}// -----------------------------------------
// --
public override void start()
{
base.start();
p = (RestoreParams)jobData;
INPUT = Path.Combine(p.tempDir, track.storedFileName);
OUTPUT = Path.Combine(p.tempDir, track.getFilenameRaw());
track.workingFile = OUTPUT; // Point to the new file
// -
var fileExt = Path.GetExtension(track.storedFileName);
requirePostSizeFix = AudioMaster.isLossyByExt(fileExt);
// --
if (track.isData)
{
var ecm = new EcmTools(CDCRUSH.TOOLS_PATH);
setupHandlers(ecm);
ecm.unecm(INPUT);
}
else
{
// No need to convert back, end the task
if (p.mode == 2)
{
// Point to correct file
track.workingFile = INPUT;
complete();
return;
}
var ffmp = new FFmpeg(CDCRUSH.FFMPEG_PATH);
if (fileExt.ToLower() == ".tak")
{
var tak = new Tak(CDCRUSH.TOOLS_PATH);
setupHandlers(tak);
tak.decodeToStream(INPUT, (_out) => {
ffmp.convertWavStreamToPCM(OUTPUT, (_in) => {
_out.CopyTo(_in);
_in.Close();
});
});
}
else
{
setupHandlers(ffmp);
ffmp.audioToPCM(INPUT, track.workingFile);
}
}
log("Restoring track -" + track.storedFileName);
}// -----------------------------------------
}// -----------------------------------------
// -
public override void start()
{
RestoreParams p = jobData;
LOG.line();
LOG.log("=== RESTORING A CD with the following parameters :");
LOG.log("- Input : {0}", p.inputFile);
LOG.log("- Output Dir : {0}", p.outputDir);
LOG.log("- Temp Dir : {0}", p.tempDir);
LOG.log("- Force Single bin : {0}", p.flag_forceSingle);
LOG.log("- Create subfolder : {0}", p.flag_folder);
LOG.log("- Restore to encoded audio/.cue : {0}", p.flag_encCue);
base.start();
}// -----------------------------------------
/// <summary>
/// RESTORE An Archive file to target output folder
/// </summary>
/// <param name="_Input">Input file, Must be `.arc`</param>
/// <param name="_Output">Output folder, If null, it will be same as input file folder</param>
/// <param name="_Flag_Folder">Extract files to a subfolder of `_output`</param>
/// <param name="_Mode">0: Normal, 1:Merge, 2:Restore To EncAudio</param>
/// <param name="onComplete">(completeStatus)</param>
/// <returns>Preliminary Success</returns>
public static bool startJob_RestoreCD(
string _Input,
string _Output,
bool _Flag_Folder,
int _Mode,
Action <bool> onComplete)
{
// NOTE : JOB checks for input file
if (LOCKED)
{
ERROR = "Engine is working"; return(false);
}
if (!FFMPEG_OK)
{
ERROR = "FFmpeg is not set"; return(false);
}
LOCKED = true;
var par = new RestoreParams {
inputFile = _Input, // Checked in the JOB
outputDir = _Output, // Checked in the JOB
flag_folder = _Flag_Folder,
mode = _Mode,
expectedTracks = HACK_CD_TRACKS
};
var j = new JobRestore(par);
j.MAX_CONCURRENT = MAX_TASKS;
j.onJobStatus = jobStatusHandler; // For status and progress updates
j.onComplete = (s) =>
{
LOCKED = false;
ERROR = j.ERROR[1];
onComplete(s);
};
j.start();
return(true);
} // -----------------------------------------
}// -----------------------------------------
/// <summary>
/// Called on FAIL / COMPLETE / PROGRAM EXIT
/// Clean up temporary files
/// </summary>
protected override void kill()
{
base.kill();
if (CDCRUSH.FLAG_KEEP_TEMP)
{
return;
}
RestoreParams p = jobData;
if (p.tempDir != p.outputDir) // NOTE: This is always a subdir of the master temp dir
{
try {
Directory.Delete(p.tempDir, true);
}catch (IOException) {
// do nothing
}
} // --
}// -----------------------------------------
} // -----------------------------------------
/// <summary>
/// RESTORE an arc file to target output folder
/// </summary>
/// <param name="_Input">Input file, Must be `.arc`</param>
/// <param name="_Output">Output folder, If null, it will be same as input file folder</param>
/// <param name="onComplete">(completeStatus)</param>
/// <returns></returns>
public static bool restoreARC(string _Input, string _Output,
bool flag_folder, bool flag_forceSingle, Action <bool> onComplete)
{
// NOTE : JOB checks for input file
if (LOCKED)
{
ERROR = "Engine is working"; return(false);
}
if (!FFMPEG_OK)
{
ERROR = "FFmpeg is not set"; return(false);
}
LOCKED = true;
var par = new RestoreParams {
inputFile = _Input, // Checked in the JOB
outputDir = _Output, // Checked in the JOB
flag_folder = flag_folder,
flag_forceSingle = flag_forceSingle // SINGLE FILE
};
var j = new JobRestore(par);
j.MAX_CONCURRENT = MAX_TASKS;
j.onComplete = (s) =>
{
LOCKED = false;
ERROR = j.ERROR[1];
onComplete(s);
};
j.onJobStatus = jobStatusHandler; // For status and progress updates
j.start();
return(true);
} // -----------------------------------------
}// -----------------------------------------
// --
public override void start()
{
base.start();
p = (RestoreParams)jobData;
log("Restoring track -" + track.storedFileName);
// --
crushedTrackPath = Path.Combine(p.tempDir, track.storedFileName);
// Set the final track pathname now, I need this for later.
