Revert of Reformat comments in core/layout up until LayoutBox

third_party/WebKit/Source/core/layout/ImageQualityControllerTest.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 "core/layout/ImageQualityController.h"
 
 #include "core/layout/LayoutImage.h"
 #include "core/layout/LayoutTestHelper.h"
 #include "platform/graphics/GraphicsContext.h"
 #include "platform/graphics/paint/PaintController.h"
@@ skipping 165 matching lines @@
           .release();
   controller()->setTimer(wrapUnique(mockTimer));
   setBodyInnerHTML("<img src='myimage'></img>");
   LayoutImage* img =
       toLayoutImage(document().body()->firstChild()->layoutObject());
 
   RefPtr<TestImageLowQuality> testImage = adoptRef(new TestImageLowQuality);
   std::unique_ptr<PaintController> paintController = PaintController::create();
   GraphicsContext context(*paintController);
 
-  // Paint once. This will kick off a timer to see if we resize it during that
-  // timer's execution.
+  // Paint once. This will kick off a timer to see if we resize it during that timer's execution.
   EXPECT_EQ(InterpolationMedium,
             controller()->chooseInterpolationQuality(
                 *img, testImage.get(), testImage.get(), LayoutSize(2, 2)));
 
   // Go into low-quality mode now that the size changed.
   EXPECT_EQ(InterpolationLow,
             controller()->chooseInterpolationQuality(
                 *img, testImage.get(), testImage.get(), LayoutSize(3, 3)));
 
   // Stay in low-quality mode since the size changed again.
   EXPECT_EQ(InterpolationLow,
             controller()->chooseInterpolationQuality(
                 *img, testImage.get(), testImage.get(), LayoutSize(4, 4)));
 
   mockTimer->fire();
-  // The timer fired before painting at another size, so this doesn't count as
-  // animation. Therefore not painting at low quality.
+  // The timer fired before painting at another size, so this doesn't count as animation. Therefore not painting at low quality.
   EXPECT_EQ(InterpolationMedium,
             controller()->chooseInterpolationQuality(
                 *img, testImage.get(), testImage.get(), LayoutSize(4, 4)));
 }
 
 TEST_F(ImageQualityControllerTest,
        MediumQualityFilterForNotAnimatedWhileAnotherAnimates) {
   MockTimer* mockTimer =
       MockTimer::create(controller(),
                         &ImageQualityController::highQualityRepaintTimerFired)
           .release();
   controller()->setTimer(wrapUnique(mockTimer));
   setBodyInnerHTML(
       "<img id='myAnimatingImage' src='myimage'></img> <img "
       "id='myNonAnimatingImage' src='myimage2'></img>");
   LayoutImage* animatingImage = toLayoutImage(
       document().getElementById("myAnimatingImage")->layoutObject());
   LayoutImage* nonAnimatingImage = toLayoutImage(
       document().getElementById("myNonAnimatingImage")->layoutObject());
 
   RefPtr<TestImageLowQuality> testImage = adoptRef(new TestImageLowQuality);
   std::unique_ptr<PaintController> paintController = PaintController::create();
   GraphicsContext context(*paintController);
 
-  // Paint once. This will kick off a timer to see if we resize it during that
-  // timer's execution.
+  // Paint once. This will kick off a timer to see if we resize it during that timer's execution.
   EXPECT_EQ(InterpolationMedium, controller()->chooseInterpolationQuality(
                                      *animatingImage, testImage.get(),
                                      testImage.get(), LayoutSize(2, 2)));
 
   // Go into low-quality mode now that the size changed.
   EXPECT_EQ(InterpolationLow, controller()->chooseInterpolationQuality(
                                   *animatingImage, testImage.get(),
                                   testImage.get(), LayoutSize(3, 3)));
 
-  // The non-animating image receives a medium-quality filter, even though the
-  // other one is animating.
+  // The non-animating image receives a medium-quality filter, even though the other one is animating.
   EXPECT_EQ(InterpolationMedium, controller()->chooseInterpolationQuality(
                                      *nonAnimatingImage, testImage.get(),
                                      testImage.get(), LayoutSize(4, 4)));
 
-  // Now the second image has animated, so it also gets painted with a
-  // low-quality filter.
+  // Now the second image has animated, so it also gets painted with a low-quality filter.
   EXPECT_EQ(InterpolationLow, controller()->chooseInterpolationQuality(
                                   *nonAnimatingImage, testImage.get(),
                                   testImage.get(), LayoutSize(3, 3)));
 
   mockTimer->fire();
-  // The timer fired before painting at another size, so this doesn't count as
-  // animation. Therefore not painting at low quality for any image.
+  // The timer fired before painting at another size, so this doesn't count as animation. Therefore not painting at low quality for any image.
   EXPECT_EQ(InterpolationMedium, controller()->chooseInterpolationQuality(
                                      *animatingImage, testImage.get(),
                                      testImage.get(), LayoutSize(4, 4)));
   EXPECT_EQ(InterpolationMedium, controller()->chooseInterpolationQuality(
                                      *nonAnimatingImage, testImage.get(),
                                      testImage.get(), LayoutSize(4, 4)));
 }
 
