void FromCuePathInternal(string cuePath, CueBinPrefs prefs)
{
string cueDir = Path.GetDirectoryName(cuePath);
var cue = new Cue();
cue.LoadFromPath(cuePath);
FromCueInternal(cue, cueDir, prefs);
}
public static Disc FromCuePath(string cuePath, CueBinPrefs prefs)
{
var ret = new Disc();
ret.FromCuePathInternal(cuePath, prefs);
ret.TOC.GeneratePoints();
ret.PopulateQSubchannel();
return(ret);
}
public static CueBinPrefs GetCuePrefs()
{
var prefs = new CueBinPrefs();
prefs.AnnotateCue = true; // TODO? checkCueProp_Annotations.Checked;
prefs.OneBlobPerTrack = false; //TODO? checkCueProp_OneBlobPerTrack.Checked;
prefs.ReallyDumpBin = false;
prefs.SingleSession = true;
prefs.ExtensionAware = true;
return prefs;
}
public string GenerateCUE_OneBin(CueBinPrefs prefs)
{
if (prefs.OneBlobPerTrack) throw new InvalidOperationException("OneBinPerTrack passed to GenerateCUE_OneBin");
//this generates a single-file cue!!!!!!! dont expect it to generate bin-per-track!
StringBuilder sb = new StringBuilder();
foreach (var session in Sessions)
{
if (!prefs.SingleSession)
{
//dont want to screw around with sessions for now
if (prefs.AnnotateCue) sb.AppendFormat("SESSION {0:D2} (length={1})\n", session.num, session.length_aba);
else sb.AppendFormat("SESSION {0:D2}\n", session.num);
}
foreach (var track in session.Tracks)
{
ETrackType trackType = track.TrackType;
//mutate track type according to our principle of canonicalization
if (trackType == ETrackType.Mode1_2048 && prefs.DumpECM)
trackType = ETrackType.Mode1_2352;
if (prefs.AnnotateCue) sb.AppendFormat(" TRACK {0:D2} {1} (length={2})\n", track.num, Cue.TrackTypeStringForTrackType(trackType), track.length_aba);
else sb.AppendFormat(" TRACK {0:D2} {1}\n", track.num, Cue.TrackTypeStringForTrackType(trackType));
foreach (var index in track.Indexes)
{
//cue+bin has an implicit 150 sector pregap which neither the cue nor the bin has any awareness of
//except for the baked-in sector addressing.
//but, if there is an extra-long pregap, we want to reflect it this way
int lba = index.aba - 150;
if (lba <= 0 && index.num == 0 && track.num == 1)
{
}
//dont emit index 0 when it is the same as index 1, it is illegal for some reason
else if (index.num == 0 && index.aba == track.Indexes[1].aba)
{
//dont emit index 0 when it is the same as index 1, it confuses some cue parsers
}
else
{
sb.AppendFormat(" INDEX {0:D2} {1}\n", index.num, new Timestamp(lba).Value);
}
}
}
}
return sb.ToString();
}
public static Disc FromCuePath(string cuePath, CueBinPrefs prefs)
{
var ret = new Disc();
ret.FromCuePathInternal(cuePath, prefs);
ret.Structure.Synthesize_TOCPointsFromSessions();
ret.Synthesize_SubcodeFromStructure();
ret.Synthesize_TOCRawFromStructure();
//try loading SBI. make sure its done after the subcode is synthesized!
string sbiPath = Path.ChangeExtension(cuePath, "sbi");
if (File.Exists(sbiPath) && SBI_Format.QuickCheckISSBI(sbiPath))
{
var sbi = new SBI_Format().LoadSBIPath(sbiPath);
ret.ApplySBI(sbi);
}
return(ret);
}
bool Dump(CueBin cueBin, string directoryTo, CueBinPrefs prefs)
{
ProgressReport pr = new ProgressReport();
Thread workThread = new Thread(() =>
{
cueBin.Dump(directoryTo, prefs, pr);
});
ProgressDialog pd = new ProgressDialog(pr);
pd.Show(this);
this.Enabled = false;
workThread.Start();
for (; ; )
{
Application.DoEvents();
Thread.Sleep(10);
if (workThread.ThreadState != ThreadState.Running)
break;
pd.Update();
}
this.Enabled = true;
pd.Dispose();
return !pr.CancelSignal;
}
CueBinPrefs GetCuePrefs()
{
var prefs = new CueBinPrefs();
prefs.AnnotateCue = checkCueProp_Annotations.Checked;
prefs.OneBlobPerTrack = checkCueProp_OneBlobPerTrack.Checked;
prefs.ReallyDumpBin = false;
prefs.SingleSession = true;
return prefs;
}
public CueBin DumpCueBin(string baseName, CueBinPrefs prefs)
{
if (Structure.Sessions.Count > 1)
throw new NotSupportedException("can't dump cue+bin with more than 1 session yet");
CueBin ret = new CueBin();
ret.baseName = baseName;
ret.disc = this;
if (!prefs.OneBlobPerTrack)
{
//this is the preferred mode of dumping things. we will always write full sectors.
