Change all uses of the RoundedRect class to use FloatRoundedRect instead.

Source/core/paint/BoxPainter.cpp

 // Copyright 2014 The Chromium Authors. All rights reserved.
 // Use of this source code is governed by a BSD-style license that can be
 // found in the LICENSE file.
 
 #include "config.h"
 #include "core/paint/BoxPainter.h"
 
 #include "core/HTMLNames.h"
 #include "core/frame/Settings.h"
 #include "core/html/HTMLFrameOwnerElement.h"
@@ skipping 66 matching lines @@
     BoxDecorationData boxDecorationData(*style, m_renderBox.canRenderBorderImage(), m_renderBox.backgroundHasOpaqueTopLayer(), m_renderBox.backgroundShouldAlwaysBeClipped(), paintInfo.context);
 
     // FIXME: Should eventually give the theme control over whether the box shadow should paint, since controls could have
     // custom shadows of their own.
     if (!m_renderBox.boxShadowShouldBeAppliedToBackground(boxDecorationData.bleedAvoidance()))
         paintBoxShadow(paintInfo, paintRect, style, Normal);
 
     GraphicsContextStateSaver stateSaver(*paintInfo.context, false);
     if (boxDecorationData.bleedAvoidance() == BackgroundBleedClipBackground) {
         stateSaver.save();
-        RoundedRect border = style->getRoundedBorderFor(paintRect);
+        FloatRoundedRect border = style->getRoundedBorderFor(paintRect);
         paintInfo.context->clipRoundedRect(border);
     }
 
     // If we have a native theme appearance, paint that before painting our background.
     // The theme will tell us whether or not we should also paint the CSS background.
     IntRect snappedPaintRect(pixelSnappedIntRect(paintRect));
     bool themePainted = boxDecorationData.hasAppearance && !RenderTheme::theme().paint(&m_renderBox, paintInfo, snappedPaintRect);
     if (!themePainted) {
         if (boxDecorationData.bleedAvoidance() == BackgroundBleedBackgroundOverBorder)
             paintBorder(m_renderBox, paintInfo, paintRect, style, boxDecorationData.bleedAvoidance());
@@ skipping 133 matching lines @@
 // include scales applied at raster time, such as the device zoom.
 static LayoutRect shrinkRectByOnePixel(GraphicsContext* context, const LayoutRect& rect)
 {
     LayoutRect shrunkRect = rect;
     AffineTransform transform = context->getCTM();
     shrunkRect.inflateX(-static_cast<LayoutUnit>(ceil(1 / transform.xScale())));
     shrunkRect.inflateY(-static_cast<LayoutUnit>(ceil(1 / transform.yScale())));
     return shrunkRect;
 }
 
-RoundedRect BoxPainter::getBackgroundRoundedRect(RenderObject& obj, const LayoutRect& borderRect, InlineFlowBox* box, LayoutUnit inlineBoxWidth, LayoutUnit inlineBoxHeight,
+FloatRoundedRect BoxPainter::getBackgroundRoundedRect(RenderObject& obj, const LayoutRect& borderRect, InlineFlowBox* box, LayoutUnit inlineBoxWidth, LayoutUnit inlineBoxHeight,
     bool includeLogicalLeftEdge, bool includeLogicalRightEdge)
 {
-    RoundedRect border = obj.style()->getRoundedBorderFor(borderRect, includeLogicalLeftEdge, includeLogicalRightEdge);
+    FloatRoundedRect border = obj.style()->getRoundedBorderFor(borderRect, includeLogicalLeftEdge, includeLogicalRightEdge);
     if (box && (box->nextLineBox() || box->prevLineBox())) {
-        RoundedRect segmentBorder = obj.style()->getRoundedBorderFor(LayoutRect(0, 0, inlineBoxWidth, inlineBoxHeight), includeLogicalLeftEdge, includeLogicalRightEdge);
+        FloatRoundedRect segmentBorder = obj.style()->getRoundedBorderFor(LayoutRect(0, 0, inlineBoxWidth, inlineBoxHeight), includeLogicalLeftEdge, includeLogicalRightEdge);
         border.setRadii(segmentBorder.radii());
     }
 
     return border;
 }
 
-RoundedRect BoxPainter::backgroundRoundedRectAdjustedForBleedAvoidance(RenderObject& obj, GraphicsContext* context, const LayoutRect& borderRect, BackgroundBleedAvoidance bleedAvoidance, InlineFlowBox* box, const LayoutSize& boxSize, bool includeLogicalLeftEdge, bool includeLogicalRightEdge)
+FloatRoundedRect BoxPainter::backgroundRoundedRectAdjustedForBleedAvoidance(RenderObject& obj, GraphicsContext* context, const LayoutRect& borderRect, BackgroundBleedAvoidance bleedAvoidance, InlineFlowBox* box, const LayoutSize& boxSize, bool includeLogicalLeftEdge, bool includeLogicalRightEdge)
 {
     if (bleedAvoidance == BackgroundBleedShrinkBackground) {
         // We shrink the rectangle by one pixel on each side because the bleed is one pixel maximum.
         return BoxPainter::getBackgroundRoundedRect(obj, shrinkRectByOnePixel(context, borderRect), box, boxSize.width(), boxSize.height(), includeLogicalLeftEdge, includeLogicalRightEdge);
     }
     if (bleedAvoidance == BackgroundBleedBackgroundOverBorder)
         return obj.style()->getRoundedInnerBorderFor(borderRect, includeLogicalLeftEdge, includeLogicalRightEdge);
 
     return BoxPainter::getBackgroundRoundedRect(obj, borderRect, box, boxSize.width(), boxSize.height(), includeLogicalLeftEdge, includeLogicalRightEdge);
 }
 
-void BoxPainter::clipRoundedInnerRect(GraphicsContext * context, const LayoutRect& rect, const RoundedRect& clipRect)
+void BoxPainter::clipRoundedInnerRect(GraphicsContext * context, const LayoutRect& rect, const FloatRoundedRect& clipRect)
 {
     if (clipRect.isRenderable()) {
         context->clipRoundedRect(clipRect);
     } else {
         // We create a rounded rect for each of the corners and clip it, while making sure we clip opposing corners together.
         if (!clipRect.radii().topLeft().isEmpty() || !clipRect.radii().bottomRight().isEmpty()) {
-            IntRect topCorner(clipRect.rect().x(), clipRect.rect().y(), rect.maxX() - clipRect.rect().x(), rect.maxY() - clipRect.rect().y());
-            RoundedRect::Radii topCornerRadii;
+            FloatRect topCorner(clipRect.rect().x(), clipRect.rect().y(), rect.maxX() - clipRect.rect().x(), rect.maxY() - clipRect.rect().y());
+            FloatRoundedRect::Radii topCornerRadii;
             topCornerRadii.setTopLeft(clipRect.radii().topLeft());
-            context->clipRoundedRect(RoundedRect(topCorner, topCornerRadii));
+            context->clipRoundedRect(FloatRoundedRect(topCorner, topCornerRadii));
 
