/// <summary>
/// Generate a pair of 'moof' and 'mdat' atoms for the given stream.
/// The stream should contains a populated list of frame data, otherwise output will be empty.
/// Keeps track of fragment index. Does not write to file. Does not remove frames. Does not adjust offset time.
/// </summary>
public FragmentBoxes.MediaFragmentHandler GenerateFragment(MediaStream Stream)
{
if (Stream.Frames == null || Stream.Frames.Count < 1)
{
throw new Exception("Stream was empty");
}
FragmentBoxes.MediaFragmentHandler output = new MP4_Mangler.FragmentBoxes.MediaFragmentHandler((uint)Stream.FragmentNumber, Stream.Offset);
Stream.FragmentNumber++;
foreach (var frame in Stream.Frames)
{
output.AddFrame((uint)Stream.TrackId, frame);
}
Stream.Frames.Clear();
return(output);
}
/// <summary>
/// Generate a pair of 'moof' and 'mdat' atoms for the given stream.
/// The stream should contains a populated list of frame data, otherwise output will be empty.
/// Keeps track of fragment index. Does not write to file. Does not remove frames. Does not adjust offset time.
/// </summary>
public FragmentBoxes.MediaFragmentHandler GenerateFragment(MediaStream Stream)
{
if (Stream.Frames == null || Stream.Frames.Count < 1) throw new Exception("Stream was empty");
FragmentBoxes.MediaFragmentHandler output = new MP4_Mangler.FragmentBoxes.MediaFragmentHandler((uint)Stream.FragmentNumber, Stream.Offset);
Stream.FragmentNumber++;
foreach (var frame in Stream.Frames) {
output.AddFrame((uint)Stream.TrackId, frame);
}
Stream.Frames.Clear();
return output;
}
