void LayerTreeCoordinator::releaseInactiveAtlasesTimerFired(Timer<LayerTreeCoordinator>*)
{
// We always want to keep one atlas for non-composited content.
OwnPtr<UpdateAtlas> atlasToKeepAnyway;
bool foundActiveAtlasForNonCompositedContent = false;
for (int i = m_updateAtlases.size() - 1; i >= 0; --i) {
UpdateAtlas* atlas = m_updateAtlases[i].get();
if (!atlas->isInUse())
atlas->addTimeInactive(ReleaseInactiveAtlasesTimerInterval);
bool usableForNonCompositedContent = atlas->flags() == ShareableBitmap::NoFlags;
if (atlas->isInactive()) {
if (!foundActiveAtlasForNonCompositedContent && !atlasToKeepAnyway && usableForNonCompositedContent)
atlasToKeepAnyway = m_updateAtlases[i].release();
m_updateAtlases.remove(i);
} else if (usableForNonCompositedContent)
foundActiveAtlasForNonCompositedContent = true;
}
if (!foundActiveAtlasForNonCompositedContent && atlasToKeepAnyway)
m_updateAtlases.append(atlasToKeepAnyway.release());
if (m_updateAtlases.size() <= 1)
m_releaseInactiveAtlasesTimer.stop();
}
void CompositingCoordinator::releaseInactiveAtlasesTimerFired(Timer<CompositingCoordinator>*)
{
// We always want to keep one atlas for root contents layer.
std::unique_ptr<UpdateAtlas> atlasToKeepAnyway;
bool foundActiveAtlasForRootContentsLayer = false;
for (int i = m_updateAtlases.size() - 1; i >= 0; --i) {
UpdateAtlas* atlas = m_updateAtlases[i].get();
if (!atlas->isInUse())
atlas->addTimeInactive(ReleaseInactiveAtlasesTimerInterval);
bool usableForRootContentsLayer = !atlas->supportsAlpha();
if (atlas->isInactive()) {
if (!foundActiveAtlasForRootContentsLayer && !atlasToKeepAnyway && usableForRootContentsLayer)
atlasToKeepAnyway = std::move(m_updateAtlases[i]);
m_updateAtlases.remove(i);
} else if (usableForRootContentsLayer)
foundActiveAtlasForRootContentsLayer = true;
}
if (!foundActiveAtlasForRootContentsLayer && atlasToKeepAnyway)
m_updateAtlases.append(atlasToKeepAnyway.release());
if (m_updateAtlases.size() <= 1)
m_releaseInactiveAtlasesTimer.stop();
}