string cue = new CUE_Format().GenerateCUE_OneBin(Structure,prefs);
var bfd = new CueBin.BinFileDescriptor {name = baseName + ".bin"};
ret.cue = string.Format("FILE \"{0}\" BINARY\n", bfd.name) + cue;
ret.bins.Add(bfd);
bfd.SectorSize = 2352;
//skip the mandatory track 1 pregap! cue+bin files do not contain it
for (int i = 150; i < Structure.LengthInSectors; i++)
{
bfd.abas.Add(i);
bfd.aba_zeros.Add(false);
}
}
else
{
//we build our own cue here (unlike above) because we need to build the cue and the output data at the same time
StringBuilder sbCue = new StringBuilder();
for (int i = 0; i < Structure.Sessions[0].Tracks.Count; i++)
{
var track = Structure.Sessions[0].Tracks[i];
var bfd = new CueBin.BinFileDescriptor
{
name = baseName + string.Format(" (Track {0:D2}).bin", track.Number),
SectorSize = Cue.BINSectorSizeForTrackType(track.TrackType)
};
ret.bins.Add(bfd);
int aba = 0;
//skip the mandatory track 1 pregap! cue+bin files do not contain it
if (i == 0) aba = 150;
for (; aba < track.LengthInSectors; aba++)
{
int thisaba = track.Indexes[0].aba + aba;
bfd.abas.Add(thisaba);
bfd.aba_zeros.Add(false);
}
sbCue.AppendFormat("FILE \"{0}\" BINARY\n", bfd.name);
sbCue.AppendFormat(" TRACK {0:D2} {1}\n", track.Number, Cue.TrackTypeStringForTrackType(track.TrackType));
foreach (var index in track.Indexes)
{
int x = index.aba - track.Indexes[0].aba;
if (index.Number == 0 && index.aba == track.Indexes[1].aba)
{
//dont emit index 0 when it is the same as index 1, it is illegal for some reason
}
//else if (i==0 && index.num == 0)
//{
// //don't generate the first index, it is illogical
//}
else
{
//track 1 included the lead-in at the beginning of it. sneak past that.
//if (i == 0) x -= 150;
sbCue.AppendFormat(" INDEX {0:D2} {1}\n", index.Number, new Timestamp(x).Value);
}
}
}
ret.cue = sbCue.ToString();
}
return ret;
}
public static Disc FromCuePath(string cuePath, CueBinPrefs prefs)
{
var ret = new Disc();
ret.FromCuePathInternal(cuePath, prefs);
ret.Structure.Synthesize_TOCPointsFromSessions();
ret.Synthesize_SubcodeFromStructure();
ret.Synthesize_TOCRawFromStructure();
//try loading SBI. make sure its done after the subcode is synthesized!
string sbiPath = Path.ChangeExtension(cuePath, "sbi");
if (File.Exists(sbiPath) && SBI_Format.QuickCheckISSBI(sbiPath))
{
var sbi = new SBI_Format().LoadSBIPath(sbiPath);
ret.ApplySBI(sbi);
}
return ret;
}
public void Dump(string directory, CueBinPrefs prefs, ProgressReport progress)
{
byte[] subcodeTemp = new byte[96];
progress.TaskCount = 2;
progress.Message = "Generating Cue";
progress.ProgressEstimate = 1;
progress.ProgressCurrent = 0;
progress.InfoPresent = true;
string cuePath = Path.Combine(directory, baseName + ".cue");
if (prefs.DumpToBitbucket) { }
else File.WriteAllText(cuePath, cue);
progress.Message = "Writing bin(s)";
progress.TaskCurrent = 1;
progress.ProgressEstimate = bins.Sum(bfd => bfd.abas.Count);
progress.ProgressCurrent = 0;
if(!prefs.ReallyDumpBin) return;
foreach (var bfd in bins)
{
int sectorSize = bfd.SectorSize;
byte[] temp = new byte[2352];
byte[] empty = new byte[2352];
string trackBinFile = bfd.name;
string trackBinPath = Path.Combine(directory, trackBinFile);
string subQPath = Path.ChangeExtension(trackBinPath, ".sub.q");
Stream fsSubQ = null;
Stream fs;
if(prefs.DumpToBitbucket)
fs = Stream.Null;
else fs = new FileStream(trackBinPath, FileMode.Create, FileAccess.Write, FileShare.None);
try
{
if (prefs.DumpSubchannelQ)
if (prefs.DumpToBitbucket)
fsSubQ = Stream.Null;
else fsSubQ = new FileStream(subQPath, FileMode.Create, FileAccess.Write, FileShare.None);
for (int i = 0; i < bfd.abas.Count; i++)
{
if (progress.CancelSignal) return;
progress.ProgressCurrent++;
int aba = bfd.abas[i];
if (bfd.aba_zeros[i])
{
fs.Write(empty, 0, sectorSize);
}
else
{
if (sectorSize == 2352)
disc.ReadABA_2352(aba, temp, 0);
else if (sectorSize == 2048) disc.ReadABA_2048(aba, temp, 0);
else throw new InvalidOperationException();
fs.Write(temp, 0, sectorSize);
//write subQ if necessary
if (fsSubQ != null)
{
disc.Sectors[aba].SubcodeSector.ReadSubcodeDeinterleaved(subcodeTemp, 0);
fsSubQ.Write(subcodeTemp, 12, 12);
}
}
}
}
finally
{
fs.Dispose();
if (fsSubQ != null) fsSubQ.Dispose();
}
}
}
//NOT SUPPORTED RIGHT NOW
//public string CreateRedumpReport()
//{
// if (disc.TOC.Sessions[0].Tracks.Count != bins.Count)
// throw new InvalidOperationException("Cannot generate redump report on CueBin lacking OneBinPerTrack property");
// StringBuilder sb = new StringBuilder();
// for (int i = 0; i < disc.TOC.Sessions[0].Tracks.Count; i++)
// {
// var track = disc.TOC.Sessions[0].Tracks[i];
// var bfd = bins[i];
// //dump the track
// byte[] dump = new byte[track.length_aba * 2352];
// //TODO ????????? post-ABA unknown
// //for (int aba = 0; aba < track.length_aba; aba++)
// // disc.ReadLBA_2352(bfd.lbas[lba],dump,lba*2352);
// string crc32 = string.Format("{0:X8}", CRC32.Calculate(dump));
// string md5 = Util.Hash_MD5(dump, 0, dump.Length);
// string sha1 = Util.Hash_SHA1(dump, 0, dump.Length);
// int pregap = track.Indexes[1].lba - track.Indexes[0].lba;
// Timestamp pregap_ts = new Timestamp(pregap);
// Timestamp len_ts = new Timestamp(track.length_lba);
// sb.AppendFormat("{0}\t{1}\t{2}\t{3}\t{4}\t{5}\t{6}\t{7}\t{8}\n",
// i,
// Cue.RedumpTypeStringForTrackType(track.TrackType),
// pregap_ts.Value,
// len_ts.Value,
// track.length_lba,
// track.length_lba*Cue.BINSectorSizeForTrackType(track.TrackType),
// crc32,
// md5,
// sha1
// );
// }
// return sb.ToString();
//}
public void Dump(string directory, CueBinPrefs prefs)
{
ProgressReport pr = new ProgressReport();
Dump(directory, prefs, pr);
}
/// <summary>
/// Generates the CUE file for the provided DiscStructure
/// </summary>
public string GenerateCUE_OneBin(DiscStructure structure, CueBinPrefs prefs)
{
if (prefs.OneBlobPerTrack)
{
throw new InvalidOperationException("OneBinPerTrack passed to GenerateCUE_OneBin");
}
//this generates a single-file cue!!!!!!! dont expect it to generate bin-per-track!
