/// <summary>
///
/// </summary>
/// <param name="bankIndex"></param>
/// <param name="nrOfPatches"></param>
private void ReadAllCombis(int bankIndex, int nrOfPatches)
{
if ((ContentType == PcgMemory.ContentType.All) ||
(ContentType == PcgMemory.ContentType.AllCombis))
{
// Read combi data.
CombiBank bank = (CombiBank)(CurrentPcgMemory.CombiBanks[bankIndex]);
bank.ByteOffset = Index;
bank.PatchSize = 124;
bank.IsWritable = true;
bank.IsLoaded = true;
for (int index = 0; index < nrOfPatches; index++)
{
// Place in PcgMemory.
Combi combi = (Combi)bank[index];
combi.ByteOffset = Index;
combi.ByteLength = bank.PatchSize;
combi.IsLoaded = true;
// Skip to next.
Index += bank.PatchSize;
}
// When virtual banks are used, here needs to be checked to stop reading combi banks.
}
}
/// <summary>
///
/// </summary>
/// <param name="banks"></param>
private void ReadCombiBanks(int banks)
{
for (int index = 0; index < banks; index++)
{
// Normally the bank index should be 2 bytes, however, PRELOAD1.PCG's second bank at 0x2F3B4 has
// value 0x0500.
int unusedMsbBankIndex = Util.GetInt(CurrentPcgMemory.Content, _index, 1);
Debug.Assert((unusedMsbBankIndex == 0x00) || (unusedMsbBankIndex == 0x05));
_index += 1;
int bankIndex = Util.GetInt(CurrentPcgMemory.Content, _index, 1);
_index += 1;
CombiBank bank = (CombiBank)CurrentPcgMemory.CombiBanks[bankIndex];
// combiBank.PcgId =
bank.ByteOffset = _index;
bank.PatchSize = CombiSize;
bank.IsWritable = true;
bank.IsLoaded = true;
for (int patchIndex = 0; patchIndex < 128; patchIndex++)
{
// Place in PcgMemory.
Combi combi = (Combi)bank[patchIndex];
combi.ByteOffset = _index;
combi.ByteLength = bank.PatchSize;
combi.IsLoaded = true;
_index += bank.PatchSize;
}
}
}
/// <summary>
///
/// </summary>
/// <param name="combiPatchSize"></param>
/// <param name="startCombiBank"></param>
private void ReadCombis(int combiPatchSize, int startCombiBank)
{
if ((ContentType == PcgMemory.ContentType.All) ||
(ContentType == PcgMemory.ContentType.AllCombis))
{
// Read combi data.
CombiBank combiBank = (CombiBank)CurrentPcgMemory.CombiBanks[0];
for (int bankIndex = startCombiBank; bankIndex < CurrentPcgMemory.CombiBanks.BankCollection.Count;
bankIndex++)
{
ICombiBank bank = (ICombiBank)(CurrentPcgMemory.CombiBanks[bankIndex]);
if (bank.Type != BankType.EType.Virtual)
{
bank.ByteOffset = Index;
bank.ByteLength = combiPatchSize;
bank.IsWritable = true;
bank.IsLoaded = true;
foreach (IPatch combi in bank.Patches)
{
combi.ByteOffset = Index;
combi.ByteLength = combiBank.PatchSize;
combi.IsLoaded = true;
// Skip to next.
Index += bank.ByteLength;
}
}
// When virtual banks are used, here needs to be checked to stop reading combi banks.
}
}
}
protected void TestAll(string path)
{
KorgFileReader korgFileReader = new KorgFileReader();
_pcgMemory = (PcgMemory)korgFileReader.Read(DefaultDirectory + path);
Debug.Assert(_pcgMemory != null);
// Test set list generator.
TestDefaultPatchList();
TestProgramUsageList();
TestDefaultCombiContentList();
TestDefaultFileContentList();
// Swap program (if there is more than one program).
IProgramBanks programBanks = _pcgMemory.ProgramBanks;
if (programBanks != null)
{
ProgramBank programBank = (ProgramBank)programBanks[0];
if (programBank.IsFilled && programBank.IsWritable && (programBank.CountPatches > 1))
{
_pcgMemory.SwapPatch(programBank[0], programBank[1]);
}
}
// Swap combi (if there is more than one combi).
ICombiBanks combiBanks = _pcgMemory.CombiBanks;
if (combiBanks != null)
{
CombiBank combiBank = (CombiBank)combiBanks[0];
if (combiBank.IsFilled && combiBank.IsWritable && (combiBank.CountPatches > 1))
{
_pcgMemory.SwapPatch(combiBank[0], combiBank[1]);
}
}
// Swap set list slot.
ISetLists setLists = _pcgMemory.SetLists;
if (setLists != null)
{
SetList setList0 = (SetList)setLists[0];
if (setList0.IsFilled && setList0.IsWritable)
{
_pcgMemory.SwapPatch((SetListSlot)(setList0[0]), (SetListSlot)(setList0[1]));
}
}
// Test save.
