public itemFormat(BinaryReader br, FFXIEncoding FFXIConvert)
{
String[] ItemTexts = new String[9];
itemHeader = new itemHeaderFormat(br);
long data_pos = 0;
UInt32 num_strings = 0, offset = 0, flags = 0;
// Objects (General Items) skip 6 bytes
// Objects (General Items) skip 10 bytes (another 4 [UINT32]) sometime before January 8, 2014)
if ((itemHeader.ID <= 0x0FFF) && (itemHeader.ID >= 0x0000))
br.BaseStream.Position = itemHeader.HeaderSize + 10;
// Usable items skip 2 bytes
// Usable Items skip 6 bytes as of March 10, 2008 Update (new UINT32)
// Usable Items skip another 4 bytes (total of 10) sometime before January 8, 2014 (new UINT32)
else if ((itemHeader.ID <= 0x1FFF) && (itemHeader.ID >= 0x1000))
br.BaseStream.Position = itemHeader.HeaderSize + 10;
// Gil skip just 2 bytes
else if (itemHeader.ID == 0xFFFF)
br.BaseStream.Position = itemHeader.HeaderSize + 2;
// Puppet Items, skip 8 bytes
else if ((itemHeader.ID <= 0x27FF) && (itemHeader.ID >= 0x2000))
br.BaseStream.Position = itemHeader.HeaderSize + 10; // Unknown is 0x04 bytes not 0x02
// Armor Specific Info, 22 bytes to skip to get to text
// 26 in March 10, 2008 Update (new UINT32)
else if ((itemHeader.ID <= 0x3FFF) && (itemHeader.ID >= 0x2800))
br.BaseStream.Position = itemHeader.HeaderSize + 26;
// Weapon Specific Info, 30 bytes to skip
// 34 bytes in March 10, 2008 Update (new UINT32)
else if ((itemHeader.ID <= 0x6FFF) && (itemHeader.ID >= 0x4000))
br.BaseStream.Position = itemHeader.HeaderSize + 34;
// Unknown, should not have anything in the way...
else br.BaseStream.Position = itemHeader.HeaderSize + 2;
data_pos = br.BaseStream.Position;
num_strings = br.ReadUInt32();
long fallback_pos = 0;
for (int i = 0; (i < num_strings); i++)
{
// if (num_strings >= 5)
//{ int x = i; }
offset = br.ReadUInt32();
flags = br.ReadUInt32();
fallback_pos = br.BaseStream.Position;
// Indicator (UInt32) + UInt32 x 6 Padding before text
br.BaseStream.Position = data_pos + offset + 28;
byte[] b = new byte[4];
int counter = 0;
do
{
if (br.BaseStream.Position >= br.BaseStream.Length) break;
if (b == null)
b = new byte[4];
else if ((counter + 4) > b.Length)
Array.Resize(ref b, (int)(counter + 4));
b[counter++] = br.ReadByte();
b[counter++] = br.ReadByte();
b[counter++] = br.ReadByte();
b[counter++] = br.ReadByte();
if (b[counter - 1] == 0x00)
break;
} while (true);
/*if (i > ItemTexts.Length)
{
i = i+0;
break;
}*/
ItemTexts[i] = FFXIConvert.GetString(b).Trim().Trim("\0\u0001.".ToCharArray());
br.BaseStream.Position = fallback_pos;
}
text = ItemTexts[0];
if (num_strings <= 4) // Japanese (no log name, same as shortname)
logtext = text;
else if (num_strings <= 5) // English (shortname, logname is position 3)
logtext = ItemTexts[2];
else if (num_strings <= 6) // French (shortname, logname is position 4)
logtext = ItemTexts[3];
else if (num_strings <= 9)
logtext = ItemTexts[4];
else logtext = text;
}
public d_msgEntryFormat(BinaryReader _bfile, d_msgHeaderFormat _header, FFXIEncoding FFXIConvert)
{
