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/*
* Copyright (C) 2000 Lars Knoll (knoll@kde.org)
* (C) 2000 Antti Koivisto (koivisto@kde.org)
* (C) 2000 Dirk Mueller (mueller@kde.org)
* Copyright (C) 2003, 2005, 2006, 2007, 2008, 2009, 2010, 2011 Apple Inc. All rights reserved.
* Copyright (C) 2006 Graham Dennis (graham.dennis@gmail.com)
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Library General Public
* License as published by the Free Software Foundation; either
* version 2 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Library General Public License for more details.
*
* You should have received a copy of the GNU Library General Public License
* along with this library; see the file COPYING.LIB. If not, write to
* the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
* Boston, MA 02110-1301, USA.
*
*/
#ifndef ComputedStyle_h
#define ComputedStyle_h
#include "core/CSSPropertyNames.h"
#include "core/ComputedStyleBase.h"
#include "core/CoreExport.h"
#include "core/style/BorderValue.h"
#include "core/style/ComputedStyleConstants.h"
#include "core/style/CounterDirectives.h"
#include "core/style/DataRef.h"
#include "core/style/LineClampValue.h"
#include "core/style/NinePieceImage.h"
#include "core/style/SVGComputedStyle.h"
#include "core/style/StyleBackgroundData.h"
#include "core/style/StyleBoxData.h"
#include "core/style/StyleContentAlignmentData.h"
#include "core/style/StyleDeprecatedFlexibleBoxData.h"
#include "core/style/StyleDifference.h"
#include "core/style/StyleFilterData.h"
#include "core/style/StyleFlexibleBoxData.h"
#include "core/style/StyleGridData.h"
#include "core/style/StyleGridItemData.h"
#include "core/style/StyleInheritedData.h"
#include "core/style/StyleMultiColData.h"
#include "core/style/StyleOffsetRotation.h"
#include "core/style/StyleRareInheritedData.h"
#include "core/style/StyleRareNonInheritedData.h"
#include "core/style/StyleReflection.h"
#include "core/style/StyleSelfAlignmentData.h"
#include "core/style/StyleSurroundData.h"
#include "core/style/StyleTransformData.h"
#include "core/style/StyleVisualData.h"
#include "core/style/StyleWillChangeData.h"
#include "core/style/TransformOrigin.h"
#include "platform/Length.h"
#include "platform/LengthBox.h"
#include "platform/LengthPoint.h"
#include "platform/LengthSize.h"
#include "platform/RuntimeEnabledFeatures.h"
#include "platform/ThemeTypes.h"
#include "platform/fonts/FontDescription.h"
#include "platform/geometry/FloatRoundedRect.h"
#include "platform/geometry/LayoutRectOutsets.h"
#include "platform/graphics/Color.h"
#include "platform/scroll/ScrollTypes.h"
#include "platform/text/TextDirection.h"
#include "platform/text/UnicodeBidi.h"
#include "platform/transforms/TransformOperations.h"
#include "wtf/Forward.h"
#include "wtf/LeakAnnotations.h"
#include "wtf/RefCounted.h"
#include "wtf/Vector.h"
#include <memory>
template<typename T, typename U> inline bool compareEqual(const T& t, const U& u) { return t == static_cast<T>(u); }
#define SET_VAR(group, variable, value) \
if (!compareEqual(group->variable, value)) \
group.access()->variable = value
#define SET_NESTED_VAR(group, base, variable, value) \
if (!compareEqual(group->base->variable, value)) \
group.access()->base.access()->variable = value
#define SET_VAR_WITH_SETTER(group, getter, setter, value) \
if (!compareEqual(group->getter(), value)) \
group.access()->setter(value)
#define SET_BORDERVALUE_COLOR(group, variable, value) \
if (!compareEqual(group->variable.color(), value)) \
group.access()->variable.setColor(value)
namespace blink {
using std::max;
class FilterOperations;
class AppliedTextDecoration;
class BorderData;
struct BorderEdge;
class CSSAnimationData;
class CSSTransitionData;
class CSSVariableData;
class Font;
class FontMetrics;
class Hyphenation;
class RotateTransformOperation;
class ScaleTransformOperation;
class ShadowList;
class ShapeValue;
class StyleImage;
class StyleInheritedData;
class StylePath;
class StyleResolver;
class TransformationMatrix;
class TranslateTransformOperation;
class ContentData;
typedef Vector<RefPtr<ComputedStyle>, 4> PseudoStyleCache;
// ComputedStyle stores the final style for an element and provides the
// interface between the style engine and the rest of Blink.
//
// It contains all the resolved styles for an element, and is densely packed and
// optimized for memory and performance. Enums and small fields are packed in
// bit fields, while large fields are stored in pointers and shared where not
// modified from their parent value (see the DataRef class).
//
// Currently, ComputedStyle is hand-written and ComputedStyleBase is generated.
// Over time, methods will be moved to ComputedStyleBase and the generator will
// be expanded to handle more and more types of properties. Eventually, all
// methods will be on ComputedStyleBase (with custom methods defined in a class
// such as ComputedStyleBase.cpp) and ComputedStyle will be removed.
class CORE_EXPORT ComputedStyle: public ComputedStyleBase, public RefCounted<ComputedStyle> {
friend class AnimatedStyleBuilder; // Used by Web Animations CSS. Sets the color styles
friend class CSSAnimatableValueFactory; // Used by Web Animations CSS. Gets visited and unvisited colors separately.
friend class CSSPropertyEquality; // Used by CSS animations. We can't allow them to animate based off visited colors.
friend class ApplyStyleCommand; // Editing has to only reveal unvisited info.
friend class EditingStyle; // Editing has to only reveal unvisited info.
friend class ComputedStyleCSSValueMapping; // Needs to be able to see visited and unvisited colors for devtools.
friend class StyleBuilderFunctions; // Sets color styles
friend class CachedUAStyle; // Saves Border/Background information for later comparison.
friend class ColorPropertyFunctions; // Accesses visited and unvisited colors.
// FIXME: When we stop resolving currentColor at style time, these can be removed.
friend class CSSToStyleMap;
friend class FilterOperationResolver;
friend class StyleBuilderConverter;
friend class StyleResolverState;
friend class StyleResolver;
protected:
// non-inherited attributes
DataRef<StyleBoxData> m_box;
DataRef<StyleVisualData> m_visual;
DataRef<StyleBackgroundData> m_background;
DataRef<StyleSurroundData> m_surround;
DataRef<StyleRareNonInheritedData> m_rareNonInheritedData;
// inherited attributes
DataRef<StyleRareInheritedData> m_rareInheritedData;
DataRef<StyleInheritedData> m_styleInheritedData;
// list of associated pseudo styles
std::unique_ptr<PseudoStyleCache> m_cachedPseudoStyles;
DataRef<SVGComputedStyle> m_svgStyle;
// !START SYNC!: Keep this in sync with the copy constructor in ComputedStyle.cpp and implicitlyInherited() in StyleResolver.cpp
// inherit
struct InheritedData {
bool operator==(const InheritedData& other) const
{
return compareEqualIndependent(other)
&& compareEqualNonIndependent(other);
}
bool operator!=(const InheritedData& other) const { return !(*this == other); }
inline bool compareEqualIndependent(const InheritedData& other) const
{
// These must match the properties tagged 'independent' in
// CSSProperties.in.
// TODO(sashab): Generate this function.
return (m_pointerEvents == other.m_pointerEvents);
}
inline bool compareEqualNonIndependent(const InheritedData& other) const
{
return (m_emptyCells == other.m_emptyCells)
&& (m_captionSide == other.m_captionSide)
&& (m_listStyleType == other.m_listStyleType)
&& (m_listStylePosition == other.m_listStylePosition)
&& (m_textAlign == other.m_textAlign)
&& (m_textTransform == other.m_textTransform)
&& (m_textUnderline == other.m_textUnderline)
&& (m_cursorStyle == other.m_cursorStyle)
&& (m_direction == other.m_direction)
&& (m_whiteSpace == other.m_whiteSpace)
&& (m_borderCollapse == other.m_borderCollapse)
&& (m_boxDirection == other.m_boxDirection)
&& (m_rtlOrdering == other.m_rtlOrdering)
&& (m_printColorAdjust == other.m_printColorAdjust)
&& (m_insideLink == other.m_insideLink)
&& (m_writingMode == other.m_writingMode);
}
unsigned m_emptyCells : 1; // EEmptyCells
unsigned m_captionSide : 2; // ECaptionSide
unsigned m_listStyleType : 7; // EListStyleType
unsigned m_listStylePosition : 1; // EListStylePosition
unsigned m_textAlign : 4; // ETextAlign
unsigned m_textTransform : 2; // ETextTransform
unsigned m_textUnderline : 1;
unsigned m_cursorStyle : 6; // ECursor
unsigned m_direction : 1; // TextDirection
unsigned m_whiteSpace : 3; // EWhiteSpace
unsigned m_borderCollapse : 1; // EBorderCollapse
unsigned m_boxDirection : 1; // EBoxDirection (CSS3 box_direction property, flexible box layout module)
// 32 bits
// non CSS2 inherited
unsigned m_rtlOrdering : 1; // Order
unsigned m_printColorAdjust : PrintColorAdjustBits;
unsigned m_pointerEvents : 4; // EPointerEvents
unsigned m_insideLink : 2; // EInsideLink
// CSS Text Layout Module Level 3: Vertical writing support
unsigned m_writingMode : 2; // WritingMode
// 42 bits
} m_inheritedData;
// don't inherit
struct NonInheritedData {
// Compare computed styles, differences in inherited bits or other flags
// should not cause an inequality.
bool operator==(const NonInheritedData& other) const
{
return m_effectiveDisplay == other.m_effectiveDisplay
&& m_originalDisplay == other.m_originalDisplay
&& m_overflowAnchor == other.m_overflowAnchor
&& m_overflowX == other.m_overflowX
&& m_overflowY == other.m_overflowY
&& m_verticalAlign == other.m_verticalAlign
&& m_clear == other.m_clear
&& m_position == other.m_position
&& m_floating == other.m_floating
&& m_tableLayout == other.m_tableLayout
&& m_unicodeBidi == other.m_unicodeBidi
// hasViewportUnits
&& m_breakBefore == other.m_breakBefore
&& m_breakAfter == other.m_breakAfter
&& m_breakInside == other.m_breakInside;
// styleType
// pseudoBits
// explicitInheritance
// unique
// emptyState
// affectedByFocus
// affectedByHover
// affectedByActive
// affectedByDrag
// isLink
// isInherited flags
}
bool operator!=(const NonInheritedData& other) const { return !(*this == other); }
unsigned m_effectiveDisplay : 5; // EDisplay
unsigned m_originalDisplay : 5; // EDisplay
unsigned m_overflowAnchor : 2; // EOverflowAnchor
unsigned m_overflowX : 3; // EOverflow
unsigned m_overflowY : 3; // EOverflow
unsigned m_verticalAlign : 4; // EVerticalAlign
unsigned m_clear : 2; // EClear
unsigned m_position : 3; // EPosition
unsigned m_floating : 2; // EFloat
unsigned m_tableLayout : 1; // ETableLayout
unsigned m_unicodeBidi : 3; // EUnicodeBidi
// This is set if we used viewport units when resolving a length.
// It is mutable so we can pass around const ComputedStyles to resolve lengths.
mutable unsigned m_hasViewportUnits : 1;
// 32 bits
unsigned m_breakBefore : 4; // EBreak
unsigned m_breakAfter : 4; // EBreak
unsigned m_breakInside : 2; // EBreak
unsigned m_styleType : 6; // PseudoId
unsigned m_pseudoBits : 8;
unsigned m_explicitInheritance : 1; // Explicitly inherits a non-inherited property
unsigned m_variableReference : 1; // A non-inherited property references a variable or @apply is used.
unsigned m_unique : 1; // Style can not be shared.
unsigned m_emptyState : 1;
unsigned m_affectedByFocus : 1;
unsigned m_affectedByHover : 1;
unsigned m_affectedByActive : 1;
unsigned m_affectedByDrag : 1;
// 64 bits
unsigned m_isLink : 1;
mutable unsigned m_hasRemUnits : 1;
// For each independent inherited property, store a 1 if the stored
// value was inherited from its parent, or 0 if it is explicitly set on
// this element.
// Eventually, all properties will have a bit in here to store whether
// they were inherited from their parent or not.
// Although two ComputedStyles are equal if their nonInheritedData is
// equal regardless of the isInherited flags, this struct is stored next
// to the existing flags to take advantage of packing as much as possible.
// TODO(sashab): Move these flags closer to inheritedData so that it's
// clear which inherited properties have a flag stored and which don't.
// Keep this list of fields in sync with:
// - setBitDefaults()
// - The ComputedStyle setter, which must take an extra boolean parameter and set this
// - propagateIndependentInheritedProperties() in ComputedStyle.cpp
// - The compareEqual() methods in the corresponding class
// InheritedFlags
unsigned m_isPointerEventsInherited : 1;
unsigned m_isVisibilityInherited : 1;
// If you add more style bits here, you will also need to update ComputedStyle::copyNonInheritedFromCached()
// 68 bits
} m_nonInheritedData;
// !END SYNC!
void setBitDefaults()
{
ComputedStyleBase::setBitDefaults();
m_inheritedData.m_emptyCells = initialEmptyCells();
m_inheritedData.m_captionSide = initialCaptionSide();
m_inheritedData.m_listStyleType = initialListStyleType();
m_inheritedData.m_listStylePosition = initialListStylePosition();
m_inheritedData.m_textAlign = initialTextAlign();
m_inheritedData.m_textTransform = initialTextTransform();
m_inheritedData.m_textUnderline = false;
m_inheritedData.m_cursorStyle = initialCursor();
m_inheritedData.m_direction = initialDirection();
m_inheritedData.m_whiteSpace = initialWhiteSpace();
m_inheritedData.m_borderCollapse = initialBorderCollapse();
m_inheritedData.m_rtlOrdering = initialRTLOrdering();
m_inheritedData.m_boxDirection = initialBoxDirection();
m_inheritedData.m_printColorAdjust = initialPrintColorAdjust();
m_inheritedData.m_pointerEvents = initialPointerEvents();
m_inheritedData.m_insideLink = NotInsideLink;
m_inheritedData.m_writingMode = initialWritingMode();
m_nonInheritedData.m_effectiveDisplay = m_nonInheritedData.m_originalDisplay = initialDisplay();
m_nonInheritedData.m_overflowAnchor = initialOverflowAnchor();
m_nonInheritedData.m_overflowX = initialOverflowX();
m_nonInheritedData.m_overflowY = initialOverflowY();
m_nonInheritedData.m_verticalAlign = initialVerticalAlign();
m_nonInheritedData.m_clear = initialClear();
m_nonInheritedData.m_position = initialPosition();
m_nonInheritedData.m_floating = static_cast<unsigned>(initialFloating());
m_nonInheritedData.m_tableLayout = initialTableLayout();
m_nonInheritedData.m_unicodeBidi = initialUnicodeBidi();
m_nonInheritedData.m_breakBefore = initialBreakBefore();
m_nonInheritedData.m_breakAfter = initialBreakAfter();
m_nonInheritedData.m_breakInside = initialBreakInside();
m_nonInheritedData.m_styleType = PseudoIdNone;
m_nonInheritedData.m_pseudoBits = 0;
m_nonInheritedData.m_explicitInheritance = false;
m_nonInheritedData.m_variableReference = false;
m_nonInheritedData.m_unique = false;
m_nonInheritedData.m_emptyState = false;
m_nonInheritedData.m_hasViewportUnits = false;
m_nonInheritedData.m_affectedByFocus = false;
m_nonInheritedData.m_affectedByHover = false;
m_nonInheritedData.m_affectedByActive = false;
m_nonInheritedData.m_affectedByDrag = false;
m_nonInheritedData.m_isLink = false;
m_nonInheritedData.m_hasRemUnits = false;
// All independently inherited properties default to being inherited.
m_nonInheritedData.m_isPointerEventsInherited = true;
m_nonInheritedData.m_isVisibilityInherited = true;
}
private:
// TODO(sashab): Move these to the bottom of ComputedStyle.