-            IntRect bottomCorner(rect.x(), rect.y(), clipRect.rect().maxX() - rect.x(), clipRect.rect().maxY() - rect.y());
-            RoundedRect::Radii bottomCornerRadii;
+            FloatRect bottomCorner(rect.x().toFloat(), rect.y().toFloat(), clipRect.rect().maxX() - rect.x().toFloat(), clipRect.rect().maxY() - rect.y().toFloat());
+            FloatRoundedRect::Radii bottomCornerRadii;
             bottomCornerRadii.setBottomRight(clipRect.radii().bottomRight());
-            context->clipRoundedRect(RoundedRect(bottomCorner, bottomCornerRadii));
+            context->clipRoundedRect(FloatRoundedRect(bottomCorner, bottomCornerRadii));
         }
 
         if (!clipRect.radii().topRight().isEmpty() || !clipRect.radii().bottomLeft().isEmpty()) {
-            IntRect topCorner(rect.x(), clipRect.rect().y(), clipRect.rect().maxX() - rect.x(), rect.maxY() - clipRect.rect().y());
-            RoundedRect::Radii topCornerRadii;
+            FloatRect topCorner(rect.x().toFloat(), clipRect.rect().y(), clipRect.rect().maxX() - rect.x().toFloat(), rect.maxY() - clipRect.rect().y());
+            FloatRoundedRect::Radii topCornerRadii;
             topCornerRadii.setTopRight(clipRect.radii().topRight());
-            context->clipRoundedRect(RoundedRect(topCorner, topCornerRadii));
+            context->clipRoundedRect(FloatRoundedRect(topCorner, topCornerRadii));
 
-            IntRect bottomCorner(clipRect.rect().x(), rect.y(), rect.maxX() - clipRect.rect().x(), clipRect.rect().maxY() - rect.y());
-            RoundedRect::Radii bottomCornerRadii;
+            FloatRect bottomCorner(clipRect.rect().x(), rect.y().toFloat(), rect.maxX() - clipRect.rect().x(), clipRect.rect().maxY() - rect.y().toFloat());
+            FloatRoundedRect::Radii bottomCornerRadii;
             bottomCornerRadii.setBottomLeft(clipRect.radii().bottomLeft());
-            context->clipRoundedRect(RoundedRect(bottomCorner, bottomCornerRadii));
+            context->clipRoundedRect(FloatRoundedRect(bottomCorner, bottomCornerRadii));
         }
     }
 }
 
 void BoxPainter::paintFillLayerExtended(RenderBoxModelObject& obj, const PaintInfo& paintInfo, const Color& color, const FillLayer& bgLayer, const LayoutRect& rect,
     BackgroundBleedAvoidance bleedAvoidance, InlineFlowBox* box, const LayoutSize& boxSize, CompositeOperator op, RenderObject* backgroundObject, bool skipBaseColor)
 {
     GraphicsContext* context = paintInfo.context;
     if (rect.isEmpty())
         return;
@@ skipping 41 matching lines @@
     if (!isDocumentElementRenderer && !clippedWithLocalScrolling && !shouldPaintBackgroundImage && isBorderFill && isBottomLayer) {
         if (!colorVisible)
             return;
 
         bool boxShadowShouldBeAppliedToBackground = obj.boxShadowShouldBeAppliedToBackground(bleedAvoidance, box);
         GraphicsContextStateSaver shadowStateSaver(*context, boxShadowShouldBeAppliedToBackground);
         if (boxShadowShouldBeAppliedToBackground)
             BoxPainter::applyBoxShadowForBackground(context, obj);
 
         if (hasRoundedBorder && bleedAvoidance != BackgroundBleedClipBackground) {
-            RoundedRect border = backgroundRoundedRectAdjustedForBleedAvoidance(obj, context, rect, bleedAvoidance, box, boxSize, includeLeftEdge, includeRightEdge);
+            FloatRoundedRect border = backgroundRoundedRectAdjustedForBleedAvoidance(obj, context, rect, bleedAvoidance, box, boxSize, includeLeftEdge, includeRightEdge);
             if (border.isRenderable()) {
                 context->fillRoundedRect(border, bgColor);
             } else {
                 context->save();
                 clipRoundedInnerRect(context, rect, border);
                 context->fillRect(border.rect(), bgColor);
                 context->restore();
             }
         } else {
             context->fillRect(pixelSnappedIntRect(rect), bgColor);
         }
 
         return;
     }
 
     // BorderFillBox radius clipping is taken care of by BackgroundBleedClipBackground
     bool clipToBorderRadius = hasRoundedBorder && !(isBorderFill && bleedAvoidance == BackgroundBleedClipBackground);
     GraphicsContextStateSaver clipToBorderStateSaver(*context, clipToBorderRadius);
     if (clipToBorderRadius) {
-        RoundedRect border = isBorderFill ? backgroundRoundedRectAdjustedForBleedAvoidance(obj, context, rect, bleedAvoidance, box, boxSize, includeLeftEdge, includeRightEdge) : getBackgroundRoundedRect(obj, rect, box, boxSize.width(), boxSize.height(), includeLeftEdge, includeRightEdge);
+        FloatRoundedRect border = isBorderFill ? backgroundRoundedRectAdjustedForBleedAvoidance(obj, context, rect, bleedAvoidance, box, boxSize, includeLeftEdge, includeRightEdge) : getBackgroundRoundedRect(obj, rect, box, boxSize.width(), boxSize.height(), includeLeftEdge, includeRightEdge);
 
         // Clip to the padding or content boxes as necessary.
         if (bgLayer.clip() == ContentFillBox) {
-            border = obj.style()->getRoundedInnerBorderFor(border.rect(),
+            border = obj.style()->getRoundedInnerBorderFor(LayoutRect(border.rect()),
                 obj.paddingTop() + obj.borderTop(), obj.paddingBottom() + obj.borderBottom(),
                 obj.paddingLeft() + obj.borderLeft(), obj.paddingRight() + obj.borderRight(), includeLeftEdge, includeRightEdge);
         } else if (bgLayer.clip() == PaddingFillBox) {
-            border = obj.style()->getRoundedInnerBorderFor(border.rect(), includeLeftEdge, includeRightEdge);
+            border = obj.style()->getRoundedInnerBorderFor(LayoutRect(border.rect()), includeLeftEdge, includeRightEdge);
         }
 
         clipRoundedInnerRect(context, rect, border);
     }
 
     int bLeft = includeLeftEdge ? obj.borderLeft() : 0;
     int bRight = includeRightEdge ? obj.borderRight() : 0;
     LayoutUnit pLeft = includeLeftEdge ? obj.paddingLeft() : LayoutUnit();
     LayoutUnit pRight = includeRightEdge ? obj.paddingRight() : LayoutUnit();
 