StringBuilder sb = new StringBuilder();
foreach (var session in structure.Sessions)
{
if (!prefs.SingleSession)
{
//dont want to screw around with sessions for now
sb.AppendFormat("SESSION {0:D2}\n", session.num);
if (prefs.AnnotateCue)
{
sb.AppendFormat("REM ; session (length={0})\n", session.length_aba);
}
}
foreach (var track in session.Tracks)
{
ETrackType trackType = track.TrackType;
//mutate track type according to our principle of canonicalization
if (trackType == ETrackType.Mode1_2048 && prefs.DumpECM)
{
trackType = ETrackType.Mode1_2352;
}
sb.AppendFormat(" TRACK {0:D2} {1}\n", track.Number, Cue.TrackTypeStringForTrackType(trackType));
if (prefs.AnnotateCue)
{
sb.AppendFormat(" REM ; track (length={0})\n", track.LengthInSectors);
}
foreach (var index in track.Indexes)
{
//cue+bin has an implicit 150 sector pregap which neither the cue nor the bin has any awareness of
//except for the baked-in sector addressing.
//but, if there is an extra-long pregap, we want to reflect it this way
int lba = index.aba - 150;
if (lba <= 0 && index.Number == 0 && track.Number == 1)
{
}
//dont emit index 0 when it is the same as index 1, it is illegal for some reason
else if (index.Number == 0 && index.aba == track.Indexes[1].aba)
{
//dont emit index 0 when it is the same as index 1, it confuses some cue parsers
}
else
{
sb.AppendFormat(" INDEX {0:D2} {1}\n", index.Number, new Timestamp(lba).Value);
}
}
}
}
return(sb.ToString());
}
void FromCueInternal(Cue cue, string cueDir, CueBinPrefs prefs)
{
//TODO - add cue directory to CueBinPrefs???? could make things cleaner...
var session = new DiscTOC.Session {num = 1};
TOC.Sessions.Add(session);
var pregap_sector = new Sector_Zero();
int curr_track = 1;
foreach (var cue_file in cue.Files)
{
//structural validation
if (cue_file.Tracks.Count < 1) throw new Cue.CueBrokenException("`You must specify at least one track per file.`");
string blobPath = Path.Combine(cueDir, cue_file.Path);
if (CueFileResolver.ContainsKey(cue_file.Path))
blobPath = CueFileResolver[cue_file.Path];
int blob_sectorsize = Cue.BINSectorSizeForTrackType(cue_file.Tracks[0].TrackType);
int blob_length_aba;
long blob_length_bytes;
IBlob cue_blob;
//try any way we can to acquire a file
if (!File.Exists(blobPath) && prefs.ExtensionAware)
{
blobPath = FindAlternateExtensionFile(blobPath, prefs.CaseSensitive, cueDir);
}
if (!File.Exists(blobPath))
throw new DiscReferenceException(blobPath, "");
//some simple rules to mutate the file type if we received something fishy
string blobPathExt = Path.GetExtension(blobPath).ToLower();
if (blobPathExt == ".ape") cue_file.FileType = Cue.CueFileType.Wave;
if (blobPathExt == ".mp3") cue_file.FileType = Cue.CueFileType.Wave;
if (blobPathExt == ".mpc") cue_file.FileType = Cue.CueFileType.Wave;
if (blobPathExt == ".flac") cue_file.FileType = Cue.CueFileType.Wave;
if (blobPathExt == ".ecm") cue_file.FileType = Cue.CueFileType.ECM;
if (cue_file.FileType == Cue.CueFileType.Binary || cue_file.FileType == Cue.CueFileType.Unspecified)
{
//make a blob for the file
Blob_RawFile blob = new Blob_RawFile {PhysicalPath = blobPath};
Blobs.Add(blob);
blob_length_aba = (int)(blob.Length / blob_sectorsize);
blob_length_bytes = blob.Length;
cue_blob = blob;
}
else if (cue_file.FileType == Cue.CueFileType.ECM)
{
if (!Blob_ECM.IsECM(blobPath))
{
throw new DiscReferenceException(blobPath, "an ECM file was specified or detected, but it isn't a valid ECM file. You've got issues. Consult your iso vendor.");
}
Blob_ECM blob = new Blob_ECM();
Blobs.Add(blob);
blob.Parse(blobPath);
cue_blob = blob;
blob_length_aba = (int)(blob.Length / blob_sectorsize);
blob_length_bytes = blob.Length;
}
else if (cue_file.FileType == Cue.CueFileType.Wave)
{
Blob_WaveFile blob = new Blob_WaveFile();
Blobs.Add(blob);
try
{
//check whether we can load the wav directly
bool loaded = false;
if (File.Exists(blobPath) && Path.GetExtension(blobPath).ToUpper() == ".WAV")
{
try
{
blob.Load(blobPath);
loaded = true;
}
catch
{
}
}
//if that didnt work or wasnt possible, try loading it through ffmpeg
if (!loaded)
{
FFMpeg ffmpeg = new FFMpeg();
if (!ffmpeg.QueryServiceAvailable())
{
throw new DiscReferenceException(blobPath, "No decoding service was available (make sure ffmpeg.exe is available. even though this may be a wav, ffmpeg is used to load oddly formatted wave files. If you object to this, please send us a note and we'll see what we can do. It shouldn't be too hard.)");
}
AudioDecoder dec = new AudioDecoder();
byte[] buf = dec.AcquireWaveData(blobPath);
blob.Load(new MemoryStream(buf));
WasSlowLoad = true;
}
}
catch (Exception ex)
{
throw new DiscReferenceException(blobPath, ex);
}
blob_length_aba = (int)(blob.Length / blob_sectorsize);
blob_length_bytes = blob.Length;
cue_blob = blob;
}
else throw new Exception("Internal error - Unhandled cue blob type");
//TODO - make CueTimestamp better, and also make it a struct, and also just make it DiscTimestamp
//start timekeeping for the blob. every time we hit an index, this will advance
int blob_timestamp = 0;
//because we can have different size sectors in a blob, we need to keep a file cursor within the blob
long blob_cursor = 0;
//the aba that this cue blob starts on
int blob_disc_aba_start = Sectors.Count;
//for each track within the file, create an index 0 if it is missing.