ALWAYS_INLINE ComputedStyle();
enum InitialStyleTag {
InitialStyle
};
ALWAYS_INLINE explicit ComputedStyle(InitialStyleTag);
ALWAYS_INLINE ComputedStyle(const ComputedStyle&);
static PassRefPtr<ComputedStyle> createInitialStyle();
static inline ComputedStyle& mutableInitialStyle()
{
LEAK_SANITIZER_DISABLED_SCOPE;
DEFINE_STATIC_REF(ComputedStyle, s_initialStyle, (ComputedStyle::createInitialStyle()));
return *s_initialStyle;
}
public:
static PassRefPtr<ComputedStyle> create();
static PassRefPtr<ComputedStyle> createAnonymousStyleWithDisplay(const ComputedStyle& parentStyle, EDisplay);
static PassRefPtr<ComputedStyle> clone(const ComputedStyle&);
static const ComputedStyle& initialStyle() { return mutableInitialStyle(); }
static void invalidateInitialStyle();
// Computes how the style change should be propagated down the tree.
static StyleRecalcChange stylePropagationDiff(const ComputedStyle* oldStyle, const ComputedStyle* newStyle);
// Copies the values of any independent inherited properties from the parent
// that are not explicitly set in this style.
void propagateIndependentInheritedProperties(const ComputedStyle& parentStyle);
ContentPosition resolvedJustifyContentPosition(const StyleContentAlignmentData& normalValueBehavior) const;
ContentDistributionType resolvedJustifyContentDistribution(const StyleContentAlignmentData& normalValueBehavior) const;
ContentPosition resolvedAlignContentPosition(const StyleContentAlignmentData& normalValueBehavior) const;
ContentDistributionType resolvedAlignContentDistribution(const StyleContentAlignmentData& normalValueBehavior) const;
StyleSelfAlignmentData resolvedAlignItems(ItemPosition normalValueBehaviour) const;
StyleSelfAlignmentData resolvedAlignSelf(ItemPosition normalValueBehaviour, const ComputedStyle* parentStyle = nullptr) const;
StyleSelfAlignmentData resolvedJustifyItems(ItemPosition normalValueBehaviour) const;
StyleSelfAlignmentData resolvedJustifySelf(ItemPosition normalValueBehaviour, const ComputedStyle* parentStyle = nullptr) const;
StyleDifference visualInvalidationDiff(const ComputedStyle&) const;
void inheritFrom(const ComputedStyle& inheritParent, IsAtShadowBoundary = NotAtShadowBoundary);
void copyNonInheritedFromCached(const ComputedStyle&);
PseudoId styleType() const { return static_cast<PseudoId>(m_nonInheritedData.m_styleType); }
void setStyleType(PseudoId styleType) { m_nonInheritedData.m_styleType = styleType; }
ComputedStyle* getCachedPseudoStyle(PseudoId) const;
ComputedStyle* addCachedPseudoStyle(PassRefPtr<ComputedStyle>);
void removeCachedPseudoStyle(PseudoId);
const PseudoStyleCache* cachedPseudoStyles() const { return m_cachedPseudoStyles.get(); }
/**
* ComputedStyle properties
*
* Each property stored in ComputedStyle is made up of fields. Fields have
* initial value functions, getters and setters. A field is preferably a
* basic data type or enum, but can be any type. A set of fields should be
* preceded by the property the field is stored for.
*
* Field method naming should be done like so:
* // name-of-property
* static int initialNameOfProperty();
* int nameOfProperty() const;
* void setNameOfProperty(int);
* If the property has multiple fields, add the field name to the end of the
* method name.
*
* Avoid nested types by splitting up fields where possible, e.g.:
* int getBorderTopWidth();
* int getBorderBottomWidth();
* int getBorderLeftWidth();
* int getBorderRightWidth();
* is preferable to:
* BorderWidths getBorderWidths();
*
* Utility functions should go in a separate section at the end of the
* class, and be kept to a minimum.
*/
// Non-Inherited properties.
// Content alignment properties.
static StyleContentAlignmentData initialContentAlignment() { return StyleContentAlignmentData(ContentPositionNormal, ContentDistributionDefault, OverflowAlignmentDefault); }
// align-content (aka -webkit-align-content)
const StyleContentAlignmentData& alignContent() const { return m_rareNonInheritedData->m_alignContent; }
void setAlignContent(const StyleContentAlignmentData& data) { SET_VAR(m_rareNonInheritedData, m_alignContent, data); }
// justify-content (aka -webkit-justify-content)
const StyleContentAlignmentData& justifyContent() const { return m_rareNonInheritedData->m_justifyContent; }
void setJustifyContent(const StyleContentAlignmentData& data) { SET_VAR(m_rareNonInheritedData, m_justifyContent, data); }
// Default-Alignment properties.
static StyleSelfAlignmentData initialDefaultAlignment() { return StyleSelfAlignmentData(RuntimeEnabledFeatures::cssGridLayoutEnabled() ? ItemPositionNormal : ItemPositionStretch, OverflowAlignmentDefault); }
// align-items (aka -webkit-align-items)
const StyleSelfAlignmentData& alignItems() const { return m_rareNonInheritedData->m_alignItems; }
void setAlignItems(const StyleSelfAlignmentData& data) { SET_VAR(m_rareNonInheritedData, m_alignItems, data); }
// justify-items
const StyleSelfAlignmentData& justifyItems() const { return m_rareNonInheritedData->m_justifyItems; }
void setJustifyItems(const StyleSelfAlignmentData& data) { SET_VAR(m_rareNonInheritedData, m_justifyItems, data); }
// Self-Alignment properties.
static StyleSelfAlignmentData initialSelfAlignment() { return StyleSelfAlignmentData(ItemPositionAuto, OverflowAlignmentDefault); }
// align-self (aka -webkit-align-self)
const StyleSelfAlignmentData& alignSelf() const { return m_rareNonInheritedData->m_alignSelf; }
void setAlignSelf(const StyleSelfAlignmentData& data) { SET_VAR(m_rareNonInheritedData, m_alignSelf, data); }
// justify-self
const StyleSelfAlignmentData& justifySelf() const { return m_rareNonInheritedData->m_justifySelf; }
void setJustifySelf(const StyleSelfAlignmentData& data) { SET_VAR(m_rareNonInheritedData, m_justifySelf, data); }
// Filter properties.
// backdrop-filter
static const FilterOperations& initialBackdropFilter();
const FilterOperations& backdropFilter() const { return m_rareNonInheritedData->m_backdropFilter->m_operations; }
FilterOperations& mutableBackdropFilter() { return m_rareNonInheritedData.access()->m_backdropFilter.access()->m_operations; }
bool hasBackdropFilter() const { return !m_rareNonInheritedData->m_backdropFilter->m_operations.operations().isEmpty(); }
void setBackdropFilter(const FilterOperations& ops) { SET_NESTED_VAR(m_rareNonInheritedData, m_backdropFilter, m_operations, ops); }
// filter (aka -webkit-filter)
static const FilterOperations& initialFilter();
FilterOperations& mutableFilter() { return m_rareNonInheritedData.access()->m_filter.access()->m_operations; }
const FilterOperations& filter() const { return m_rareNonInheritedData->m_filter->m_operations; }
bool hasFilter() const { return !m_rareNonInheritedData->m_filter->m_operations.operations().isEmpty(); }
void setFilter(const FilterOperations& ops) { SET_NESTED_VAR(m_rareNonInheritedData, m_filter, m_operations, ops); }
// backface-visibility (aka -webkit-backface-visibility)
static EBackfaceVisibility initialBackfaceVisibility() { return BackfaceVisibilityVisible; }
EBackfaceVisibility backfaceVisibility() const { return static_cast<EBackfaceVisibility>(m_rareNonInheritedData->m_backfaceVisibility); }
void setBackfaceVisibility(EBackfaceVisibility b) { SET_VAR(m_rareNonInheritedData, m_backfaceVisibility, b); }
// Background properties.
// background-color
static Color initialBackgroundColor() { return Color::transparent; }
void setBackgroundColor(const StyleColor& v) { SET_VAR(m_background, m_color, v); }
// background-image
bool hasBackgroundImage() const { return m_background->background().hasImage(); }
bool hasFixedBackgroundImage() const { return m_background->background().hasFixedImage(); }
bool hasEntirelyFixedBackground() const;
// background-clip
EFillBox backgroundClip() const { return static_cast<EFillBox>(m_background->background().clip()); }
// Border properties.
// -webkit-border-image
static NinePieceImage initialNinePieceImage() { return NinePieceImage(); }
const NinePieceImage& borderImage() const { return m_surround->border.image(); }
void setBorderImage(const NinePieceImage& b) { SET_VAR(m_surround, border.m_image, b); }
// border-image-slice
const LengthBox& borderImageSlices() const { return m_surround->border.image().imageSlices(); }
void setBorderImageSlices(const LengthBox&);
// border-image-source
static StyleImage* initialBorderImageSource() { return 0; }
StyleImage* borderImageSource() const { return m_surround->border.image().image(); }
void setBorderImageSource(StyleImage*);
// border-image-width
const BorderImageLengthBox& borderImageWidth() const { return m_surround->border.image().borderSlices(); }
void setBorderImageWidth(const BorderImageLengthBox&);
// border-image-outset
const BorderImageLengthBox& borderImageOutset() const { return m_surround->border.image().outset(); }
void setBorderImageOutset(const BorderImageLengthBox&);
// Border width properties.
static unsigned initialBorderWidth() { return 3; }
// border-top-width
int borderTopWidth() const { return m_surround->border.borderTopWidth(); }
void setBorderTopWidth(unsigned v) { SET_VAR(m_surround, border.m_top.m_width, v); }
// border-bottom-width
int borderBottomWidth() const { return m_surround->border.borderBottomWidth(); }
void setBorderBottomWidth(unsigned v) { SET_VAR(m_surround, border.m_bottom.m_width, v); }
// border-left-width
int borderLeftWidth() const { return m_surround->border.borderLeftWidth(); }
void setBorderLeftWidth(unsigned v) { SET_VAR(m_surround, border.m_left.m_width, v); }
// border-right-width
int borderRightWidth() const { return m_surround->border.borderRightWidth(); }
void setBorderRightWidth(unsigned v) { SET_VAR(m_surround, border.m_right.m_width, v); }
// Border style properties.
static EBorderStyle initialBorderStyle() { return BorderStyleNone; }
// border-top-style
EBorderStyle borderTopStyle() const { return m_surround->border.top().style(); }
void setBorderTopStyle(EBorderStyle v) { SET_VAR(m_surround, border.m_top.m_style, v); }
// border-right-style
EBorderStyle borderRightStyle() const { return m_surround->border.right().style(); }
void setBorderRightStyle(EBorderStyle v) { SET_VAR(m_surround, border.m_right.m_style, v); }
// border-left-style
EBorderStyle borderLeftStyle() const { return m_surround->border.left().style(); }
void setBorderLeftStyle(EBorderStyle v) { SET_VAR(m_surround, border.m_left.m_style, v); }
// border-bottom-style
EBorderStyle borderBottomStyle() const { return m_surround->border.bottom().style(); }
void setBorderBottomStyle(EBorderStyle v) { SET_VAR(m_surround, border.m_bottom.m_style, v); }
// Border color properties.
// border-left-color
void setBorderLeftColor(const StyleColor& v) { SET_BORDERVALUE_COLOR(m_surround, border.m_left, v); }
// border-right-color
void setBorderRightColor(const StyleColor& v) { SET_BORDERVALUE_COLOR(m_surround, border.m_right, v); }
// border-top-color
void setBorderTopColor(const StyleColor& v) { SET_BORDERVALUE_COLOR(m_surround, border.m_top, v); }
// border-bottom-color
void setBorderBottomColor(const StyleColor& v) { SET_BORDERVALUE_COLOR(m_surround, border.m_bottom, v); }
// Border radius properties.
static LengthSize initialBorderRadius() { return LengthSize(Length(0, Fixed), Length(0, Fixed)); }
// border-top-left-radius (aka -webkit-border-top-left-radius)
const LengthSize& borderTopLeftRadius() const { return m_surround->border.topLeft(); }
void setBorderTopLeftRadius(const LengthSize& s) { SET_VAR(m_surround, border.m_topLeft, s); }
// border-top-right-radius (aka -webkit-border-top-right-radius)
const LengthSize& borderTopRightRadius() const { return m_surround->border.topRight(); }
void setBorderTopRightRadius(const LengthSize& s) { SET_VAR(m_surround, border.m_topRight, s); }
// border-bottom-left-radius (aka -webkit-border-bottom-left-radius)
const LengthSize& borderBottomLeftRadius() const { return m_surround->border.bottomLeft(); }
void setBorderBottomLeftRadius(const LengthSize& s) { SET_VAR(m_surround, border.m_bottomLeft, s); }
// border-bottom-right-radius (aka -webkit-border-bottom-right-radius)
const LengthSize& borderBottomRightRadius() const { return m_surround->border.bottomRight(); }
void setBorderBottomRightRadius(const LengthSize& s) { SET_VAR(m_surround, border.m_bottomRight, s); }
// Offset properties.
static Length initialOffset() { return Length(); }
// left
const Length& left() const { return m_surround->offset.left(); }
void setLeft(const Length& v) { SET_VAR(m_surround, offset.m_left, v); }
// right
const Length& right() const { return m_surround->offset.right(); }
void setRight(const Length& v) { SET_VAR(m_surround, offset.m_right, v); }
// top
const Length& top() const { return m_surround->offset.top(); }
void setTop(const Length& v) { SET_VAR(m_surround, offset.m_top, v); }
// bottom
const Length& bottom() const { return m_surround->offset.bottom(); }
void setBottom(const Length& v) { SET_VAR(m_surround, offset.m_bottom, v); }
// box-shadow (aka -webkit-box-shadow)
static ShadowList* initialBoxShadow() { return 0; }
ShadowList* boxShadow() const { return m_rareNonInheritedData->m_boxShadow.get(); }
void setBoxShadow(PassRefPtr<ShadowList>);
// box-sizing (aka -webkit-box-sizing)
static EBoxSizing initialBoxSizing() { return BoxSizingContentBox; }
EBoxSizing boxSizing() const { return m_box->boxSizing(); }
void setBoxSizing(EBoxSizing s) { SET_VAR(m_box, m_boxSizing, s); }
// clear
static EClear initialClear() { return ClearNone; }
EClear clear() const { return static_cast<EClear>(m_nonInheritedData.m_clear); }
void setClear(EClear v) { m_nonInheritedData.m_clear = v; }
// Page break properties.
