/*// Structures to hold data about song metadata
* public StringTable freSong;
* public StringTable engSong;
* public StringTable japSong;
* public StringTable espSong;
* public StringTable gerSong;
* public StringTable itaSong;
* // public SongObject zobjSong;
*
* // Structure to hold information about master track
* // public MasterObject zobjMaster;
*
* // Structure to hold information about measure track
* // public MeasureObject zobjMeasure;
*
* // Structure to hold information about sections
* // public SectionObject zobjSection;
*
* // Structure to hold information about events
* // public EventObject zobjEvent;
*
* // Structure to hold information about tempo track
* // public TempoObject zobjTempo;
*
* // Structure to hold information about time signature
* // public TimeSigObject zobjTimeSig;
*
* // Structures to hold information about gtr_jam
* public StringTable freJam;
* public StringTable engJam;
* public StringTable japJam;
* public StringTable espJam;
* public StringTable gerJam;
* public StringTable itaJam;
* // public JamObject zobjJam;
*
* // Structure to hold chord info for gtr_jam
* // public ChordObject jamChord;
*
* // Structure to hold tab for gtr_jam
* // public NoteObject jamNotes;
*
* // Structure to hold audio effect for gtr_jam
* // public AudioEffectObject jamEffect;
*
* // Structures to hold information about video
* public StringTable freVideo;
* public StringTable engVideo;
* public StringTable japVideo;
* public StringTable espVideo;
* public StringTable gerVideo;
* public StringTable itaVideo;
*
* // Structures to hold information about gtr_beg
* public StringTable freBeg;
* public StringTable engBeg;
* public StringTable japBeg;
* public StringTable espBeg;
* public StringTable gerBeg;
* public StringTable itaBeg;
* // public JamObject zobjBeg;
*
* // Structure to hold chord info for gtr_beg
* // public ChordObject begChord;
*
* // Structure to hold tab for gtr_beg
* // public NoteObject begNotes;
*
* // Structure to hold audio effect for gtr_jam
* // public AudioEffectObject begEffect;
*
* // Structures to hold information about bss_nov
* public StringTable fre_bssNov;
* public StringTable eng_bssNov;
* public StringTable jap_bssNov;
* public StringTable esp_bssNov;
* public StringTable ger_bssNov;
* public StringTable ita_bssNov;
* // public JamObject zobj_bssNov;
*
* // Structure to hold bss)nov instrument info
* // public InstrumentInfo instrument_bssNov;
*
* // Structure to hold tab for bss_nov;
* // public NoteObject bss_novNotes;
*
* // Structures to hold lyrics
* public StringTable freLyrics;
* public StringTable engLyrics;
* public StringTable japLyrics;
* public StringTable espLyrics;
* public StringTable gerLyrics;
* public StringTable itaLyrics;
*
* // Structure to hold vox instrument information
* // public InstrumentInfo instrument_vox;
*
* // Structure to hold vox push phrase info
* // public VoxPushPhrase pushPhrase;
*
* // Structure to hold vocals notes
* // public VocalsNoteObject voxNotes;
*
* // Structure to hold bss_beg instrument info
* // public InstrumentInfo instrument_bssBeg;
*
* // Structures to hold information about bss_beg
* public StringTable fre_bssBeg;
* public StringTable eng_bssBeg;
* public StringTable jap_bssBeg;
* public StringTable esp_bssBeg;
* public StringTable ger_bssBeg;
* public StringTable ita_bssBeg;
* // public JamObject zobj_bssBeg;
*
* // Structure to hold audio effect for bss_beg
* // public AudioEffectObject bss_begEffect;
*
* // Structure to hold tab for bss_beg
* // public NoteObject bss_begNotes;
*
* // Structures to hold information about gtr_nov
* public StringTable fre_gtrNov;
* public StringTable eng_gtrNov;
* public StringTable jap_gtrNov;
* public StringTable esp_gtrNov;
* public StringTable ger_gtrNov;
* public StringTable ita_gtrNov;
* // public JamObject zobj_gtrNov;
*
* // Structure to hold instrument info about gtr_nov
* // public InstrumentInfo instrument_gtrNov;
*
* // Structure to hold notes for gtr_nov
* // public NoteObject gtr_novNotes;
*
* // Structure to hold audio effect for gtr_nov
* // public AudioEffectObject gtr_novEffect;
*
* // Structure to hold texture information
* // public TextureObject texture;
*
* // Structures to hold preview information
* public StringTable frePreview;
* public StringTable engPreview;