track.workingFile = Path.Combine(p.tempDir, track.getFilenameRaw());
// --
if (track.isData)
{
var ecm = new EcmTools(CDCRUSH.TOOLS_PATH);
ecm.onComplete = (s) => {
if (s)
{
deleteOldFile();
if (!checkTrackMD5())
{
fail(msg: "MD5 checksum is wrong!");
return;
}
complete();
}
else
{
fail(msg: ecm.ERROR);
}
};
ecm.unecm(crushedTrackPath);
killExtra = () => ecm.kill();
}
else
{
if (Path.GetExtension(track.storedFileName) == ".ogg")
{
isOgg = true;
}
else
{
isFlac = true; // must be flac
}
var ffmp = new FFmpeg(CDCRUSH.FFMPEG_PATH);
ffmp.onComplete = (s) => {
if (s)
{
deleteOldFile(); // Don't need it
if (isOgg)
{
correctPCMSize();
}
if (isFlac)
{
if (!checkTrackMD5())
{
fail(msg: "MD5 checksum is wrong!");
return;
}
}
complete();
}
else
{
fail(msg: ffmp.ERROR);
}
};
ffmp.audioToPCM(crushedTrackPath);
killExtra = () => ffmp.kill();
}
}// -----------------------------------------
// --
public JobRestore(RestoreParams p) : base("Restore CD")
{
// Check for input files
// --------------------
if (!CDCRUSH.check_file_(p.inputFile, CDCRUSH.CDCRUSH_EXTENSION))
{
fail(msg: CDCRUSH.ERROR);
return;
}
if (string.IsNullOrEmpty(p.outputDir))
{
p.outputDir = Path.GetDirectoryName(p.inputFile);
}
// -- Output folder check
if (p.flag_folder)
{
p.outputDir = CDCRUSH.checkCreateUniqueOutput(p.outputDir, Path.GetFileNameWithoutExtension(p.inputFile));
if (p.outputDir == null)
{
fail("Output Dir Error " + p.outputDir);
return;
}
}
else
{
if (!FileTools.createDirectory(p.outputDir))
{
fail(msg: "Can't create Output Dir " + p.outputDir);
return;
}
}
// --
p.tempDir = Path.Combine(CDCRUSH.TEMP_FOLDER, Guid.NewGuid().ToString().Substring(0, 12));
if (!FileTools.createDirectory(p.tempDir))
{
fail(msg: "Can't create TEMP dir");
return;
}
// Safeguard, even if the GUI doesn't allow it
if (p.flag_encCue)
{
p.flag_forceSingle = false;
}
// IMPORTANT!! sharedData gets set by value, NOT A POINTER, do not make changes to p after this
jobData = p;
// --
hack_setExpectedProgTracks(p.expectedTracks + 3);
// - Extract the Archive
// -----------------------
add(new CTask((t) => {
var arc = new FreeArc(CDCRUSH.TOOLS_PATH);
t.handleCliReport(arc);
arc.extractAll(p.inputFile, p.tempDir);
arc.onProgress = (pr) => t.PROGRESS = pr;
// In case the operation is aborted
t.killExtra = () => {
arc.kill();
};
}, "Extracting", "Extracting the archive to temp folder"));
// - Read JSON data
// - Restore tracks
// - JOIN if it has to
// -----------------------
add(new CTask((t) => {
var cd = new CueReader(); jobData.cd = cd;
// --
if (!cd.loadJson(Path.Combine(p.tempDir, CDCRUSH.CDCRUSH_SETTINGS)))
{
t.fail(msg: cd.ERROR);
return;
}
