}// -----------------------------------------
// --
// Gets called regardless of number of tracks:
public override void start()
{
base.start();
// Get the global cd object
cd.CDInfos CD = jobData.cd;
input = (CD.tracks[0] as cd.CDTrack).workingFile;
// No need to cut an already cut CD
// Multifiles `workingfile` is already set to proper
if (CD.MULTIFILE)
{
complete();
return;
}
// No need to copy the bytes to the temp folder, just work from the source
if (CD.tracks.length == 1)
{
complete();
return;
}
int progressStep = (int)Math.Round((double)(100 / CD.tracks.length));
// -- Cut the tracks ::
FileStream inStr = new FileStream(input, FileMode.Open, FileAccess.Read);
for (int i = 0; i < CD.tracks.length; i++)
{
cd.CDTrack track = (CD.tracks[i] as cd.CDTrack);
int byteStart = track.sectorStart * CD.SECTOR_SIZE;
int byteLen = track.sectorSize * CD.SECTOR_SIZE;
// New filename for the tracks
track.workingFile = Path.Combine(jobData.tempDir, track.getFilenameRaw());
FileStream outStr = new FileStream(track.workingFile, FileMode.CreateNew, FileAccess.Write);
copyStream(inStr, outStr, byteStart, byteLen);
outStr.Dispose();
PROGRESS += progressStep;
} // --
inStr.Dispose();
complete();
}// -----------------------------------------
string OUTPUT; // File that is going to be created from INPUT
// --
public TaskCompressTrack(cd.CDTrack tr) : base(null, "Encoding")
{
name = "Compress";
desc = string.Format("Encoding track {0}", tr.trackNo);
track = tr;
}// -----------------------------------------
// --
public JobCrush(CrushParams par) : base("Compress CD")
{
p = par;
// Hack to fix progress
hack_setExpectedProgTracks(p.expectedTracks + 3);
// - Read CUE and some init
// ---------------------------
add(new CTask((t) => {
var cd = new cd.CDInfos();
p.cd = cd;
try{
cd.cueLoad(p.inputFile);
}catch (haxe.lang.HaxeException e) {
t.fail(msg: e.Message); return;
}
// Meaning the tracks are going to be CUT in the temp folder, so they are safe to be removed
p.flag_sourceTracksOnTemp = (!cd.MULTIFILE && cd.tracks.length > 1);
// In case user named the CD, otherwise it's going to be the same
if (!string.IsNullOrWhiteSpace(p.cdTitle))
{
cd.CD_TITLE = FileTools.sanitizeFilename(p.cdTitle);
}
// Real quality to string name
cd.CD_AUDIO_QUALITY = AudioMaster.getCodecSettingsInfo(p.audioQuality);
if (p.mode != 1) // Convert only does not require an archive
{
// Generate the final ARCHIVE path now that I have the CD TITLE
p.finalArcPath = Path.Combine(p.outputDir, cd.CD_TITLE + p.archiver_ext);
// Try to create a new archive in case it exists?
while (File.Exists(p.finalArcPath))
{
LOG.log("{0} already exists, adding (_) until unique", p.finalArcPath);
// S is entire path without (.ext)
string S = p.finalArcPath.Substring(0, p.finalArcPath.Length - p.archiver_ext.Length);
p.finalArcPath = S + "_" + p.archiver_ext;
}
LOG.log("- Destination Archive : {0}", p.finalArcPath);
}
if (p.mode == 1)
{
// : ALWAYS Create a subfolder (when converting) to avoid overwriting the source files
p.outputDir = CDCRUSH.checkCreateUniqueOutput(p.outputDir, p.cdTitle + CDCRUSH.RESTORED_FOLDER_SUFFIX);
if (p.outputDir == null)
{
fail("Output Dir Error " + p.outputDir);
return;
}
}
jobData = p; // Some TASKS read jobData
t.complete();
}, "-Reading", "Reading CUE data and preparing"));
// - Cut tracks
// ---------------------------
add(new TaskCutTrackFiles());
// - Encode tracks
// ---------------------
add(new CTask((t) =>
{
for (int i = 0; i < p.cd.tracks.length; i++)
{
cd.CDTrack tr = p.cd.tracks[i] as cd.CDTrack;
// Do not encode DATA TRACKS to ECM when converting.
if (p.mode > 0 && tr.isData)
{
continue;
}
addNextAsync(new TaskCompressTrack(tr));
}
t.complete();
}, "-Preparing", "Preparing to compress tracks"));
// - Prepare Tracks on CONVERT modes
// - Needed for the new .CUE to be created
// - if CONVERT MODE, move all files to output
if (p.mode > 0)
{
add(new CTask((t) =>
{
// DEV: So far :
// track.trackFile is UNSET. cd.saveCue needs it to be set.
