private static byte[] Unparse(ushort[,] syndrome, int version)
{
if (version == 1)
{
return(ParityToSyndrome.Syndrome2Bytes(syndrome));
}
var output = ParityToSyndrome.Syndrome2Parity(syndrome);
var newcontents = new MemoryStream();
using (DBHDR FTYP = new DBHDR(newcontents, "ftyp"))
FTYP.Write("CTDB");
using (DBHDR CTDB = new DBHDR(newcontents, "CTDB"))
{
using (DBHDR HEAD = CTDB.HDR("HEAD"))
{
using (DBHDR VERS = HEAD.HDR("VERS")) VERS.Write(0x101);
}
using (DBHDR DISC = CTDB.HDR("DISC"))
{
using (DBHDR CONF = DISC.HDR("CONF")) CONF.Write(1);
using (DBHDR NPAR = DISC.HDR("NPAR")) NPAR.Write(8);
using (DBHDR CRC_ = DISC.HDR("CRC ")) CRC_.Write(0);
using (DBHDR PAR_ = DISC.HDR("PAR ")) PAR_.Write(output);
}
}
return(newcontents.ToArray());
}
private static byte[] Unparse(ushort[,] syndrome, int version)
{
if (version == 1)
{
return ParityToSyndrome.Syndrome2Bytes(syndrome);
}
var output = ParityToSyndrome.Syndrome2Parity(syndrome);
var newcontents = new MemoryStream();
using (DBHDR FTYP = new DBHDR(newcontents, "ftyp"))
FTYP.Write("CTDB");
using (DBHDR CTDB = new DBHDR(newcontents, "CTDB"))
{
using (DBHDR HEAD = CTDB.HDR("HEAD"))
{
using (DBHDR VERS = HEAD.HDR("VERS")) VERS.Write(0x101);
}
using (DBHDR DISC = CTDB.HDR("DISC"))
{
using (DBHDR CONF = DISC.HDR("CONF")) CONF.Write(1);
using (DBHDR NPAR = DISC.HDR("NPAR")) NPAR.Write(8);
using (DBHDR CRC_ = DISC.HDR("CRC ")) CRC_.Write(0);
using (DBHDR PAR_ = DISC.HDR("PAR ")) PAR_.Write(output);
}
}
return newcontents.ToArray();
}