// break-after (shorthand for page-break-after and -webkit-column-break-after)
static EBreak initialBreakAfter() { return BreakAuto; }
EBreak breakAfter() const { return static_cast<EBreak>(m_nonInheritedData.m_breakAfter); }
void setBreakAfter(EBreak b) { DCHECK_LE(b, BreakValueLastAllowedForBreakAfterAndBefore); m_nonInheritedData.m_breakAfter = b; }
// break-before (shorthand for page-break-before and -webkit-column-break-before)
static EBreak initialBreakBefore() { return BreakAuto; }
EBreak breakBefore() const { return static_cast<EBreak>(m_nonInheritedData.m_breakBefore); }
void setBreakBefore(EBreak b) { DCHECK_LE(b, BreakValueLastAllowedForBreakAfterAndBefore); m_nonInheritedData.m_breakBefore = b; }
// break-inside (shorthand for page-break-inside and -webkit-column-break-inside)
static EBreak initialBreakInside() { return BreakAuto; }
EBreak breakInside() const { return static_cast<EBreak>(m_nonInheritedData.m_breakInside); }
void setBreakInside(EBreak b) { DCHECK_LE(b, BreakValueLastAllowedForBreakInside); m_nonInheritedData.m_breakInside = b; }
// clip
static LengthBox initialClip() { return LengthBox(); }
const LengthBox& clip() const { return m_visual->clip; }
void setClip(const LengthBox& box) { SET_VAR(m_visual, hasAutoClip, false); SET_VAR(m_visual, clip, box); }
bool hasAutoClip() const { return m_visual->hasAutoClip; }
void setHasAutoClip() { SET_VAR(m_visual, hasAutoClip, true); SET_VAR(m_visual, clip, ComputedStyle::initialClip()); }
// Column properties.
// column-count (aka -webkit-column-count)
static unsigned short initialColumnCount() { return 1; }
unsigned short columnCount() const { return m_rareNonInheritedData->m_multiCol->m_count; }
void setColumnCount(unsigned short c) { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_autoCount, false); SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_count, c); }
bool hasAutoColumnCount() const { return m_rareNonInheritedData->m_multiCol->m_autoCount; }
void setHasAutoColumnCount() { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_autoCount, true); SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_count, initialColumnCount()); }
// column-fill
static ColumnFill initialColumnFill() { return ColumnFillBalance; }
ColumnFill getColumnFill() const { return static_cast<ColumnFill>(m_rareNonInheritedData->m_multiCol->m_fill); }
void setColumnFill(ColumnFill columnFill) { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_fill, columnFill); }
// column-gap (aka -webkit-column-gap)
float columnGap() const { return m_rareNonInheritedData->m_multiCol->m_gap; }
void setColumnGap(float f) { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_normalGap, false); SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_gap, f); }
bool hasNormalColumnGap() const { return m_rareNonInheritedData->m_multiCol->m_normalGap; }
void setHasNormalColumnGap() { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_normalGap, true); SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_gap, 0); }
// column-rule-color (aka -webkit-column-rule-color)
void setColumnRuleColor(const StyleColor& c) { SET_BORDERVALUE_COLOR(m_rareNonInheritedData.access()->m_multiCol, m_rule, c); }
// column-rule-style (aka -webkit-column-rule-style)
EBorderStyle columnRuleStyle() const { return m_rareNonInheritedData->m_multiCol->m_rule.style(); }
void setColumnRuleStyle(EBorderStyle b) { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_rule.m_style, b); }
// column-rule-width (aka -webkit-column-rule-width)
static unsigned short initialColumnRuleWidth() { return 3; }
unsigned short columnRuleWidth() const { return m_rareNonInheritedData->m_multiCol->ruleWidth(); }
void setColumnRuleWidth(unsigned short w) { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_rule.m_width, w); }
// column-span (aka -webkit-column-span)
static ColumnSpan initialColumnSpan() { return ColumnSpanNone; }
ColumnSpan getColumnSpan() const { return static_cast<ColumnSpan>(m_rareNonInheritedData->m_multiCol->m_columnSpan); }
void setColumnSpan(ColumnSpan columnSpan) { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_columnSpan, columnSpan); }
// column-width (aka -webkit-column-width)
float columnWidth() const { return m_rareNonInheritedData->m_multiCol->m_width; }
void setColumnWidth(float f) { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_autoWidth, false); SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_width, f); }
bool hasAutoColumnWidth() const { return m_rareNonInheritedData->m_multiCol->m_autoWidth; }
void setHasAutoColumnWidth() { SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_autoWidth, true); SET_NESTED_VAR(m_rareNonInheritedData, m_multiCol, m_width, 0); }
// contain
static Containment initialContain() { return ContainsNone; }
Containment contain() const { return static_cast<Containment>(m_rareNonInheritedData->m_contain); }
void setContain(Containment contain) { SET_VAR(m_rareNonInheritedData, m_contain, contain); }
// content
ContentData* contentData() const { return m_rareNonInheritedData->m_content.get(); }
void setContent(ContentData*);
// display
static EDisplay initialDisplay() { return INLINE; }
EDisplay display() const { return static_cast<EDisplay>(m_nonInheritedData.m_effectiveDisplay); }
EDisplay originalDisplay() const { return static_cast<EDisplay>(m_nonInheritedData.m_originalDisplay); }
void setDisplay(EDisplay v) { m_nonInheritedData.m_effectiveDisplay = v; }
void setOriginalDisplay(EDisplay v) { m_nonInheritedData.m_originalDisplay = v; }
// Flex properties.
// flex-basis (aka -webkit-flex-basis)
static Length initialFlexBasis() { return Length(Auto); }
const Length& flexBasis() const { return m_rareNonInheritedData->m_flexibleBox->m_flexBasis; }
void setFlexBasis(const Length& length) { SET_NESTED_VAR(m_rareNonInheritedData, m_flexibleBox, m_flexBasis, length); }
// flex-direction (aka -webkit-flex-direction)
static EFlexDirection initialFlexDirection() { return FlowRow; }
EFlexDirection flexDirection() const { return static_cast<EFlexDirection>(m_rareNonInheritedData->m_flexibleBox->m_flexDirection); }
void setFlexDirection(EFlexDirection direction) { SET_NESTED_VAR(m_rareNonInheritedData, m_flexibleBox, m_flexDirection, direction); }
// flex-grow (aka -webkit-flex-grow)
static float initialFlexGrow() { return 0; }
float flexGrow() const { return m_rareNonInheritedData->m_flexibleBox->m_flexGrow; }
void setFlexGrow(float f) { SET_NESTED_VAR(m_rareNonInheritedData, m_flexibleBox, m_flexGrow, f); }
// flex-shrink (aka -webkit-flex-shrink)
static float initialFlexShrink() { return 1; }
float flexShrink() const { return m_rareNonInheritedData->m_flexibleBox->m_flexShrink; }
void setFlexShrink(float f) { SET_NESTED_VAR(m_rareNonInheritedData, m_flexibleBox, m_flexShrink, f); }
// flex-wrap (aka -webkit-flex-wrap)
static EFlexWrap initialFlexWrap() { return FlexNoWrap; }
EFlexWrap flexWrap() const { return static_cast<EFlexWrap>(m_rareNonInheritedData->m_flexibleBox->m_flexWrap); }
void setFlexWrap(EFlexWrap w) { SET_NESTED_VAR(m_rareNonInheritedData, m_flexibleBox, m_flexWrap, w); }
// -webkit-box-flex
static float initialBoxFlex() { return 0.0f; }
float boxFlex() const { return m_rareNonInheritedData->m_deprecatedFlexibleBox->flex; }
void setBoxFlex(float f) { SET_NESTED_VAR(m_rareNonInheritedData, m_deprecatedFlexibleBox, flex, f); }
// -webkit-box-flex-group
static unsigned initialBoxFlexGroup() { return 1; }
unsigned boxFlexGroup() const { return m_rareNonInheritedData->m_deprecatedFlexibleBox->flexGroup; }
void setBoxFlexGroup(unsigned fg) { SET_NESTED_VAR(m_rareNonInheritedData, m_deprecatedFlexibleBox, flexGroup, fg); }
// -webkit-box-align
// For valid values of box-align see http://www.w3.org/TR/2009/WD-css3-flexbox-20090723/#alignment
static EBoxAlignment initialBoxAlign() { return BSTRETCH; }
EBoxAlignment boxAlign() const { return static_cast<EBoxAlignment>(m_rareNonInheritedData->m_deprecatedFlexibleBox->align); }
void setBoxAlign(EBoxAlignment a) { SET_NESTED_VAR(m_rareNonInheritedData, m_deprecatedFlexibleBox, align, a); }
// -webkit-box-decoration-break
static EBoxDecorationBreak initialBoxDecorationBreak() { return BoxDecorationBreakSlice; }
EBoxDecorationBreak boxDecorationBreak() const { return m_box->boxDecorationBreak(); }
void setBoxDecorationBreak(EBoxDecorationBreak b) { SET_VAR(m_box, m_boxDecorationBreak, b); }
// -webkit-box-lines
static EBoxLines initialBoxLines() { return SINGLE; }
EBoxLines boxLines() const { return static_cast<EBoxLines>(m_rareNonInheritedData->m_deprecatedFlexibleBox->lines); }
void setBoxLines(EBoxLines lines) { SET_NESTED_VAR(m_rareNonInheritedData, m_deprecatedFlexibleBox, lines, lines); }
// -webkit-box-ordinal-group
static unsigned initialBoxOrdinalGroup() { return 1; }
unsigned boxOrdinalGroup() const { return m_rareNonInheritedData->m_deprecatedFlexibleBox->ordinalGroup; }
void setBoxOrdinalGroup(unsigned og) { SET_NESTED_VAR(m_rareNonInheritedData, m_deprecatedFlexibleBox, ordinalGroup, og); }
// -webkit-box-orient
static EBoxOrient initialBoxOrient() { return HORIZONTAL; }
EBoxOrient boxOrient() const { return static_cast<EBoxOrient>(m_rareNonInheritedData->m_deprecatedFlexibleBox->orient); }
void setBoxOrient(EBoxOrient o) { SET_NESTED_VAR(m_rareNonInheritedData, m_deprecatedFlexibleBox, orient, o); }
// -webkit-box-pack
static EBoxPack initialBoxPack() { return BoxPackStart; }
EBoxPack boxPack() const { return static_cast<EBoxPack>(m_rareNonInheritedData->m_deprecatedFlexibleBox->pack); }
void setBoxPack(EBoxPack p) { SET_NESTED_VAR(m_rareNonInheritedData, m_deprecatedFlexibleBox, pack, p); }
// -webkit-box-reflect
static StyleReflection* initialBoxReflect() { return 0; }
StyleReflection* boxReflect() const { return m_rareNonInheritedData->m_boxReflect.get(); }
void setBoxReflect(PassRefPtr<StyleReflection> reflect)
{
if (m_rareNonInheritedData->m_boxReflect != reflect)
m_rareNonInheritedData.access()->m_boxReflect = reflect;
}
// float
static EFloat initialFloating() { return EFloat::NoFloat; }
EFloat floating() const { return static_cast<EFloat>(m_nonInheritedData.m_floating); }
void setFloating(EFloat v) { m_nonInheritedData.m_floating = static_cast<unsigned>(v); }
// Grid properties.