// track.workingFile points to a valid file, some might be in TEMP folder and some in input folder (data tracks)
int stepProgress = (int)Math.Round(100.0f / p.cd.tracks.length);
// -- Move files to output folder
for (int i = 0; i < p.cd.tracks.length; i++)
{
cd.CDTrack track = p.cd.tracks[i] as cd.CDTrack;
if (!p.cd.MULTIFILE)
{
// Fix the index times to start with 00:00:00
track.rewriteIndexes_forMultiFile();
}
string ext = Path.GetExtension(track.workingFile);
// This tells what the files should be named in the `.cue` file:
track.trackFile = $"{p.cd.CD_TITLE} (track {track.trackNo}){ext}";
// Data track was not cut or encoded.
// It's in the input folder, don't move it
if (track.isData && (p.cd.MULTIFILE || p.cd.tracks.length == 1))
{
if (p.mode == 1)
{
FileTools.tryCopy(track.workingFile, Path.Combine(p.outputDir, track.trackFile));
track.workingFile = Path.Combine(p.outputDir, track.trackFile);
}
else
{
// I need to copy all files to TEMP, so that they can be renamed and archived
FileTools.tryCopy(track.workingFile, Path.Combine(p.tempDir, track.trackFile));
track.workingFile = Path.Combine(p.tempDir, track.trackFile);
}
}
else // encoded file that is on TEMP or OUTPUT
{
if (p.mode == 1)
{
// TaskCompress already put the audio files on the output folder
// But it's no big deal calling it again
// This is for the data tracks that are on the temp folder
FileTools.tryMove(track.workingFile, Path.Combine(p.outputDir, track.trackFile));
track.workingFile = Path.Combine(p.outputDir, track.trackFile);
}
else
{
// Track that has been encoded and is on TEMP
// It is currently named as "track_xx.xx" so rename it
FileTools.tryMove(track.workingFile, Path.Combine(p.tempDir, track.trackFile));
track.workingFile = Path.Combine(p.tempDir, track.trackFile);
}
}
t.PROGRESS += stepProgress;
} // -- end processing tracks
if (p.mode == 1)
{
p.new_cue_path = Path.Combine(p.outputDir, p.cd.CD_TITLE + ".cue");
}
else
{
p.new_cue_path = Path.Combine(p.tempDir, p.cd.CD_TITLE + ".cue");
}
//. Create the new CUE file
try{
p.cd.cueSave(
p.new_cue_path,
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();
}, "Converting"));
}
// - Create an Archive
// Add all tracks to the final archive
// ---------------------
if (p.mode != 1)
{
add(new CTask((t) =>
{
// -- Get list of files to compress
// . Tracks
System.Collections.ArrayList files = new System.Collections.ArrayList();
for (var i = 0; i < p.cd.tracks.length; i++)
{
files.Add((p.cd.tracks[i] as cd.CDTrack).workingFile); // Working file is valid, was set earlier
}
if (p.mode == 0) // Only on CDCRUSH add cover and json data
{
// . Settings
string path_settings = Path.Combine(p.tempDir, CDCRUSH.CDCRUSH_SETTINGS);
try{
p.cd.jsonSave(path_settings);
files.Add(path_settings);
}catch (haxe.lang.HaxeException e) {
t.fail(msg: e.Message); return;
}
// . Cover Image
string path_cover;
if (p.cover != null)
{
path_cover = Path.Combine(p.tempDir, CDCRUSH.CDCRUSH_COVER);
File.Copy(p.cover, path_cover);
files.Add(path_cover);
}
else
{
path_cover = null;
}
}
else
{
// It must be CONVERT + ARCHIVE
files.Add(p.new_cue_path);
}
// -. Compress whatever files are on
var arc = ArchiveMaster.getArchiver(p.finalArcPath);
string arcStr = ArchiveMaster.getCompressionSettings(p.archiveSettingsInd).Item2;
arc.compress((string[])files.ToArray(typeof(string)), jobData.finalArcPath, -1, arcStr);
arc.onProgress = (pr) => t.PROGRESS = pr;
arc.onComplete = (s) => {
if (s)
{
// NOTE: This var is autowritten whenever a compress operation is complete
p.crushedSize = (int)arc.COMPRESSED_SIZE;
// IMPORTANT to write to jobdata, because it is not a pointer and this needs to be read externally
jobData = p;
t.complete();
}
else
{
fail(arc.ERROR);
}
};
t.killExtra = () => arc.kill();
}, "Compressing", "Compressing everything into an archive"));
}
// -- COMPLETE --
add(new CTask((t) =>
{
LOG.log("== Detailed CD INFOS ==");
LOG.log(p.cd.getDetailedInfo());
t.complete();
}, "-complete"));
}// -----------------------------------------
string OUTPUT; // The file that is going to be created/restored to
// --
public TaskRestoreTrack(cd.CDTrack tr)
{
name = "Restore";
desc = string.Format("Restoring track {0}", tr.trackNo);
track = tr;
}// -----------------------------------------
// --
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 -
}// -----------------------------------------
