internal static InstrumentTuning ReadData(AwesomeReader ar)
{
InstrumentTuning tuning = new InstrumentTuning();
// 40 bytes
tuning.Name = ar.ReadUInt64();
tuning.String1 = ar.ReadInt24() & 0xFF;
tuning.String1Alt = ar.ReadByte();
tuning.String2 = ar.ReadInt24() & 0xFF;
tuning.String2Alt = ar.ReadByte();
tuning.String3 = ar.ReadInt24() & 0xFF;
tuning.String3Alt = ar.ReadByte();
tuning.String4 = ar.ReadInt24() & 0xFF;
tuning.String4Alt = ar.ReadByte();
tuning.String5 = ar.ReadInt24() & 0xFF;
tuning.String5Alt = ar.ReadByte();
tuning.String6 = ar.ReadInt24() & 0xFF;
tuning.String6Alt = ar.ReadByte();
tuning.String7 = ar.ReadInt24() & 0xFF;
tuning.String7Alt = ar.ReadByte();
tuning.String8 = ar.ReadInt24() & 0xFF;
tuning.String8Alt = ar.ReadByte();
return(tuning);
}
internal static void WriteData(AwesomeWriter aw, InstrumentTuning tuning)
{
// 40 bytes
aw.Write((ulong)tuning.Name);
aw.Write((int)(tuning.String1 << 8 | tuning.String1Alt));
aw.Write((int)(tuning.String2 << 8 | tuning.String2Alt));
aw.Write((int)(tuning.String3 << 8 | tuning.String3Alt));
aw.Write((int)(tuning.String4 << 8 | tuning.String4Alt));
aw.Write((int)(tuning.String5 << 8 | tuning.String5Alt));
aw.Write((int)(tuning.String6 << 8 | tuning.String6Alt));
aw.Write((int)(tuning.String7 << 8 | tuning.String7Alt));
aw.Write((int)(tuning.String8 << 8 | tuning.String8Alt));
}
protected override void WriteObjectData(AwesomeWriter aw)
{
aw.Write((ulong)InstrumentType);
aw.Write((ulong)Difficulty);
aw.BaseStream.Position += 8; // Should be zero'd
InstrumentTuning.WriteData(aw, Tuning);
aw.Write((int)TrackPaths.Count);
aw.Write((int)4);
foreach (HKey path in TrackPaths)
{
aw.Write((ulong)path);
}
}
internal override void ReadData(AwesomeReader ar)
{
TrackPaths.Clear();
InstrumentType = ar.ReadUInt64();
Difficulty = ar.ReadUInt64();
ar.BaseStream.Position += 8; // Should be zero'd
// Reads tuning info
Tuning = InstrumentTuning.ReadData(ar);
// Reads track paths
int count = ar.ReadInt32();
ar.BaseStream.Position += 4; // Offset - Should be 4
for (int i = 0; i < count; i++)
{
TrackPaths.Add(ar.ReadUInt64());
}
}
internal override void ReadData(AwesomeReader ar)
{
Entries.Clear();
int entryCount = ar.ReadInt32();
ar.BaseStream.Position += 4; // Should be 4
while (entryCount > 0)
{
Catalog2Entry entry = new Catalog2Entry();
// 280 bytes
entry.Identifier = ar.ReadUInt64();
entry.SongType = ar.ReadInt32();
ar.BaseStream.Position += 4; // Should be 0
entry.Title = ar.ReadUInt64();
entry.Artist = ar.ReadUInt64();
entry.Album = ar.ReadUInt64();
entry.Description = ar.ReadUInt64();
entry.LegendTag = ar.ReadUInt64();
entry.SongLength = ar.ReadSingle();
entry.GuitarIntensity = ar.ReadSingle();
entry.BassIntensity = ar.ReadSingle();
entry.VoxIntensity = ar.ReadSingle();
entry.EraTag = ar.ReadUInt64();
entry.Year = ar.ReadInt32();
ar.BaseStream.Position += 4; // Should be 0
entry.LeadGuitarTuning = InstrumentTuning.ReadData(ar);
entry.RhythmGuitarTuning = InstrumentTuning.ReadData(ar);
entry.BassTuning = InstrumentTuning.ReadData(ar);
// Reads labels
int count = ar.ReadInt32();
int offset = ar.ReadInt32();
long previousPosition = ar.BaseStream.Position;
ar.BaseStream.Position += offset - 4;
for (int i = 0; i < count; i++)