static Vector<GridTrackSize> initialGridAutoRepeatTracks() { return Vector<GridTrackSize>(); /* none */ }
static size_t initialGridAutoRepeatInsertionPoint() { return 0; }
static AutoRepeatType initialGridAutoRepeatType() { return NoAutoRepeat; }
static NamedGridLinesMap initialNamedGridColumnLines() { return NamedGridLinesMap(); }
static NamedGridLinesMap initialNamedGridRowLines() { return NamedGridLinesMap(); }
static OrderedNamedGridLines initialOrderedNamedGridColumnLines() { return OrderedNamedGridLines(); }
static OrderedNamedGridLines initialOrderedNamedGridRowLines() { return OrderedNamedGridLines(); }
static NamedGridAreaMap initialNamedGridArea() { return NamedGridAreaMap(); }
static size_t initialNamedGridAreaCount() { return 0; }
// grid-auto-columns
static Vector<GridTrackSize> initialGridAutoColumns();
const Vector<GridTrackSize>& gridAutoColumns() const { return m_rareNonInheritedData->m_grid->m_gridAutoColumns; }
void setGridAutoColumns(const Vector<GridTrackSize>& trackSizeList) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_gridAutoColumns, trackSizeList); }
// grid-auto-flow
static GridAutoFlow initialGridAutoFlow() { return AutoFlowRow; }
void setGridAutoFlow(GridAutoFlow flow) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_gridAutoFlow, flow); }
// grid-auto-rows
static Vector<GridTrackSize> initialGridAutoRows();
const Vector<GridTrackSize>& gridAutoRows() const { return m_rareNonInheritedData->m_grid->m_gridAutoRows; }
void setGridAutoRows(const Vector<GridTrackSize>& trackSizeList) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_gridAutoRows, trackSizeList); }
// grid-column-gap
static Length initialGridColumnGap() { return Length(Fixed); }
const Length& gridColumnGap() const { return m_rareNonInheritedData->m_grid->m_gridColumnGap; }
void setGridColumnGap(const Length& v) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_gridColumnGap, v); }
// grid-column-start
static GridPosition initialGridColumnStart() { return GridPosition(); /* auto */ }
const GridPosition& gridColumnStart() const { return m_rareNonInheritedData->m_gridItem->m_gridColumnStart; }
void setGridColumnStart(const GridPosition& columnStartPosition) { SET_NESTED_VAR(m_rareNonInheritedData, m_gridItem, m_gridColumnStart, columnStartPosition); }
// grid-column-end
static GridPosition initialGridColumnEnd() { return GridPosition(); /* auto */ }
const GridPosition& gridColumnEnd() const { return m_rareNonInheritedData->m_gridItem->m_gridColumnEnd; }
void setGridColumnEnd(const GridPosition& columnEndPosition) { SET_NESTED_VAR(m_rareNonInheritedData, m_gridItem, m_gridColumnEnd, columnEndPosition); }
// grid-row-gap
static Length initialGridRowGap() { return Length(Fixed); }
const Length& gridRowGap() const { return m_rareNonInheritedData->m_grid->m_gridRowGap; }
void setGridRowGap(const Length& v) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_gridRowGap, v); }
// grid-row-start
static GridPosition initialGridRowStart() { return GridPosition(); /* auto */ }
const GridPosition& gridRowStart() const { return m_rareNonInheritedData->m_gridItem->m_gridRowStart; }
void setGridRowStart(const GridPosition& rowStartPosition) { SET_NESTED_VAR(m_rareNonInheritedData, m_gridItem, m_gridRowStart, rowStartPosition); }
// grid-row-end
static GridPosition initialGridRowEnd() { return GridPosition(); /* auto */ }
const GridPosition& gridRowEnd() const { return m_rareNonInheritedData->m_gridItem->m_gridRowEnd; }
void setGridRowEnd(const GridPosition& rowEndPosition) { SET_NESTED_VAR(m_rareNonInheritedData, m_gridItem, m_gridRowEnd, rowEndPosition); }
// grid-template-columns
static Vector<GridTrackSize> initialGridTemplateColumns() { return Vector<GridTrackSize>(); /* none */ }
const Vector<GridTrackSize>& gridTemplateColumns() const { return m_rareNonInheritedData->m_grid->m_gridTemplateColumns; }
void setGridTemplateColumns(const Vector<GridTrackSize>& lengths) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_gridTemplateColumns, lengths); }
// grid-template-rows
static Vector<GridTrackSize> initialGridTemplateRows() { return Vector<GridTrackSize>(); /* none */ }
const Vector<GridTrackSize>& gridTemplateRows() const { return m_rareNonInheritedData->m_grid->m_gridTemplateRows; }
void setGridTemplateRows(const Vector<GridTrackSize>& lengths) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_gridTemplateRows, lengths); }
// Width/height properties.
static Length initialSize() { return Length(); }
static Length initialMaxSize() { return Length(MaxSizeNone); }
static Length initialMinSize() { return Length(); }
// width
const Length& width() const { return m_box->width(); }
void setWidth(const Length& v) { SET_VAR(m_box, m_width, v); }
// height
const Length& height() const { return m_box->height(); }
void setHeight(const Length& v) { SET_VAR(m_box, m_height, v); }
// max-width
const Length& maxWidth() const { return m_box->maxWidth(); }
void setMaxWidth(const Length& v) { SET_VAR(m_box, m_maxWidth, v); }
// max-height
const Length& maxHeight() const { return m_box->maxHeight(); }
void setMaxHeight(const Length& v) { SET_VAR(m_box, m_maxHeight, v); }
// min-width
const Length& minWidth() const { return m_box->minWidth(); }
void setMinWidth(const Length& v) { SET_VAR(m_box, m_minWidth, v); }
// min-height
const Length& minHeight() const { return m_box->minHeight(); }
void setMinHeight(const Length& v) { SET_VAR(m_box, m_minHeight, v); }
// image-orientation
static RespectImageOrientationEnum initialRespectImageOrientation() { return DoNotRespectImageOrientation; }
RespectImageOrientationEnum respectImageOrientation() const { return static_cast<RespectImageOrientationEnum>(m_rareInheritedData->m_respectImageOrientation); }
void setRespectImageOrientation(RespectImageOrientationEnum v) { SET_VAR(m_rareInheritedData, m_respectImageOrientation, v); }
// image-rendering
static EImageRendering initialImageRendering() { return ImageRenderingAuto; }
EImageRendering imageRendering() const { return static_cast<EImageRendering>(m_rareInheritedData->m_imageRendering); }
void setImageRendering(EImageRendering v) { SET_VAR(m_rareInheritedData, m_imageRendering, v); }
// isolation
static EIsolation initialIsolation() { return IsolationAuto; }
EIsolation isolation() const { return static_cast<EIsolation>(m_rareNonInheritedData->m_isolation); }
void setIsolation(EIsolation v) { m_rareNonInheritedData.access()->m_isolation = v; }
// Margin properties.
static Length initialMargin() { return Length(Fixed); }
// margin-top
const Length& marginTop() const { return m_surround->margin.top(); }
void setMarginTop(const Length& v) { SET_VAR(m_surround, margin.m_top, v); }
// margin-bottom
const Length& marginBottom() const { return m_surround->margin.bottom(); }
void setMarginBottom(const Length& v) { SET_VAR(m_surround, margin.m_bottom, v); }
// margin-left
const Length& marginLeft() const { return m_surround->margin.left(); }
void setMarginLeft(const Length& v) { SET_VAR(m_surround, margin.m_left, v); }
// margin-right
const Length& marginRight() const { return m_surround->margin.right(); }
void setMarginRight(const Length& v) { SET_VAR(m_surround, margin.m_right, v); }
// -webkit-margin-before-collapse (aka -webkit-margin-top-collapse)
static EMarginCollapse initialMarginBeforeCollapse() { return MarginCollapseCollapse; }
EMarginCollapse marginAfterCollapse() const { return static_cast<EMarginCollapse>(m_rareNonInheritedData->marginAfterCollapse); }
void setMarginBeforeCollapse(EMarginCollapse c) { SET_VAR(m_rareNonInheritedData, marginBeforeCollapse, c); }
// -webkit-margin-after-collapse (aka -webkit-margin-bottom-collapse)
static EMarginCollapse initialMarginAfterCollapse() { return MarginCollapseCollapse; }
EMarginCollapse marginBeforeCollapse() const { return static_cast<EMarginCollapse>(m_rareNonInheritedData->marginBeforeCollapse); }
void setMarginAfterCollapse(EMarginCollapse c) { SET_VAR(m_rareNonInheritedData, marginAfterCollapse, c); }
// mix-blend-mode
static WebBlendMode initialBlendMode() { return WebBlendModeNormal; }
WebBlendMode blendMode() const { return static_cast<WebBlendMode>(m_rareNonInheritedData->m_effectiveBlendMode); }
void setBlendMode(WebBlendMode v) { m_rareNonInheritedData.access()->m_effectiveBlendMode = v; }
// object-fit
static ObjectFit initialObjectFit() { return ObjectFitFill; }
ObjectFit getObjectFit() const { return static_cast<ObjectFit>(m_rareNonInheritedData->m_objectFit); }
void setObjectFit(ObjectFit f) { SET_VAR(m_rareNonInheritedData, m_objectFit, f); }
// object-position
static LengthPoint initialObjectPosition() { return LengthPoint(Length(50.0, Percent), Length(50.0, Percent)); }
LengthPoint objectPosition() const { return m_rareNonInheritedData->m_objectPosition; }
void setObjectPosition(LengthPoint position) { SET_VAR(m_rareNonInheritedData, m_objectPosition, position); }
// offset-anchor
static LengthPoint initialOffsetAnchor() { return LengthPoint(Length(50.0, Percent), Length(50.0, Percent)); }
const LengthPoint& offsetAnchor() const { return m_rareNonInheritedData->m_transform->m_motion.m_anchor; }
void setOffsetAnchor(const LengthPoint& offsetAnchor) { SET_NESTED_VAR(m_rareNonInheritedData, m_transform, m_motion.m_anchor, offsetAnchor); }
// offset-distance
static Length initialOffsetDistance() { return Length(0, Fixed); }
const Length& offsetDistance() const { return m_rareNonInheritedData->m_transform->m_motion.m_distance; }
void setOffsetDistance(const Length& offsetDistance) { SET_NESTED_VAR(m_rareNonInheritedData, m_transform, m_motion.m_distance, offsetDistance); }
// offset-path
static StylePath* initialOffsetPath() { return nullptr; }
StylePath* offsetPath() const { return m_rareNonInheritedData->m_transform->m_motion.m_path.get(); }
void setOffsetPath(PassRefPtr<StylePath>);
// offset-position
static LengthPoint initialOffsetPosition() { return LengthPoint(Length(Auto), Length(Auto)); }
const LengthPoint& offsetPosition() const { return m_rareNonInheritedData->m_transform->m_motion.m_position; }
void setOffsetPosition(const LengthPoint& offsetPosition) { SET_NESTED_VAR(m_rareNonInheritedData, m_transform, m_motion.m_position, offsetPosition); }
// offset-rotation
static StyleOffsetRotation initialOffsetRotation() { return StyleOffsetRotation(0, OffsetRotationAuto); }
const StyleOffsetRotation& offsetRotation() const { return m_rareNonInheritedData->m_transform->m_motion.m_rotation; }
void setOffsetRotation(const StyleOffsetRotation& offsetRotation) { SET_NESTED_VAR(m_rareNonInheritedData, m_transform, m_motion.m_rotation, offsetRotation); }
// opacity (aka -webkit-opacity)
static float initialOpacity() { return 1.0f; }
float opacity() const { return m_rareNonInheritedData->opacity; }
void setOpacity(float f) { float v = clampTo<float>(f, 0, 1); SET_VAR(m_rareNonInheritedData, opacity, v); }
// order (aka -webkit-order)
static int initialOrder() { return 0; }
int order() const { return m_rareNonInheritedData->m_order; }
// We restrict the smallest value to int min + 2 because we use int min and int min + 1 as special values in a hash set.
void setOrder(int o) { SET_VAR(m_rareNonInheritedData, m_order, max(std::numeric_limits<int>::min() + 2, o)); }
// Outline properties.
// outline-color
void setOutlineColor(const StyleColor& v) { SET_BORDERVALUE_COLOR(m_background, m_outline, v); }
// outline-style
EBorderStyle outlineStyle() const { return m_background->outline().style(); }
void setOutlineStyle(EBorderStyle v) { SET_VAR(m_background, m_outline.m_style, v); }
static OutlineIsAuto initialOutlineStyleIsAuto() { return OutlineIsAutoOff; }
OutlineIsAuto outlineStyleIsAuto() const { return static_cast<OutlineIsAuto>(m_background->outline().isAuto()); }
void setOutlineStyleIsAuto(OutlineIsAuto isAuto) { SET_VAR(m_background, m_outline.m_isAuto, isAuto); }
// outline-width
static unsigned short initialOutlineWidth() { return 3; }
int outlineWidth() const
{
if (m_background->outline().style() == BorderStyleNone)
return 0;
return m_background->outline().width();
}
void setOutlineWidth(unsigned short v) { SET_VAR(m_background, m_outline.m_width, v); }
// outline-offset
static int initialOutlineOffset() { return 0; }
int outlineOffset() const
{
if (m_background->outline().style() == BorderStyleNone)
return 0;
return m_background->outline().offset();
}
void setOutlineOffset(int v) { SET_VAR(m_background, m_outline.m_offset, v); }
// Overflow properties.
// overflow-anchor
static EOverflowAnchor initialOverflowAnchor() { return AnchorAuto; }
EOverflowAnchor overflowAnchor() const { return static_cast<EOverflowAnchor>(m_nonInheritedData.m_overflowAnchor); }
void setOverflowAnchor(EOverflowAnchor v) { m_nonInheritedData.m_overflowAnchor = v; }
// overflow-x
static EOverflow initialOverflowX() { return OverflowVisible; }
EOverflow overflowX() const { return static_cast<EOverflow>(m_nonInheritedData.m_overflowX); }
void setOverflowX(EOverflow v) { m_nonInheritedData.m_overflowX = v; }
// overflow-y
static EOverflow initialOverflowY() { return OverflowVisible; }
EOverflow overflowY() const { return static_cast<EOverflow>(m_nonInheritedData.m_overflowY); }
void setOverflowY(EOverflow v) { m_nonInheritedData.m_overflowY = v; }
// Padding properties.
static Length initialPadding() { return Length(Fixed); }
// padding-bottom
const Length& paddingBottom() const { return m_surround->padding.bottom(); }
void setPaddingBottom(const Length& v) { SET_VAR(m_surround, padding.m_bottom, v); }
// padding-left
const Length& paddingLeft() const { return m_surround->padding.left(); }
void setPaddingLeft(const Length& v) { SET_VAR(m_surround, padding.m_left, v); }
// padding-right
const Length& paddingRight() const { return m_surround->padding.right(); }
void setPaddingRight(const Length& v) { SET_VAR(m_surround, padding.m_right, v); }
// padding-top
const Length& paddingTop() const { return m_surround->padding.top(); }
void setPaddingTop(const Length& v) { SET_VAR(m_surround, padding.m_top, v); }
// perspective (aka -webkit-perspective)
static float initialPerspective() { return 0; }
float perspective() const { return m_rareNonInheritedData->m_perspective; }
void setPerspective(float p) { SET_VAR(m_rareNonInheritedData, m_perspective, p); }
// perspective-origin (aka -webkit-perspective-origin)
static LengthPoint initialPerspectiveOrigin() { return LengthPoint(Length(50.0, Percent), Length(50.0, Percent)); }
const LengthPoint& perspectiveOrigin() const { return m_rareNonInheritedData->m_perspectiveOrigin; }
void setPerspectiveOrigin(const LengthPoint& p) { SET_VAR(m_rareNonInheritedData, m_perspectiveOrigin, p); }
// -webkit-perspective-origin-x
static Length initialPerspectiveOriginX() { return Length(50.0, Percent); }
const Length& perspectiveOriginX() const { return perspectiveOrigin().x(); }
void setPerspectiveOriginX(const Length& v) { setPerspectiveOrigin(LengthPoint(v, perspectiveOriginY())); }
// -webkit-perspective-origin-y
static Length initialPerspectiveOriginY() { return Length(50.0, Percent); }
const Length& perspectiveOriginY() const { return perspectiveOrigin().y(); }
void setPerspectiveOriginY(const Length& v) { setPerspectiveOrigin(LengthPoint(perspectiveOriginX(), v)); }
// position
static EPosition initialPosition() { return StaticPosition; }
EPosition position() const { return static_cast<EPosition>(m_nonInheritedData.m_position); }
void setPosition(EPosition v) { m_nonInheritedData.m_position = v; }
// resize
static EResize initialResize() { return RESIZE_NONE; }
EResize resize() const { return static_cast<EResize>(m_rareNonInheritedData->m_resize); }
void setResize(EResize r) { SET_VAR(m_rareNonInheritedData, m_resize, r); }
// Transform properties.