_pcgMemory.FileName = "E:\\test.pcg";
_pcgMemory.SaveFile(false, false);
}
/// <summary>
/// Returns bank index.
/// </summary>
/// <returns></returns>
private void ReadCbk1Chunk()
{
int chunkSize = Util.GetInt(CurrentPcgMemory.Content, Index + 4, 4);
CurrentPcgMemory.Chunks.Collection.Add(new Chunk("CBK1", Index, chunkSize));
int startIndex = Index;
Index += Cbk1NumberOfCombisOffset;
int numberOfCombisInBank = Util.GetInt(CurrentPcgMemory.Content, Index, 4);
Index += 4;
int sizeOfACombi = Util.GetInt(CurrentPcgMemory.Content, Index, 4);
// ReSharper disable RedundantStringFormatCall
Console.WriteLine($" Size of a combi: {sizeOfACombi}");
// ReSharper restore RedundantStringFormatCall
Index += 4;
int bankId = Util.GetInt(CurrentPcgMemory.Content, Index, 4);
int bankIndex = CombiBankId2CombiIndex(bankId);
Index += 4;
CombiBank combiBank = (CombiBank)CurrentPcgMemory.CombiBanks[bankIndex];
combiBank.ByteOffset = startIndex;
combiBank.PatchSize = sizeOfACombi;
combiBank.IsWritable = true;
combiBank.IsLoaded = true;
for (int index = 0; index < numberOfCombisInBank; index++)
{
// Place in PcgMemory.
Combi combi = (Combi)combiBank[index];
combi.ByteOffset = Index;
combi.ByteLength = sizeOfACombi;
combi.IsLoaded = true;
combi.Timbres.ByteOffset = combi.ByteOffset + TimbresByteOffset;
foreach (ITimbre timbre in combi.Timbres.TimbresCollection)
{
timbre.ByteOffset = combi.Timbres.ByteOffset + timbre.Index * timbre.TimbresSize;
}
// Skip to next.
//for (int timbre = 0; timbre < 8; timbre++)
// Console.WriteLine(String.Format("Combi id {0}, timbre index {1} bank {2} program {3}, offset {4:x}",
// combi.Id, combi.Timbres[timbre].Index,
// combi.Timbres[timbre].UsedProgramBank.Id, combi.Timbres[timbre].UsedProgram.Id,
// combi.ByteOffset));
Index += sizeOfACombi;
}
}
/// <summary>
///
/// </summary>
/// <param name="combiBank"></param>
/// <param name="bank"></param>
private void ReadCombi(CombiBank combiBank, CombiBank bank)
{
foreach (IPatch combi in bank.Patches)
{
combi.ByteOffset = Index;
combi.ByteLength = combiBank.PatchSize;
combi.IsLoaded = true;
// Skip to next.
Index += bank.PatchSize;
}
}
/// <summary>
///
/// </summary>
/// <param name="combiPatchSize"></param>
/// <param name="bankIndex"></param>
/// <param name="combiBank"></param>
private void ReadCombiBank(int combiPatchSize, int bankIndex, CombiBank combiBank)
{
CombiBank bank = (CombiBank)(CurrentPcgMemory.CombiBanks[bankIndex]);
if (bank.Type != BankType.EType.Virtual)
{
bank.ByteOffset = Index;
bank.PatchSize = combiPatchSize;
bank.IsLoaded = true;
bank.IsWritable = true;
ReadCombi(combiBank, bank);
}
}
/// <summary>
///
/// </summary>
/// <param name="offset"></param>
private void ReadSingleCombi(int offset)
{
CombiBank bank = (CombiBank)(CurrentPcgMemory.CombiBanks[0]);
bank.ByteOffset = 0;
bank.PatchSize = 124;
bank.IsWritable = true;
bank.IsLoaded = true;
Combi combi = (Combi)bank[0];
combi.ByteOffset = offset;
combi.ByteLength = bank.PatchSize;
combi.IsLoaded = true;
}
/// <summary>
///
/// </summary>
/// <param name="combiPatchSize"></param>
/// <param name="startCombiBank"></param>
private void ReadCombis(int combiPatchSize, int startCombiBank)
{
if ((ContentType == PcgMemory.ContentType.All) ||
(ContentType == PcgMemory.ContentType.AllCombis))
{
// Read combi data.
CombiBank combiBank = (CombiBank)CurrentPcgMemory.CombiBanks[0];
for (int bankIndex = startCombiBank; bankIndex < CurrentPcgMemory.CombiBanks.BankCollection.Count; bankIndex++)
{
ReadCombiBank(combiPatchSize, bankIndex, combiBank);
// When virtual banks are used, here needs to be checked to stop reading combi banks.
