public static void BinToJson(string filename)
{
// Create this early on
UnitxtFile unitxt = new UnitxtFile();
string pathPR2 = Path.ChangeExtension(filename, "pr2");
string pathPR3 = Path.ChangeExtension(filename, "pr3");
byte[] dataPR2 = File.ReadAllBytes(pathPR2);
byte[] dataPR3 = File.ReadAllBytes(pathPR3);
dataPR2 = PSOCT.DecompressPRC(dataPR2, true);
dataPR3 = PSOCT.DecompressPRC(dataPR3, true);
ByteArray baPR2 = new ByteArray(dataPR2);
ByteArray baPR3 = new ByteArray(dataPR3);
int shortPointerTableOffset = baPR3.ReadI32();
baPR3.Endianess = Endianess.BigEndian;
int shortPointerTableCount = baPR3.ReadI32();
baPR3.Position = shortPointerTableOffset;
List <int> shortPointerTable = new List <int>();
int chain = 0;
for (int i1 = 0; i1 < shortPointerTableCount; i1++)
{
chain = baPR3.ReadI16() * 4 + chain;
shortPointerTable.Add(chain);
}
// Read starting pointers for the PR2 data
// Last 2 pointers are the ones we need
baPR2.Position = shortPointerTable[shortPointerTable.Count - 2];
baPR2.Endianess = Endianess.BigEndian;
int unitxtTablesPointer = baPR2.ReadI32();
int unitxtStringGroupsPointer = baPR2.ReadI32();
// Judging by other REL files this is the count, but the data says 023C0000...
// Could be an error in the data? We'll find out
baPR2.Position = unitxtTablesPointer;
baPR2.Endianess = Endianess.LittleEndian;
unitxt.tableValue = baPR2.ReadI32();
baPR2.Endianess = Endianess.BigEndian;
int unitxtTablePointer = baPR2.ReadI32();
for (int i1 = 0; i1 < 2; i1++)
{
baPR2.Position = baPR2.ReadI32(unitxtTablePointer + i1 * 4);
unitxt.SomeTables.Add(new List <short>());
for (int i2 = 0; i2 < 0xE0; i2++)
{
short value = baPR2.ReadI16();
unitxt.SomeTables[i1].Add(value);
}
}
for (int i1 = 0; i1 < stringGroupCount; i1++)
{
unitxt.StringGroups.Add(new UnitxtGroup()
{
name = string.Format("Group {0:D2}", i1)
});
int groupPointer = shortPointerTable[shortPointerTable.Count - (stringGroupCount + 2) + i1];
int groupAddress = baPR2.ReadI32(groupPointer);
int nextGroupPointer = shortPointerTable[shortPointerTable.Count - (stringGroupCount + 2) + (i1 + 1)];
int nextGroupAddress = baPR2.ReadI32(nextGroupPointer);
if (i1 >= (stringGroupCount - 1))
{
nextGroupPointer = shortPointerTable[shortPointerTable.Count - 1];
nextGroupAddress = baPR2.ReadI32(nextGroupPointer);
}
while (groupAddress < nextGroupAddress)
{
int stringPointer = baPR2.ReadI32(groupAddress);
string text = baPR2.ReadStringA(-1, stringPointer);
unitxt.StringGroups[i1].entries.Add(text);
groupAddress += 4;
}
unitxt.StringGroups[i1].count = unitxt.StringGroups[i1].entries.Count;
}
string jsonText = Json.Serialize(unitxt, true);
File.WriteAllText(Path.ChangeExtension(filename, ".json"), jsonText);
}
public static void BinToJson(string filename)
{
// Create this early on
UnitxtFile unitxt = new UnitxtFile();
string pathPR2 = Path.ChangeExtension(filename, "pr2");
string pathPR3 = Path.ChangeExtension(filename, "pr3");
byte[] dataPR2 = File.ReadAllBytes(pathPR2);
byte[] dataPR3 = File.ReadAllBytes(pathPR3);
dataPR2 = PSOCT.DecompressPRC(dataPR2, false);
dataPR3 = PSOCT.DecompressPRC(dataPR3, false);
ByteArray baPR2 = new ByteArray(dataPR2);
