void CoordinatedGraphicsScene::commitSceneState(const CoordinatedGraphicsState& state)
{
m_renderedContentsScrollPosition = state.scrollPosition;
// Since the frame has now been rendered, we can safely unlock the animations until the next layout.
setAnimationsLocked(false);
if (state.rootCompositingLayer != m_rootLayerID)
setRootLayerID(state.rootCompositingLayer);
if (state.backgroundColor != m_backgroundColor)
setBackgroundColor(state.backgroundColor);
for (size_t i = 0; i < state.imagesToUpdate.size(); ++i)
updateImageBacking(state.imagesToUpdate[i].first, state.imagesToUpdate[i].second);
for (size_t i = 0; i < state.layersToUpdate.size(); ++i)
setLayerState(state.layersToUpdate[i].first, state.layersToUpdate[i].second);
m_rootLayer->flushCompositingState(FloatRect());
commitPendingBackingStoreOperations();
removeReleasedImageBackingsIfNeeded();
// The pending tiles state is on its way for the screen, tell the web process to render the next one.
dispatchOnMainThread(bind(&CoordinatedGraphicsScene::renderNextFrame, this));
}
void CoordinatedGraphicsScene::syncImageBackings(const CoordinatedGraphicsState& state)
{
for (size_t i = 0; i < state.imagesToRemove.size(); ++i)
removeImageBacking(state.imagesToRemove[i]);
for (size_t i = 0; i < state.imagesToCreate.size(); ++i)
createImageBacking(state.imagesToCreate[i]);
for (size_t i = 0; i < state.imagesToUpdate.size(); ++i)
updateImageBacking(state.imagesToUpdate[i].first, state.imagesToUpdate[i].second);
for (size_t i = 0; i < state.imagesToClear.size(); ++i)
clearImageBackingContents(state.imagesToClear[i]);
}
void CoordinatedGraphicsScene::syncImageBackings(const CoordinatedGraphicsState& state)
{
for (auto& image : state.imagesToRemove)
removeImageBacking(image);
for (auto& image : state.imagesToCreate)
createImageBacking(image);
for (auto& image : state.imagesToUpdate)
updateImageBacking(image.first, image.second);
for (auto& image : state.imagesToClear)
clearImageBackingContents(image);
}