if (_bfile.BaseStream.Position == _bfile.BaseStream.Length)
return;
// Loader for the new way as of April 2007
long start_of_data_block = _bfile.BaseStream.Position;
long saved_pos = _bfile.BaseStream.Position;
UInt32 string_count;
if (_header.ToCSize == 0) // no ToC, use EntrySize
{
#region if _header.ToCSize == 0 (Use EntrySize)
start_of_data_block = _bfile.BaseStream.Position;
if (_header.AreBitsFlipped)
string_count = ~(_bfile.ReadUInt32());
else string_count = _bfile.ReadUInt32();
if ((string_count < 1) || (string_count > 100))
{
_bfile.BaseStream.Position = start_of_data_block + _header.EntrySize;
return;
}
data = new String[string_count];
byte[] b;
UInt32 type = 0;
for (int str_cnt = 0; str_cnt < string_count; str_cnt++)
{
data[str_cnt] = String.Empty;
if (_header.AreBitsFlipped)
{
offset = ~(_bfile.ReadUInt32());
length = ~(_bfile.ReadUInt32()); // Use "length" for flags
}
else
{
offset = _bfile.ReadUInt32();
length = _bfile.ReadUInt32(); // Use "length" for flags
}
saved_pos = _bfile.BaseStream.Position;
_bfile.BaseStream.Position = start_of_data_block + offset;
type = _bfile.ReadUInt32();
if (_header.AreBitsFlipped)
type = ~type;
b = new byte[4];
if ((length == 1) && (str_cnt == 0) && (string_count > 3)) // It's not a String.
{
// Hack right now for Key Items.
MessageID = (byte)(type & 0x00FF); // already converted.
GroupID = (byte)((type & 0xFF00) >> 8);
_bfile.BaseStream.Position = saved_pos;
continue;
}
else if (length == 1)
{
_bfile.BaseStream.Position = saved_pos;
continue;
}
_bfile.BaseStream.Position += 24; // add 24 bytes to get to actual text.
byte[] b_xfer = null;
do
{
b[0] = _bfile.ReadByte();
b[1] = _bfile.ReadByte();
b[2] = _bfile.ReadByte();
b[3] = _bfile.ReadByte();
if (_header.AreBitsFlipped)
{
b[0] = (byte)(~((uint)b[0]));
b[1] = (byte)(~((uint)b[1]));
b[2] = (byte)(~((uint)b[2]));
b[3] = (byte)(~((uint)b[3]));
}
if (b_xfer == null)
b_xfer = new byte[4];
else Array.Resize(ref b_xfer, b_xfer.Length + 4);
b_xfer[b_xfer.Length - 4] = b[0];
b_xfer[b_xfer.Length - 3] = b[1];
b_xfer[b_xfer.Length - 2] = b[2];
b_xfer[b_xfer.Length - 1] = b[3];
if (b[3] == 0x00)
break;
} while (true);
data[str_cnt] = FFXIConvert.GetString(b_xfer).Trim('\0');
_bfile.BaseStream.Position = saved_pos;
}
_bfile.BaseStream.Position = start_of_data_block + _header.EntrySize;
#endregion
}
else if (_header.EntrySize == 0) // use ToCSize
{
#region if _header.EntrySize == 0 (Use ToCSize)
start_of_data_block = _header.HeaderSize + _header.ToCSize;
offset = _bfile.ReadUInt32();
length = _bfile.ReadUInt32();
if (_header.AreBitsFlipped)
{
offset = ~offset;
length = ~length;
}
saved_pos = _bfile.BaseStream.Position;
_bfile.BaseStream.Position = start_of_data_block + offset + 40;
data = new String[1];
if (_header.AreBitsFlipped)
data[0] = FFXIConvert.GetString(Fix(_bfile.ReadBytes((int)length - 40))).Trim('\0');
else data[0] = FFXIConvert.GetString(_bfile.ReadBytes((int)length - 40)).Trim('\0');
_bfile.BaseStream.Position = saved_pos;
#endregion
}
else return;
}