ByteArray baPR3 = new ByteArray(dataPR3);
int shortPointerTableOffset = baPR3.ReadI32();
int shortPointerTableCount = baPR3.ReadI32();
baPR3.Position = shortPointerTableOffset;
List <int> shortPointerTable = new List <int>();
int chain = 0;
for (int i1 = 0; i1 < shortPointerTableCount; i1++)
{
chain = baPR3.ReadI16() * 4 + chain;
shortPointerTable.Add(chain);
}
int unitxtTablesPointer = shortPointerTable[shortPointerTable.Count - stringGroupCount + 12];
baPR2.Position = baPR2.ReadI32(unitxtTablesPointer);
unitxt.tableValue = baPR2.ReadI32();
unitxt.SomeTables2.Add(new List <byte>());
int unitxtTablesPointer2 = baPR2.ReadI32();
for (int i1 = 0; i1 < 0x70; i1++)
{
byte value = baPR2.ReadU8(unitxtTablesPointer2 + i1);
unitxt.SomeTables2[0].Add(value);
}
int unitxtTablePointer = baPR2.ReadI32();
for (int i1 = 0; i1 < 2; i1++)
{
int unitxtTableOffset = baPR2.ReadI32(unitxtTablePointer + i1 * 4);
unitxt.SomeTables.Add(new List <short>());
for (int i2 = 0; i2 < 0x70; i2++)
{
short value = baPR2.ReadI16(unitxtTableOffset + i2 * 2);
unitxt.SomeTables[i1].Add(value);
}
}
unitxt.SomeTables2.Add(new List <byte>());
unitxtTablesPointer2 = baPR2.ReadI32();
for (int i1 = 0; i1 < 0x30; i1++)
{
byte value = baPR2.ReadU8(unitxtTablesPointer2 + i1);
unitxt.SomeTables2[1].Add(value);
}
int stringGroupsCurrentIndex = 0;
for (int i1 = 0; i1 < stringGroupCount - 1; i1++)
{
if (i1 == 12)
{
continue;
}
unitxt.StringGroups.Add(new UnitxtGroup()
{
name = string.Format("Group {0:D2}", stringGroupsCurrentIndex)
});
int groupPointer = shortPointerTable[shortPointerTable.Count - stringGroupCount + i1];
int groupAddress = baPR2.ReadI32(groupPointer);
int nextGroupPointer = shortPointerTable[shortPointerTable.Count - stringGroupCount + i1];
int nextGroupAddress = baPR2.ReadI32(nextGroupPointer);
// This one goes into the table itself so gotta do some magic
if (i1 == 9)
{
nextGroupPointer = shortPointerTable[shortPointerTable.Count - stringGroupCount + 12];
nextGroupAddress = baPR2.ReadI32(unitxtTablesPointer);
nextGroupAddress += 8;
nextGroupAddress = baPR2.ReadI32(nextGroupAddress);
nextGroupAddress = baPR2.ReadI32(nextGroupAddress);
}
else if (i1 == 11)
{
nextGroupPointer = shortPointerTable[shortPointerTable.Count - stringGroupCount + i1 + 2];
nextGroupAddress = baPR2.ReadI32(nextGroupPointer);
}
else if (i1 == (stringGroupCount - 2))
{
nextGroupPointer = shortPointerTable[shortPointerTable.Count - stringGroupCount];
nextGroupAddress = shortPointerTable[shortPointerTable.Count - stringGroupCount];
}
else
{
nextGroupPointer = shortPointerTable[shortPointerTable.Count - stringGroupCount + i1 + 1];
nextGroupAddress = baPR2.ReadI32(nextGroupPointer);
}
while (groupAddress < nextGroupAddress)
{
int stringPointer = baPR2.ReadI32(groupAddress);
string text = baPR2.ReadStringA(-1, stringPointer);
unitxt.StringGroups[stringGroupsCurrentIndex].entries.Add(text);
groupAddress += 4;
}
unitxt.StringGroups[stringGroupsCurrentIndex].count = unitxt.StringGroups[stringGroupsCurrentIndex].entries.Count;
stringGroupsCurrentIndex++;
}
string jsonText = Json.Serialize(unitxt, true);
File.WriteAllText(Path.ChangeExtension(filename, ".json"), jsonText);
}