@@ skipping 676 matching lines @@
             middleScaleFactor.setHeight(destinationHeight / sourceHeight);
 
         graphicsContext->drawTiledImage(image.get(),
             IntRect(borderImageRect.x() + leftWidth, borderImageRect.y() + topWidth, destinationWidth, destinationHeight),
             IntRect(leftSlice, topSlice, sourceWidth, sourceHeight),
             middleScaleFactor, (Image::TileRule)hRule, (Image::TileRule)vRule, op);
     }
     return true;
 }
 
-static IntRect calculateSideRect(const RoundedRect& outerBorder, const BorderEdge edges[], int side)
+static FloatRect calculateSideRect(const FloatRoundedRect& outerBorder, const BorderEdge edges[], int side)
 {
-    IntRect sideRect = outerBorder.rect();
+    FloatRect sideRect = outerBorder.rect();
     int width = edges[side].width;
 
     if (side == BSTop)
         sideRect.setHeight(width);
     else if (side == BSBottom)
         sideRect.shiftYEdgeTo(sideRect.maxY() - width);
     else if (side == BSLeft)
         sideRect.setWidth(width);
     else
         sideRect.shiftXEdgeTo(sideRect.maxX() - width);
@@ skipping 81 matching lines @@
 
 bool BoxPainter::shouldAntialiasLines(GraphicsContext* context)
 {
     // FIXME: We may want to not antialias when scaled by an integral value,
     // and we may want to antialias when translated by a non-integral value.
     // FIXME: See crbug.com/382491. getCTM does not include scale factors applied at raster time, such
     // as device zoom.
     return !context->getCTM().isIdentityOrTranslationOrFlipped();
 }
 
-static bool borderWillArcInnerEdge(const IntSize& firstRadius, const FloatSize& secondRadius)
+static bool borderWillArcInnerEdge(const FloatSize& firstRadius, const FloatSize& secondRadius)
 {
     return !firstRadius.isZero() || !secondRadius.isZero();
 }
 
 // This assumes that we draw in order: top, bottom, left, right.
 static inline bool willBeOverdrawn(BoxSide side, BoxSide adjacentSide, const BorderEdge edges[])
 {
     switch (side) {
     case BSTop:
     case BSBottom:
@@ skipping 40 matching lines @@
 
     if (!edges[side].sharesColorWith(edges[adjacentSide]))
         return true;
 
     if (borderStylesRequireMitre(side, adjacentSide, edges[side].borderStyle(), edges[adjacentSide].borderStyle()))
         return true;
 
     return false;
 }
 
-static IntRect calculateSideRectIncludingInner(const RoundedRect& outerBorder, const BorderEdge edges[], BoxSide side)
+static FloatRect calculateSideRectIncludingInner(const FloatRoundedRect& outerBorder, const BorderEdge edges[], BoxSide side)
 {
-    IntRect sideRect = outerBorder.rect();
+    FloatRect sideRect = outerBorder.rect();
     int width;
 
     switch (side) {
     case BSTop:
         width = sideRect.height() - edges[BSBottom].width;
         sideRect.setHeight(width);
         break;
     case BSBottom:
         width = sideRect.height() - edges[BSTop].width;
         sideRect.shiftYEdgeTo(sideRect.maxY() - width);
         break;
     case BSLeft:
         width = sideRect.width() - edges[BSRight].width;
         sideRect.setWidth(width);
         break;
     case BSRight:
         width = sideRect.width() - edges[BSLeft].width;
         sideRect.shiftXEdgeTo(sideRect.maxX() - width);
         break;
     }
 
     return sideRect;
 }
 
-static RoundedRect calculateAdjustedInnerBorder(const RoundedRect&innerBorder, BoxSide side)
+static FloatRoundedRect calculateAdjustedInnerBorder(const FloatRoundedRect& innerBorder, BoxSide side)
 {
     // Expand the inner border as necessary to make it a rounded rect (i.e. radii contained within each edge).
     // This function relies on the fact we only get radii not contained within each edge if one of the radii
     // for an edge is zero, so we can shift the arc towards the zero radius corner.
-    RoundedRect::Radii newRadii = innerBorder.radii();
-    IntRect newRect = innerBorder.rect();
+    FloatRoundedRect::Radii newRadii = innerBorder.radii();
+    FloatRect newRect = innerBorder.rect();
 
     float overshoot;
     float maxRadii;
 
     switch (side) {
     case BSTop:
         overshoot = newRadii.topLeft().width() + newRadii.topRight().width() - newRect.width();
-        if (overshoot > 0) {
+        // FIXME: once we start pixel-snapping rounded rects after this point, the overshoot concept
+        // should disappear.
+        if (overshoot > 0.1) {
             ASSERT(!(newRadii.topLeft().width() && newRadii.topRight().width()));
             newRect.setWidth(newRect.width() + overshoot);
             if (!newRadii.topLeft().width())
                 newRect.move(-overshoot, 0);
         }
         newRadii.setBottomLeft(IntSize(0, 0));
         newRadii.setBottomRight(IntSize(0, 0));
         maxRadii = std::max(newRadii.topLeft().height(), newRadii.topRight().height());
         if (maxRadii > newRect.height())
             newRect.setHeight(maxRadii);
         break;
 
     case BSBottom:
         overshoot = newRadii.bottomLeft().width() + newRadii.bottomRight().width() - newRect.width();
-        if (overshoot > 0) {
+        if (overshoot > 0.1) {
             ASSERT(!(newRadii.bottomLeft().width() && newRadii.bottomRight().width()));
             newRect.setWidth(newRect.width() + overshoot);
             if (!newRadii.bottomLeft().width())
                 newRect.move(-overshoot, 0);
         }
         newRadii.setTopLeft(IntSize(0, 0));
         newRadii.setTopRight(IntSize(0, 0));
         maxRadii = std::max(newRadii.bottomLeft().height(), newRadii.bottomRight().height());
         if (maxRadii > newRect.height()) {
             newRect.move(0, newRect.height() - maxRadii);
             newRect.setHeight(maxRadii);
         }
         break;
 
