C++ RenderObject::childrenInline方法代码示例

void RenderRubyBase::mergeBlockChildren(RenderRubyBase* toBase, RenderObject* fromBeforeChild)
{
    // This function removes all children that are before fromBeforeChild and appends them to toBase.
    ASSERT(!childrenInline());
    ASSERT(toBase);
    ASSERT(!toBase->childrenInline());

    // Quick check whether we have anything to do, to simplify the following code.
    if (fromBeforeChild != firstChild())
        return;

    // If an anonymous block would be put next to another such block, then merge those.
    RenderObject* firstChildHere = firstChild();
    RenderObject* lastChildThere = toBase->lastChild();
    if (firstChildHere && firstChildHere->isAnonymousBlock() && firstChildHere->childrenInline() 
            && lastChildThere && lastChildThere->isAnonymousBlock() && lastChildThere->childrenInline()) {            
        RenderBlock* anonBlockHere = toRenderBlock(firstChildHere);
        RenderBlock* anonBlockThere = toRenderBlock(lastChildThere);
        anonBlockHere->moveAllChildrenTo(anonBlockThere, anonBlockThere->children());
        anonBlockHere->deleteLineBoxTree();
        anonBlockHere->destroy();
    }
    // Move all remaining children normally.
    moveChildrenTo(toBase, firstChild(), fromBeforeChild);
}

void RenderRubyBase::moveBlockChildren(RenderRubyBase* toBase, RenderObject* beforeChild)
{
    ASSERT(!childrenInline());
    ASSERT_ARG(toBase, toBase);

    if (!firstChild())
        return;

    if (toBase->childrenInline())
        toBase->makeChildrenNonInline();

    // If an anonymous block would be put next to another such block, then merge those.
    RenderObject* firstChildHere = firstChild();
    RenderObject* lastChildThere = toBase->lastChild();
    if (firstChildHere->isAnonymousBlock() && firstChildHere->childrenInline() 
            && lastChildThere && lastChildThere->isAnonymousBlock() && lastChildThere->childrenInline()) {            
        RenderBlock* anonBlockHere = toRenderBlock(firstChildHere);
        RenderBlock* anonBlockThere = toRenderBlock(lastChildThere);
        anonBlockHere->moveAllChildrenTo(anonBlockThere, true);
        anonBlockHere->deleteLineBoxTree();
        anonBlockHere->destroy();
    }
    // Move all remaining children normally.
    moveChildrenTo(toBase, firstChild(), beforeChild);
}

void RenderRubyBase::moveInlineChildren(RenderRubyBase* toBase, RenderObject* beforeChild)
{
    ASSERT(childrenInline());
    ASSERT_ARG(toBase, toBase);

    if (!firstChild())
        return;

    RenderBlock* toBlock;
    if (toBase->childrenInline()) {
        // The standard and easy case: move the children into the target base
        toBlock = toBase;
    } else {
        // We need to wrap the inline objects into an anonymous block.
        // If toBase has a suitable block, we re-use it, otherwise create a new one.
        RenderObject* lastChild = toBase->lastChild();
        if (lastChild && lastChild->isAnonymousBlock() && lastChild->childrenInline())
            toBlock = toRenderBlock(lastChild);
        else {
            toBlock = toBase->createAnonymousBlock();
            toBase->insertChildInternal(toBlock, nullptr, NotifyChildren);
        }
    }
    // Move our inline children into the target block we determined above.
    moveChildrenTo(toBlock, firstChild(), beforeChild);
}

bool RenderRubyBase::hasOnlyWrappedInlineChildren(RenderObject* beforeChild) const
{
    // Tests whether all children in the base before beforeChild are either floated/positioned,
    // or inline objects wrapped in anonymous blocks.
    // Note that beforeChild may be 0, in which case all children are looked at.
    for (RenderObject* child = firstChild(); child != beforeChild; child = child->nextSibling()) {
        if (!child->isFloatingOrPositioned() && !(child->isAnonymousBlock() && child->childrenInline()))
            return false;
    }
    return true;
}

bool Text::textRendererIsNeeded(const RenderStyle& style, const RenderObject& parent)
{
    if (!parent.canHaveChildren())
        return false;

    if (isEditingText())
        return true;

    if (!length())
        return false;

    if (style.display() == NONE)
        return false;

    if (!containsOnlyWhitespace())
        return true;

    if (!canHaveWhitespaceChildren(parent))
        return false;

    if (style.preserveNewline()) // pre/pre-wrap/pre-line always make renderers.
        return true;

    const RenderObject* prev = NodeRenderingTraversal::previousSiblingRenderer(*this);
    if (prev && prev->isBR()) // <span><br/> <br/></span>
        return false;

    if (parent.isRenderInline()) {
        // <span><div/> <div/></span>
        if (prev && !prev->isInline())
            return false;
    } else {
        if (parent.isRenderBlock() && !parent.childrenInline() && (!prev || !prev->isInline()))
            return false;

