public TRPReader()
{
this._hdr = new TRPReader.TRPHeader();
this._trophyList = new List <Archiver>();
this._hdrmagic = new byte[4]
{
(byte)220,
(byte)162,
(byte)77,
(byte)0
};
this._throwerror = true;
}
private void ReadHeader(FileStream fs)
{
TRPReader.TRPHeader trpHeader = new TRPReader.TRPHeader();
trpHeader.magic = new byte[4];
trpHeader.version = new byte[4];
trpHeader.file_size = new byte[8];
trpHeader.files_count = new byte[4];
trpHeader.element_size = new byte[4];
trpHeader.dev_flag = new byte[4];
trpHeader.sha1 = new byte[20];
trpHeader.padding = new byte[36];
fs.Read(trpHeader.magic, 0, trpHeader.magic.Length);
fs.Read(trpHeader.version, 0, trpHeader.version.Length);
fs.Read(trpHeader.file_size, 0, trpHeader.file_size.Length);
fs.Read(trpHeader.files_count, 0, trpHeader.files_count.Length);
fs.Read(trpHeader.element_size, 0, trpHeader.element_size.Length);
fs.Read(trpHeader.dev_flag, 0, trpHeader.dev_flag.Length);
switch (TRPReader.byteArrayToLittleEndianInteger(trpHeader.version))
{
case 1:
fs.Read(trpHeader.padding, 0, trpHeader.padding.Length);
break;
case 2:
fs.Read(trpHeader.sha1, 0, trpHeader.sha1.Length);
trpHeader.padding = new byte[16];
fs.Read(trpHeader.padding, 0, trpHeader.padding.Length);
break;
case 3:
fs.Read(trpHeader.sha1, 0, trpHeader.sha1.Length);
trpHeader.padding = new byte[48];
fs.Read(trpHeader.padding, 0, trpHeader.padding.Length);
break;
}
this._hdr = trpHeader;
}