     case BSLeft:
         overshoot = newRadii.topLeft().height() + newRadii.bottomLeft().height() - newRect.height();
-        if (overshoot > 0) {
+        if (overshoot > 0.1) {
             ASSERT(!(newRadii.topLeft().height() && newRadii.bottomLeft().height()));
             newRect.setHeight(newRect.height() + overshoot);
             if (!newRadii.topLeft().height())
                 newRect.move(0, -overshoot);
         }
         newRadii.setTopRight(IntSize(0, 0));
         newRadii.setBottomRight(IntSize(0, 0));
         maxRadii = std::max(newRadii.topLeft().width(), newRadii.bottomLeft().width());
         if (maxRadii > newRect.width())
             newRect.setWidth(maxRadii);
         break;
 
     case BSRight:
         overshoot = newRadii.topRight().height() + newRadii.bottomRight().height() - newRect.height();
-        if (overshoot > 0) {
+        if (overshoot > 0.1) {
             ASSERT(!(newRadii.topRight().height() && newRadii.bottomRight().height()));
             newRect.setHeight(newRect.height() + overshoot);
             if (!newRadii.topRight().height())
                 newRect.move(0, -overshoot);
         }
         newRadii.setTopLeft(IntSize(0, 0));
         newRadii.setBottomLeft(IntSize(0, 0));
         maxRadii = std::max(newRadii.topRight().width(), newRadii.bottomRight().width());
         if (maxRadii > newRect.width()) {
             newRect.move(newRect.width() - maxRadii, 0);
             newRect.setWidth(maxRadii);
         }
         break;
     }
 
-    return RoundedRect(newRect, newRadii);
+    return FloatRoundedRect(newRect, newRadii);
 }
 
-void BoxPainter::clipBorderSideForComplexInnerPath(GraphicsContext* graphicsContext, const RoundedRect& outerBorder, const RoundedRect& innerBorder,
+void BoxPainter::clipBorderSideForComplexInnerPath(GraphicsContext* graphicsContext, const FloatRoundedRect& outerBorder, const FloatRoundedRect& innerBorder,
     BoxSide side, const BorderEdge edges[])
 {
     graphicsContext->clip(calculateSideRectIncludingInner(outerBorder, edges, side));
-    RoundedRect adjustedInnerRect = calculateAdjustedInnerBorder(innerBorder, side);
+    FloatRoundedRect adjustedInnerRect = calculateAdjustedInnerBorder(innerBorder, side);
     if (!adjustedInnerRect.isEmpty())
         graphicsContext->clipOutRoundedRect(adjustedInnerRect);
 }
 
-static bool allCornersClippedOut(const RoundedRect& border, const LayoutRect& clipRect)
+static bool allCornersClippedOut(const FloatRoundedRect& border, const LayoutRect& clipRect)
 {
-    LayoutRect boundingRect = border.rect();
+    LayoutRect boundingRect(border.rect());
     if (clipRect.contains(boundingRect))
         return false;
 
-    RoundedRect::Radii radii = border.radii();
+    FloatRoundedRect::Radii radii = border.radii();
 
     LayoutRect topLeftRect(boundingRect.location(), LayoutSize(radii.topLeft()));
     if (clipRect.intersects(topLeftRect))
         return false;
 
     LayoutRect topRightRect(boundingRect.location(), LayoutSize(radii.topRight()));
     topRightRect.setX(boundingRect.maxX() - topRightRect.width());
     if (clipRect.intersects(topRightRect))
         return false;
 
@@ skipping 13 matching lines @@
 
 void BoxPainter::paintBorder(RenderBoxModelObject& obj, const PaintInfo& info, const LayoutRect& rect, const RenderStyle* style, BackgroundBleedAvoidance bleedAvoidance, bool includeLogicalLeftEdge, bool includeLogicalRightEdge)
 {
     GraphicsContext* graphicsContext = info.context;
     // border-image is not affected by border-radius.
     if (paintNinePieceImage(obj, graphicsContext, rect, style, style->borderImage()))
         return;
 
     BorderEdge edges[4];
     style->getBorderEdgeInfo(edges, includeLogicalLeftEdge, includeLogicalRightEdge);
-    RoundedRect outerBorder = style->getRoundedBorderFor(rect, includeLogicalLeftEdge, includeLogicalRightEdge);
-    RoundedRect innerBorder = style->getRoundedInnerBorderFor(borderInnerRectAdjustedForBleedAvoidance(graphicsContext, rect, bleedAvoidance), includeLogicalLeftEdge, includeLogicalRightEdge);
+    FloatRoundedRect outerBorder = style->getRoundedBorderFor(rect, includeLogicalLeftEdge, includeLogicalRightEdge);
+    FloatRoundedRect innerBorder = style->getRoundedInnerBorderFor(borderInnerRectAdjustedForBleedAvoidance(graphicsContext, rect, bleedAvoidance), includeLogicalLeftEdge, includeLogicalRightEdge);
 
     if (outerBorder.rect().isEmpty())
         return;
 
     bool haveAlphaColor = false;
     bool haveAllSolidEdges = true;
     bool haveAllDoubleEdges = true;
     int numEdgesVisible = 4;
     bool allEdgesShareColor = true;
     bool allEdgesShareWidth = true;
@@ skipping 33 matching lines @@
         if (currEdge.borderStyle() != SOLID)
             haveAllSolidEdges = false;
 
         if (currEdge.borderStyle() != DOUBLE)
             haveAllDoubleEdges = false;
     }
 
     // If no corner intersects the clip region, we can pretend outerBorder is
     // rectangular to improve performance.
     if (haveAllSolidEdges && outerBorder.isRounded() && allCornersClippedOut(outerBorder, info.rect))
-        outerBorder.setRadii(RoundedRect::Radii());
+        outerBorder.setRadii(FloatRoundedRect::Radii());
 