        // Avoiding creation of a Renderer for the text node is a non-essential memory optimization.
        // So to avoid blowing up on very wide DOMs, we limit the number of siblings to visit.
        unsigned maxSiblingsToVisit = 50;

        RenderObject* first = parent.slowFirstChild();
        while (first && first->isFloatingOrOutOfFlowPositioned() && maxSiblingsToVisit--)
            first = first->nextSibling();
        if (!first || first == renderer() || NodeRenderingTraversal::nextSiblingRenderer(*this) == first)
            // Whitespace at the start of a block just goes away.  Don't even
            // make a render object for this text.
            return false;
    }
    return true;
}

bool Text::textRendererIsNeeded(const NodeRenderingContext& context)
{
    if (isEditingText())
        return true;

    if (!length())
        return false;

    if (context.style()->display() == NONE)
        return false;

    bool onlyWS = containsOnlyWhitespace();
    if (!onlyWS)
        return true;

    RenderObject* parent = context.parentRenderer();
    if (parent->isTable() || parent->isTableRow() || parent->isTableSection() || parent->isRenderTableCol() || parent->isFrameSet())
        return false;
    
    if (context.style()->preserveNewline()) // pre/pre-wrap/pre-line always make renderers.
        return true;
    
    RenderObject* prev = context.previousRenderer();
    if (prev && prev->isBR()) // <span><br/> <br/></span>
        return false;
        
    if (parent->isRenderInline()) {
        // <span><div/> <div/></span>
        if (prev && !prev->isInline())
            return false;
    } else {
        if (parent->isRenderBlock() && !parent->childrenInline() && (!prev || !prev->isInline()))
            return false;
        
        RenderObject* first = parent->firstChild();
        while (first && first->isFloatingOrOutOfFlowPositioned())
            first = first->nextSibling();
        if (!first || context.nextRenderer() == first) {
            // Whitespace at the start of a block just goes away.  Don't even
            // make a render object for this text.
            return false;
        }
    }
    
    return true;
}

bool TextImpl::rendererIsNeeded(RenderStyle *style)
{
    if (!CharacterDataImpl::rendererIsNeeded(style)) {
        return false;
    }
    bool onlyWS = containsOnlyWhitespace();
    if (!onlyWS) {
        return true;
    }

    RenderObject *par = parentNode()->renderer();

    if (par->isTable() || par->isTableRow() || par->isTableSection()) {
        return false;
    }

    if (style->preserveWS() || style->preserveLF()) {
        return true;
    }

    RenderObject *prev = previousRenderer();
    if (par->isInlineFlow()) {
        // <span><div/> <div/></span>
        if (prev && !prev->isInline()) {
            return false;
        }
    } else {
        if (par->isRenderBlock() && !par->childrenInline() && (!prev || !prev->isInline())) {
            return false;
        }

        RenderObject *first = par->firstChild();
        while (first && first->isFloatingOrPositioned())
            first = first->nextSibling();
        RenderObject *next = nextRenderer();
        if (!first || next == first) {
            // Whitespace at the start of a block just goes away.  Don't even
            // make a render object for this text.
            return false;
        }
    }

    return true;
}

bool Text::rendererIsNeeded(RenderStyle *style)
{
    if (!CharacterData::rendererIsNeeded(style))
        return false;

    bool onlyWS = containsOnlyWhitespace();
    if (!onlyWS)
        return true;

    RenderObject *par = parentNode()->renderer();
    
    if (par->isTable() || par->isTableRow() || par->isTableSection() || par->isTableCol() || par->isFrameSet())
        return false;
    
    if (style->preserveNewline()) // pre/pre-wrap/pre-line always make renderers.
        return true;
    