LOG.log("== Detailed CD INFOS ==");
LOG.log(cd.getDetailedInfo());
// - Push TASK RESTORE tasks right after this one
foreach (CueTrack tr in cd.tracks)
{
addNextAsync(new TaskRestoreTrack(tr)); // Note: Task will take care of encoded cue case
} //--
t.complete();
}, "-Preparing to Restore", "Reading stored CD info and preparing track restore tasks"));
// - Join Tracks, but only when not creating .Cue/Enc Audio
// -----------------------
if (!p.flag_encCue)
{
add(new CTask((t) => {
CueReader cd = jobData.cd;
// -- Join tracks
if (p.flag_forceSingle || !cd.MULTIFILE)
{
// The task will read data from the shared job data var
// Will join all tracks in place into track01.bin
// Note: Sets track.workingFile to null to moved track
addNext(new TaskJoinTrackFiles());
} //--
t.complete();
}, "-Preparing to Join"));
}
// - Prepare tracks `trackfile` which is the track written to the CUE
// - Convert tracks
// - Move files to final destination
// - Create CUE files
// - Delete Temp Files
// -----------------------
add(new CTask((t) => {
CueReader cd = jobData.cd;
int progressStep = (int)Math.Round(100.0f / cd.tracks.Count);
// --
foreach (var track in cd.tracks)
{
if (p.flag_encCue)
{
string ext = Path.GetExtension(track.workingFile);
if (cd.tracks.Count == 1)
{
track.trackFile = $"{cd.CD_TITLE}{ext}";
}
else
{
track.trackFile = $"{cd.CD_TITLE} (track {track.trackNo}){ext}";
}
if (!cd.MULTIFILE)
{
track.setNewTimesReset(); // :: CONVERTS SINGLE TO MULTI
}
}
else
{
if (p.flag_forceSingle && cd.MULTIFILE) // :: CONVERT MULTI TO SINGLE
{
track.setNewTimesBasedOnSector();
}
if (cd.MULTIFILE && !p.flag_forceSingle)
{
track.trackFile = cd.CD_TITLE + " " + track.getFilenameRaw();
}
if (!cd.MULTIFILE || p.flag_forceSingle)
{
if (track.trackNo == 1)
{
track.trackFile = cd.CD_TITLE + ".bin";
}
else
{
track.trackFile = null;
}
}
}
// --
// Move ALL files to final output folder
// NULL workingFile means that is has been deleted
if (track.workingFile != null)
{
FileTools.tryMove(track.workingFile, Path.Combine(p.outputDir, track.trackFile));
t.PROGRESS += progressStep;
}
} // -- end track processing
// --
// Create CUE File
if (!cd.saveCUE(Path.Combine(p.outputDir, cd.CD_TITLE + ".cue")))
{
t.fail(cd.ERROR); return;
}
t.complete();
}, "Moving, Finalizing", "Calculating track data and creating .CUE"));
// - Complete -
}// -----------------------------------------
}// -----------------------------------------
// --
public override void start()
{
base.start();
p = (RestoreParams)jobData;
// --
crushedTrackPath = Path.Combine(p.tempDir, track.storedFileName);
// Set the final track pathname now, I need this for later.