//also check to make sure there is an index 1
for (int t = 0; t < cue_file.Tracks.Count; t++)
{
var cue_track = cue_file.Tracks[t];
if (!cue_track.Indexes.ContainsKey(1))
throw new Cue.CueBrokenException("Track was missing an index 01");
if (!cue_track.Indexes.ContainsKey(0))
{
//index 0 will default to the same as index 1.
//i am not sure whether it is valid to have two indexes with the same timestamp.
//we will do this to simplify some processing, but we can purge it in a later pass if we need to.
var cti = new Cue.CueTrackIndex(0);
cue_track.Indexes[0] = cti;
cti.Timestamp = cue_track.Indexes[1].Timestamp;
}
}
//validate that the first index in the file is 00:00:00
if (cue_file.Tracks[0].Indexes[0].Timestamp.ABA != 0) throw new Cue.CueBrokenException("`The first index of a blob must start at 00:00:00.`");
//for each track within the file:
for (int t = 0; t < cue_file.Tracks.Count; t++)
{
var cue_track = cue_file.Tracks[t];
//record the disc ABA that this track started on
int track_disc_aba_start = Sectors.Count;
//record the pregap location. it will default to the start of the track unless we supplied a pregap command
int track_disc_pregap_aba = track_disc_aba_start;
int blob_track_start = blob_timestamp;
//once upon a time we had a check here to prevent a single blob from containing variant sector sizes. but we support that now.
//check integrity of track sequence and setup data structures
//TODO - check for skipped tracks in cue parser instead
if (cue_track.TrackNum != curr_track) throw new Cue.CueBrokenException("Found a cue with skipped tracks");
var toc_track = new DiscTOC.Track();
toc_track.num = curr_track;
toc_track.TrackType = cue_track.TrackType;
session.Tracks.Add(toc_track);
if (curr_track == 1)
{
if (cue_track.PreGap.ABA != 0)
throw new InvalidOperationException("not supported (yet): cue files with track 1 pregaps");
//but now we add one anyway, because every existing cue+bin seems to implicitly specify this
cue_track.PreGap = new Timestamp(150);
}
//check whether a pregap is requested.
//this causes empty sectors to get generated without consuming data from the blob
if (cue_track.PreGap.ABA > 0)
{
for (int i = 0; i < cue_track.PreGap.ABA; i++)
{
Sectors.Add(new SectorEntry(pregap_sector));
}
}
//look ahead to the next track's index 1 so we can see how long this track's last index is
//or, for the last track, use the length of the file
int track_length_aba;
if (t == cue_file.Tracks.Count - 1)
track_length_aba = blob_length_aba - blob_timestamp;
else track_length_aba = cue_file.Tracks[t + 1].Indexes[1].Timestamp.ABA - blob_timestamp;
//toc_track.length_aba = track_length_aba; //xxx
//find out how many indexes we have
int num_indexes = 0;
for (num_indexes = 0; num_indexes <= 99; num_indexes++)
if (!cue_track.Indexes.ContainsKey(num_indexes)) break;
//for each index, calculate length of index and then emit it
for (int index = 0; index < num_indexes; index++)
{
bool is_last_index = index == num_indexes - 1;
//install index into hierarchy
var toc_index = new DiscTOC.Index {num = index};
toc_track.Indexes.Add(toc_index);
if (index == 0)
{
toc_index.aba = track_disc_pregap_aba - (cue_track.Indexes[1].Timestamp.ABA - cue_track.Indexes[0].Timestamp.ABA);
}
else toc_index.aba = Sectors.Count;
//calculate length of the index
//if it is the last index then we use our calculation from before, otherwise we check the next index
int index_length_aba;
if (is_last_index)
index_length_aba = track_length_aba - (blob_timestamp - blob_track_start);
else index_length_aba = cue_track.Indexes[index + 1].Timestamp.ABA - blob_timestamp;
//emit sectors
for (int aba = 0; aba < index_length_aba; aba++)
{
bool is_last_aba_in_index = (aba == index_length_aba - 1);
bool is_last_aba_in_track = is_last_aba_in_index && is_last_index;
switch (cue_track.TrackType)
{
case ETrackType.Audio: //all 2352 bytes are present
case ETrackType.Mode1_2352: //2352 bytes are present, containing 2048 bytes of user data as well as ECM
case ETrackType.Mode2_2352: //2352 bytes are present, containing the entirety of a mode2 sector (could be form0,1,2)
{
//these cases are all 2352 bytes
//in all these cases, either no ECM is present or ECM is provided.