    RenderObject *prev = previousRenderer();
    if (prev && prev->isBR()) // <span><br/> <br/></span>
        return false;
        
    if (par->isInlineFlow()) {
        // <span><div/> <div/></span>
        if (prev && !prev->isInline())
            return false;
    } else {
        if (par->isRenderBlock() && !par->childrenInline() && (!prev || !prev->isInline()))
            return false;
        
        RenderObject *first = par->firstChild();
        while (first && first->isFloatingOrPositioned())
            first = first->nextSibling();
        RenderObject *next = nextRenderer();
        if (!first || next == first)
            // Whitespace at the start of a block just goes away.  Don't even
            // make a render object for this text.
            return false;
    }
    
    return true;
}

void RenderRubyBase::moveInlineChildren(RenderRubyBase* toBase, RenderObject* fromBeforeChild)
{
    RenderBlock* toBlock;

    if (toBase->childrenInline()) {
        // The standard and easy case: move the children into the target base
        toBlock = toBase;
    } else {
        // We need to wrap the inline objects into an anonymous block.
        // If toBase has a suitable block, we re-use it, otherwise create a new one.
        RenderObject* lastChild = toBase->lastChild();
        if (lastChild && lastChild->isAnonymousBlock() && lastChild->childrenInline())
            toBlock = toRenderBlock(lastChild);
        else {
            toBlock = toBase->createAnonymousBlock();
            toBase->children()->appendChildNode(toBase, toBlock);
        }
    }
    // Move our inline children into the target block we determined above.
    moveChildrenTo(toBlock, firstChild(), fromBeforeChild);
}

void RenderObjectChildList::updateBeforeAfterContent(RenderObject* owner, PseudoId type, const RenderObject* styledObject)
{
    // Double check that the document did in fact use generated content rules.  Otherwise we should not have been called.
    ASSERT(owner->document()->usesBeforeAfterRules());

    // In CSS2, before/after pseudo-content cannot nest.  Check this first.
    if (owner->style()->styleType() == BEFORE || owner->style()->styleType() == AFTER)
        return;
    
    if (!styledObject)
        styledObject = owner;

    RenderStyle* pseudoElementStyle = styledObject->getCachedPseudoStyle(type);
    RenderObject* child;
    switch (type) {
    case BEFORE:
        child = beforePseudoElementRenderer(owner);
        break;
    case AFTER:
        child = afterPseudoElementRenderer(owner);
        break;
    default:
        ASSERT_NOT_REACHED();
        return;
    }

    // Whether or not we currently have generated content attached.
    bool oldContentPresent = child;

    // Whether or not we now want generated content.
    bool newContentWanted = pseudoElementStyle && pseudoElementStyle->display() != NONE;

    // For <q><p/></q>, if this object is the inline continuation of the <q>, we only want to generate
    // :after content and not :before content.
    if (newContentWanted && type == BEFORE && owner->isElementContinuation())
        newContentWanted = false;

    // Similarly, if we're the beginning of a <q>, and there's an inline continuation for our object,
    // then we don't generate the :after content.
    if (newContentWanted && type == AFTER && owner->virtualContinuation())
        newContentWanted = false;
    
    // If we don't want generated content any longer, or if we have generated content, but it's no longer
    // identical to the new content data we want to build render objects for, then we nuke all
    // of the old generated content.
    if (oldContentPresent && (!newContentWanted || Node::diff(child->style(), pseudoElementStyle, owner->document()) == Node::Detach)) {
        // Nuke the child. 
        if (child->style()->styleType() == type) {
            oldContentPresent = false;
            child->destroy();
            child = (type == BEFORE) ? owner->virtualChildren()->firstChild() : owner->virtualChildren()->lastChild();
        }
    }

    // If we have no pseudo-element style or if the pseudo-element style's display type is NONE, then we
    // have no generated content and can now return.
    if (!newContentWanted)
        return;

    if (owner->isRenderInline() && !pseudoElementStyle->isDisplayInlineType() && !pseudoElementStyle->isFloating() &&
        !(pseudoElementStyle->position() == AbsolutePosition || pseudoElementStyle->position() == FixedPosition))
        // According to the CSS2 spec (the end of section 12.1), the only allowed
        // display values for the pseudo style are NONE and INLINE for inline flows.
        // FIXME: CSS2.1 lifted this restriction, but block display types will crash.
        // For now we at least relax the restriction to allow all inline types like inline-block
        // and inline-table.
        pseudoElementStyle->setDisplay(INLINE);

    if (oldContentPresent) {
        updateBeforeAfterStyle(child, type, pseudoElementStyle);
        return; // We've updated the generated content. That's all we needed to do.
    }
    