// transform (aka -webkit-transform)
static EmptyTransformOperations initialTransform() { return EmptyTransformOperations(); }
const TransformOperations& transform() const { return m_rareNonInheritedData->m_transform->m_operations; }
void setTransform(const TransformOperations& ops) { SET_NESTED_VAR(m_rareNonInheritedData, m_transform, m_operations, ops); }
// transform-origin (aka -webkit-transform-origin)
static TransformOrigin initialTransformOrigin() { return TransformOrigin(Length(50.0, Percent), Length(50.0, Percent), 0); }
const TransformOrigin& transformOrigin() const { return m_rareNonInheritedData->m_transform->m_origin; }
void setTransformOrigin(const TransformOrigin& o) { SET_NESTED_VAR(m_rareNonInheritedData, m_transform, m_origin, o); }
// transform-style (aka -webkit-transform-style)
static ETransformStyle3D initialTransformStyle3D() { return TransformStyle3DFlat; }
ETransformStyle3D transformStyle3D() const { return static_cast<ETransformStyle3D>(m_rareNonInheritedData->m_transformStyle3D); }
void setTransformStyle3D(ETransformStyle3D b) { SET_VAR(m_rareNonInheritedData, m_transformStyle3D, b); }
// -webkit-transform-origin-x
static Length initialTransformOriginX() { return Length(50.0, Percent); }
const Length& transformOriginX() const { return transformOrigin().x(); }
void setTransformOriginX(const Length& v) { setTransformOrigin(TransformOrigin(v, transformOriginY(), transformOriginZ())); }
// -webkit-transform-origin-y
static Length initialTransformOriginY() { return Length(50.0, Percent); }
const Length& transformOriginY() const { return transformOrigin().y(); }
void setTransformOriginY(const Length& v) { setTransformOrigin(TransformOrigin(transformOriginX(), v, transformOriginZ())); }
// -webkit-transform-origin-z
static float initialTransformOriginZ() { return 0; }
float transformOriginZ() const { return transformOrigin().z(); }
void setTransformOriginZ(float f) { setTransformOrigin(TransformOrigin(transformOriginX(), transformOriginY(), f)); }
// Independent transform properties.
// translate
static PassRefPtr<TranslateTransformOperation> initialTranslate() { return TranslateTransformOperation::create(Length(0, Fixed), Length(0, Fixed), 0, TransformOperation::Translate3D); }
TranslateTransformOperation* translate() const { return m_rareNonInheritedData->m_transform->m_translate.get(); }
void setTranslate(PassRefPtr<TranslateTransformOperation> v) { m_rareNonInheritedData.access()->m_transform.access()->m_translate = v; }
// rotate
static PassRefPtr<RotateTransformOperation> initialRotate() { return RotateTransformOperation::create(0, 0, 1, 0, TransformOperation::Rotate3D); }
RotateTransformOperation* rotate() const { return m_rareNonInheritedData->m_transform->m_rotate.get(); }
void setRotate(PassRefPtr<RotateTransformOperation> v) { m_rareNonInheritedData.access()->m_transform.access()->m_rotate = v; }
// scale
static PassRefPtr<ScaleTransformOperation> initialScale() { return ScaleTransformOperation::create(1, 1, 1, TransformOperation::Scale3D); }
ScaleTransformOperation* scale() const { return m_rareNonInheritedData->m_transform->m_scale.get(); }
void setScale(PassRefPtr<ScaleTransformOperation> v) { m_rareNonInheritedData.access()->m_transform.access()->m_scale = v; }
// Scroll properties.
// scroll-behavior
static ScrollBehavior initialScrollBehavior() { return ScrollBehaviorAuto; }
ScrollBehavior getScrollBehavior() const { return static_cast<ScrollBehavior>(m_rareNonInheritedData->m_scrollBehavior); }
void setScrollBehavior(ScrollBehavior b) { SET_VAR(m_rareNonInheritedData, m_scrollBehavior, b); }
// scroll-snap-coordinate
static Vector<LengthPoint> initialScrollSnapCoordinate() { return Vector<LengthPoint>(); }
const Vector<LengthPoint>& scrollSnapCoordinate() const { return m_rareNonInheritedData->m_scrollSnap->m_coordinates; }
void setScrollSnapCoordinate(const Vector<LengthPoint>& b) { SET_NESTED_VAR(m_rareNonInheritedData, m_scrollSnap, m_coordinates, b); }
// scroll-snap-destination
static LengthPoint initialScrollSnapDestination() { return LengthPoint(Length(0, Fixed), Length(0, Fixed)); }
const LengthPoint& scrollSnapDestination() const { return m_rareNonInheritedData->m_scrollSnap->m_destination; }
void setScrollSnapDestination(const LengthPoint& b) { SET_NESTED_VAR(m_rareNonInheritedData, m_scrollSnap, m_destination, b); }
// scroll-snap-points-x
static ScrollSnapPoints initialScrollSnapPointsX() { return ScrollSnapPoints(); }
const ScrollSnapPoints& scrollSnapPointsX() const { return m_rareNonInheritedData->m_scrollSnap->m_xPoints; }
void setScrollSnapPointsX(const ScrollSnapPoints& b) { SET_NESTED_VAR(m_rareNonInheritedData, m_scrollSnap, m_xPoints, b); }
// scroll-snap-points-y
static ScrollSnapPoints initialScrollSnapPointsY() { return ScrollSnapPoints(); }
const ScrollSnapPoints& scrollSnapPointsY() const { return m_rareNonInheritedData->m_scrollSnap->m_yPoints; }
void setScrollSnapPointsY(const ScrollSnapPoints& b) { SET_NESTED_VAR(m_rareNonInheritedData, m_scrollSnap, m_yPoints, b); }
// scroll-snap-type
static ScrollSnapType initialScrollSnapType() { return ScrollSnapTypeNone; }
ScrollSnapType getScrollSnapType() const { return static_cast<ScrollSnapType>(m_rareNonInheritedData->m_scrollSnapType); }
void setScrollSnapType(ScrollSnapType b) { SET_VAR(m_rareNonInheritedData, m_scrollSnapType, b); }
// shape-image-threshold (aka -webkit-shape-image-threshold)
static float initialShapeImageThreshold() { return 0; }
float shapeImageThreshold() const { return m_rareNonInheritedData->m_shapeImageThreshold; }
void setShapeImageThreshold(float shapeImageThreshold)
{
float clampedShapeImageThreshold = clampTo<float>(shapeImageThreshold, 0, 1);
SET_VAR(m_rareNonInheritedData, m_shapeImageThreshold, clampedShapeImageThreshold);
}
// shape-margin (aka -webkit-shape-margin)
static Length initialShapeMargin() { return Length(0, Fixed); }
const Length& shapeMargin() const { return m_rareNonInheritedData->m_shapeMargin; }
void setShapeMargin(const Length& shapeMargin) { SET_VAR(m_rareNonInheritedData, m_shapeMargin, shapeMargin); }
// shape-outside (aka -webkit-shape-outside)
static ShapeValue* initialShapeOutside() { return 0; }
ShapeValue* shapeOutside() const { return m_rareNonInheritedData->m_shapeOutside.get(); }
void setShapeOutside(ShapeValue* value)
{
if (m_rareNonInheritedData->m_shapeOutside == value)
return;
m_rareNonInheritedData.access()->m_shapeOutside = value;
}
// size
const FloatSize& pageSize() const { return m_rareNonInheritedData->m_pageSize; }
PageSizeType getPageSizeType() const { return static_cast<PageSizeType>(m_rareNonInheritedData->m_pageSizeType); }
void setPageSize(const FloatSize& s) { SET_VAR(m_rareNonInheritedData, m_pageSize, s); }
void setPageSizeType(PageSizeType t) { SET_VAR(m_rareNonInheritedData, m_pageSizeType, t); }
// table-layout
static ETableLayout initialTableLayout() { return TableLayoutAuto; }
ETableLayout tableLayout() const { return static_cast<ETableLayout>(m_nonInheritedData.m_tableLayout); }
void setTableLayout(ETableLayout v) { m_nonInheritedData.m_tableLayout = v; }
// Text decoration properties.
// text-decoration-line
static TextDecoration initialTextDecoration() { return TextDecorationNone; }
TextDecoration getTextDecoration() const { return static_cast<TextDecoration>(m_visual->textDecoration); }
void setTextDecoration(TextDecoration v) { SET_VAR(m_visual, textDecoration, v); }
// text-decoration-color
void setTextDecorationColor(const StyleColor& c) { SET_VAR(m_rareNonInheritedData, m_textDecorationColor, c); }
// text-decoration-style
static TextDecorationStyle initialTextDecorationStyle() { return TextDecorationStyleSolid; }
TextDecorationStyle getTextDecorationStyle() const { return static_cast<TextDecorationStyle>(m_rareNonInheritedData->m_textDecorationStyle); }
void setTextDecorationStyle(TextDecorationStyle v) { SET_VAR(m_rareNonInheritedData, m_textDecorationStyle, v); }
// text-underline-position
static TextUnderlinePosition initialTextUnderlinePosition() { return TextUnderlinePositionAuto; }
TextUnderlinePosition getTextUnderlinePosition() const { return static_cast<TextUnderlinePosition>(m_rareInheritedData->m_textUnderlinePosition); }
void setTextUnderlinePosition(TextUnderlinePosition v) { SET_VAR(m_rareInheritedData, m_textUnderlinePosition, v); }
// text-overflow
static TextOverflow initialTextOverflow() { return TextOverflowClip; }
TextOverflow getTextOverflow() const { return static_cast<TextOverflow>(m_rareNonInheritedData->textOverflow); }
void setTextOverflow(TextOverflow overflow) { SET_VAR(m_rareNonInheritedData, textOverflow, overflow); }
// touch-action
static TouchAction initialTouchAction() { return TouchActionAuto; }
TouchAction getTouchAction() const { return static_cast<TouchAction>(m_rareNonInheritedData->m_touchAction); }
void setTouchAction(TouchAction t) { SET_VAR(m_rareNonInheritedData, m_touchAction, t); }
// unicode-bidi
static EUnicodeBidi initialUnicodeBidi() { return UBNormal; }
EUnicodeBidi unicodeBidi() const { return static_cast<EUnicodeBidi>(m_nonInheritedData.m_unicodeBidi); }
void setUnicodeBidi(EUnicodeBidi b) { m_nonInheritedData.m_unicodeBidi = b; }
// vertical-align
static EVerticalAlign initialVerticalAlign() { return VerticalAlignBaseline; }
EVerticalAlign verticalAlign() const { return static_cast<EVerticalAlign>(m_nonInheritedData.m_verticalAlign); }
const Length& getVerticalAlignLength() const { return m_box->verticalAlign(); }
void setVerticalAlign(EVerticalAlign v) { m_nonInheritedData.m_verticalAlign = v; }
void setVerticalAlignLength(const Length& length) { setVerticalAlign(VerticalAlignLength); SET_VAR(m_box, m_verticalAlign, length); }
// visibility
// TODO(sashab): Move this to ComputedStyleBase.
void setVisibilityIsInherited(bool isInherited) { m_nonInheritedData.m_isVisibilityInherited = isInherited; }
// will-change
const Vector<CSSPropertyID>& willChangeProperties() const { return m_rareNonInheritedData->m_willChange->m_properties; }
bool willChangeContents() const { return m_rareNonInheritedData->m_willChange->m_contents; }
bool willChangeScrollPosition() const { return m_rareNonInheritedData->m_willChange->m_scrollPosition; }
bool subtreeWillChangeContents() const { return m_rareInheritedData->m_subtreeWillChangeContents; }
void setWillChangeProperties(const Vector<CSSPropertyID>& properties) { SET_NESTED_VAR(m_rareNonInheritedData, m_willChange, m_properties, properties); }
void setWillChangeContents(bool b) { SET_NESTED_VAR(m_rareNonInheritedData, m_willChange, m_contents, b); }
void setWillChangeScrollPosition(bool b) { SET_NESTED_VAR(m_rareNonInheritedData, m_willChange, m_scrollPosition, b); }
void setSubtreeWillChangeContents(bool b) { SET_VAR(m_rareInheritedData, m_subtreeWillChangeContents, b); }
// z-index
int zIndex() const { return m_box->zIndex(); }
bool hasAutoZIndex() const { return m_box->hasAutoZIndex(); }
void setZIndex(int v) { SET_VAR(m_box, m_hasAutoZIndex, false); SET_VAR(m_box, m_zIndex, v); }
void setHasAutoZIndex() { SET_VAR(m_box, m_hasAutoZIndex, true); SET_VAR(m_box, m_zIndex, 0); }
// zoom
static float initialZoom() { return 1.0f; }
float zoom() const { return m_visual->m_zoom; }
float effectiveZoom() const { return m_rareInheritedData->m_effectiveZoom; }
bool setZoom(float);
bool setEffectiveZoom(float);
// -webkit-app-region
DraggableRegionMode getDraggableRegionMode() const { return m_rareNonInheritedData->m_draggableRegionMode; }
void setDraggableRegionMode(DraggableRegionMode v) { SET_VAR(m_rareNonInheritedData, m_draggableRegionMode, v); }
// -webkit-appearance
static ControlPart initialAppearance() { return NoControlPart; }
ControlPart appearance() const { return static_cast<ControlPart>(m_rareNonInheritedData->m_appearance); }
void setAppearance(ControlPart a) { SET_VAR(m_rareNonInheritedData, m_appearance, a); }
// -webkit-clip-path
static ClipPathOperation* initialClipPath() { return 0; }
ClipPathOperation* clipPath() const { return m_rareNonInheritedData->m_clipPath.get(); }
void setClipPath(PassRefPtr<ClipPathOperation> operation)
{
if (m_rareNonInheritedData->m_clipPath != operation)
m_rareNonInheritedData.access()->m_clipPath = operation;
}
// Mask properties.