//so we just emit a Sector_Raw
Sector_RawBlob sector_rawblob = new Sector_RawBlob
{
Blob = cue_blob,
Offset = blob_cursor
};
blob_cursor += 2352;
Sector_Mode1_or_Mode2_2352 sector_raw;
if(cue_track.TrackType == ETrackType.Mode1_2352)
sector_raw = new Sector_Mode1_2352();
else if (cue_track.TrackType == ETrackType.Audio)
sector_raw = new Sector_Mode1_2352(); //TODO should probably make a new sector adapter which errors if 2048B are requested
else if (cue_track.TrackType == ETrackType.Mode2_2352)
sector_raw = new Sector_Mode2_2352();
else throw new InvalidOperationException();
sector_raw.BaseSector = sector_rawblob;
Sectors.Add(new SectorEntry(sector_raw));
break;
}
case ETrackType.Mode1_2048:
//2048 bytes are present. ECM needs to be generated to create a full sector
{
//ECM needs to know the sector number so we have to record that here
int curr_disc_aba = Sectors.Count;
var sector_2048 = new Sector_Mode1_2048(curr_disc_aba + 150)
{
Blob = new ECMCacheBlob(cue_blob),
Offset = blob_cursor
};
blob_cursor += 2048;
Sectors.Add(new SectorEntry(sector_2048));
break;
}
} //switch(TrackType)
//we've emitted an ABA, so consume it from the blob
blob_timestamp++;
} //aba emit loop
} //index loop
//check whether a postgap is requested. if it is, we need to generate silent sectors
for (int i = 0; i < cue_track.PostGap.ABA; i++)
{
Sectors.Add(new SectorEntry(pregap_sector));
}
//we're done with the track now.
//record its length:
toc_track.length_aba = Sectors.Count - toc_track.Indexes[1].aba;
curr_track++;
//if we ran off the end of the blob, pad it with zeroes, I guess
if (blob_cursor > blob_length_bytes)
{
//mutate the blob to an encapsulating Blob_ZeroPadAdapter
Blobs[Blobs.Count - 1] = new Blob_ZeroPadAdapter(Blobs[Blobs.Count - 1], blob_length_bytes, blob_cursor - blob_length_bytes);
}
} //track loop
} //file loop
//finally, analyze the length of the sessions and the entire disc by summing the lengths of the tracks
//this is a little more complex than it looks, because the length of a thing is not determined by summing it
//but rather by the difference in abas between start and end
TOC.length_aba = 0;
foreach (var toc_session in TOC.Sessions)
{
var firstTrack = toc_session.Tracks[0];
//track 0, index 0 is actually -150. but cue sheets will never say that
//firstTrack.Indexes[0].aba -= 150;
var lastTrack = toc_session.Tracks[toc_session.Tracks.Count - 1];
session.length_aba = lastTrack.Indexes[1].aba + lastTrack.length_aba - firstTrack.Indexes[0].aba;
TOC.length_aba += toc_session.length_aba;
}
}
void FromCuePathInternal(string cuePath, CueBinPrefs prefs)
{
string cueDir = Path.GetDirectoryName(cuePath);
var cue = new Cue();
cue.LoadFromPath(cuePath);
FromCueInternal(cue, cueDir, prefs);
}
public static Disc FromCuePath(string cuePath, CueBinPrefs prefs)
{
var ret = new Disc();
ret.FromCuePathInternal(cuePath, prefs);
ret.TOC.GeneratePoints();
ret.PopulateQSubchannel();
return ret;
}
void FromCueInternal(Cue cue, string cueDir, CueBinPrefs prefs)
{
//TODO - add cue directory to CueBinPrefs???? could make things cleaner...
var session = new DiscTOC.Session {
num = 1
};
TOC.Sessions.Add(session);
var pregap_sector = new Sector_Zero();
int curr_track = 1;
foreach (var cue_file in cue.Files)
{
//structural validation
if (cue_file.Tracks.Count < 1)
{
throw new Cue.CueBrokenException("`You must specify at least one track per file.`");
}
string blobPath = Path.Combine(cueDir, cue_file.Path);
if (CueFileResolver.ContainsKey(cue_file.Path))
{
blobPath = CueFileResolver[cue_file.Path];
}
int blob_sectorsize = Cue.BINSectorSizeForTrackType(cue_file.Tracks[0].TrackType);
int blob_length_aba;
long blob_length_bytes;
IBlob cue_blob;
//try any way we can to acquire a file
if (!File.Exists(blobPath) && prefs.ExtensionAware)
{
blobPath = FindAlternateExtensionFile(blobPath, prefs.CaseSensitive, cueDir);
}
if (!File.Exists(blobPath))
{
throw new DiscReferenceException(blobPath, "");
}
//some simple rules to mutate the file type if we received something fishy
string blobPathExt = Path.GetExtension(blobPath).ToLower();
if (blobPathExt == ".ape")
{
cue_file.FileType = Cue.CueFileType.Wave;
}
if (blobPathExt == ".mp3")
{
cue_file.FileType = Cue.CueFileType.Wave;
}
if (blobPathExt == ".mpc")
{
cue_file.FileType = Cue.CueFileType.Wave;
}
if (blobPathExt == ".flac")
{
cue_file.FileType = Cue.CueFileType.Wave;
}
if (blobPathExt == ".ecm")
{
cue_file.FileType = Cue.CueFileType.ECM;
}
