ImageCandidate bestFitSourceForImageAttributes(float deviceScaleFactor, unsigned sourceSize, const String& srcAttribute, const String& srcsetAttribute)
{
if (srcsetAttribute.isNull()) {
if (srcAttribute.isNull())
return ImageCandidate();
return ImageCandidate(srcAttribute, 0, srcAttribute.length(), DescriptorParsingResult(), ImageCandidate::SrcOrigin);
}
Vector<ImageCandidate> imageCandidates;
parseImageCandidatesFromSrcsetAttribute(srcsetAttribute, imageCandidates);
if (!srcAttribute.isEmpty())
imageCandidates.append(ImageCandidate(srcAttribute, 0, srcAttribute.length(), DescriptorParsingResult(), ImageCandidate::SrcOrigin));
return pickBestImageCandidate(deviceScaleFactor, sourceSize, imageCandidates);
}
ImageCandidate bestFitSourceForImageAttributes(float deviceScaleFactor, const AtomicString& srcAttribute, const AtomicString& srcsetAttribute
#if ENABLE(PICTURE_SIZES)
, unsigned sourceSize
#endif
)
{
if (srcsetAttribute.isNull()) {
if (srcAttribute.isNull())
return ImageCandidate();
return ImageCandidate(StringView(srcAttribute), DescriptorParsingResult(), ImageCandidate::SrcOrigin);
}
Vector<ImageCandidate> imageCandidates = parseImageCandidatesFromSrcsetAttribute(StringView(srcsetAttribute));
if (!srcAttribute.isEmpty())
imageCandidates.append(ImageCandidate(StringView(srcAttribute), DescriptorParsingResult(), ImageCandidate::SrcOrigin));
return pickBestImageCandidate(deviceScaleFactor, imageCandidates
#if ENABLE(PICTURE_SIZES)
, sourceSize
#endif
);
}