     // isRenderable() check avoids issue described in https://bugs.webkit.org/show_bug.cgi?id=38787
     if ((haveAllSolidEdges || haveAllDoubleEdges) && allEdgesShareColor && innerBorder.isRenderable()) {
         // Fast path for drawing all solid edges and all unrounded double edges
 
         if (numEdgesVisible == 4 && (outerBorder.isRounded() || haveAlphaColor)
             && (haveAllSolidEdges || (!outerBorder.isRounded() && !innerBorder.isRounded()))) {
             Path path;
 
             if (outerBorder.isRounded() && allEdgesShareWidth) {
 
                 // Very fast path for single stroked round rect with circular corners
 
                 graphicsContext->fillBetweenRoundedRects(outerBorder, innerBorder, edges[firstVisibleEdge].color);
                 return;
             }
             if (outerBorder.isRounded() && bleedAvoidance != BackgroundBleedClipBackground)
                 path.addRoundedRect(outerBorder);
             else
                 path.addRect(outerBorder.rect());
 
             if (haveAllDoubleEdges) {
-                IntRect innerThirdRect = outerBorder.rect();
-                IntRect outerThirdRect = outerBorder.rect();
+                FloatRect innerThirdRect = outerBorder.rect();
+                FloatRect outerThirdRect = outerBorder.rect();
                 for (int side = BSTop; side <= BSLeft; ++side) {
                     int outerWidth;
                     int innerWidth;
                     edges[side].getDoubleBorderStripeWidths(outerWidth, innerWidth);
 
                     if (side == BSTop) {
                         innerThirdRect.shiftYEdgeTo(innerThirdRect.y() + innerWidth);
                         outerThirdRect.shiftYEdgeTo(outerThirdRect.y() + outerWidth);
                     } else if (side == BSBottom) {
                         innerThirdRect.setHeight(innerThirdRect.height() - innerWidth);
                         outerThirdRect.setHeight(outerThirdRect.height() - outerWidth);
                     } else if (side == BSLeft) {
                         innerThirdRect.shiftXEdgeTo(innerThirdRect.x() + innerWidth);
                         outerThirdRect.shiftXEdgeTo(outerThirdRect.x() + outerWidth);
                     } else {
                         innerThirdRect.setWidth(innerThirdRect.width() - innerWidth);
                         outerThirdRect.setWidth(outerThirdRect.width() - outerWidth);
                     }
                 }
 
-                RoundedRect outerThird = outerBorder;
-                RoundedRect innerThird = innerBorder;
+                FloatRoundedRect outerThird = outerBorder;
+                FloatRoundedRect innerThird = innerBorder;
                 innerThird.setRect(innerThirdRect);
                 outerThird.setRect(outerThirdRect);
 
                 if (outerThird.isRounded() && bleedAvoidance != BackgroundBleedClipBackground)
                     path.addRoundedRect(outerThird);
                 else
                     path.addRect(outerThird.rect());
 
                 if (innerThird.isRounded() && bleedAvoidance != BackgroundBleedClipBackground)
                     path.addRoundedRect(innerThird);
@@ skipping 11 matching lines @@
             graphicsContext->fillPath(path);
             return;
         }
         // Avoid creating transparent layers
         if (haveAllSolidEdges && numEdgesVisible != 4 && !outerBorder.isRounded() && haveAlphaColor) {
             Path path;
 
             for (int i = BSTop; i <= BSLeft; ++i) {
                 const BorderEdge& currEdge = edges[i];
                 if (currEdge.shouldRender()) {
-                    IntRect sideRect = calculateSideRect(outerBorder, edges, i);
+                    FloatRect sideRect = calculateSideRect(outerBorder, edges, i);
                     path.addRect(sideRect);
                 }
             }
 
             graphicsContext->setFillRule(RULE_NONZERO);
             graphicsContext->setFillColor(edges[firstVisibleEdge].color);
             graphicsContext->fillPath(path);
             return;
         }
     }
 
     bool clipToOuterBorder = outerBorder.isRounded();
     GraphicsContextStateSaver stateSaver(*graphicsContext, clipToOuterBorder);
     if (clipToOuterBorder) {
         // Clip to the inner and outer radii rects.
         if (bleedAvoidance != BackgroundBleedClipBackground)
             graphicsContext->clipRoundedRect(outerBorder);
         // isRenderable() check avoids issue described in https://bugs.webkit.org/show_bug.cgi?id=38787
         // The inside will be clipped out later (in clipBorderSideForComplexInnerPath)
         if (innerBorder.isRenderable() && !innerBorder.isEmpty())
             graphicsContext->clipOutRoundedRect(innerBorder);
     }
 
     // If only one edge visible antialiasing doesn't create seams
     bool antialias = shouldAntialiasLines(graphicsContext) || numEdgesVisible == 1;
-    RoundedRect unadjustedInnerBorder = (bleedAvoidance == BackgroundBleedBackgroundOverBorder) ? style->getRoundedInnerBorderFor(rect, includeLogicalLeftEdge, includeLogicalRightEdge) : innerBorder;
+    FloatRoundedRect unadjustedInnerBorder = (bleedAvoidance == BackgroundBleedBackgroundOverBorder) ? style->getRoundedInnerBorderFor(rect, includeLogicalLeftEdge, includeLogicalRightEdge) : innerBorder;
     IntPoint innerBorderAdjustment(innerBorder.rect().x() - unadjustedInnerBorder.rect().x(), innerBorder.rect().y() - unadjustedInnerBorder.rect().y());
     if (haveAlphaColor)
         paintTranslucentBorderSides(obj, graphicsContext, style, outerBorder, unadjustedInnerBorder, innerBorderAdjustment, edges, edgesToDraw, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge, antialias);
     else
         paintBorderSides(obj, graphicsContext, style, outerBorder, unadjustedInnerBorder, innerBorderAdjustment, edges, edgesToDraw, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge, antialias);
 }
 
 static inline bool includesAdjacentEdges(BorderEdgeFlags flags)
 {
     return (flags & (TopBorderEdge | RightBorderEdge)) == (TopBorderEdge | RightBorderEdge)
         || (flags & (RightBorderEdge | BottomBorderEdge)) == (RightBorderEdge | BottomBorderEdge)
         || (flags & (BottomBorderEdge | LeftBorderEdge)) == (BottomBorderEdge | LeftBorderEdge)
         || (flags & (LeftBorderEdge | TopBorderEdge)) == (LeftBorderEdge | TopBorderEdge);
 }
 
-void BoxPainter::paintTranslucentBorderSides(RenderObject& obj, GraphicsContext* graphicsContext, const RenderStyle* style, const RoundedRect& outerBorder, const RoundedRect& innerBorder, const IntPoint& innerBorderAdjustment,
+void BoxPainter::paintTranslucentBorderSides(RenderObject& obj, GraphicsContext* graphicsContext, const RenderStyle* style, const FloatRoundedRect& outerBorder, const FloatRoundedRect& innerBorder, const IntPoint& innerBorderAdjustment,
     const BorderEdge edges[], BorderEdgeFlags edgesToDraw, BackgroundBleedAvoidance bleedAvoidance, bool includeLogicalLeftEdge, bool includeLogicalRightEdge, bool antialias)
 {
     // willBeOverdrawn assumes that we draw in order: top, bottom, left, right.
     // This is different from BoxSide enum order.
     static const BoxSide paintOrder[] = { BSTop, BSBottom, BSLeft, BSRight };
 
     while (edgesToDraw) {
         // Find undrawn edges sharing a color.
         Color commonColor;
 
@@ skipping 29 matching lines @@
         edgesToDraw &= ~commonColorEdgeSet;
     }
 }
 