if (cue_file.FileType == Cue.CueFileType.Binary || cue_file.FileType == Cue.CueFileType.Unspecified)
{
//make a blob for the file
Blob_RawFile blob = new Blob_RawFile {
PhysicalPath = blobPath
};
Blobs.Add(blob);
blob_length_aba = (int)(blob.Length / blob_sectorsize);
blob_length_bytes = blob.Length;
cue_blob = blob;
}
else if (cue_file.FileType == Cue.CueFileType.ECM)
{
if (!Blob_ECM.IsECM(blobPath))
{
throw new DiscReferenceException(blobPath, "an ECM file was specified or detected, but it isn't a valid ECM file. You've got issues. Consult your iso vendor.");
}
Blob_ECM blob = new Blob_ECM();
Blobs.Add(blob);
blob.Parse(blobPath);
cue_blob = blob;
blob_length_aba = (int)(blob.Length / blob_sectorsize);
blob_length_bytes = blob.Length;
}
else if (cue_file.FileType == Cue.CueFileType.Wave)
{
Blob_WaveFile blob = new Blob_WaveFile();
Blobs.Add(blob);
try
{
//check whether we can load the wav directly
bool loaded = false;
if (File.Exists(blobPath) && Path.GetExtension(blobPath).ToUpper() == ".WAV")
{
try
{
blob.Load(blobPath);
loaded = true;
}
catch
{
}
}
//if that didnt work or wasnt possible, try loading it through ffmpeg
if (!loaded)
{
FFMpeg ffmpeg = new FFMpeg();
if (!ffmpeg.QueryServiceAvailable())
{
throw new DiscReferenceException(blobPath, "No decoding service was available (make sure ffmpeg.exe is available. even though this may be a wav, ffmpeg is used to load oddly formatted wave files. If you object to this, please send us a note and we'll see what we can do. It shouldn't be too hard.)");
}
AudioDecoder dec = new AudioDecoder();
byte[] buf = dec.AcquireWaveData(blobPath);
blob.Load(new MemoryStream(buf));
WasSlowLoad = true;
}
}
catch (Exception ex)
{
throw new DiscReferenceException(blobPath, ex);
}
blob_length_aba = (int)(blob.Length / blob_sectorsize);
blob_length_bytes = blob.Length;
cue_blob = blob;
}
else
{
throw new Exception("Internal error - Unhandled cue blob type");
}
//TODO - make CueTimestamp better, and also make it a struct, and also just make it DiscTimestamp
//start timekeeping for the blob. every time we hit an index, this will advance
int blob_timestamp = 0;
//because we can have different size sectors in a blob, we need to keep a file cursor within the blob
long blob_cursor = 0;
//the aba that this cue blob starts on
int blob_disc_aba_start = Sectors.Count;
//for each track within the file, create an index 0 if it is missing.
//also check to make sure there is an index 1
for (int t = 0; t < cue_file.Tracks.Count; t++)
{
var cue_track = cue_file.Tracks[t];
if (!cue_track.Indexes.ContainsKey(1))
{
throw new Cue.CueBrokenException("Track was missing an index 01");
}
if (!cue_track.Indexes.ContainsKey(0))
{
//index 0 will default to the same as index 1.
//i am not sure whether it is valid to have two indexes with the same timestamp.
//we will do this to simplify some processing, but we can purge it in a later pass if we need to.
var cti = new Cue.CueTrackIndex(0);
cue_track.Indexes[0] = cti;
cti.Timestamp = cue_track.Indexes[1].Timestamp;
}
}
//validate that the first index in the file is 00:00:00
if (cue_file.Tracks[0].Indexes[0].Timestamp.ABA != 0)
{
throw new Cue.CueBrokenException("`The first index of a blob must start at 00:00:00.`");
}
//for each track within the file:
for (int t = 0; t < cue_file.Tracks.Count; t++)
{
var cue_track = cue_file.Tracks[t];
//record the disc ABA that this track started on
int track_disc_aba_start = Sectors.Count;
//record the pregap location. it will default to the start of the track unless we supplied a pregap command
int track_disc_pregap_aba = track_disc_aba_start;
int blob_track_start = blob_timestamp;
//once upon a time we had a check here to prevent a single blob from containing variant sector sizes. but we support that now.
//check integrity of track sequence and setup data structures
//TODO - check for skipped tracks in cue parser instead
if (cue_track.TrackNum != curr_track)
{
throw new Cue.CueBrokenException("Found a cue with skipped tracks");
}
var toc_track = new DiscTOC.Track();
toc_track.num = curr_track;
toc_track.TrackType = cue_track.TrackType;
session.Tracks.Add(toc_track);
if (curr_track == 1)
{
if (cue_track.PreGap.ABA != 0)
{
throw new InvalidOperationException("not supported (yet): cue files with track 1 pregaps");
}
//but now we add one anyway, because every existing cue+bin seems to implicitly specify this
cue_track.PreGap = new Timestamp(150);
}
//check whether a pregap is requested.
