowFillLevelPropertyInfo = IsRange
type AttrSetTypeConstraint RangeShowFillLevelPropertyInfo Source #
type AttrSetTypeConstraint RangeShowFillLevelPropertyInfo = * ~ Bool
type AttrAllowedOps RangeShowFillLevelPropertyInfo Source #
type AttrAllowedOps RangeShowFillLevelPropertyInfo = (:) AttrOpTag AttrSet ((:) AttrOpTag AttrConstruct ((:) AttrOpTag AttrGet ([] AttrOpTag)))

constructRangeShowFillLevel :: IsRange o => Bool -> IO (GValueConstruct o) Source #

getRangeShowFillLevel :: (MonadIO m, IsRange o) => o -> m Bool Source #

rangeShowFillLevel :: AttrLabelProxy "showFillLevel" Source #

setRangeShowFillLevel :: (MonadIO m, IsRange o) => o -> Bool -> m () Source #

upperStepperSensitivity

data RangeUpperStepperSensitivityPropertyInfo Source #

Instances

AttrInfo RangeUpperStepperSensitivityPropertyInfo Source #
Associated Types type AttrAllowedOps RangeUpperStepperSensitivityPropertyInfo :: [AttrOpTag] # type AttrSetTypeConstraint RangeUpperStepperSensitivityPropertyInfo :: * -> Constraint # type AttrBaseTypeConstraint RangeUpperStepperSensitivityPropertyInfo :: * -> Constraint # type AttrGetType RangeUpperStepperSensitivityPropertyInfo :: * # type AttrLabel RangeUpperStepperSensitivityPropertyInfo :: Symbol # type AttrOrigin RangeUpperStepperSensitivityPropertyInfo :: * # Methods attrGet :: AttrBaseTypeConstraint RangeUpperStepperSensitivityPropertyInfo o => Proxy * RangeUpperStepperSensitivityPropertyInfo -> o -> IO (AttrGetType RangeUpperStepperSensitivityPropertyInfo) # attrSet :: (AttrBaseTypeConstraint RangeUpperStepperSensitivityPropertyInfo o, AttrSetTypeConstraint RangeUpperStepperSensitivityPropertyInfo b) => Proxy * RangeUpperStepperSensitivityPropertyInfo -> o -> b -> IO () # attrClear :: AttrBaseTypeConstraint RangeUpperStepperSensitivityPropertyInfo o => Proxy * RangeUpperStepperSensitivityPropertyInfo -> o -> IO () # attrConstruct :: (AttrBaseTypeConstraint RangeUpperStepperSensitivityPropertyInfo o, AttrSetTypeConstraint RangeUpperStepperSensitivityPropertyInfo b) => Proxy * RangeUpperStepperSensitivityPropertyInfo -> b -> IO (GValueConstruct o) #
type AttrOrigin RangeUpperStepperSensitivityPropertyInfo Source #
type AttrOrigin RangeUpperStepperSensitivityPropertyInfo = Range
type AttrLabel RangeUpperStepperSensitivityPropertyInfo Source #
type AttrLabel RangeUpperStepperSensitivityPropertyInfo = "upper-stepper-sensitivity"
type AttrGetType RangeUpperStepperSensitivityPropertyInfo Source #
type AttrGetType RangeUpperStepperSensitivityPropertyInfo = SensitivityType
type AttrBaseTypeConstraint RangeUpperStepperSensitivityPropertyInfo Source #
type AttrBaseTypeConstraint RangeUpperStepperSensitivityPropertyInfo = IsRange
type AttrSetTypeConstraint RangeUpperStepperSensitivityPropertyInfo Source #
type AttrSetTypeConstraint RangeUpperStepperSensitivityPropertyInfo = * ~ SensitivityType
type AttrAllowedOps RangeUpperStepperSensitivityPropertyInfo Source #
type AttrAllowedOps RangeUpperStepperSensitivityPropertyInfo = (:) AttrOpTag AttrSet ((:) AttrOpTag AttrConstruct ((:) AttrOpTag AttrGet ([] AttrOpTag)))

constructRangeUpperStepperSensitivity :: IsRange o => SensitivityType -> IO (GValueConstruct o) Source #

getRangeUpperStepperSensitivity :: (MonadIO m, IsRange o) => o -> m SensitivityType Source #

rangeUpperStepperSensitivity :: AttrLabelProxy "upperStepperSensitivity" Source #

setRangeUpperStepperSensitivity :: (MonadIO m, IsRange o) => o -> SensitivityType -> m () Source #

Signals

adjustBounds

type C_RangeAdjustBoundsCallback = Ptr () -> CDouble -> Ptr () -> IO () Source #

type RangeAdjustBoundsCallback = Double -> IO () Source #

data RangeAdjustBoundsSignalInfo Source #

Instances

SignalInfo RangeAdjustBoundsSignalInfo Source #
Associated Types type HaskellCallbackType RangeAdjustBoundsSignalInfo :: * # Methods connectSignal :: GObject o => SignalProxy o RangeAdjustBoundsSignalInfo -> o -> HaskellCallbackType RangeAdjustBoundsSignalInfo -> SignalConnectMode -> IO SignalHandlerId #
type HaskellCallbackType RangeAdjustBoundsSignalInfo Source #
type HaskellCallbackType RangeAdjustBoundsSignalInfo = RangeAdjustBoundsCallback

afterRangeAdjustBounds :: (GObject a, MonadIO m) => a -> RangeAdjustBoundsCallback -> m SignalHandlerId Source #

