private string SaveChaptersToXml(IEnumerable <Chapter> chapters)
{
var path = _tempFileRegistrar.CreateTempFile(GetType(), "chapters.xml");
ChapterWriterV3.SaveAsXml(chapters, path);
return(path);
}
/// <summary>
/// Saves the given <paramref name="chapters"/> in Matroska XML format to a temporary file
/// and adds the necessary command line arguments to <paramref name="arguments"/> to
/// add the <paramref name="chapters"/> to an MKV file using any of the supported MkvToolNix binaries.
/// </summary>
/// <param name="arguments"></param>
/// <param name="chapters"></param>
public void SetChapters(ArgumentList arguments, IEnumerable <Chapter> chapters)
{
var path = _tempFileRegistrar.CreateTempFile(GetType(), "chapters.xml");
SaveAsXml(chapters, path);
arguments.AddAll("--chapters", path);
}
public FFmpeg(Job job, Playlist playlist, string outputMKVPath, IJobObjectManager jobObjectManager, ITempFileRegistrar tempFileRegistrar)
: base(jobObjectManager)
{
_playlistLength = playlist.Length;
_inputM2TSPaths = playlist.StreamClips.Select(clip => clip.FileInfo.FullName).ToList();
_selectedTracks = playlist.Tracks.Where(track => track.Keep).ToList();
_outputMKVPath = outputMKVPath;
_jobObjectManager = jobObjectManager;
_tempFileRegistrar = tempFileRegistrar;
_progressFilePath = _tempFileRegistrar.CreateTempFile(GetType(), "progress.log");
_inputFileListPath = _tempFileRegistrar.CreateTempFile(GetType(), "inputFileList.txt");
_indexer = new FFmpegTrackIndexer(playlist);
VerifyInputPaths();
VerifySelectedTracks();
SetExePath();
SetFFmpegLogLevel();
RedirectProgressToFile();
ReplaceExistingFiles();
SetInputFiles();
SetMovieTitle(job);
MapSelectedTracks();
CopyAllCodecs();
ConvertLPCM();
SetOutputMKVPath();
BeforeStart += OnBeforeStart;
StdErr += OnStdErr;
Exited += (state, code, exception, time) => OnExited(state, code, job.SelectedReleaseMedium, playlist, _selectedTracks, outputMKVPath);
foreach (var track in playlist.Tracks)
{
var index = _indexer[track];
Logger.InfoFormat("Track w/ stream PID {0} (0x{0:x4}): index {1} => {2} ({3})",
track.PID, index.InputIndex, index.OutputIndex, track.Codec);
}
}
public FFmpeg(Job job, Playlist playlist, string outputMKVPath, IJobObjectManager jobObjectManager, ITempFileRegistrar tempFileRegistrar)
: base(jobObjectManager)
{
_playlistLength = playlist.Length;
_inputM2TSPaths = playlist.StreamClips.Select(clip => clip.FileInfo.FullName).ToList();
_selectedTracks = playlist.Tracks.Where(track => track.Keep).ToList();
_outputMKVPath = outputMKVPath;
_jobObjectManager = jobObjectManager;
_tempFileRegistrar = tempFileRegistrar;
_progressFilePath = _tempFileRegistrar.CreateTempFile(GetType(), "progress.log");
_inputFileListPath = _tempFileRegistrar.CreateTempFile(GetType(), "inputFileList.txt");
_indexer = new FFmpegTrackIndexer(playlist);
VerifyInputPaths();
VerifySelectedTracks();
SetExePath();
SetFFmpegLogLevel();
RedirectProgressToFile();
ReplaceExistingFiles();
SetInputFiles();
SetMovieTitle(job);
MapSelectedTracks();
CopyAllCodecs();
ConvertLPCM();
SetOutputMKVPath();
BeforeStart += OnBeforeStart;
StdErr += OnStdErr;
Exited += (state, code, exception, time) => OnExited(state, code, job.SelectedReleaseMedium, playlist, _selectedTracks, outputMKVPath);
foreach (var track in playlist.Tracks)
{
var index = _indexer[track];
Logger.InfoFormat("Track w/ stream PID {0} (0x{0:x4}): index {1} => {2} ({3})",
track.PID, index.InputIndex, index.OutputIndex, track.Codec);
}
}
public FFmpeg(Job job, Playlist playlist, string outputMKVPath, IJobObjectManager jobObjectManager, ITempFileRegistrar tempFileRegistrar)
: base(jobObjectManager)
{
_jobObjectManager = jobObjectManager;
_tempFileRegistrar = tempFileRegistrar;
_progressFilePath = _tempFileRegistrar.CreateTempFile(GetType(), "progress.log");
_inputFileListPath = _tempFileRegistrar.CreateTempFile(GetType(), "inputFileList.txt");
_reportDumpFileDir = Path.GetDirectoryName(_progressFilePath);
_playlistLength = playlist.Length;
var inputM2TSPaths = playlist.StreamClips.Select(clip => clip.FileInfo.FullName).ToList();
var selectedTracks = playlist.Tracks.Where(track => track.Keep).ToList();
var trackIndexer = new FFmpegTrackIndexer(playlist);
var cli = new FFmpegCLI(Arguments)
.DumpLogFile()
.SetLogLevel(FFmpegLogLevel.Error)
.RedirectProgressToFile(_progressFilePath)
.GenPTS()
.ReplaceExistingFiles()
.SetInputPaths(inputM2TSPaths, _inputFileListPath)
.SetMovieTitle(job)
.SetSelectedTracks(selectedTracks, trackIndexer)
.CopyAllCodecs()
.ConvertLPCM()
.SetOutputPath(outputMKVPath)
;
ExePath = cli.ExePath;
BeforeStart += OnBeforeStart;
StdErr += OnStdErr;
Exited += (state, code, exception, time) => OnExited(state, code, job.SelectedReleaseMedium, playlist, outputMKVPath);
CleanExit = false;
}
private string ResizeCoverArt([CanBeNull] Image image, CoverArtSize size, [NotNull] string filename)
{
if (image == null)
{
return(null);
}
var ext = Path.GetExtension(filename.ToLowerInvariant());
var format = ext == ".png" ? ImageFormat.Png : ImageFormat.Jpeg;
var path = _tempFileRegistrar.CreateTempFile(GetType(), filename);
ScaleImage(image, (int)size, int.MaxValue).Save(path, format);
return(path);
}