// -webkit-mask-box-image-outset
const BorderImageLengthBox& maskBoxImageOutset() const { return m_rareNonInheritedData->m_maskBoxImage.outset(); }
void setMaskBoxImageOutset(const BorderImageLengthBox& outset)
{
m_rareNonInheritedData.access()->m_maskBoxImage.setOutset(outset);
}
// -webkit-mask-box-image-slice
const LengthBox& maskBoxImageSlices() const { return m_rareNonInheritedData->m_maskBoxImage.imageSlices(); }
void setMaskBoxImageSlices(const LengthBox& slices)
{
m_rareNonInheritedData.access()->m_maskBoxImage.setImageSlices(slices);
}
// -webkit-mask-box-image-source
static StyleImage* initialMaskBoxImageSource() { return 0; }
StyleImage* maskBoxImageSource() const { return m_rareNonInheritedData->m_maskBoxImage.image(); }
void setMaskBoxImageSource(StyleImage* v) { m_rareNonInheritedData.access()->m_maskBoxImage.setImage(v); }
// -webkit-mask-box-image-width
const BorderImageLengthBox& maskBoxImageWidth() const { return m_rareNonInheritedData->m_maskBoxImage.borderSlices(); }
void setMaskBoxImageWidth(const BorderImageLengthBox& slices)
{
m_rareNonInheritedData.access()->m_maskBoxImage.setBorderSlices(slices);
}
// Inherited properties.
// border-collapse
static EBorderCollapse initialBorderCollapse() { return BorderCollapseSeparate; }
EBorderCollapse borderCollapse() const { return static_cast<EBorderCollapse>(m_inheritedData.m_borderCollapse); }
void setBorderCollapse(EBorderCollapse collapse) { m_inheritedData.m_borderCollapse = collapse; }
// Border-spacing properties.
// -webkit-border-horizontal-spacing
static short initialHorizontalBorderSpacing() { return 0; }
short horizontalBorderSpacing() const;
void setHorizontalBorderSpacing(short);
// -webkit-border-vertical-spacing
static short initialVerticalBorderSpacing() { return 0; }
short verticalBorderSpacing() const;
void setVerticalBorderSpacing(short);
// caption-side (aka -epub-caption-side)
static ECaptionSide initialCaptionSide() { return CaptionSideTop; }
ECaptionSide captionSide() const { return static_cast<ECaptionSide>(m_inheritedData.m_captionSide); }
void setCaptionSide(ECaptionSide v) { m_inheritedData.m_captionSide = v; }
// cursor
static ECursor initialCursor() { return CURSOR_AUTO; }
ECursor cursor() const { return static_cast<ECursor>(m_inheritedData.m_cursorStyle); }
void setCursor(ECursor c) { m_inheritedData.m_cursorStyle = c; }
// direction
static TextDirection initialDirection() { return LTR; }
TextDirection direction() const { return static_cast<TextDirection>(m_inheritedData.m_direction); }
void setDirection(TextDirection v) { m_inheritedData.m_direction = v; }
// empty-cells
static EEmptyCells initialEmptyCells() { return EmptyCellsShow; }
EEmptyCells emptyCells() const { return static_cast<EEmptyCells>(m_inheritedData.m_emptyCells); }
void setEmptyCells(EEmptyCells v) { m_inheritedData.m_emptyCells = v; }
// color
static Color initialColor() { return Color::black; }
void setColor(const Color&);
// hyphens
static Hyphens initialHyphens() { return HyphensManual; }
Hyphens getHyphens() const { return static_cast<Hyphens>(m_rareInheritedData->hyphens); }
void setHyphens(Hyphens h) { SET_VAR(m_rareInheritedData, hyphens, h); }
// -webkit-hyphenate-character
static const AtomicString& initialHyphenationString() { return nullAtom; }
const AtomicString& hyphenationString() const { return m_rareInheritedData->hyphenationString; }
void setHyphenationString(const AtomicString& h) { SET_VAR(m_rareInheritedData, hyphenationString, h); }
// line-height
static Length initialLineHeight() { return Length(-100.0, Percent); }
Length lineHeight() const;
void setLineHeight(const Length& specifiedLineHeight);
// List style properties.
// list-style-type
static EListStyleType initialListStyleType() { return Disc; }
EListStyleType listStyleType() const { return static_cast<EListStyleType>(m_inheritedData.m_listStyleType); }
void setListStyleType(EListStyleType v) { m_inheritedData.m_listStyleType = v; }
// list-style-position
static EListStylePosition initialListStylePosition() { return ListStylePositionOutside; }
EListStylePosition listStylePosition() const { return static_cast<EListStylePosition>(m_inheritedData.m_listStylePosition); }
void setListStylePosition(EListStylePosition v) { m_inheritedData.m_listStylePosition = v; }
// list-style-image
static StyleImage* initialListStyleImage() { return 0; }
StyleImage* listStyleImage() const;
void setListStyleImage(StyleImage*);
// orphans
static short initialOrphans() { return 2; }
short orphans() const { return m_rareInheritedData->orphans; }
void setOrphans(short o) { SET_VAR(m_rareInheritedData, orphans, o); }
// widows
static short initialWidows() { return 2; }
short widows() const { return m_rareInheritedData->widows; }
void setWidows(short w) { SET_VAR(m_rareInheritedData, widows, w); }
// overflow-wrap (aka word-wrap)
static EOverflowWrap initialOverflowWrap() { return NormalOverflowWrap; }
EOverflowWrap overflowWrap() const { return static_cast<EOverflowWrap>(m_rareInheritedData->overflowWrap); }
void setOverflowWrap(EOverflowWrap b) { SET_VAR(m_rareInheritedData, overflowWrap, b); }
// pointer-events
static EPointerEvents initialPointerEvents() { return PE_AUTO; }
EPointerEvents pointerEvents() const { return static_cast<EPointerEvents>(m_inheritedData.m_pointerEvents); }
void setPointerEvents(EPointerEvents p) { m_inheritedData.m_pointerEvents = p; }
void setPointerEventsIsInherited(bool isInherited) { m_nonInheritedData.m_isPointerEventsInherited = isInherited; }
// quotes
static QuotesData* initialQuotes() { return 0; }
QuotesData* quotes() const { return m_rareInheritedData->quotes.get(); }
void setQuotes(PassRefPtr<QuotesData>);
// snap-height
uint8_t snapHeightPosition() const { return m_rareInheritedData->m_snapHeightPosition; }
uint8_t snapHeightUnit() const { return m_rareInheritedData->m_snapHeightUnit; }
void setSnapHeightPosition(uint8_t position) { SET_VAR(m_rareInheritedData, m_snapHeightPosition, position); }
void setSnapHeightUnit(uint8_t unit) { SET_VAR(m_rareInheritedData, m_snapHeightUnit, unit); }
// speak
static ESpeak initialSpeak() { return SpeakNormal; }
ESpeak speak() const { return static_cast<ESpeak>(m_rareInheritedData->speak); }
void setSpeak(ESpeak s) { SET_VAR(m_rareInheritedData, speak, s); }
// tab-size
static TabSize initialTabSize() { return TabSize(8); }
TabSize getTabSize() const { return m_rareInheritedData->m_tabSize; }
void setTabSize(TabSize size) { SET_VAR(m_rareInheritedData, m_tabSize, size); }
// text-align
static ETextAlign initialTextAlign() { return TASTART; }
ETextAlign textAlign() const { return static_cast<ETextAlign>(m_inheritedData.m_textAlign); }
void setTextAlign(ETextAlign v) { m_inheritedData.m_textAlign = v; }
// text-align-last
static TextAlignLast initialTextAlignLast() { return TextAlignLastAuto; }
TextAlignLast getTextAlignLast() const { return static_cast<TextAlignLast>(m_rareInheritedData->m_textAlignLast); }
void setTextAlignLast(TextAlignLast v) { SET_VAR(m_rareInheritedData, m_textAlignLast, v); }
// text-combine-upright (aka -webkit-text-combine, -epub-text-combine)
static TextCombine initialTextCombine() { return TextCombineNone; }
TextCombine getTextCombine() const { return static_cast<TextCombine>(m_rareInheritedData->m_textCombine); }
void setTextCombine(TextCombine v) { SET_VAR(m_rareInheritedData, m_textCombine, v); }
// text-indent
static Length initialTextIndent() { return Length(Fixed); }
static TextIndentLine initialTextIndentLine() { return TextIndentFirstLine; }
static TextIndentType initialTextIndentType() { return TextIndentNormal; }
const Length& textIndent() const { return m_rareInheritedData->indent; }
TextIndentLine getTextIndentLine() const { return static_cast<TextIndentLine>(m_rareInheritedData->m_textIndentLine); }
TextIndentType getTextIndentType() const { return static_cast<TextIndentType>(m_rareInheritedData->m_textIndentType); }
void setTextIndent(const Length& v) { SET_VAR(m_rareInheritedData, indent, v); }
void setTextIndentLine(TextIndentLine v) { SET_VAR(m_rareInheritedData, m_textIndentLine, v); }
void setTextIndentType(TextIndentType v) { SET_VAR(m_rareInheritedData, m_textIndentType, v); }
// text-justify
static TextJustify initialTextJustify() { return TextJustifyAuto; }
TextJustify getTextJustify() const { return static_cast<TextJustify>(m_rareInheritedData->m_textJustify); }
void setTextJustify(TextJustify v) { SET_VAR(m_rareInheritedData, m_textJustify, v); }
// text-orientation (aka -webkit-text-orientation, -epub-text-orientation)
static TextOrientation initialTextOrientation() { return TextOrientationMixed; }
TextOrientation getTextOrientation() const { return static_cast<TextOrientation>(m_rareInheritedData->m_textOrientation); }
bool setTextOrientation(TextOrientation);
// text-shadow
static ShadowList* initialTextShadow() { return 0; }
ShadowList* textShadow() const { return m_rareInheritedData->textShadow.get(); }
void setTextShadow(PassRefPtr<ShadowList>);
// text-size-adjust (aka -webkit-text-size-adjust)
static TextSizeAdjust initialTextSizeAdjust() { return TextSizeAdjust::adjustAuto(); }
TextSizeAdjust getTextSizeAdjust() const { return m_rareInheritedData->m_textSizeAdjust; }
void setTextSizeAdjust(TextSizeAdjust sizeAdjust) { SET_VAR(m_rareInheritedData, m_textSizeAdjust, sizeAdjust); }
// text-transform (aka -epub-text-transform)
static ETextTransform initialTextTransform() { return TTNONE; }
ETextTransform textTransform() const { return static_cast<ETextTransform>(m_inheritedData.m_textTransform); }
void setTextTransform(ETextTransform v) { m_inheritedData.m_textTransform = v; }
// white-space inherited
static EWhiteSpace initialWhiteSpace() { return NORMAL; }
EWhiteSpace whiteSpace() const { return static_cast<EWhiteSpace>(m_inheritedData.m_whiteSpace); }
void setWhiteSpace(EWhiteSpace v) { m_inheritedData.m_whiteSpace = v; }
// word-break inherited (aka -epub-word-break)
static EWordBreak initialWordBreak() { return NormalWordBreak; }
EWordBreak wordBreak() const { return static_cast<EWordBreak>(m_rareInheritedData->wordBreak); }
void setWordBreak(EWordBreak b) { SET_VAR(m_rareInheritedData, wordBreak, b); }
// -webkit-line-break
static LineBreak initialLineBreak() { return LineBreakAuto; }
LineBreak getLineBreak() const { return static_cast<LineBreak>(m_rareInheritedData->lineBreak); }
void setLineBreak(LineBreak b) { SET_VAR(m_rareInheritedData, lineBreak, b); }
// writing-mode (aka -webkit-writing-mode, -epub-writing-mode)
static WritingMode initialWritingMode() { return TopToBottomWritingMode; }
WritingMode getWritingMode() const { return static_cast<WritingMode>(m_inheritedData.m_writingMode); }
bool setWritingMode(WritingMode v)
{
if (v == getWritingMode())
return false;
m_inheritedData.m_writingMode = v;
return true;
}
// Text emphasis properties.