genClosure_RangeAdjustBounds :: RangeAdjustBoundsCallback -> IO Closure Source #

mk_RangeAdjustBoundsCallback :: C_RangeAdjustBoundsCallback -> IO (FunPtr C_RangeAdjustBoundsCallback) Source #

noRangeAdjustBoundsCallback :: Maybe RangeAdjustBoundsCallback Source #

onRangeAdjustBounds :: (GObject a, MonadIO m) => a -> RangeAdjustBoundsCallback -> m SignalHandlerId Source #

wrap_RangeAdjustBoundsCallback :: RangeAdjustBoundsCallback -> Ptr () -> CDouble -> Ptr () -> IO () Source #

changeValue

type C_RangeChangeValueCallback = Ptr () -> CUInt -> CDouble -> Ptr () -> IO CInt Source #

type RangeChangeValueCallback = ScrollType -> Double -> IO Bool Source #

data RangeChangeValueSignalInfo Source #

Instances

SignalInfo RangeChangeValueSignalInfo Source #
Associated Types type HaskellCallbackType RangeChangeValueSignalInfo :: * # Methods connectSignal :: GObject o => SignalProxy o RangeChangeValueSignalInfo -> o -> HaskellCallbackType RangeChangeValueSignalInfo -> SignalConnectMode -> IO SignalHandlerId #
type HaskellCallbackType RangeChangeValueSignalInfo Source #
type HaskellCallbackType RangeChangeValueSignalInfo = RangeChangeValueCallback

afterRangeChangeValue :: (GObject a, MonadIO m) => a -> RangeChangeValueCallback -> m SignalHandlerId Source #

genClosure_RangeChangeValue :: RangeChangeValueCallback -> IO Closure Source #

mk_RangeChangeValueCallback :: C_RangeChangeValueCallback -> IO (FunPtr C_RangeChangeValueCallback) Source #

noRangeChangeValueCallback :: Maybe RangeChangeValueCallback Source #

onRangeChangeValue :: (GObject a, MonadIO m) => a -> RangeChangeValueCallback -> m SignalHandlerId Source #

wrap_RangeChangeValueCallback :: RangeChangeValueCallback -> Ptr () -> CUInt -> CDouble -> Ptr () -> IO CInt Source #

moveSlider

type C_RangeMoveSliderCallback = Ptr () -> CUInt -> Ptr () -> IO () Source #

type RangeMoveSliderCallback = ScrollType -> IO () Source #

data RangeMoveSliderSignalInfo Source #

Instances

SignalInfo RangeMoveSliderSignalInfo Source #
Associated Types type HaskellCallbackType RangeMoveSliderSignalInfo :: * # Methods connectSignal :: GObject o => SignalProxy o RangeMoveSliderSignalInfo -> o -> HaskellCallbackType RangeMoveSliderSignalInfo -> SignalConnectMode -> IO SignalHandlerId #
type HaskellCallbackType RangeMoveSliderSignalInfo Source #
type HaskellCallbackType RangeMoveSliderSignalInfo = RangeMoveSliderCallback

afterRangeMoveSlider :: (GObject a, MonadIO m) => a -> RangeMoveSliderCallback -> m SignalHandlerId Source #

genClosure_RangeMoveSlider :: RangeMoveSliderCallback -> IO Closure Source #

mk_RangeMoveSliderCallback :: C_RangeMoveSliderCallback -> IO (FunPtr C_RangeMoveSliderCallback) Source #

noRangeMoveSliderCallback :: Maybe RangeMoveSliderCallback Source #

onRangeMoveSlider :: (GObject a, MonadIO m) => a -> RangeMoveSliderCallback -> m SignalHandlerId Source #

wrap_RangeMoveSliderCallback :: RangeMoveSliderCallback -> Ptr () -> CUInt -> Ptr () -> IO () Source #

valueChanged

type C_RangeValueChangedCallback = Ptr () -> Ptr () -> IO () Source #

type RangeValueChangedCallback = IO () Source #

data RangeValueChangedSignalInfo Source #

Instances

SignalInfo RangeValueChangedSignalInfo Source #
Associated Types type HaskellCallbackType RangeValueChangedSignalInfo :: * # Methods connectSignal :: GObject o => SignalProxy o RangeValueChangedSignalInfo -> o -> HaskellCallbackType RangeValueChangedSignalInfo -> SignalConnectMode -> IO SignalHandlerId #
type HaskellCallbackType RangeValueChangedSignalInfo Source #
type HaskellCallbackType RangeValueChangedSignalInfo = RangeValueChangedCallback

afterRangeValueChanged :: (GObject a, MonadIO m) => a -> RangeValueChangedCallback -> m SignalHandlerId Source #

genClosure_RangeValueChanged :: RangeValueChangedCallback -> IO Closure Source #

mk_RangeValueChangedCallback :: C_RangeValueChangedCallback -> IO (FunPtr C_RangeValueChangedCallback) Source #

noRangeValueChangedCallback :: Maybe RangeValueChangedCallback Source #

onRangeValueChanged :: (GObject a, MonadIO m) => a -> RangeValueChangedCallback -> m SignalHandlerId Source #

wrap_RangeValueChangedCallback :: RangeValueChangedCallback -> Ptr () -> Ptr () -> IO () Source #

(GObject a, UnknownAncestorError Constraint Range a) => IsRange a Source #

IsRange Scrollbar Source #

IsRange Scale Source #

IsRange Range Source #

IsRange HScale Source #

IsRange HScrollbar Source #

IsRange VScale Source #

IsRange VScrollbar Source #