track.workingFile = Path.Combine(p.tempDir, track.getFilenameRaw());
// --
if (track.isData)
{
var ecm = new EcmTools(CDCRUSH.TOOLS_PATH);
ecm.onComplete = (s) => {
ecm.onProgress = handleProgress;
if (s)
{
deleteOldFile();
if (!checkTrackMD5())
{
fail(msg: "MD5 checksum is wrong!");
return;
}
complete();
}
else
{
fail(msg: ecm.ERROR);
}
};
ecm.unecm(crushedTrackPath);
killExtra = () => ecm.kill();
}
else
{
// No need to convert back
if (p.flag_encCue)
{
// Fix current file
track.workingFile = crushedTrackPath;
complete();
return;
}
// --
isFlac = (Path.GetExtension(track.storedFileName) == ".flac");
var ffmp = new FFmpeg(CDCRUSH.FFMPEG_PATH);
ffmp.onProgress = handleProgress;
ffmp.onComplete = (s) => {
if (s)
{
deleteOldFile(); // Don't need it
if (!isFlac)
{
// OGG and MP3 don't restore to the exact byte length
correctPCMSize();
}
else
{
// FLAC restores to exact bytes
if (!checkTrackMD5())
{
fail(msg: "MD5 checksum is wrong!");
return;
}
}
complete();
}
else
{
fail(msg: ffmp.ERROR);
}
};
ffmp.audioToPCM(crushedTrackPath);
killExtra = () => ffmp.kill();
}
log("Restoring track -" + track.storedFileName);
}// -----------------------------------------
// --
public JobRestore(RestoreParams p) : base("Restore CD")
{
// Check for input files
// :: --------------------
if (!CDCRUSH.check_file_(p.inputFile, CDCRUSH.CDCRUSH_EXTENSION))
{
fail(msg: CDCRUSH.ERROR);
return;
}
if (string.IsNullOrEmpty(p.outputDir))
{
p.outputDir = Path.GetDirectoryName(p.inputFile);
}
if (p.flag_folder)
{
try {
p.outputDir = Path.Combine(p.outputDir, Path.GetFileNameWithoutExtension(p.inputFile));
}
catch (ArgumentException) {
fail("Output Dir Error " + p.outputDir);
return;
}
}
if (!FileTools.createDirectory(p.outputDir))
{
fail(msg: "Can't create Output Dir " + p.outputDir);
return;
}
p.tempDir = Path.Combine(CDCRUSH.TEMP_FOLDER, Guid.NewGuid().ToString().Substring(0, 12));
if (!FileTools.createDirectory(p.tempDir))
{
fail(msg: "Can't create TEMP dir");
return;
}
// IMPORTANT!! sharedData gets set by value, NOT A POINTER, do not make changes to p after this
jobData = p;
// - Extract the Archive
// -----------------------
add(new CTask((t) => {
var arc = new FreeArc(CDCRUSH.TOOLS_PATH);
t.handleCliReport(arc);
arc.extractAll(p.inputFile, p.tempDir);
// In case the operation is aborted
t.killExtra = () => {
arc.kill();
};
}, "Extracting", true));
// - Read JSON data
// - Restore tracks
// - JOIN if it has to
// -----------------------
add(new CTask((t) => {
var cd = new CueReader();
jobData.cd = cd;
// This runs in sync:
if (!cd.loadJson(Path.Combine(p.tempDir, CDCRUSH.CDCRUSH_SETTINGS)))
{
t.fail(msg: cd.ERROR);
return;
} //--
#if DEBUG
cd.debugInfo();
#endif
// - Push TASK RESTORE tasks right after this one
foreach (CueTrack tr in cd.tracks)
{
addNextAsync(new TaskRestoreTrack(tr));
} //--
t.complete();
}, "Preparing to Restore"));
// - Join Tracks
// -----------------------
add(new CTask((t) => {
CueReader cd = jobData.cd;
// -- Join tracks
if (p.flag_forceSingle || !cd.MULTIFILE)
{
// The task will read data from the shared job data var
// Will join all tracks in place into track01.bin
// Note: Sets track.workingFile to null to moved track
addNext(new TaskJoinTrackFiles());
} //--
t.complete();
}, "Preparing to Join"));
// - Prepare tracks `trackfile` which is the track written to the CUE
// - Convert tracks
// - Move files to final destination
// - Create CUE files
// - Delete Temp Files
// -----------------------
add(new CTask((t) => {
CueReader cd = jobData.cd;
// --
foreach (var track in cd.tracks)
{
if (p.flag_forceSingle && cd.MULTIFILE) // :: CONVERT MULTI TO SINGLE
{
track.setNewTimesBasedOnSector();
}
if (cd.MULTIFILE && !p.flag_forceSingle)
{
track.trackFile = cd.CD_TITLE + " " + track.getFilenameRaw();
}
if (!cd.MULTIFILE || p.flag_forceSingle)
{
if (track.trackNo == 1)
{
track.trackFile = cd.CD_TITLE + ".bin";
}
else