//this causes empty sectors to get generated without consuming data from the blob
if (cue_track.PreGap.ABA > 0)
{
for (int i = 0; i < cue_track.PreGap.ABA; i++)
{
Sectors.Add(new SectorEntry(pregap_sector));
}
}
//look ahead to the next track's index 1 so we can see how long this track's last index is
//or, for the last track, use the length of the file
int track_length_aba;
if (t == cue_file.Tracks.Count - 1)
{
track_length_aba = blob_length_aba - blob_timestamp;
}
else
{
track_length_aba = cue_file.Tracks[t + 1].Indexes[1].Timestamp.ABA - blob_timestamp;
}
//toc_track.length_aba = track_length_aba; //xxx
//find out how many indexes we have
int num_indexes = 0;
for (num_indexes = 0; num_indexes <= 99; num_indexes++)
{
if (!cue_track.Indexes.ContainsKey(num_indexes))
{
break;
}
}
//for each index, calculate length of index and then emit it
for (int index = 0; index < num_indexes; index++)
{
bool is_last_index = index == num_indexes - 1;
//install index into hierarchy
var toc_index = new DiscTOC.Index {
num = index
};
toc_track.Indexes.Add(toc_index);
if (index == 0)
{
toc_index.aba = track_disc_pregap_aba - (cue_track.Indexes[1].Timestamp.ABA - cue_track.Indexes[0].Timestamp.ABA);
}
else
{
toc_index.aba = Sectors.Count;
}
//calculate length of the index
//if it is the last index then we use our calculation from before, otherwise we check the next index
int index_length_aba;
if (is_last_index)
{
index_length_aba = track_length_aba - (blob_timestamp - blob_track_start);
}
else
{
index_length_aba = cue_track.Indexes[index + 1].Timestamp.ABA - blob_timestamp;
}
//emit sectors
for (int aba = 0; aba < index_length_aba; aba++)
{
bool is_last_aba_in_index = (aba == index_length_aba - 1);
bool is_last_aba_in_track = is_last_aba_in_index && is_last_index;
switch (cue_track.TrackType)
{
case ETrackType.Audio: //all 2352 bytes are present
case ETrackType.Mode1_2352: //2352 bytes are present, containing 2048 bytes of user data as well as ECM
case ETrackType.Mode2_2352: //2352 bytes are present, containing the entirety of a mode2 sector (could be form0,1,2)
{
//these cases are all 2352 bytes
//in all these cases, either no ECM is present or ECM is provided.
//so we just emit a Sector_Raw
Sector_RawBlob sector_rawblob = new Sector_RawBlob
{
Blob = cue_blob,
Offset = blob_cursor
};
blob_cursor += 2352;
Sector_Mode1_or_Mode2_2352 sector_raw;
if (cue_track.TrackType == ETrackType.Mode1_2352)
{
sector_raw = new Sector_Mode1_2352();
}
else if (cue_track.TrackType == ETrackType.Audio)
{
sector_raw = new Sector_Mode1_2352(); //TODO should probably make a new sector adapter which errors if 2048B are requested
}
else if (cue_track.TrackType == ETrackType.Mode2_2352)
{
sector_raw = new Sector_Mode2_2352();
}
else
{
throw new InvalidOperationException();
}
sector_raw.BaseSector = sector_rawblob;
Sectors.Add(new SectorEntry(sector_raw));
break;
}
case ETrackType.Mode1_2048:
//2048 bytes are present. ECM needs to be generated to create a full sector
{
//ECM needs to know the sector number so we have to record that here
int curr_disc_aba = Sectors.Count;
var sector_2048 = new Sector_Mode1_2048(curr_disc_aba + 150)
{
Blob = new ECMCacheBlob(cue_blob),
Offset = blob_cursor
};
blob_cursor += 2048;
Sectors.Add(new SectorEntry(sector_2048));
break;
}
} //switch(TrackType)
//we've emitted an ABA, so consume it from the blob
blob_timestamp++;
} //aba emit loop
} //index loop
//check whether a postgap is requested. if it is, we need to generate silent sectors
for (int i = 0; i < cue_track.PostGap.ABA; i++)
{
Sectors.Add(new SectorEntry(pregap_sector));
}
//we're done with the track now.
//record its length:
toc_track.length_aba = Sectors.Count - toc_track.Indexes[1].aba;
curr_track++;
//if we ran off the end of the blob, pad it with zeroes, I guess
if (blob_cursor > blob_length_bytes)
{
//mutate the blob to an encapsulating Blob_ZeroPadAdapter
Blobs[Blobs.Count - 1] = new Blob_ZeroPadAdapter(Blobs[Blobs.Count - 1], blob_length_bytes, blob_cursor - blob_length_bytes);
}
} //track loop
} //file loop
//finally, analyze the length of the sessions and the entire disc by summing the lengths of the tracks
//this is a little more complex than it looks, because the length of a thing is not determined by summing it
//but rather by the difference in abas between start and end
TOC.length_aba = 0;
foreach (var toc_session in TOC.Sessions)
{
var firstTrack = toc_session.Tracks[0];
//track 0, index 0 is actually -150. but cue sheets will never say that
//firstTrack.Indexes[0].aba -= 150;
var lastTrack = toc_session.Tracks[toc_session.Tracks.Count - 1];
session.length_aba = lastTrack.Indexes[1].aba + lastTrack.length_aba - firstTrack.Indexes[0].aba;
TOC.length_aba += toc_session.length_aba;
}
}
public CueBin DumpCueBin(string baseName, CueBinPrefs prefs)
{
if (Structure.Sessions.Count > 1)
{
throw new NotSupportedException("can't dump cue+bin with more than 1 session yet");
}
CueBin ret = new CueBin();
ret.baseName = baseName;
ret.disc = this;
if (!prefs.OneBlobPerTrack)
{
//this is the preferred mode of dumping things. we will always write full sectors.