static TextEmphasisFill initialTextEmphasisFill() { return TextEmphasisFillFilled; }
static TextEmphasisMark initialTextEmphasisMark() { return TextEmphasisMarkNone; }
static const AtomicString& initialTextEmphasisCustomMark() { return nullAtom; }
TextEmphasisFill getTextEmphasisFill() const { return static_cast<TextEmphasisFill>(m_rareInheritedData->textEmphasisFill); }
TextEmphasisMark getTextEmphasisMark() const;
const AtomicString& textEmphasisCustomMark() const { return m_rareInheritedData->textEmphasisCustomMark; }
const AtomicString& textEmphasisMarkString() const;
void setTextEmphasisFill(TextEmphasisFill fill) { SET_VAR(m_rareInheritedData, textEmphasisFill, fill); }
void setTextEmphasisMark(TextEmphasisMark mark) { SET_VAR(m_rareInheritedData, textEmphasisMark, mark); }
void setTextEmphasisCustomMark(const AtomicString& mark) { SET_VAR(m_rareInheritedData, textEmphasisCustomMark, mark); }
// -webkit-text-emphasis-color (aka -epub-text-emphasis-color)
void setTextEmphasisColor(const StyleColor& c) { SET_VAR_WITH_SETTER(m_rareInheritedData, textEmphasisColor, setTextEmphasisColor, c); }
// -webkit-text-emphasis-position
static TextEmphasisPosition initialTextEmphasisPosition() { return TextEmphasisPositionOver; }
TextEmphasisPosition getTextEmphasisPosition() const { return static_cast<TextEmphasisPosition>(m_rareInheritedData->textEmphasisPosition); }
void setTextEmphasisPosition(TextEmphasisPosition position) { SET_VAR(m_rareInheritedData, textEmphasisPosition, position); }
// -webkit-box-direction
static EBoxDirection initialBoxDirection() { return BNORMAL; }
EBoxDirection boxDirection() const { return static_cast<EBoxDirection>(m_inheritedData.m_boxDirection); }
void setBoxDirection(EBoxDirection d) { m_inheritedData.m_boxDirection = d; }
// -webkit-highlight
static const AtomicString& initialHighlight() { return nullAtom; }
const AtomicString& highlight() const { return m_rareInheritedData->highlight; }
void setHighlight(const AtomicString& h) { SET_VAR(m_rareInheritedData, highlight, h); }
// -webkit-line-clamp
static LineClampValue initialLineClamp() { return LineClampValue(); }
const LineClampValue& lineClamp() const { return m_rareNonInheritedData->lineClamp; }
void setLineClamp(LineClampValue c) { SET_VAR(m_rareNonInheritedData, lineClamp, c); }
// -webkit-print-color-adjust
static PrintColorAdjust initialPrintColorAdjust() { return PrintColorAdjustEconomy; }
PrintColorAdjust getPrintColorAdjust() const { return static_cast<PrintColorAdjust>(m_inheritedData.m_printColorAdjust); }
void setPrintColorAdjust(PrintColorAdjust value) { m_inheritedData.m_printColorAdjust = value; }
// -webkit-rtl-ordering
static Order initialRTLOrdering() { return LogicalOrder; }
Order rtlOrdering() const { return static_cast<Order>(m_inheritedData.m_rtlOrdering); }
void setRTLOrdering(Order o) { m_inheritedData.m_rtlOrdering = o; }
// -webkit-ruby-position
static RubyPosition initialRubyPosition() { return RubyPositionBefore; }
RubyPosition getRubyPosition() const { return static_cast<RubyPosition>(m_rareInheritedData->m_rubyPosition); }
void setRubyPosition(RubyPosition position) { SET_VAR(m_rareInheritedData, m_rubyPosition, position); }
// -webkit-tap-highlight-color
static Color initialTapHighlightColor();
Color tapHighlightColor() const { return m_rareInheritedData->tapHighlightColor; }
void setTapHighlightColor(const Color& c) { SET_VAR(m_rareInheritedData, tapHighlightColor, c); }
// -webkit-text-fill-color
void setTextFillColor(const StyleColor& c) { SET_VAR_WITH_SETTER(m_rareInheritedData, textFillColor, setTextFillColor, c); }
// -webkit-text-security
static ETextSecurity initialTextSecurity() { return TSNONE; }
ETextSecurity textSecurity() const { return static_cast<ETextSecurity>(m_rareInheritedData->textSecurity); }
void setTextSecurity(ETextSecurity aTextSecurity) { SET_VAR(m_rareInheritedData, textSecurity, aTextSecurity); }
// -webkit-text-stroke-color
void setTextStrokeColor(const StyleColor& c) { SET_VAR_WITH_SETTER(m_rareInheritedData, textStrokeColor, setTextStrokeColor, c); }
// -webkit-text-stroke-width
static float initialTextStrokeWidth() { return 0; }
float textStrokeWidth() const { return m_rareInheritedData->textStrokeWidth; }
void setTextStrokeWidth(float w) { SET_VAR(m_rareInheritedData, textStrokeWidth, w); }
// -webkit-user-drag
static EUserDrag initialUserDrag() { return DRAG_AUTO; }
EUserDrag userDrag() const { return static_cast<EUserDrag>(m_rareNonInheritedData->userDrag); }
void setUserDrag(EUserDrag d) { SET_VAR(m_rareNonInheritedData, userDrag, d); }
// -webkit-user-modify
static EUserModify initialUserModify() { return READ_ONLY; }
EUserModify userModify() const { return static_cast<EUserModify>(m_rareInheritedData->userModify); }
void setUserModify(EUserModify u) { SET_VAR(m_rareInheritedData, userModify, u); }
// -webkit-user-select
static EUserSelect initialUserSelect() { return SELECT_TEXT; }
EUserSelect userSelect() const { return static_cast<EUserSelect>(m_rareInheritedData->userSelect); }
void setUserSelect(EUserSelect s) { SET_VAR(m_rareInheritedData, userSelect, s); }
// Font properties.
const Font& font() const;
void setFont(const Font&);
const FontMetrics& getFontMetrics() const;
const FontDescription& getFontDescription() const;
bool setFontDescription(const FontDescription&);
// font-size
int fontSize() const;
float specifiedFontSize() const;
float computedFontSize() const;
// font-size-adjust
float fontSizeAdjust() const;
bool hasFontSizeAdjust() const;
// font-weight
FontWeight fontWeight() const;
// font-stretch
FontStretch fontStretch() const;
// -webkit-locale
const AtomicString& locale() const { return LayoutLocale::localeString(getFontDescription().locale()); }
// FIXME: Remove letter-spacing/word-spacing and replace them with respective FontBuilder calls.
// letter-spacing
static float initialLetterWordSpacing() { return 0.0f; }
float letterSpacing() const;
void setLetterSpacing(float);
// word-spacing
float wordSpacing() const;
void setWordSpacing(float);
// SVG properties.
const SVGComputedStyle& svgStyle() const { return *m_svgStyle.get(); }
SVGComputedStyle& accessSVGStyle() { return *m_svgStyle.access(); }
// baseline-shift
EBaselineShift baselineShift() const { return svgStyle().baselineShift(); }
const Length& baselineShiftValue() const { return svgStyle().baselineShiftValue(); }
void setBaselineShiftValue(const Length& value)
{
SVGComputedStyle& svgStyle = accessSVGStyle();
svgStyle.setBaselineShift(BS_LENGTH);
svgStyle.setBaselineShiftValue(value);
}
// cx
void setCx(const Length& cx) { accessSVGStyle().setCx(cx); }
// cy
void setCy(const Length& cy) { accessSVGStyle().setCy(cy); }
// d
void setD(PassRefPtr<StylePath> d) { accessSVGStyle().setD(std::move(d)); }
// x
void setX(const Length& x) { accessSVGStyle().setX(x); }
// y
void setY(const Length& y) { accessSVGStyle().setY(y); }
// r
void setR(const Length& r) { accessSVGStyle().setR(r); }
// rx
void setRx(const Length& rx) { accessSVGStyle().setRx(rx); }
// ry
void setRy(const Length& ry) { accessSVGStyle().setRy(ry); }
// fill-opacity
float fillOpacity() const { return svgStyle().fillOpacity(); }
void setFillOpacity(float f) { accessSVGStyle().setFillOpacity(f); }
// Fill utiltiy functions.
const SVGPaintType& fillPaintType() const { return svgStyle().fillPaintType(); }
Color fillPaintColor() const { return svgStyle().fillPaintColor(); }
// stop-color
void setStopColor(const Color& c) { accessSVGStyle().setStopColor(c); }
// flood-color
void setFloodColor(const Color& c) { accessSVGStyle().setFloodColor(c); }
// lighting-color
void setLightingColor(const Color& c) { accessSVGStyle().setLightingColor(c); }
// flood-opacity
float floodOpacity() const { return svgStyle().floodOpacity(); }
void setFloodOpacity(float f) { accessSVGStyle().setFloodOpacity(f); }
// stop-opacity
float stopOpacity() const { return svgStyle().stopOpacity(); }
void setStopOpacity(float f) { accessSVGStyle().setStopOpacity(f); }
// stroke
const SVGPaintType& strokePaintType() const { return svgStyle().strokePaintType(); }
Color strokePaintColor() const { return svgStyle().strokePaintColor(); }
// stroke-dasharray
SVGDashArray* strokeDashArray() const { return svgStyle().strokeDashArray(); }
void setStrokeDashArray(PassRefPtr<SVGDashArray> array) { accessSVGStyle().setStrokeDashArray(std::move(array)); }
// stroke-dashoffset
const Length& strokeDashOffset() const { return svgStyle().strokeDashOffset(); }
void setStrokeDashOffset(const Length& d) { accessSVGStyle().setStrokeDashOffset(d); }
// stroke-miterlimit
float strokeMiterLimit() const { return svgStyle().strokeMiterLimit(); }
void setStrokeMiterLimit(float f) { accessSVGStyle().setStrokeMiterLimit(f); }
// stroke-opacity
float strokeOpacity() const { return svgStyle().strokeOpacity(); }
void setStrokeOpacity(float f) { accessSVGStyle().setStrokeOpacity(f); }
// stroke-width
const UnzoomedLength& strokeWidth() const { return svgStyle().strokeWidth(); }
void setStrokeWidth(const UnzoomedLength& w) { accessSVGStyle().setStrokeWidth(w); }
// Comparison operators
bool operator==(const ComputedStyle& other) const;
bool operator!=(const ComputedStyle& other) const { return !(*this == other); }
bool inheritedEqual(const ComputedStyle&) const;
bool nonInheritedEqual(const ComputedStyle&) const;
inline bool independentInheritedEqual(const ComputedStyle&) const;
inline bool nonIndependentInheritedEqual(const ComputedStyle&) const;
bool loadingCustomFontsEqual(const ComputedStyle&) const;
bool inheritedDataShared(const ComputedStyle&) const;
bool hasChildDependentFlags() const { return emptyState() || hasExplicitlyInheritedProperties(); }
void copyChildDependentFlagsFrom(const ComputedStyle&);
// Counters.
const CounterDirectiveMap* counterDirectives() const;
CounterDirectiveMap& accessCounterDirectives();
const CounterDirectives getCounterDirectives(const AtomicString& identifier) const;
void clearIncrementDirectives();
void clearResetDirectives();
// Variables.
static StyleVariableData* initialVariables() { return nullptr; }
StyleVariableData* variables() const;
void setVariable(const AtomicString&, PassRefPtr<CSSVariableData>);
void removeVariable(const AtomicString&);
void setHasVariableReferenceFromNonInheritedProperty() { m_nonInheritedData.m_variableReference = true; }
bool hasVariableReferenceFromNonInheritedProperty() const { return m_nonInheritedData.m_variableReference; }
// Call these after setting the CSSVariableData
void setRegisteredInheritedProperty(const AtomicString&, const CSSValue*);
// Animations.
CSSAnimationData& accessAnimations();
const CSSAnimationData* animations() const { return m_rareNonInheritedData->m_animations.get(); }
// Transitions.
const CSSTransitionData* transitions() const { return m_rareNonInheritedData->m_transitions.get(); }
CSSTransitionData& accessTransitions();
// Callback selectors.
const Vector<String>& callbackSelectors() const { return m_rareNonInheritedData->m_callbackSelectors; }
void addCallbackSelector(const String& selector);
// Non-property flags.
bool hasViewportUnits() const { return m_nonInheritedData.m_hasViewportUnits; }
void setHasViewportUnits(bool hasViewportUnits = true) const { m_nonInheritedData.m_hasViewportUnits = hasViewportUnits; }
bool hasRemUnits() const { return m_nonInheritedData.m_hasRemUnits; }
void setHasRemUnits() const { m_nonInheritedData.m_hasRemUnits = true; }
bool affectedByFocus() const { return m_nonInheritedData.m_affectedByFocus; }
void setAffectedByFocus() { m_nonInheritedData.m_affectedByFocus = true; }
bool affectedByHover() const { return m_nonInheritedData.m_affectedByHover; }
void setAffectedByHover() { m_nonInheritedData.m_affectedByHover = true; }
bool affectedByActive() const { return m_nonInheritedData.m_affectedByActive; }
void setAffectedByActive() { m_nonInheritedData.m_affectedByActive = true; }
bool affectedByDrag() const { return m_nonInheritedData.m_affectedByDrag; }
void setAffectedByDrag() { m_nonInheritedData.m_affectedByDrag = true; }
bool emptyState() const { return m_nonInheritedData.m_emptyState; }
void setEmptyState(bool b) { setUnique(); m_nonInheritedData.m_emptyState = b; }
bool hasInlineTransform() const { return m_rareNonInheritedData->m_hasInlineTransform; }
void setHasInlineTransform(bool b) { SET_VAR(m_rareNonInheritedData, m_hasInlineTransform, b); }
bool hasCompositorProxy() const { return m_rareNonInheritedData->m_hasCompositorProxy; }
void setHasCompositorProxy(bool b) { SET_VAR(m_rareNonInheritedData, m_hasCompositorProxy, b); }
bool isLink() const { return m_nonInheritedData.m_isLink; }
void setIsLink(bool b) { m_nonInheritedData.m_isLink = b; }
EInsideLink insideLink() const { return static_cast<EInsideLink>(m_inheritedData.m_insideLink); }
void setInsideLink(EInsideLink insideLink) { m_inheritedData.m_insideLink = insideLink; }
bool hasExplicitlyInheritedProperties() const { return m_nonInheritedData.m_explicitInheritance; }
void setHasExplicitlyInheritedProperties() { m_nonInheritedData.m_explicitInheritance = true; }
bool requiresAcceleratedCompositingForExternalReasons(bool b) { return m_rareNonInheritedData->m_requiresAcceleratedCompositingForExternalReasons; }
void setRequiresAcceleratedCompositingForExternalReasons(bool b) { SET_VAR(m_rareNonInheritedData, m_requiresAcceleratedCompositingForExternalReasons, b); }
bool hasAuthorBackground() const { return m_rareNonInheritedData->m_hasAuthorBackground; };
void setHasAuthorBackground(bool authorBackground) { SET_VAR(m_rareNonInheritedData, m_hasAuthorBackground, authorBackground); }
bool hasAuthorBorder() const { return m_rareNonInheritedData->m_hasAuthorBorder; };
void setHasAuthorBorder(bool authorBorder) { SET_VAR(m_rareNonInheritedData, m_hasAuthorBorder, authorBorder); }
// A stacking context is painted atomically and defines a stacking order, whereas
// a containing stacking context defines in which order the stacking contexts
// below are painted.