    RenderObject* insertBefore = (type == BEFORE) ? owner->virtualChildren()->firstChild() : 0;
    if (insertBefore && insertBefore->isAnonymousBlock() && insertBefore->childrenInline() && !insertBefore->isEmpty()) {
        // We are going to add the "before" element. We have to check whether the "insertBefore" element
        // is an anonymous block with inline children. If it is, then we should insert the "before" element
        // before the first inline child of the anonymous block, otherwise we will end up with the "before"
        // element in a different block. We do this only when the anonymous block has children, otherwise
        // we end up with the before element in a wrong block.
        insertBefore = insertBefore->firstChild();
    }

    // Nothing goes before the intruded run-in, not even generated content.
    if (insertBefore && insertBefore->isRunIn() && owner->isRenderBlock()
        && toRenderBlock(owner)->runInIsPlacedIntoSiblingBlock(insertBefore))
        insertBefore = insertBefore->nextSibling();

    // Generated content consists of a single container that houses multiple children (specified
    // by the content property).  This generated content container gets the pseudo-element style set on it.
    RenderObject* generatedContentContainer = 0;

    // Walk our list of generated content and create render objects for each.
    for (const ContentData* content = pseudoElementStyle->contentData(); content; content = content->next()) {
        RenderObject* renderer =  createRendererForBeforeAfterContent(owner, content, pseudoElementStyle);

        if (renderer) {
            if (!generatedContentContainer) {
                // Make a generated box that might be any display type now that we are able to drill down into children
                // to find the original content properly.
//.........这里部分代码省略.........

static guint16 getInterfaceMaskFromObject(AccessibilityObject* coreObject)
{
    guint16 interfaceMask = 0;

    // Component interface is always supported
    interfaceMask |= 1 << WAI_COMPONENT;

    AccessibilityRole role = coreObject->roleValue();

    // Action
    // As the implementation of the AtkAction interface is a very
    // basic one (just relays in executing the default action for each
    // object, and only supports having one action per object), it is
    // better just to implement this interface for every instance of
    // the WebKitAccessible class and let WebCore decide what to do.
    interfaceMask |= 1 << WAI_ACTION;

    // Selection
    if (coreObject->isListBox() || coreObject->isMenuList())
        interfaceMask |= 1 << WAI_SELECTION;

    // Get renderer if available.
    RenderObject* renderer = 0;
    if (coreObject->isAccessibilityRenderObject())
        renderer = coreObject->renderer();

    // Hyperlink (links and embedded objects).
    if (coreObject->isLink() || (renderer && renderer->isReplaced()))
        interfaceMask |= 1 << WAI_HYPERLINK;

    // Text & Editable Text
    if (role == StaticTextRole || coreObject->isMenuListOption())
        interfaceMask |= 1 << WAI_TEXT;
    else {
        if (coreObject->isTextControl()) {
            interfaceMask |= 1 << WAI_TEXT;
            if (!coreObject->isReadOnly())
                interfaceMask |= 1 << WAI_EDITABLE_TEXT;
        } else {
            if (role != TableRole) {
                interfaceMask |= 1 << WAI_HYPERTEXT;
                if ((renderer && renderer->childrenInline()) || roleIsTextType(role))
                    interfaceMask |= 1 << WAI_TEXT;
            }

            // Add the TEXT interface for list items whose
            // first accessible child has a text renderer
            if (role == ListItemRole) {
                AccessibilityObject::AccessibilityChildrenVector children = coreObject->children();
                if (children.size()) {
                    AccessibilityObject* axRenderChild = children.at(0).get();
                    interfaceMask |= getInterfaceMaskFromObject(axRenderChild);
                }
            }
        }
    }

    // Image
    if (coreObject->isImage())
        interfaceMask |= 1 << WAI_IMAGE;

    // Table
    if (role == TableRole)
        interfaceMask |= 1 << WAI_TABLE;

    // Document
    if (role == WebAreaRole)
        interfaceMask |= 1 << WAI_DOCUMENT;

