public StreamInfo()
{
AudioCodecs = new string[] { };
VideoCodecs = new string[] { };
SubtitleCodecs = new string[] { };
TranscodeReasons = new TranscodeReason[] { };
StreamOptions = new Dictionary <string, string>(StringComparer.OrdinalIgnoreCase);
}
private StreamInfo?BuildVideoItemSimpleTest(VideoOptions options, PlayMethod?playMethod, TranscodeReason why, string transcodeMode, string transcodeProtocol)
{
if (string.IsNullOrEmpty(transcodeProtocol))
{
transcodeProtocol = playMethod == PlayMethod.DirectStream ? "http" : "HLS.ts";
}
var builder = GetStreamBuilder();
var val = builder.BuildVideoItem(options);
Assert.NotNull(val);
if (playMethod != null)
{
Assert.Equal(playMethod, val.PlayMethod);
}
Assert.Equal(why, val.TranscodeReasons);
var audioStreamIndexInput = options.AudioStreamIndex;
var targetVideoStream = val.TargetVideoStream;
var targetAudioStream = val.TargetAudioStream;
var mediaSource = options.MediaSources.First(source => source.Id == val.MediaSourceId);
Assert.NotNull(mediaSource);
var videoStreams = mediaSource.MediaStreams.Where(stream => stream.Type == MediaStreamType.Video);
var audioStreams = mediaSource.MediaStreams.Where(stream => stream.Type == MediaStreamType.Audio);
// TODO: Check AudioStreamIndex vs options.AudioStreamIndex
var inputAudioStream = mediaSource.GetDefaultAudioStream(audioStreamIndexInput ?? mediaSource.DefaultAudioStreamIndex);
var uri = ParseUri(val);
if (playMethod == PlayMethod.DirectPlay)
{
// Check expected container
var containers = ContainerProfile.SplitValue(mediaSource.Container);
// TODO: Test transcode too
// Assert.Contains(uri.Extension, containers);
// Check expected video codec (1)
Assert.Contains(targetVideoStream.Codec, val.TargetVideoCodec);
Assert.Single(val.TargetVideoCodec);
// Check expected audio codecs (1)
Assert.Contains(targetAudioStream.Codec, val.TargetAudioCodec);
Assert.Single(val.TargetAudioCodec);
// Assert.Single(val.AudioCodecs);
if (transcodeMode == "DirectStream")
{
Assert.Equal(val.Container, uri.Extension);
}
}
else if (playMethod == PlayMethod.DirectStream || playMethod == PlayMethod.Transcode)
{
Assert.NotNull(val.Container);
Assert.NotEmpty(val.VideoCodecs);
Assert.NotEmpty(val.AudioCodecs);
// Check expected container (todo: this could be a test param)
if (transcodeProtocol == "http")
{
// Assert.Equal("webm", val.Container);
Assert.Equal(val.Container, uri.Extension);
Assert.Equal("stream", uri.Filename);
Assert.Equal("http", val.SubProtocol);
}
else if (transcodeProtocol == "HLS.mp4")
{
Assert.Equal("mp4", val.Container);
Assert.Equal("m3u8", uri.Extension);
Assert.Equal("master", uri.Filename);
Assert.Equal("hls", val.SubProtocol);
}
else
{
Assert.Equal("ts", val.Container);
Assert.Equal("m3u8", uri.Extension);
Assert.Equal("master", uri.Filename);
Assert.Equal("hls", val.SubProtocol);
}
// Full transcode
if (transcodeMode == "Transcode")
{
if ((val.TranscodeReasons & (StreamBuilder.ContainerReasons | TranscodeReason.DirectPlayError)) == 0)
{
Assert.All(
videoStreams,
stream => Assert.DoesNotContain(stream.Codec, val.VideoCodecs));
}
// TODO: Fill out tests here
}
// DirectStream and Remux
else
{
// Check expected video codec (1)
Assert.Contains(targetVideoStream.Codec, val.TargetVideoCodec);
Assert.Single(val.TargetVideoCodec);
if (transcodeMode == "DirectStream")
{
// Check expected audio codecs (1)
if (!targetAudioStream.IsExternal)
{
if (val.TranscodeReasons.HasFlag(TranscodeReason.ContainerNotSupported))
{
Assert.Contains(targetAudioStream.Codec, val.AudioCodecs);
}
else
{
Assert.DoesNotContain(targetAudioStream.Codec, val.AudioCodecs);
}
}
}
else if (transcodeMode == "Remux")
{
// Check expected audio codecs (1)
Assert.Contains(targetAudioStream.Codec, val.AudioCodecs);
Assert.Single(val.AudioCodecs);
}
// Video details
var videoStream = targetVideoStream;
Assert.False(val.EstimateContentLength);
Assert.Equal(TranscodeSeekInfo.Auto, val.TranscodeSeekInfo);
Assert.Contains(videoStream.Profile?.ToLowerInvariant() ?? string.Empty, val.TargetVideoProfile?.Split(",").Select(s => s.ToLowerInvariant()) ?? Array.Empty <string>());
Assert.Equal(videoStream.Level, val.TargetVideoLevel);
Assert.Equal(videoStream.BitDepth, val.TargetVideoBitDepth);
Assert.InRange(val.VideoBitrate.GetValueOrDefault(), videoStream.BitRate.GetValueOrDefault(), int.MaxValue);
// Audio codec not supported
if ((why & TranscodeReason.AudioCodecNotSupported) != 0)
{
// Audio stream specified
if (options.AudioStreamIndex >= 0)
{
// TODO:fixme
if (!targetAudioStream.IsExternal)
{
Assert.DoesNotContain(targetAudioStream.Codec, val.AudioCodecs);
}
}
// Audio stream not specified
else
{
// TODO: Fixme
Assert.All(audioStreams, stream =>
{
if (!stream.IsExternal)
{
Assert.DoesNotContain(stream.Codec, val.AudioCodecs);
}
});
}
}
}
}
else if (playMethod == null)
{
Assert.Null(val.SubProtocol);
Assert.Equal("stream", uri.Filename);
Assert.False(val.EstimateContentLength);
Assert.Equal(TranscodeSeekInfo.Auto, val.TranscodeSeekInfo);
}
return(val);
}
public async Task BuildVideoItemWithDirectPlayExplicitStreams(string deviceName, string mediaSource, PlayMethod?playMethod, TranscodeReason why = (TranscodeReason)0, string transcodeMode = "DirectStream", string transcodeProtocol = "")
{
var options = await GetVideoOptions(deviceName, mediaSource);
var streamCount = options.MediaSources[0].MediaStreams.Count;
if (streamCount > 0)
{
options.AudioStreamIndex = streamCount - 2;
options.SubtitleStreamIndex = streamCount - 1;
}
var streamInfo = BuildVideoItemSimpleTest(options, playMethod, why, transcodeMode, transcodeProtocol);
Assert.Equal(streamInfo?.AudioStreamIndex, options.AudioStreamIndex);
Assert.Equal(streamInfo?.SubtitleStreamIndex, options.SubtitleStreamIndex);
}
public async Task BuildVideoItemSimple(string deviceName, string mediaSource, PlayMethod?playMethod, TranscodeReason why = (TranscodeReason)0, string transcodeMode = "DirectStream", string transcodeProtocol = "")
{
var options = await GetVideoOptions(deviceName, mediaSource);
BuildVideoItemSimpleTest(options, playMethod, why, transcodeMode, transcodeProtocol);
}