}
}
}
/// <summary>
///
/// </summary>
/// <param name="combiBank"></param>
/// <param name="index"></param>
public NautilusCombi(CombiBank combiBank, int index)
: base(combiBank, index)
{
Timbres = new NautilusTimbres(this);
}
/// <summary>
///
/// </summary>
/// <param name="combiBank"></param>
/// <param name="index"></param>
public KronosCombi(CombiBank combiBank, int index)
: base(combiBank, index)
{
Timbres = new KronosTimbres(this);
}
/// <summary>
///
/// </summary>
/// <param name="combiBank"></param>
/// <param name="index"></param>
public M1Combi(CombiBank combiBank, int index)
: base(combiBank, index)
{
Id = $"{combiBank.Id}{(index).ToString("00")}";
Timbres = new M1Timbres(this);
}
/// <summary>
///
/// </summary>
/// <param name="writer"></param>
/// <param name="lines"></param>
private void ParseItems(TextWriter writer, List <string> lines)
{
foreach (IBank bank in _list)
{
string bankType = string.Empty;
string contentType = string.Empty;
string bankId = string.Empty;
int writablePatches = 0;
int filledPatches = 0;
int emptyPatches = 0;
List <IPatch> filledPatchList = new List <IPatch>();
ProgramBank bank1 = bank as ProgramBank;
if (bank1 != null)
{
ProgramBank programBank = bank1;
bankType = "ProgramBank";
bankId = programBank.Id;
contentType =
$"{ProgramBank.SynthesisTypeAsString(programBank.BankSynthesisType)} {Strings.Programs}";
writablePatches = programBank.Patches.Count(program => programBank.IsWritable);
filledPatches = programBank.CountFilledAndNonEmptyPatches;
emptyPatches = writablePatches - filledPatches;
filledPatchList.AddRange(
programBank.Patches.Where(program => programBank.IsLoaded && !program.IsEmptyOrInit));
}
else
{
CombiBank combiBank1 = bank as CombiBank;
if (combiBank1 != null)
{
CombiBank combiBank = combiBank1;
bankType = "CombiBank";
bankId = combiBank.Id;
contentType = "Combis";
writablePatches = combiBank.Patches.Count(combi => combiBank.IsWritable);
filledPatches = combiBank.CountFilledPatches;
emptyPatches = writablePatches - filledPatches;
IEnumerable <IPatch> filledCombis = combiBank.Patches.Where(combi => combiBank.IsLoaded && !combi.IsEmptyOrInit);
filledPatchList.AddRange(filledCombis);
}
else
{
SetList list = bank as SetList;
if (list != null)
{
SetList setList = list;
bankType = "SetList";
bankId = setList.Id;
contentType = "SetListSlots";
writablePatches = setList.Patches.Count(setListSlot => setList.IsWritable);
filledPatches = setList.CountFilledPatches;
emptyPatches = writablePatches - filledPatches;
filledPatchList.AddRange(setList.Patches.Where(
setListSlot => setList.IsLoaded && !setListSlot.IsEmptyOrInit));
}
else
{
WaveSequenceBank seqBank = bank as WaveSequenceBank;
if (seqBank != null)
{
WaveSequenceBank waveSeqBank = seqBank;
bankType = "WaveSeqBank";
bankId = waveSeqBank.Id;
contentType = "WaveSequences";
writablePatches = waveSeqBank.Patches.Count(waveSeq => waveSeqBank.IsWritable);
filledPatches = waveSeqBank.CountFilledPatches;
emptyPatches = writablePatches - filledPatches;
filledPatchList.AddRange(waveSeqBank.Patches.Where(
waveSeq => waveSeqBank.IsLoaded && !waveSeq.IsEmptyOrInit));
}
else
{
DrumKitBank kitBank = bank as DrumKitBank;
if (kitBank != null)
{
DrumKitBank drumKitBank = kitBank;
bankType = "DrumKitBank";
bankId = drumKitBank.Id;
contentType = "DrumKits";
writablePatches = drumKitBank.Patches.Count(drumKit => drumKitBank.IsWritable);
filledPatches = drumKitBank.CountFilledPatches;
emptyPatches = writablePatches - filledPatches;
filledPatchList.AddRange(drumKitBank.Patches.Where(
drumKit => drumKitBank.IsLoaded && !drumKit.IsEmptyOrInit));
}
else
{
DrumPatternBank patternBank = bank as DrumPatternBank;
if (patternBank != null)
{
DrumPatternBank drumPatternBank = patternBank;
bankType = "DrumPatternBank";
bankId = drumPatternBank.Id;
contentType = "DrumPatterns";
writablePatches = drumPatternBank.Patches.Count(
drumPattern => drumPatternBank.IsWritable);
filledPatches = drumPatternBank.CountFilledPatches;
emptyPatches = writablePatches - filledPatches;
filledPatchList.AddRange(drumPatternBank.Patches.Where(
drumPattern => drumPatternBank.IsLoaded && !drumPattern.IsEmptyOrInit));
}
else
{
Debug.Fail("Error in switch");
}
}
}
}
}
}
WriteItem(writer, lines, bankType, contentType, bankId, writablePatches, filledPatches, emptyPatches, filledPatchList);
}
}