    // Value
    if (role == SliderRole || role == SpinButtonRole || role == ScrollBarRole || role == ProgressIndicatorRole)
        interfaceMask |= 1 << WAI_VALUE;

#if ENABLE(INPUT_TYPE_COLOR)
    // Color type.
    if (role == ColorWellRole)
        interfaceMask |= 1 << WAI_TEXT;
#endif

    return interfaceMask;
}

void RenderContainer::removeLeftoverAnonymousBoxes()
{
    // we have to go over all child nodes and remove anonymous boxes, that do _not_
    // have inline children to keep the tree flat
    RenderObject *child = firstChild();
    while( child ) {
	RenderObject *next = child->nextSibling();
	
	if ( child->isRenderBlock() && child->isAnonymousBlock() && !child->continuation() && !child->childrenInline() && !child->isTableCell() ) {
	    RenderObject *firstAnChild = child->firstChild();
	    RenderObject *lastAnChild = child->lastChild();
	    if ( firstAnChild ) {
		RenderObject *o = firstAnChild;
		while( o ) {
		    o->setParent( this );
		    o = o->nextSibling();
		}
		firstAnChild->setPreviousSibling( child->previousSibling() );
		lastAnChild->setNextSibling( child->nextSibling() );
		if ( child->previousSibling() )
		    child->previousSibling()->setNextSibling( firstAnChild );
		if ( child->nextSibling() )
		    child->nextSibling()->setPreviousSibling( lastAnChild );
	    } else {
		if ( child->previousSibling() )
		    child->previousSibling()->setNextSibling( child->nextSibling() );
		if ( child->nextSibling() )
		    child->nextSibling()->setPreviousSibling( child->previousSibling() );
		
	    }
	    if ( child == firstChild() )
		m_first = firstAnChild;
	    if ( child == lastChild() )
		m_last = lastAnChild;
	    child->setParent( 0 );
	    child->setPreviousSibling( 0 );
	    child->setNextSibling( 0 );
	    if ( !child->isText() ) {
		RenderContainer *c = static_cast<RenderContainer *>(child);
		c->m_first = 0;
		c->m_next = 0;
	    }
	    child->detach();
	}
	child = next;
    }
    if ( parent() )
	parent()->removeLeftoverAnonymousBoxes();
}

//.........这里部分代码省略.........
                while (curr && curr != child) {
                    ASSERT(curr->isAnonymous());
                    RefPtr<RenderStyle> newStyle = RenderStyle::create();
                    newStyle->inheritFrom(pseudoElementStyle);
                    newStyle->setDisplay(curr->style()->display());
                    newStyle->setStyleType(curr->style()->styleType());
                    curr->setStyle(newStyle);
                    curr = curr->parent();
                }
            }

            // Note that if we ever support additional types of generated content (which should be way off
            // in the future), this code will need to be patched.
            for (RenderObject* genChild = beforeAfterParent->firstChild(); genChild; genChild = genChild->nextSibling()) {
                if (genChild->isText())
                    // Generated text content is a child whose style also needs to be set to the pseudo-element style.
                    genChild->setStyle(pseudoElementStyle);
                else if (genChild->isImage()) {
                    // Images get an empty style that inherits from the pseudo.
                    RefPtr<RenderStyle> style = RenderStyle::create();
                    style->inheritFrom(pseudoElementStyle);
                    genChild->setStyle(style.release());
                } else {
                    // RenderListItem may insert a list marker here. We do not need to care about this case.
                    // Otherwise, genChild must be a first-letter container. updateFirstLetter() will take care of it.
                    ASSERT(genChild->isListMarker() || genChild->style()->styleType() == FIRST_LETTER);
                }
            }
        }
        return; // We've updated the generated content. That's all we needed to do.
    }
    
    RenderObject* insertBefore = (type == BEFORE) ? owner->virtualChildren()->firstChild() : 0;
    if (insertBefore && insertBefore->isAnonymousBlock() && insertBefore->childrenInline() && !insertBefore->isEmpty()) {
        // We are going to add the "before" element. We have to check whether the "insertBefore" element
        // is an anonymous block with inline children. If it is, then we should insert the "before" element
        // before the first inline child of the anonymous block, otherwise we will end up with the "before"
        // element in a different block. We do this only when the anonymous block has children, otherwise
        // we end up with the before element in a wrong block.
        insertBefore = insertBefore->firstChild();
    }