* public StringTable japPreview;
* public StringTable espPreview;
* public StringTable gerPreview;
* public StringTable itaPreview;
* // public PreviewObject preview;
*
* // Structure to hold gtr_adv information
* // public InstrumentInfo instrument_gtrAdv;
*
* // Structures to hold gtr_adv chords
* public StringTable fre_gtrAdv_chords;
* public StringTable eng_gtrAdv_chords;
* public StringTable jap_gtrAdv_chords;
* public StringTable esp_gtrAdv_chords;
* public StringTable ger_gtrAdv_chords;
* public StringTable ita_gtrAdv_chords;
* // public ChordObject gtrAdv_chord;
*
* // Structure to hold gtr_adv AudioEffect
* // public AudioEffectObject gtr_advEffect;
*
* // Structure to hold gtr_adv events
* // public EventObject gtr_advEvents;
*
* // Structure to hold gtr_adv tab
* // public NoteObject gtr_advNotes;
*
* // Structures to hold info for GTR2
* public StringTable freGtr2;
* public StringTable engGtr2;
* public StringTable japGtr2;
* public StringTable espGtr2;
* public StringTable gerGtr2;
* public StringTable itaGtr2;
* // public StemObject gtr2_stem;
*
* // Structure to hold bss_jam information
* // public InstrumentInfo instrument_bssJam;
*
* // Structures to hold info for bss_jam
* public StringTable fre_bssJam;
* public StringTable eng_bssJam;
* public StringTable jap_bssJam;
* public StringTable esp_bssJam;
* public StringTable ger_bssJam;
* public StringTable ita_bssJam;
*
* // Structure to hold bss_jam AudioEffect
* // public AudioEffectObject bss_jamEffect;
*
* // Structure to hold tab for bss_jam
* // public NoteObject bss_jamNotes;
*
* // Structures to hold info for gtr_int chords
* public StringTable fre_gtrInt_chords;
* public StringTable eng_gtrInt_chords;
* public StringTable jap_gtrInt_chords;
* public StringTable esp_gtrInt_chords;
* public StringTable ger_gtrInt_chords;
* public StringTable ita_gtrInt_chords;
* // public ChordObject gtrInt_chord;
*
* // Structure to hold gtr_int information
* // public InstrumentInfo instrument_gtrInt;
*
* // Structure to hold gtr_int AudioEffect
* // public AudioEffectObject gtr_intEffect;
*
* // Structure to hold tab for gtr_int
* // public NoteObject gtr_intNotes;
*
* // Structures to hold info for gtr_rhy chords
* public StringTable fre_gtrRhy_chords;
* public StringTable eng_gtrRhy_chords;
* public StringTable jap_gtrRhy_chords;
* public StringTable esp_gtrRhy_chords;
* public StringTable ger_gtrRhy_chords;
* public StringTable ita_gtrRhy_chords;
* // public ChordObject gtrRhy_chord;
*
* // Structure to hold gtr_rhy information
* // public InstrumentInfo instrument_gtrRhy;
*
* // Structure to hold gtr_rhy AudioEffect
* // public AudioEffectObject gtr_rhyEffect;
*
* // Structure to hold tab for gtr_rhy
* // public NoteObject gtr_rhyNotes;
*
* // Structures to hold info for bass stems
* public StringTable fre_stems_bass;
* public StringTable eng_stems_bass;
* public StringTable jap_stems_bass;
* public StringTable esp_stems_bass;
* public StringTable ger_stems_bass;
* public StringTable ita_stems_bass;
* // public StemObject bass_stem;
*
* // Structures to hold info for GTR1 stems
* public StringTable fre_stems_GTR1;
* public StringTable eng_stems_GTR1;
* public StringTable jap_stems_GTR1;
* public StringTable esp_stems_GTR1;
* public StringTable ger_stems_GTR1;
* public StringTable ita_stems_GTR1;
* // public StemObject GTR1_stem;
*
* // Structures to hold info for drum stems
* public StringTable fre_stems_drums;
* public StringTable eng_stems_drums;
* public StringTable jap_stems_drums;
* public StringTable esp_stems_drums;
* public StringTable ger_stems_drums;
* public StringTable ita_stems_drums;
* // public StemObject drums_stem;
*
* // Structures to hold info for bss_adv
* public StringTable fre_bssAdv;
* public StringTable eng_bssAdv;
* public StringTable jap_bssAdv;
* public StringTable esp_bssAdv;
* public StringTable ger_bssAdv;
* public StringTable ita_bssAdv;
*
* // Structure to hold bss_adv information
* // public InstrumentInfo instrument_bssAdv;
*
* // Structure to hold bss_adv AudioEffect
* // public AudioEffectObject bss_advEffect;
*
* // Structure to hold tab for bss_adv
* // public NoteObject bss_advNotes;
*
* // Structure to hold bss_adv events
* // public EventObject bss_advEvents;*/
/// <summary>
/// Parses out the fused.rif file.