 LayoutRect BoxPainter::borderInnerRectAdjustedForBleedAvoidance(GraphicsContext* context, const LayoutRect& rect, BackgroundBleedAvoidance bleedAvoidance)
 {
     // We shrink the rectangle by one pixel on each side to make it fully overlap the anti-aliased background border
     return (bleedAvoidance == BackgroundBleedBackgroundOverBorder) ? shrinkRectByOnePixel(context, rect) : rect;
 }
 
-void BoxPainter::paintOneBorderSide(RenderObject& obj, GraphicsContext* graphicsContext, const RenderStyle* style, const RoundedRect& outerBorder, const RoundedRect& innerBorder,
-    const IntRect& sideRect, BoxSide side, BoxSide adjacentSide1, BoxSide adjacentSide2, const BorderEdge edges[], const Path* path,
+void BoxPainter::paintOneBorderSide(RenderObject& obj, GraphicsContext* graphicsContext, const RenderStyle* style, const FloatRoundedRect& outerBorder, const FloatRoundedRect& innerBorder,
+    const FloatRect& sideRect, BoxSide side, BoxSide adjacentSide1, BoxSide adjacentSide2, const BorderEdge edges[], const Path* path,
     BackgroundBleedAvoidance bleedAvoidance, bool includeLogicalLeftEdge, bool includeLogicalRightEdge, bool antialias, const Color* overrideColor)
 {
     const BorderEdge& edgeToRender = edges[side];
     ASSERT(edgeToRender.width);
     const BorderEdge& adjacentEdge1 = edges[adjacentSide1];
     const BorderEdge& adjacentEdge2 = edges[adjacentSide2];
 
     bool mitreAdjacentSide1 = joinRequiresMitre(side, adjacentSide1, edges, !antialias);
     bool mitreAdjacentSide2 = joinRequiresMitre(side, adjacentSide2, edges, !antialias);
 
     bool adjacentSide1StylesMatch = colorsMatchAtCorner(side, adjacentSide1, edges);
     bool adjacentSide2StylesMatch = colorsMatchAtCorner(side, adjacentSide2, edges);
 
     const Color& colorToPaint = overrideColor ? *overrideColor : edgeToRender.color;
 
     if (path) {
         GraphicsContextStateSaver stateSaver(*graphicsContext);
         if (innerBorder.isRenderable())
             clipBorderSidePolygon(graphicsContext, outerBorder, innerBorder, side, adjacentSide1StylesMatch, adjacentSide2StylesMatch);
         else
             clipBorderSideForComplexInnerPath(graphicsContext, outerBorder, innerBorder, side, edges);
         float thickness = std::max(std::max(edgeToRender.width, adjacentEdge1.width), adjacentEdge2.width);
-        drawBoxSideFromPath(graphicsContext, outerBorder.rect(), *path, edges, edgeToRender.width, thickness, side, style,
+        drawBoxSideFromPath(graphicsContext, LayoutRect(outerBorder.rect()), *path, edges, edgeToRender.width, thickness, side, style,
             colorToPaint, edgeToRender.borderStyle(), bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge);
     } else {
         bool clipForStyle = styleRequiresClipPolygon(edgeToRender.borderStyle()) && (mitreAdjacentSide1 || mitreAdjacentSide2);
         bool clipAdjacentSide1 = colorNeedsAntiAliasAtCorner(side, adjacentSide1, edges) && mitreAdjacentSide1;
         bool clipAdjacentSide2 = colorNeedsAntiAliasAtCorner(side, adjacentSide2, edges) && mitreAdjacentSide2;
         bool shouldClip = clipForStyle || clipAdjacentSide1 || clipAdjacentSide2;
 
         GraphicsContextStateSaver clipStateSaver(*graphicsContext, shouldClip);
         if (shouldClip) {
             bool aliasAdjacentSide1 = clipAdjacentSide1 || (clipForStyle && mitreAdjacentSide1);
             bool aliasAdjacentSide2 = clipAdjacentSide2 || (clipForStyle && mitreAdjacentSide2);
             clipBorderSidePolygon(graphicsContext, outerBorder, innerBorder, side, !aliasAdjacentSide1, !aliasAdjacentSide2);
             // Since we clipped, no need to draw with a mitre.
             mitreAdjacentSide1 = false;
             mitreAdjacentSide2 = false;
         }
 
         ObjectPainter::drawLineForBoxSide(graphicsContext, sideRect.x(), sideRect.y(), sideRect.maxX(), sideRect.maxY(), side, colorToPaint, edgeToRender.borderStyle(),
             mitreAdjacentSide1 ? adjacentEdge1.width : 0, mitreAdjacentSide2 ? adjacentEdge2.width : 0, antialias);
     }
 }
 
-void BoxPainter::paintBorderSides(RenderObject& obj, GraphicsContext* graphicsContext, const RenderStyle* style, const RoundedRect& outerBorder, const RoundedRect& innerBorder,
+void BoxPainter::paintBorderSides(RenderObject& obj, GraphicsContext* graphicsContext, const RenderStyle* style, const FloatRoundedRect& outerBorder, const FloatRoundedRect& innerBorder,
     const IntPoint& innerBorderAdjustment, const BorderEdge edges[], BorderEdgeFlags edgeSet, BackgroundBleedAvoidance bleedAvoidance,
     bool includeLogicalLeftEdge, bool includeLogicalRightEdge, bool antialias, const Color* overrideColor)
 {
     bool renderRadii = outerBorder.isRounded();
 
     Path roundedPath;
     if (renderRadii)
         roundedPath.addRoundedRect(outerBorder);
 
     // The inner border adjustment for bleed avoidance mode BackgroundBleedBackgroundOverBorder
     // is only applied to sideRect, which is okay since BackgroundBleedBackgroundOverBorder
     // is only to be used for solid borders and the shape of the border painted by drawBoxSideFromPath
     // only depends on sideRect when painting solid borders.
 
