public override void readMetadata(MediaProbe mediaProbe, Stream data, MetadataFactory.ReadOptions options, BaseMetadata media,
CancellationToken token, int timeoutSeconds)
{
AudioMetadata audio = media as AudioMetadata;
audio.DurationSeconds = mediaProbe.DurationSeconds;
audio.SizeBytes = mediaProbe.SizeBytes;
audio.AudioContainer = mediaProbe.Container;
audio.AudioCodec = mediaProbe.AudioCodecName;
audio.SamplesPerSecond = mediaProbe.SamplesPerSecond;
audio.BitsPerSample = (short)(mediaProbe.BytesPerSample * 8);
audio.NrChannels = (short)mediaProbe.NrChannels;
audio.BitRate = mediaProbe.AudioBitRate == 0 ? (long?)null : mediaProbe.AudioBitRate;
List<string> fsMetaData = mediaProbe.MetaData;
try
{
if (options.HasFlag(MetadataFactory.ReadOptions.GENERATE_THUMBNAIL))
{
generateThumbnail(mediaProbe, audio, token, timeoutSeconds, 1);
}
}
catch (Exception e)
{
Logger.Log.Error("Cannot read audio thumbnail: " + audio.Location, e);
media.MetadataReadError = e;
}
if(audio.AudioCodec.ToLower().Equals("mp3") || audio.AudioCodec.ToLower().StartsWith("pcm"))
{
audio.SupportsXMPMetadata = true;
}
else
{
audio.SupportsXMPMetadata = false;
}
base.readMetadata(mediaProbe, data, options, media, token, timeoutSeconds);
parseFFMpegMetaData(fsMetaData, audio);
}
public override void readMetadata(MediaProbe mediaProbe, Stream data, MetadataFactory.ReadOptions options, BaseMetadata media,
CancellationToken token, int timeoutSeconds)
{
ImageMetadata image = media as ImageMetadata;
image.SizeBytes = data.Length;
if (FileUtils.isUrl(image.Location))
{
image.SupportsXMPMetadata = false;
}
else
{
image.SupportsXMPMetadata = true;
base.readMetadata(mediaProbe, data, options, media, token, timeoutSeconds);
}
image.ImageContainer = mediaProbe.Container;
image.Width = mediaProbe.Width;
image.Height = mediaProbe.Height;
image.PixelFormat = mediaProbe.PixelFormat;
image.BitsPerPixel = (short)mediaProbe.BitsPerPixel;
List<String> fsMetaData = mediaProbe.MetaData;
try
{
if (options.HasFlag(MetadataFactory.ReadOptions.GENERATE_THUMBNAIL))
{
generateThumbnail(mediaProbe, image, token, timeoutSeconds, 1);
}
}
catch (Exception e)
{
Logger.Log.Error("Cannot create image thumbnail: " + image.Location, e);
media.MetadataReadError = e;
}
}
public override void readMetadata(MediaProbe mediaProbe, Stream data, MetadataFactory.ReadOptions options, BaseMetadata media,
CancellationToken token, int timeoutSeconds)
{
VideoMetadata video = media as VideoMetadata;
video.DurationSeconds = mediaProbe.DurationSeconds;
video.SizeBytes = mediaProbe.SizeBytes;
video.Width = mediaProbe.Width;
video.Height = mediaProbe.Height;
video.VideoContainer = mediaProbe.Container;
video.VideoCodec = mediaProbe.VideoCodecName;
video.PixelFormat = mediaProbe.PixelFormat;
video.BitsPerPixel = (short)mediaProbe.BitsPerPixel;
video.FramesPerSecond = mediaProbe.FrameRate;
video.VideoBitRate = mediaProbe.VideoBitRate == 0 ? (long?)null : mediaProbe.VideoBitRate;
video.AudioBitRate = mediaProbe.AudioBitRate == 0 ? (long?)null : mediaProbe.AudioBitRate;
if (!String.IsNullOrEmpty(mediaProbe.AudioCodecName))
{
video.AudioCodec = mediaProbe.AudioCodecName;
video.SamplesPerSecond = mediaProbe.SamplesPerSecond;
video.BitsPerSample = (short)(mediaProbe.BytesPerSample * 8);
video.NrChannels = (short)mediaProbe.NrChannels;
}
else
{
video.AudioCodec = null;
video.SamplesPerSecond = null;
video.BitsPerSample = null;
video.NrChannels = null;
}
List<String> fsMetaData = mediaProbe.MetaData;
try
{
if (options.HasFlag(MetadataFactory.ReadOptions.GENERATE_THUMBNAIL))
{
generateThumbnail(mediaProbe, video, token, timeoutSeconds, 1);
}
}
catch (Exception e)
{
Logger.Log.Error("Cannot create video thumbnail: " + video.Location, e);
media.MetadataReadError = e;
}
if (fsMetaData != null)
{
video.SupportsXMPMetadata = supportsXMPMetadata(video, fsMetaData);
}
else
{
video.SupportsXMPMetadata = false;
}
base.readMetadata(mediaProbe, data, options, media, token, timeoutSeconds);
parseFFMpegMetaData(fsMetaData, video);
}
public static BaseMetadata read(String location, MetadataFactory.ReadOptions options, CancellationToken token, int timeoutSeconds)
{
BaseMetadata metadata = new UnknownMetadata(FileUtils.getPathWithoutFileName(location));
metadata.Name = Path.GetFileName(location);
Logger.Log.Info("Reading metadata for: " + location);
int timeoutMs = timeoutSeconds * 1000;
Stream data = FileUtils.waitForFileAccess(location, FileAccess.Read, timeoutMs, token);
MediaProbe mediaProbe = new MediaProbe();
try
{
mediaProbe.open(location, token);
switch (mediaProbe.MediaType)
{
case MediaType.AUDIO_MEDIA:
{
metadata = new AudioMetadata(location, data);
AudioFileMetadataReader reader = new AudioFileMetadataReader();
reader.readMetadata(mediaProbe, data, options, metadata, token, timeoutSeconds);
break;
}
case MediaType.IMAGE_MEDIA:
{
metadata = new ImageMetadata(location, data);
ImageFileMetadataReader reader = new ImageFileMetadataReader();
reader.readMetadata(mediaProbe, data, options, metadata, token, timeoutSeconds);
break;
}
case MediaType.VIDEO_MEDIA:
{
metadata = new VideoMetadata(location, data);
VideoFileMetadataReader reader = new VideoFileMetadataReader();
reader.readMetadata(mediaProbe, data, options, metadata, token, timeoutSeconds);
break;
}
default:
break;
}
FileInfo info = new FileInfo(location);
info.Refresh();
if (info.Attributes.HasFlag(FileAttributes.ReadOnly))
{
metadata.IsReadOnly = true;
}
if (!options.HasFlag(MetadataFactory.ReadOptions.LEAVE_STREAM_OPENED_AFTER_READ))
{
metadata.close();
}
}
catch (Exception e)
{
metadata.MetadataReadError = e;
}
finally
{
mediaProbe.close();
mediaProbe.Dispose();
}
return metadata;
}