string cue = new CUE_Format().GenerateCUE_OneBin(Structure, prefs);
var bfd = new CueBin.BinFileDescriptor {
name = baseName + ".bin"
};
ret.cue = string.Format("FILE \"{0}\" BINARY\n", bfd.name) + cue;
ret.bins.Add(bfd);
bfd.SectorSize = 2352;
//skip the mandatory track 1 pregap! cue+bin files do not contain it
for (int i = 150; i < Structure.LengthInSectors; i++)
{
bfd.abas.Add(i);
bfd.aba_zeros.Add(false);
}
}
else
{
//we build our own cue here (unlike above) because we need to build the cue and the output data at the same time
StringBuilder sbCue = new StringBuilder();
for (int i = 0; i < Structure.Sessions[0].Tracks.Count; i++)
{
var track = Structure.Sessions[0].Tracks[i];
var bfd = new CueBin.BinFileDescriptor
{
name = baseName + string.Format(" (Track {0:D2}).bin", track.Number),
SectorSize = Cue.BINSectorSizeForTrackType(track.TrackType)
};
ret.bins.Add(bfd);
int aba = 0;
//skip the mandatory track 1 pregap! cue+bin files do not contain it
if (i == 0)
{
aba = 150;
}
for (; aba < track.LengthInSectors; aba++)
{
int thisaba = track.Indexes[0].aba + aba;
bfd.abas.Add(thisaba);
bfd.aba_zeros.Add(false);
}
sbCue.AppendFormat("FILE \"{0}\" BINARY\n", bfd.name);
sbCue.AppendFormat(" TRACK {0:D2} {1}\n", track.Number, Cue.TrackTypeStringForTrackType(track.TrackType));
foreach (var index in track.Indexes)
{
int x = index.aba - track.Indexes[0].aba;
if (index.Number == 0 && index.aba == track.Indexes[1].aba)
{
//dont emit index 0 when it is the same as index 1, it is illegal for some reason
}
//else if (i==0 && index.num == 0)
//{
// //don't generate the first index, it is illogical
//}
else
{
//track 1 included the lead-in at the beginning of it. sneak past that.
//if (i == 0) x -= 150;
sbCue.AppendFormat(" INDEX {0:D2} {1}\n", index.Number, new Timestamp(x).Value);
}
}
}
ret.cue = sbCue.ToString();
}
return(ret);
}
public void Dump(string directory, CueBinPrefs prefs, ProgressReport progress)
{
byte[] subcodeTemp = new byte[96];
progress.TaskCount = 2;
progress.Message = "Generating Cue";
progress.ProgressEstimate = 1;
progress.ProgressCurrent = 0;
progress.InfoPresent = true;
string cuePath = Path.Combine(directory, baseName + ".cue");
if (prefs.DumpToBitbucket)
{
}
else
{
File.WriteAllText(cuePath, cue);
}
progress.Message = "Writing bin(s)";
progress.TaskCurrent = 1;
progress.ProgressEstimate = bins.Sum(bfd => bfd.abas.Count);
progress.ProgressCurrent = 0;
if (!prefs.ReallyDumpBin)
{
return;
}
foreach (var bfd in bins)
{
int sectorSize = bfd.SectorSize;
byte[] temp = new byte[2352];
byte[] empty = new byte[2352];
string trackBinFile = bfd.name;
string trackBinPath = Path.Combine(directory, trackBinFile);
string subQPath = Path.ChangeExtension(trackBinPath, ".sub.q");
Stream fsSubQ = null;
Stream fs;
if (prefs.DumpToBitbucket)
{
fs = Stream.Null;
}
else
{
fs = new FileStream(trackBinPath, FileMode.Create, FileAccess.Write, FileShare.None);
}
try
{
if (prefs.DumpSubchannelQ)
{
if (prefs.DumpToBitbucket)
{
fsSubQ = Stream.Null;
}
else
{
fsSubQ = new FileStream(subQPath, FileMode.Create, FileAccess.Write, FileShare.None);
}
}
for (int i = 0; i < bfd.abas.Count; i++)
{
if (progress.CancelSignal)
{
return;
}
progress.ProgressCurrent++;
int aba = bfd.abas[i];
if (bfd.aba_zeros[i])
{
fs.Write(empty, 0, sectorSize);
}
else
{
if (sectorSize == 2352)
{
disc.ReadABA_2352(aba, temp, 0);
}
else if (sectorSize == 2048)
{
disc.ReadABA_2048(aba, temp, 0);
}
else
{
throw new InvalidOperationException();
}
fs.Write(temp, 0, sectorSize);
//write subQ if necessary
if (fsSubQ != null)
{
disc.Sectors[aba].SubcodeSector.ReadSubcodeDeinterleaved(subcodeTemp, 0);
fsSubQ.Write(subcodeTemp, 12, 12);
}
}
}
}
finally
{
fs.Dispose();
if (fsSubQ != null)
{
fsSubQ.Dispose();
}
}
}
}
//NOT SUPPORTED RIGHT NOW
//public string CreateRedumpReport()
//{
// if (disc.TOC.Sessions[0].Tracks.Count != bins.Count)
// throw new InvalidOperationException("Cannot generate redump report on CueBin lacking OneBinPerTrack property");
// StringBuilder sb = new StringBuilder();
// for (int i = 0; i < disc.TOC.Sessions[0].Tracks.Count; i++)
// {
// var track = disc.TOC.Sessions[0].Tracks[i];
// var bfd = bins[i];
// //dump the track
// byte[] dump = new byte[track.length_aba * 2352];
// //TODO ????????? post-ABA unknown
// //for (int aba = 0; aba < track.length_aba; aba++)
// // disc.ReadLBA_2352(bfd.lbas[lba],dump,lba*2352);
// string crc32 = string.Format("{0:X8}", CRC32.Calculate(dump));
// string md5 = Util.Hash_MD5(dump, 0, dump.Length);
// string sha1 = Util.Hash_SHA1(dump, 0, dump.Length);
// int pregap = track.Indexes[1].lba - track.Indexes[0].lba;
// Timestamp pregap_ts = new Timestamp(pregap);
// Timestamp len_ts = new Timestamp(track.length_lba);
// sb.AppendFormat("{0}\t{1}\t{2}\t{3}\t{4}\t{5}\t{6}\t{7}\t{8}\n",
// i,
// Cue.RedumpTypeStringForTrackType(track.TrackType),
// pregap_ts.Value,
// len_ts.Value,
// track.length_lba,
// track.length_lba*Cue.BINSectorSizeForTrackType(track.TrackType),
// crc32,
// md5,
// sha1
// );
// }
// return sb.ToString();
//}
public void Dump(string directory, CueBinPrefs prefs)
{
ProgressReport pr = new ProgressReport();
Dump(directory, prefs, pr);
}