{
track.trackFile = null;
}
}
// --
// Move ALL files to final output folder
// NULL workingFile means that is has been deleted
if (track.workingFile != null)
{
FileTools.tryMove(track.workingFile, Path.Combine(p.outputDir, track.trackFile));
}
} // -- end track processing
// --
// Create CUE File
if (!cd.saveCUE(Path.Combine(p.outputDir, cd.CD_TITLE + ".cue")))
{
t.fail(cd.ERROR); return;
}
t.complete();
}, "Moving, Finalizing"));
// - Complete -
}// -----------------------------------------
// --
public JobRestore(RestoreParams par) : base("Restore CD")
{
p = par;
// --
hack_setExpectedProgTracks(p.expectedTracks + 3);
// - Extract the Archive
// -----------------------
add(new CTask((t) => {
var arc = ArchiveMaster.getArchiver(p.inputFile);
t.handleProcessStatus(arc);
arc.extract(p.inputFile, p.tempDir);
arc.onProgress = (pr) => t.PROGRESS = pr;
// In case the operation is aborted
t.killExtra = () => {
arc.kill();
};
}, "Extracting", "Extracting the archive to temp folder"));
// - Read JSON data
// - Restore tracks
// - JOIN if it has to
// -----------------------
add(new CTask((t) =>
{
p.cd = new cd.CDInfos();
try{
p.cd.jsonLoad(Path.Combine(p.tempDir, CDCRUSH.CDCRUSH_SETTINGS));
}catch (haxe.lang.HaxeException e) {
t.fail(msg: e.Message); return;
}
jobData = p;
LOG.log("== Detailed CD INFOS ==");
LOG.log(p.cd.getDetailedInfo());
for (int i = 0; i < p.cd.tracks.length; i++)
{
// Push TASK RESTORE tasks right after this one
// Note: Task will take care of encoded cue case
addNextAsync(new TaskRestoreTrack(p.cd.tracks[i] as cd.CDTrack));
} //--
t.complete();
}, "-Preparing to Restore", "Reading stored CD info and preparing track restore tasks"));
// - Join all Tracks together
// -------------------------
if (p.mode < 2)
{
add(new CTask((t) =>
{
// -- Join tracks
if (p.mode == 1 || !p.cd.MULTIFILE)
{
// The task will read data from the shared job data var
// Will join all tracks in place into track01.bin
// Note: Sets track.workingFile to null to moved track
addNext(new TaskJoinTrackFiles());
} //--
t.complete();
}, "-Preparing to Join"));
}
// - Prepare tracks `trackfile` which is the track written to the CUE
// - Convert tracks
// - Move files to final destination
// - Create CUE files
// - Delete Temp Files
// -----------------------
add(new CTask((t) =>
{
cd.CDInfos CD = p.cd;
int progressStep = (int)Math.Round(100.0f / CD.tracks.length);
// --
for (int i = 0; i < CD.tracks.length; i++)
{
cd.CDTrack track = CD.tracks[i] as cd.CDTrack;
string ext = Path.GetExtension(track.workingFile);
if (p.mode == 2) // Restore to encoded audio
{
if (CD.tracks.length == 1)
{
track.trackFile = $"{CD.CD_TITLE}{ext}";
}
else
{
track.trackFile = $"{CD.CD_TITLE} (track {track.trackNo}){ext}";
}
if (!CD.MULTIFILE)
{
track.rewriteIndexes_forMultiFile(); // :: CONVERTS SINGLE TO MULTI
}
}
else
{
if (p.mode == 1 && CD.MULTIFILE) // :: CONVERT MULTI TO SINGLE
{
track.rewriteIndexes_forSingleFile();
}
if (CD.MULTIFILE && p.mode != 1)
{
track.trackFile = $"{CD.CD_TITLE} (track {track.trackNo}){ext}";
}
if (!CD.MULTIFILE || p.mode == 1)
{
if (track.trackNo == 1)
{
track.trackFile = CD.CD_TITLE + ".bin";
}
else
{
track.trackFile = null;
}
}
}
// --
// Move ALL files to final output folder
// NULL workingFile means that is has been deleted
if (track.workingFile != null)
{
FileTools.tryMove(track.workingFile, Path.Combine(p.outputDir, track.trackFile));
t.PROGRESS += progressStep;
}
} // -- end track processing
// --
// Create CUE File
try{
CD.cueSave(
Path.Combine(p.outputDir, CD.CD_TITLE + ".cue"),
new haxe.root.Array <object>(new [] {
"CDCRUSH (dotNet) version : " + CDCRUSH.PROGRAM_VERSION,
CDCRUSH.LINK_SOURCE
}));
}catch (haxe.lang.HaxeException e) {
t.fail(msg: e.Message); return;
}
t.complete();
}, "Moving, Finalizing", "Calculating track data and creating .CUE"));
// - Complete -
}// -----------------------------------------