 TEST_F(ImageQualityControllerTest,
        DontKickTheAnimationTimerWhenPaintingAtTheSameSize) {
   MockTimer* mockTimer =
       MockTimer::create(controller(),
                         &ImageQualityController::highQualityRepaintTimerFired)
           .release();
   controller()->setTimer(wrapUnique(mockTimer));
   setBodyInnerHTML("<img src='myimage'></img>");
   LayoutImage* img =
       toLayoutImage(document().body()->firstChild()->layoutObject());
 
   RefPtr<TestImageLowQuality> testImage = adoptRef(new TestImageLowQuality);
 
-  // Paint once. This will kick off a timer to see if we resize it during that
-  // timer's execution.
+  // Paint once. This will kick off a timer to see if we resize it during that timer's execution.
   EXPECT_EQ(InterpolationMedium,
             controller()->chooseInterpolationQuality(
                 *img, testImage.get(), testImage.get(), LayoutSize(2, 2)));
 
   // Go into low-quality mode now that the size changed.
   EXPECT_EQ(InterpolationLow,
             controller()->chooseInterpolationQuality(
                 *img, testImage.get(), testImage.get(), LayoutSize(3, 3)));
 
   // Stay in low-quality mode since the size changed again.
   EXPECT_EQ(InterpolationLow,
             controller()->chooseInterpolationQuality(
                 *img, testImage.get(), testImage.get(), LayoutSize(4, 4)));
 
   mockTimer->stop();
   EXPECT_FALSE(mockTimer->isActive());
-  // Painted at the same size, so even though timer is still executing, don't go
-  // to low quality.
+  // Painted at the same size, so even though timer is still executing, don't go to low quality.
   EXPECT_EQ(InterpolationLow,
             controller()->chooseInterpolationQuality(
                 *img, testImage.get(), testImage.get(), LayoutSize(4, 4)));
-  // Check that the timer was not kicked. It should not have been, since the
-  // image was painted at the same size as last time.
+  // Check that the timer was not kicked. It should not have been, since the image was painted at the same size as last time.
   EXPECT_FALSE(mockTimer->isActive());
 }
 
 TEST_F(ImageQualityControllerTest, DontRestartTimerUnlessAdvanced) {
   MockTimer* mockTimer =
       MockTimer::create(controller(),
                         &ImageQualityController::highQualityRepaintTimerFired)
           .release();
   controller()->setTimer(wrapUnique(mockTimer));
   setBodyInnerHTML("<img src='myimage'></img>");
   LayoutImage* img =
       toLayoutImage(document().body()->firstChild()->layoutObject());
 
   RefPtr<TestImageLowQuality> testImage = adoptRef(new TestImageLowQuality);
 
-  // Paint once. This will kick off a timer to see if we resize it during that
-  // timer's execution.
+  // Paint once. This will kick off a timer to see if we resize it during that timer's execution.
   mockTimer->setTime(0.1);
   EXPECT_FALSE(controller()->shouldPaintAtLowQuality(
       *img, testImage.get(), testImage.get(), LayoutSize(2, 2), 0.1));
   EXPECT_EQ(ImageQualityController::cLowQualityTimeThreshold,
             mockTimer->nextFireInterval());
 
   // Go into low-quality mode now that the size changed.
   double nextTime = 0.1 + ImageQualityController::cTimerRestartThreshold / 2.0;
   mockTimer->setTime(nextTime);
   EXPECT_EQ(true, controller()->shouldPaintAtLowQuality(
                       *img, testImage.get(), testImage.get(), LayoutSize(3, 3),
                       nextTime));
   // The fire interval has decreased, because we have not restarted the timer.
   EXPECT_EQ(ImageQualityController::cLowQualityTimeThreshold -
                 ImageQualityController::cTimerRestartThreshold / 2.0,
             mockTimer->nextFireInterval());
 
-  // This animation is far enough in the future to make the timer restart, since
-  // it is half over.
+  // This animation is far enough in the future to make the timer restart, since it is half over.
   nextTime = 0.1 + ImageQualityController::cTimerRestartThreshold + 0.01;
   EXPECT_EQ(true, controller()->shouldPaintAtLowQuality(
                       *img, testImage.get(), testImage.get(), LayoutSize(4, 4),
                       nextTime));
   // Now the timer has restarted, leading to a larger fire interval.
   EXPECT_EQ(ImageQualityController::cLowQualityTimeThreshold,
             mockTimer->nextFireInterval());
 }
 
 #endif
 
 }  // namespace blink