{
entry.Labels.Add(ar.ReadUInt64());
}
ar.BaseStream.Position = previousPosition;
entry.SongPath = ar.ReadUInt64();
entry.TexturePath = ar.ReadUInt64();
entry.PreviewPath = ar.ReadUInt64();
// Reads metadata tags
count = ar.ReadInt32();
offset = ar.ReadInt32();
previousPosition = ar.BaseStream.Position;
ar.BaseStream.Position += offset - 4;
for (int i = 0; i < count; i++)
{
entry.MetadataTags.Add(ar.ReadUInt64());
}
ar.BaseStream.Position = previousPosition;
// Reads genre tags
count = ar.ReadInt32();
offset = ar.ReadInt32();
previousPosition = ar.BaseStream.Position;
ar.BaseStream.Position += offset - 4;
for (int i = 0; i < count; i++)
{
entry.GenreTags.Add(ar.ReadUInt64());
}
ar.BaseStream.Position = previousPosition;
int unknown = ar.ReadInt32();
entry.Unknown1 = (byte)((unknown & 0xFF000000) >> 24);
entry.Unknown2 = (byte)((unknown & 0x00FF0000) >> 16);
entry.Unknown3 = ar.ReadInt32();
entry.Unknown4 = ar.ReadInt32();
entry.Unknown5 = ar.ReadInt32();
ar.BaseStream.Position += 8; // Should be 0
Entries.Add(entry);
entryCount--;
}
}
protected override void WriteObjectData(AwesomeWriter aw)
{
// Combines all the tags together
List <FString> tags = new List <FString>();
aw.Write((int)Entries.Count);
aw.Write((int)4);
long tagOffset = aw.BaseStream.Position + (Entries.Count * 280);
// Writes entries
foreach (Catalog2Entry entry in Entries)
{
aw.Write((ulong)entry.Identifier);
aw.Write((int)entry.SongType);
aw.Write((int)0);
aw.Write((ulong)entry.Title);
aw.Write((ulong)entry.Artist);
aw.Write((ulong)entry.Album);
aw.Write((ulong)entry.Description);
aw.Write((ulong)entry.LegendTag);
aw.Write((float)entry.SongLength);
aw.Write((float)entry.GuitarIntensity);
aw.Write((float)entry.BassIntensity);
aw.Write((float)entry.VoxIntensity);
aw.Write((ulong)entry.EraTag);
aw.Write((int)entry.Year);
aw.Write((int)0);
// Tunings
InstrumentTuning.WriteData(aw, entry.LeadGuitarTuning);
InstrumentTuning.WriteData(aw, entry.RhythmGuitarTuning);
InstrumentTuning.WriteData(aw, entry.BassTuning);
// Labels
aw.Write((int)entry.Labels.Count);
aw.Write((int)(tagOffset - aw.BaseStream.Position));
tagOffset += entry.Labels.Count * 8;
tags.AddRange(entry.Labels);
aw.Write((ulong)entry.SongPath);
aw.Write((ulong)entry.TexturePath);
aw.Write((ulong)entry.PreviewPath);
// Metadata tags
aw.Write((int)entry.MetadataTags.Count);
aw.Write((int)(tagOffset - aw.BaseStream.Position));
tagOffset += entry.MetadataTags.Count * 8;
tags.AddRange(entry.MetadataTags);
// Genre tags
aw.Write((int)entry.GenreTags.Count);
aw.Write((int)(tagOffset - aw.BaseStream.Position));
tagOffset += entry.GenreTags.Count * 8;
tags.AddRange(entry.GenreTags);
aw.Write((int)(entry.Unknown1 << 24 | entry.Unknown2 << 16));
aw.Write((int)entry.Unknown3);
aw.Write((int)entry.Unknown4);
aw.Write((int)entry.Unknown5);
aw.BaseStream.Position += 8;
}
// Writes tags
foreach (FString tag in tags)
{
aw.Write((ulong)tag);
}
}
protected override void WriteObjectData(AwesomeWriter aw)
{
aw.BaseStream.Position += 8;
InstrumentTuning.WriteData(aw, InstrumentTuning);
}
internal override void ReadData(AwesomeReader ar)
{
ar.BaseStream.Position += 8; // Skips zeros
InstrumentTuning = InstrumentTuning.ReadData(ar);
}