     if (edges[BSTop].shouldRender() && includesEdge(edgeSet, BSTop)) {
-        IntRect sideRect = outerBorder.rect();
+        FloatRect sideRect = outerBorder.rect();
         sideRect.setHeight(edges[BSTop].width + innerBorderAdjustment.y());
 
         bool usePath = renderRadii && (borderStyleHasInnerDetail(edges[BSTop].borderStyle()) || borderWillArcInnerEdge(innerBorder.radii().topLeft(), innerBorder.radii().topRight()));
         paintOneBorderSide(obj, graphicsContext, style, outerBorder, innerBorder, sideRect, BSTop, BSLeft, BSRight, edges, usePath ? &roundedPath : 0, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge, antialias, overrideColor);
     }
 
     if (edges[BSBottom].shouldRender() && includesEdge(edgeSet, BSBottom)) {
-        IntRect sideRect = outerBorder.rect();
+        FloatRect sideRect = outerBorder.rect();
         sideRect.shiftYEdgeTo(sideRect.maxY() - edges[BSBottom].width - innerBorderAdjustment.y());
 
         bool usePath = renderRadii && (borderStyleHasInnerDetail(edges[BSBottom].borderStyle()) || borderWillArcInnerEdge(innerBorder.radii().bottomLeft(), innerBorder.radii().bottomRight()));
         paintOneBorderSide(obj, graphicsContext, style, outerBorder, innerBorder, sideRect, BSBottom, BSLeft, BSRight, edges, usePath ? &roundedPath : 0, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge, antialias, overrideColor);
     }
 
     if (edges[BSLeft].shouldRender() && includesEdge(edgeSet, BSLeft)) {
-        IntRect sideRect = outerBorder.rect();
+        FloatRect sideRect = outerBorder.rect();
         sideRect.setWidth(edges[BSLeft].width + innerBorderAdjustment.x());
 
         bool usePath = renderRadii && (borderStyleHasInnerDetail(edges[BSLeft].borderStyle()) || borderWillArcInnerEdge(innerBorder.radii().bottomLeft(), innerBorder.radii().topLeft()));
         paintOneBorderSide(obj, graphicsContext, style, outerBorder, innerBorder, sideRect, BSLeft, BSTop, BSBottom, edges, usePath ? &roundedPath : 0, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge, antialias, overrideColor);
     }
 
     if (edges[BSRight].shouldRender() && includesEdge(edgeSet, BSRight)) {
-        IntRect sideRect = outerBorder.rect();
+        FloatRect sideRect = outerBorder.rect();
         sideRect.shiftXEdgeTo(sideRect.maxX() - edges[BSRight].width - innerBorderAdjustment.x());
 
         bool usePath = renderRadii && (borderStyleHasInnerDetail(edges[BSRight].borderStyle()) || borderWillArcInnerEdge(innerBorder.radii().bottomRight(), innerBorder.radii().topRight()));
         paintOneBorderSide(obj, graphicsContext, style, outerBorder, innerBorder, sideRect, BSRight, BSTop, BSBottom, edges, usePath ? &roundedPath : 0, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge, antialias, overrideColor);
     }
 }
 
 void BoxPainter::drawBoxSideFromPath(GraphicsContext* graphicsContext, const LayoutRect& borderRect, const Path& borderPath, const BorderEdge edges[],
     float thickness, float drawThickness, BoxSide side, const RenderStyle* style, Color color, EBorderStyle borderStyle, BackgroundBleedAvoidance bleedAvoidance,
     bool includeLogicalLeftEdge, bool includeLogicalRightEdge)
@@ skipping 63 matching lines @@
         int innerBorderBottomWidth;
         edges[BSBottom].getDoubleBorderStripeWidths(outerBorderBottomWidth, innerBorderBottomWidth);
 
         int outerBorderLeftWidth;
         int innerBorderLeftWidth;
         edges[BSLeft].getDoubleBorderStripeWidths(outerBorderLeftWidth, innerBorderLeftWidth);
 
         // Draw inner border line
         {
             GraphicsContextStateSaver stateSaver(*graphicsContext);
-            RoundedRect innerClip = style->getRoundedInnerBorderFor(borderRect,
+            FloatRoundedRect innerClip = style->getRoundedInnerBorderFor(borderRect,
                 innerBorderTopWidth, innerBorderBottomWidth, innerBorderLeftWidth, innerBorderRightWidth,
                 includeLogicalLeftEdge, includeLogicalRightEdge);
 
             graphicsContext->clipRoundedRect(innerClip);
             drawBoxSideFromPath(graphicsContext, borderRect, borderPath, edges, thickness, drawThickness, side, style, color, SOLID, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge);
         }
 
         // Draw outer border line
         {
             GraphicsContextStateSaver stateSaver(*graphicsContext);
             LayoutRect outerRect = borderRect;
             if (bleedAvoidance == BackgroundBleedClipBackground) {
                 outerRect.inflate(1);
                 ++outerBorderTopWidth;
                 ++outerBorderBottomWidth;
                 ++outerBorderLeftWidth;
                 ++outerBorderRightWidth;
             }
 
-            RoundedRect outerClip = style->getRoundedInnerBorderFor(outerRect,
+            FloatRoundedRect outerClip = style->getRoundedInnerBorderFor(outerRect,
                 outerBorderTopWidth, outerBorderBottomWidth, outerBorderLeftWidth, outerBorderRightWidth,
                 includeLogicalLeftEdge, includeLogicalRightEdge);
             graphicsContext->clipOutRoundedRect(outerClip);
             drawBoxSideFromPath(graphicsContext, borderRect, borderPath, edges, thickness, drawThickness, side, style, color, SOLID, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge);
         }
         return;
     }
     case RIDGE:
     case GROOVE:
     {
@@ skipping 10 matching lines @@
         // Paint full border
         drawBoxSideFromPath(graphicsContext, borderRect, borderPath, edges, thickness, drawThickness, side, style, color, s1, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge);
 
         // Paint inner only
         GraphicsContextStateSaver stateSaver(*graphicsContext);
         LayoutUnit topWidth = edges[BSTop].usedWidth() / 2;
         LayoutUnit bottomWidth = edges[BSBottom].usedWidth() / 2;
         LayoutUnit leftWidth = edges[BSLeft].usedWidth() / 2;
         LayoutUnit rightWidth = edges[BSRight].usedWidth() / 2;
 
-        RoundedRect clipRect = style->getRoundedInnerBorderFor(borderRect,
+        FloatRoundedRect clipRect = style->getRoundedInnerBorderFor(borderRect,
             topWidth, bottomWidth, leftWidth, rightWidth,
             includeLogicalLeftEdge, includeLogicalRightEdge);
 
         graphicsContext->clipRoundedRect(clipRect);
         drawBoxSideFromPath(graphicsContext, borderRect, borderPath, edges, thickness, drawThickness, side, style, color, s2, bleedAvoidance, includeLogicalLeftEdge, includeLogicalRightEdge);
         return;
     }
     case INSET:
         if (side == BSTop || side == BSLeft)
             color = color.dark();
@@ skipping 11 matching lines @@
     graphicsContext->drawRect(pixelSnappedIntRect(borderRect));
 }
 
 void BoxPainter::paintBoxShadow(const PaintInfo& info, const LayoutRect& paintRect, const RenderStyle* s, ShadowStyle shadowStyle, bool includeLogicalLeftEdge, bool includeLogicalRightEdge)
 {
     // FIXME: Deal with border-image. Would be great to use border-image as a mask.
     GraphicsContext* context = info.context;
     if (!s->boxShadow())
         return;
 
