public MkvInfo(XDocument source)
{
// Build up our data model to work with here... and then create a CLI utility that works everywhere. :)
// Probably can just make it take one file and then xargs them together in a chain
var root = source.XPathSelectElement("MKVInfo/SegmentSize/SegmentInformation");
var outsideRoot = source.XPathSelectElement("MKVInfo/SegmentSize");
if (root != null)
{
Writer = root.Element("WritingApplication")?.Value;
// Create attachments
Attachments = new List <MkvAttachment>();
var attachmentNodes = outsideRoot.Element("Attachments").Elements();
foreach (var attachmentNode in attachmentNodes)
{
Attachments.Add(new MkvAttachment(attachmentNode));
}
// Create chapters
var chapters = outsideRoot.Element("Chapters");
if (chapters != null)
{
Chapters = new Chapter(chapters);
}
SegmentUid = new MkvSegmentUid(source.XPathSelectElement("MKVInfo/SegmentSize/SegmentInformation/SegmentUID").Value);
}
else
{
throw new Exception("Failed to find the node that was needed.");
}
}
public bool IsSame(MkvSegmentUid segment)
{
if (segment == null)
{
return(false);
}
return(segment._hexString == this._hexString);
}
public ChapterAtom(XContainer chapterNode)
{
ChapterTimecodeStart = chapterNode.Element("ChapterTimeStart")?.Value;
ChapterTimecodeEnd = chapterNode.Element("ChapterTimeEnd")?.Value;
ChapterName = chapterNode.Element("ChapterDisplay")?.Element("ChapterString")?.Value;
ChapterLanguage = chapterNode.Element("ChapterDisplay")?.Element("ChapterLanguage")?.Value;
var segmentNode = chapterNode.Element("ChapterSegmentUID");
if (segmentNode != null)
{
ReferencedSegmentUid = new MkvSegmentUid(segmentNode.Value);
}
}