// See CSS 2.1, Appendix E (https://www.w3.org/TR/CSS21/zindex.html) for more details.
bool isStackingContext() const { return m_rareNonInheritedData->m_isStackingContext; }
void setIsStackingContext(bool b) { SET_VAR(m_rareNonInheritedData, m_isStackingContext, b); }
// A unique style is one that has matches something that makes it impossible to share.
bool unique() const { return m_nonInheritedData.m_unique; }
void setUnique() { m_nonInheritedData.m_unique = true; }
float textAutosizingMultiplier() const { return m_styleInheritedData->textAutosizingMultiplier; }
void setTextAutosizingMultiplier(float);
bool selfOrAncestorHasDirAutoAttribute() const { return m_rareInheritedData->m_selfOrAncestorHasDirAutoAttribute; }
void setSelfOrAncestorHasDirAutoAttribute(bool v) { SET_VAR(m_rareInheritedData, m_selfOrAncestorHasDirAutoAttribute, v); }
// Animation flags.
bool hasCurrentOpacityAnimation() const { return m_rareNonInheritedData->m_hasCurrentOpacityAnimation; }
void setHasCurrentOpacityAnimation(bool b = true) { SET_VAR(m_rareNonInheritedData, m_hasCurrentOpacityAnimation, b); }
bool hasCurrentTransformAnimation() const { return m_rareNonInheritedData->m_hasCurrentTransformAnimation; }
void setHasCurrentTransformAnimation(bool b = true) { SET_VAR(m_rareNonInheritedData, m_hasCurrentTransformAnimation, b); }
bool hasCurrentFilterAnimation() const { return m_rareNonInheritedData->m_hasCurrentFilterAnimation; }
void setHasCurrentFilterAnimation(bool b = true) { SET_VAR(m_rareNonInheritedData, m_hasCurrentFilterAnimation, b); }
bool hasCurrentBackdropFilterAnimation() const { return m_rareNonInheritedData->m_hasCurrentBackdropFilterAnimation; }
void setHasCurrentBackdropFilterAnimation(bool b = true) { SET_VAR(m_rareNonInheritedData, m_hasCurrentBackdropFilterAnimation, b); }
bool isRunningOpacityAnimationOnCompositor() const { return m_rareNonInheritedData->m_runningOpacityAnimationOnCompositor; }
void setIsRunningOpacityAnimationOnCompositor(bool b = true) { SET_VAR(m_rareNonInheritedData, m_runningOpacityAnimationOnCompositor, b); }
bool isRunningTransformAnimationOnCompositor() const { return m_rareNonInheritedData->m_runningTransformAnimationOnCompositor; }
void setIsRunningTransformAnimationOnCompositor(bool b = true) { SET_VAR(m_rareNonInheritedData, m_runningTransformAnimationOnCompositor, b); }
bool isRunningFilterAnimationOnCompositor() const { return m_rareNonInheritedData->m_runningFilterAnimationOnCompositor; }
void setIsRunningFilterAnimationOnCompositor(bool b = true) { SET_VAR(m_rareNonInheritedData, m_runningFilterAnimationOnCompositor, b); }
bool isRunningBackdropFilterAnimationOnCompositor() const { return m_rareNonInheritedData->m_runningBackdropFilterAnimationOnCompositor; }
void setIsRunningBackdropFilterAnimationOnCompositor(bool b = true) { SET_VAR(m_rareNonInheritedData, m_runningBackdropFilterAnimationOnCompositor, b); }
// Column utility functions.
void clearMultiCol();
bool specifiesColumns() const { return !hasAutoColumnCount() || !hasAutoColumnWidth(); }
bool columnRuleIsTransparent() const { return m_rareNonInheritedData->m_multiCol->m_rule.isTransparent(); }
bool columnRuleEquivalent(const ComputedStyle* otherStyle) const;
void inheritColumnPropertiesFrom(const ComputedStyle& parent) { m_rareNonInheritedData.access()->m_multiCol = parent.m_rareNonInheritedData->m_multiCol; }
// Flex utility functions.
bool isColumnFlexDirection() const { return flexDirection() == FlowColumn || flexDirection() == FlowColumnReverse; }
bool isReverseFlexDirection() const { return flexDirection() == FlowRowReverse || flexDirection() == FlowColumnReverse; }
bool hasBoxReflect() const { return boxReflect(); }
bool reflectionDataEquivalent(const ComputedStyle* otherStyle) const { return m_rareNonInheritedData->reflectionDataEquivalent(*otherStyle->m_rareNonInheritedData); }
// Mask utility functions.
bool hasMask() const { return m_rareNonInheritedData->m_mask.hasImage() || m_rareNonInheritedData->m_maskBoxImage.hasImage(); }
StyleImage* maskImage() const { return m_rareNonInheritedData->m_mask.image(); }
FillLayer& accessMaskLayers() { return m_rareNonInheritedData.access()->m_mask; }
const FillLayer& maskLayers() const { return m_rareNonInheritedData->m_mask; }
const NinePieceImage& maskBoxImage() const { return m_rareNonInheritedData->m_maskBoxImage; }
bool maskBoxImageSlicesFill() const { return m_rareNonInheritedData->m_maskBoxImage.fill(); }
void adjustMaskLayers()
{
if (maskLayers().next()) {
accessMaskLayers().cullEmptyLayers();
accessMaskLayers().fillUnsetProperties();
}
}
void setMaskBoxImage(const NinePieceImage& b) { SET_VAR(m_rareNonInheritedData, m_maskBoxImage, b); }
void setMaskBoxImageSlicesFill(bool fill)
{
m_rareNonInheritedData.access()->m_maskBoxImage.setFill(fill);
}
// Text-combine utility functions.
bool hasTextCombine() const { return getTextCombine() != TextCombineNone; }
// Grid utility functions.
const Vector<GridTrackSize>& gridAutoRepeatColumns() const { return m_rareNonInheritedData->m_grid->m_gridAutoRepeatColumns; }
const Vector<GridTrackSize>& gridAutoRepeatRows() const { return m_rareNonInheritedData->m_grid->m_gridAutoRepeatRows; }
size_t gridAutoRepeatColumnsInsertionPoint() const { return m_rareNonInheritedData->m_grid->m_autoRepeatColumnsInsertionPoint; }
size_t gridAutoRepeatRowsInsertionPoint() const { return m_rareNonInheritedData->m_grid->m_autoRepeatRowsInsertionPoint; }
AutoRepeatType gridAutoRepeatColumnsType() const { return m_rareNonInheritedData->m_grid->m_autoRepeatColumnsType; }
AutoRepeatType gridAutoRepeatRowsType() const { return m_rareNonInheritedData->m_grid->m_autoRepeatRowsType; }
const NamedGridLinesMap& namedGridColumnLines() const { return m_rareNonInheritedData->m_grid->m_namedGridColumnLines; }
const NamedGridLinesMap& namedGridRowLines() const { return m_rareNonInheritedData->m_grid->m_namedGridRowLines; }
const OrderedNamedGridLines& orderedNamedGridColumnLines() const { return m_rareNonInheritedData->m_grid->m_orderedNamedGridColumnLines; }
const OrderedNamedGridLines& orderedNamedGridRowLines() const { return m_rareNonInheritedData->m_grid->m_orderedNamedGridRowLines; }
const NamedGridLinesMap& autoRepeatNamedGridColumnLines() const { return m_rareNonInheritedData->m_grid->m_autoRepeatNamedGridColumnLines; }
const NamedGridLinesMap& autoRepeatNamedGridRowLines() const { return m_rareNonInheritedData->m_grid->m_autoRepeatNamedGridRowLines; }
const OrderedNamedGridLines& autoRepeatOrderedNamedGridColumnLines() const { return m_rareNonInheritedData->m_grid->m_autoRepeatOrderedNamedGridColumnLines; }
const OrderedNamedGridLines& autoRepeatOrderedNamedGridRowLines() const { return m_rareNonInheritedData->m_grid->m_autoRepeatOrderedNamedGridRowLines; }
const NamedGridAreaMap& namedGridArea() const { return m_rareNonInheritedData->m_grid->m_namedGridArea; }
size_t namedGridAreaRowCount() const { return m_rareNonInheritedData->m_grid->m_namedGridAreaRowCount; }
size_t namedGridAreaColumnCount() const { return m_rareNonInheritedData->m_grid->m_namedGridAreaColumnCount; }
GridAutoFlow getGridAutoFlow() const { return static_cast<GridAutoFlow>(m_rareNonInheritedData->m_grid->m_gridAutoFlow); }
bool isGridAutoFlowDirectionRow() const { return (m_rareNonInheritedData->m_grid->m_gridAutoFlow & InternalAutoFlowDirectionRow) == InternalAutoFlowDirectionRow; }
bool isGridAutoFlowDirectionColumn() const { return (m_rareNonInheritedData->m_grid->m_gridAutoFlow & InternalAutoFlowDirectionColumn) == InternalAutoFlowDirectionColumn; }
bool isGridAutoFlowAlgorithmSparse() const { return (m_rareNonInheritedData->m_grid->m_gridAutoFlow & InternalAutoFlowAlgorithmSparse) == InternalAutoFlowAlgorithmSparse; }
bool isGridAutoFlowAlgorithmDense() const { return (m_rareNonInheritedData->m_grid->m_gridAutoFlow & InternalAutoFlowAlgorithmDense) == InternalAutoFlowAlgorithmDense; }
void setGridAutoRepeatColumns(const Vector<GridTrackSize>& trackSizes) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_gridAutoRepeatColumns, trackSizes); }
void setGridAutoRepeatRows(const Vector<GridTrackSize>& trackSizes) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_gridAutoRepeatRows, trackSizes); }
void setGridAutoRepeatColumnsInsertionPoint(const size_t insertionPoint) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_autoRepeatColumnsInsertionPoint, insertionPoint); }
void setGridAutoRepeatRowsInsertionPoint(const size_t insertionPoint) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_autoRepeatRowsInsertionPoint, insertionPoint); }
void setGridAutoRepeatColumnsType(const AutoRepeatType autoRepeatType) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_autoRepeatColumnsType, autoRepeatType); }
void setGridAutoRepeatRowsType(const AutoRepeatType autoRepeatType) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_autoRepeatRowsType, autoRepeatType); }
void setNamedGridColumnLines(const NamedGridLinesMap& namedGridColumnLines) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_namedGridColumnLines, namedGridColumnLines); }
void setNamedGridRowLines(const NamedGridLinesMap& namedGridRowLines) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_namedGridRowLines, namedGridRowLines); }
void setOrderedNamedGridColumnLines(const OrderedNamedGridLines& orderedNamedGridColumnLines) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_orderedNamedGridColumnLines, orderedNamedGridColumnLines); }
void setOrderedNamedGridRowLines(const OrderedNamedGridLines& orderedNamedGridRowLines) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_orderedNamedGridRowLines, orderedNamedGridRowLines); }
void setAutoRepeatNamedGridColumnLines(const NamedGridLinesMap& namedGridColumnLines) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_autoRepeatNamedGridColumnLines, namedGridColumnLines); }
void setAutoRepeatNamedGridRowLines(const NamedGridLinesMap& namedGridRowLines) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_autoRepeatNamedGridRowLines, namedGridRowLines); }
void setAutoRepeatOrderedNamedGridColumnLines(const OrderedNamedGridLines& orderedNamedGridColumnLines) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_autoRepeatOrderedNamedGridColumnLines, orderedNamedGridColumnLines); }
void setAutoRepeatOrderedNamedGridRowLines(const OrderedNamedGridLines& orderedNamedGridRowLines) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_autoRepeatOrderedNamedGridRowLines, orderedNamedGridRowLines); }
void setNamedGridArea(const NamedGridAreaMap& namedGridArea) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_namedGridArea, namedGridArea); }
void setNamedGridAreaRowCount(size_t rowCount) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_namedGridAreaRowCount, rowCount); }
void setNamedGridAreaColumnCount(size_t columnCount) { SET_NESTED_VAR(m_rareNonInheritedData, m_grid, m_namedGridAreaColumnCount, columnCount); }
// align-content utility functions.
ContentPosition alignContentPosition() const { return m_rareNonInheritedData->m_alignContent.position(); }
ContentDistributionType alignContentDistribution() const { return m_rareNonInheritedData->m_alignContent.distribution(); }
OverflowAlignment alignContentOverflowAlignment() const { return m_rareNonInheritedData->m_alignContent.overflow(); }
void setAlignContentPosition(ContentPosition position) { m_rareNonInheritedData.access()->m_alignContent.setPosition(position); }
void setAlignContentDistribution(ContentDistributionType distribution) { m_rareNonInheritedData.access()->m_alignContent.setDistribution(distribution); }
void setAlignContentOverflow(OverflowAlignment overflow) { m_rareNonInheritedData.access()->m_alignContent.setOverflow(overflow); }
// justify-content utility functions.
ContentPosition justifyContentPosition() const { return m_rareNonInheritedData->m_justifyContent.position(); }
ContentDistributionType justifyContentDistribution() const { return m_rareNonInheritedData->m_justifyContent.distribution(); }
OverflowAlignment justifyContentOverflowAlignment() const { return m_rareNonInheritedData->m_justifyContent.overflow(); }
void setJustifyContentPosition(ContentPosition position) { m_rareNonInheritedData.access()->m_justifyContent.setPosition(position); }
void setJustifyContentDistribution(ContentDistributionType distribution) { m_rareNonInheritedData.access()->m_justifyContent.setDistribution(distribution); }
void setJustifyContentOverflow(OverflowAlignment overflow) { m_rareNonInheritedData.access()->m_justifyContent.setOverflow(overflow); }
// align-items utility functions.
ItemPosition alignItemsPosition() const { return m_rareNonInheritedData->m_alignItems.position(); }
OverflowAlignment alignItemsOverflowAlignment() const { return m_rareNonInheritedData->m_alignItems.overflow(); }
void setAlignItemsPosition(ItemPosition position) { m_rareNonInheritedData.access()->m_alignItems.setPosition(position); }
void setAlignItemsOverflow(OverflowAlignment overflow) { m_rareNonInheritedData.access()->m_alignItems.setOverflow(overflow); }
// justify-items utility functions.
ItemPosition justifyItemsPosition() const { return m_rareNonInheritedData->m_justifyItems.position(); }
OverflowAlignment justifyItemsOverflowAlignment() const { return m_rareNonInheritedData->m_justifyItems.overflow(); }
ItemPositionType justifyItemsPositionType() const { return m_rareNonInheritedData->m_justifyItems.positionType(); }
void setJustifyItemsPosition(ItemPosition position) { m_rareNonInheritedData.access()->m_justifyItems.setPosition(position); }
void setJustifyItemsOverflow(OverflowAlignment overflow) { m_rareNonInheritedData.access()->m_justifyItems.setOverflow(overflow); }
void setJustifyItemsPositionType(ItemPositionType positionType) { m_rareNonInheritedData.access()->m_justifyItems.setPositionType(positionType); }
// align-self utility functions.
ItemPosition alignSelfPosition() const { return m_rareNonInheritedData->m_alignSelf.position(); }
OverflowAlignment alignSelfOverflowAlignment() const { return m_rareNonInheritedData->m_alignSelf.overflow(); }
void setAlignSelfPosition(ItemPosition position) { m_rareNonInheritedData.access()->m_alignSelf.setPosition(position); }
void setAlignSelfOverflow(OverflowAlignment overflow) { m_rareNonInheritedData.access()->m_alignSelf.setOverflow(overflow); }
// justify-self utility functions.
ItemPosition justifySelfPosition() const { return m_rareNonInheritedData->m_justifySelf.position(); }
OverflowAlignment justifySelfOverflowAlignment() const { return m_rareNonInheritedData->m_justifySelf.overflow(); }
void setJustifySelfPosition(ItemPosition position) { m_rareNonInheritedData.access()->m_justifySelf.setPosition(position); }
void setJustifySelfOverflow(OverflowAlignment overflow) { m_rareNonInheritedData.