-    RoundedRect border = (shadowStyle == Inset) ? s->getRoundedInnerBorderFor(paintRect, includeLogicalLeftEdge, includeLogicalRightEdge)
+    FloatRoundedRect border = (shadowStyle == Inset) ? s->getRoundedInnerBorderFor(paintRect, includeLogicalLeftEdge, includeLogicalRightEdge)
         : s->getRoundedBorderFor(paintRect, includeLogicalLeftEdge, includeLogicalRightEdge);
 
     bool hasBorderRadius = s->hasBorderRadius();
     bool isHorizontal = s->isHorizontalWritingMode();
     bool hasOpaqueBackground = s->visitedDependentColor(CSSPropertyBackgroundColor).alpha() == 255;
 
     GraphicsContextStateSaver stateSaver(*context, false);
 
     const ShadowList* shadowList = s->boxShadow();
     for (size_t i = shadowList->shadows().size(); i--; ) {
@@ skipping 18 matching lines @@
 
             FloatRect shadowRect(border.rect());
             shadowRect.inflate(shadowBlur + shadowSpread);
             shadowRect.move(shadowOffset);
 
             // Save the state and clip, if not already done.
             // The clip does not depend on any shadow-specific properties.
             if (!stateSaver.saved()) {
                 stateSaver.save();
                 if (hasBorderRadius) {
-                    RoundedRect rectToClipOut = border;
+                    FloatRoundedRect rectToClipOut = border;
 
                     // If the box is opaque, it is unnecessary to clip it out. However, doing so saves time
                     // when painting the shadow. On the other hand, it introduces subpixel gaps along the
                     // corners. Those are avoided by insetting the clipping path by one pixel.
                     if (hasOpaqueBackground)
                         rectToClipOut.inflateWithRadii(-1);
 
                     if (!rectToClipOut.isEmpty()) {
                         context->clipOutRoundedRect(rectToClipOut);
                     }
                 } else {
                     // This IntRect is correct even with fractional shadows, because it is used for the rectangle
                     // of the box itself, which is always pixel-aligned.
-                    IntRect rectToClipOut = border.rect();
+                    FloatRect rectToClipOut = border.rect();
 
                     // If the box is opaque, it is unnecessary to clip it out. However, doing so saves time
                     // when painting the shadow. On the other hand, it introduces subpixel gaps along the
                     // edges if they are not pixel-aligned. Those are avoided by insetting the clipping path
                     // by one pixel.
                     if (hasOpaqueBackground) {
                         // FIXME: The function to decide on the policy based on the transform should be a named function.
                         // FIXME: It's not clear if this check is right. What about integral scale factors?
                         // FIXME: See crbug.com/382491. The use of getCTM may also be wrong because it does not include
                         // device zoom applied at raster time.
                         AffineTransform transform = context->getCTM();
                         if (transform.a() != 1 || (transform.d() != 1 && transform.d() != -1) || transform.b() || transform.c())
                             rectToClipOut.inflate(-1);
                     }
 
                     if (!rectToClipOut.isEmpty()) {
                         context->clipOut(rectToClipOut);
                     }
                 }
             }
 
             // Draw only the shadow.
             context->setShadow(shadowOffset, shadowBlur, shadowColor, DrawLooperBuilder::ShadowRespectsTransforms, DrawLooperBuilder::ShadowIgnoresAlpha, DrawShadowOnly);
 
             if (hasBorderRadius) {
-                RoundedRect influenceRect(pixelSnappedIntRect(LayoutRect(shadowRect)), border.radii());
+                FloatRoundedRect influenceRect(pixelSnappedIntRect(LayoutRect(shadowRect)), border.radii());
                 influenceRect.expandRadii(2 * shadowBlur + shadowSpread);
                 if (allCornersClippedOut(influenceRect, info.rect)) {
                     context->fillRect(fillRect, Color::black);
                 } else {
                     // TODO: support non-integer shadows - crbug.com/334829
-                    RoundedRect roundedFillRect = border;
+                    FloatRoundedRect roundedFillRect = border;
                     roundedFillRect.inflate(shadowSpread);
 
                     roundedFillRect.expandRadii(shadowSpread);
                     if (!roundedFillRect.isRenderable())
                         roundedFillRect.adjustRadii();
                     context->fillRoundedRect(roundedFillRect, Color::black);
                 }
             } else {
                 context->fillRect(fillRect, Color::black);
             }
@@ skipping 11 matching lines @@
                     clippedEdges |= GraphicsContext::RightEdge;
                 else
                     clippedEdges |= GraphicsContext::BottomEdge;
             }
             // TODO: support non-integer shadows - crbug.com/334828
             context->drawInnerShadow(border, shadowColor, flooredIntSize(shadowOffset), shadowBlur, shadowSpread, clippedEdges);
         }
     }
 }
 
-void BoxPainter::clipBorderSidePolygon(GraphicsContext* graphicsContext, const RoundedRect& outerBorder, const RoundedRect& innerBorder, BoxSide side, bool firstEdgeMatches, bool secondEdgeMatches)
+void BoxPainter::clipBorderSidePolygon(GraphicsContext* graphicsContext, const FloatRoundedRect& outerBorder, const FloatRoundedRect& innerBorder, BoxSide side, bool firstEdgeMatches, bool secondEdgeMatches)
 {
     FloatPoint quad[4];
 
-    const LayoutRect& outerRect = outerBorder.rect();
-    const LayoutRect& innerRect = innerBorder.rect();
+    const LayoutRect outerRect(outerBorder.rect());
+    const LayoutRect innerRect(innerBorder.rect());
 
     FloatPoint centerPoint(innerRect.location().x().toFloat() + innerRect.width().toFloat() / 2, innerRect.location().y().toFloat() + innerRect.height().toFloat() / 2);
 
     // For each side, create a quad that encompasses all parts of that side that may draw,
     // including areas inside the innerBorder.
     //
     //         0----------------3
     //       0  \              /  0
     //       |\  1----------- 2  /|
     //       | 1                1 |
@@ skipping 161 matching lines @@
 
     FloatPoint secondQuad[4];
     secondQuad[0] = quad[0];
     secondQuad[1] = FloatPoint(quad[0].x() - r1 * cx, quad[0].y() - r1 * cy);
     secondQuad[2] = quad[2];
     secondQuad[3] = quad[3];
     graphicsContext->clipPolygon(4, secondQuad, !secondEdgeMatches);
 }
 
 } // namespace blink