/// </summary>
/// <param name="file_bytes">Byte representation of the fused.rif file we are analyzing.</param>
/// <param name="indexDictionary">Dictionary to check keys against.</param>
public ChartParser(string filepath, StringTable indexDictionary)
{
string fused_filepath = filepath;
FileStream file = System.IO.File.OpenRead(fused_filepath);
byte[] file_bytes = new byte[file.Length];
file.Read(file_bytes, 0, file_bytes.Length);
file.Close();
parser = new StringTableParser();
list_stringtable = new List <StringTable>();
tempList = new List <tempZOBJ>();
// Skip the first twelve bytes, unnecessary for parsing. We will
// skip the index section of the file, as it is useless to us.
int index = 12;
int indx_length = 0;
byte[] indx_length_byte = new byte[4];
int temp = index;
for (; index < temp + 4; index++)
{
indx_length_byte[index - temp] = file_bytes[index];
}
indx_length = BitConverter.ToInt32(indx_length_byte.Reverse().ToArray(), 0);
index += indx_length;
while (index < file_bytes.Length)
{
// Test to print out a section name
string sectionName = "";
byte[] sectionName_byte = new byte[4];
temp = index;
for (; index < temp + 4; index++)
{
sectionName_byte[index - temp] = file_bytes[index];
}
sectionName = System.Text.Encoding.Default.GetString(sectionName_byte.Reverse().ToArray());
// Get the section size, skip it
int section_length = 0;
byte[] section_length_byte = new byte[4];
temp = index;
for (; index < temp + 4; index++)
{
section_length_byte[index - temp] = file_bytes[index];
}
section_length = BitConverter.ToInt32(section_length_byte.Reverse().ToArray(), 0);
// Copy data into a byte array
temp = index;
byte[] section_byte = new byte[section_length];
for (; index < temp + section_length; index++)
{
section_byte[index - temp] = file_bytes[index];
}
switch (sectionName)
{
case "ZOBJ":
zobjHelper(section_byte);
break;
case "STbl":
stblHelper(section_byte);
break;
default:
break;
}
// Fix any lingering issues
if (file_bytes.Length - index < 4)
{
index = file_bytes.Length;
}
}
int i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("gtr_adv.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("gtr_rhy.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("gtr_nov.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("gtr_beg.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("gtr_int.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("gtr_jam.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("bss_adv.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("bss_nov.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("bss_beg.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("bss_int.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("bss_jam.tab"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateRawData();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("tempo"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateTempo();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("measure"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateMeasure();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("timesignature"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateTimeSignature();
tempList[i] = newElem;
break;
}
i++;
}
i = 0;
foreach (tempZOBJ elem in tempList)
{
if (indexDictionary.stringTable[elem.indexKey].Contains("vox.vox") && !indexDictionary.stringTable[elem.indexKey].Contains("vox.voxpushphrase"))
{
Console.WriteLine(indexDictionary.stringTable[elem.indexKey]);
tempZOBJ newElem = tempList[i];
newElem.rawData = generateVocals();
tempList[i] = newElem;
break;
}
i++;
}
}
/// <summary>
/// Deals with all forms of string tables
/// </summary>
/// <param name="section">Object section to analyze</param>
private void zobjHelper(byte[] section)
{
// Get the index key
int index = 0;
ulong indexKey;
byte[] indexKey_byte = new byte[8];
int i = index;
for (; index < i + 8; index++)
{
indexKey_byte[index - i] = section[index];
}
indexKey = BitConverter.ToUInt64(indexKey_byte.Reverse().ToArray(), 0);
// Get the object key
ulong objectKey;
byte[] objectKey_byte = new byte[8];
i = index;
for (; index < i + 8; index++)
{
objectKey_byte[index - i] = section[index];
}
objectKey = BitConverter.ToUInt64(objectKey_byte.Reverse().ToArray(), 0);
// Get the type string key
ulong typeStringKey;
byte[] typeStringKey_byte = new byte[8];
i = index;
for (; index < i + 8; index++)
{
typeStringKey_byte[index - i] = section[index];
}
typeStringKey = BitConverter.ToUInt64(typeStringKey_byte.Reverse().ToArray(), 0);
// Skip zeroed data
index += 8;
int size_raw = section.Length - index;
byte[] section_raw_byte = new byte[size_raw];
i = index;
for (; index < i + size_raw; index++)
{
section_raw_byte[index - i] = section[index];
}
tempZOBJ temp = new tempZOBJ();
temp.indexKey = indexKey;
temp.objectKey = objectKey;
temp.typeStringKey = typeStringKey;
temp.rawData = section_raw_byte;
tempList.Add(temp);
}