    // Generated content consists of a single container that houses multiple children (specified
    // by the content property).  This generated content container gets the pseudo-element style set on it.
    RenderObject* generatedContentContainer = 0;
    
    // Walk our list of generated content and create render objects for each.
    for (const ContentData* content = pseudoElementStyle->contentData(); content; content = content->next()) {
        RenderObject* renderer = 0;
        switch (content->type()) {
            case CONTENT_NONE:
                break;
            case CONTENT_TEXT:
                renderer = new (owner->renderArena()) RenderTextFragment(owner->document() /* anonymous object */, static_cast<const TextContentData*>(content)->text().impl());
                renderer->setStyle(pseudoElementStyle);
                break;
            case CONTENT_OBJECT: {
                RenderImage* image = new (owner->renderArena()) RenderImage(owner->document()); // anonymous object
                RefPtr<RenderStyle> style = RenderStyle::create();
                style->inheritFrom(pseudoElementStyle);
                image->setStyle(style.release());
                if (const StyleImage* styleImage = static_cast<const ImageContentData*>(content)->image())
                    image->setImageResource(RenderImageResourceStyleImage::create(const_cast<StyleImage*>(styleImage)));
                else
                    image->setImageResource(RenderImageResource::create());
                renderer = image;

static guint16 getInterfaceMaskFromObject(AccessibilityObject* coreObject)
{
    guint16 interfaceMask = 0;

    // Component interface is always supported
    interfaceMask |= 1 << WAIComponent;

    AccessibilityRole role = coreObject->roleValue();

    // Action
    // As the implementation of the AtkAction interface is a very
    // basic one (just relays in executing the default action for each
    // object, and only supports having one action per object), it is
    // better just to implement this interface for every instance of
    // the WebKitAccessible class and let WebCore decide what to do.
    interfaceMask |= 1 << WAIAction;

    // Selection
    if (coreObject->isListBox() || coreObject->isMenuList())
        interfaceMask |= 1 << WAISelection;

    // Get renderer if available.
    RenderObject* renderer = nullptr;
    if (coreObject->isAccessibilityRenderObject())
        renderer = coreObject->renderer();

    // Hyperlink (links and embedded objects).
    if (coreObject->isLink() || (renderer && renderer->isReplaced()))
        interfaceMask |= 1 << WAIHyperlink;

    // Text, Editable Text & Hypertext
    if (role == StaticTextRole || coreObject->isMenuListOption())
        interfaceMask |= 1 << WAIText;
    else if (coreObject->isTextControl()) {
        interfaceMask |= 1 << WAIText;
        if (!coreObject->isReadOnly())
            interfaceMask |= 1 << WAIEditableText;
    } else if (!coreObject->isWebArea()) {
        if (role != TableRole) {
            interfaceMask |= 1 << WAIHypertext;
            if ((renderer && renderer->childrenInline()) || roleIsTextType(role) || coreObject->isMathToken())
                interfaceMask |= 1 << WAIText;
        }

        // Add the TEXT interface for list items whose
        // first accessible child has a text renderer
        if (role == ListItemRole) {
            const AccessibilityObject::AccessibilityChildrenVector& children = coreObject->children();
            if (children.size()) {
                AccessibilityObject* axRenderChild = children.at(0).get();
                interfaceMask |= getInterfaceMaskFromObject(axRenderChild);
            }
        }
    }

    // Image
    if (coreObject->isImage())
        interfaceMask |= 1 << WAIImage;

    // Table
    if (role == TableRole || role == GridRole)
        interfaceMask |= 1 << WAITable;

#if ATK_CHECK_VERSION(2,11,90)
    if (role == CellRole || role == ColumnHeaderRole || role == RowHeaderRole)
        interfaceMask |= 1 << WAITableCell;
#endif

    // Document
    if (role == WebAreaRole)
        interfaceMask |= 1 << WAIDocument;

    // Value
    if (role == SliderRole || role == SpinButtonRole || role == ScrollBarRole || role == ProgressIndicatorRole)
        interfaceMask |= 1 << WAIValue;

#if ENABLE(INPUT_TYPE_COLOR)
    // Color type.
    if (role == ColorWellRole)
        interfaceMask |= 1 << WAIText;
#endif

    return interfaceMask;
}