inode MakeInode(InodeMode Mode, uint Blocks, long Size = 0, long SizeCompressed = 0, ushort Nlink = 1, uint Number = 0, InodeFlags Flags = 0)
{
inode ret;
if (properties.Sign)
{
ret = new DinodeS32()
{
Mode = Mode,
Blocks = Blocks,
Size = Size,
SizeCompressed = SizeCompressed,
Nlink = Nlink,
Number = Number,
Flags = Flags | InodeFlags.unk2 | InodeFlags.unk3,
};
}
else
{
ret = new DinodeD32()
{
Mode = Mode,
Blocks = Blocks,
Size = Size,
SizeCompressed = SizeCompressed,
Nlink = Nlink,
Number = Number,
Flags = Flags
};
}
ret.SetTime(properties.FileTime);
return(ret);
}
public static DinodeS32 ReadFromStream(Stream s)
{
var di = new DinodeS32
{
Mode = (InodeMode)s.ReadUInt16LE(),
Nlink = s.ReadUInt16LE(),
Flags = (InodeFlags)s.ReadUInt32LE(),
Size = s.ReadInt64LE(),
SizeCompressed = s.ReadInt64LE(),
Time1_sec = s.ReadInt64LE(),
Time2_sec = s.ReadInt64LE(),
Time3_sec = s.ReadInt64LE(),
Time4_sec = s.ReadInt64LE(),
Time1_nsec = s.ReadUInt32LE(),
Time2_nsec = s.ReadUInt32LE(),
Time3_nsec = s.ReadUInt32LE(),
Time4_nsec = s.ReadUInt32LE(),
Uid = s.ReadUInt32LE(),
Gid = s.ReadUInt32LE(),
Unk1 = s.ReadUInt64LE(),
Unk2 = s.ReadUInt64LE(),
Blocks = s.ReadUInt32LE(),
db = new block_sig[12],
ib = new block_sig[5],
};
for (var i = 0; i < 12; i++)
{
di.db[i] = new block_sig
{
sig = s.ReadBytes(32),
block = s.ReadInt32LE()
}
}
;
for (var i = 0; i < 5; i++)
{
di.ib[i] = new block_sig
{
sig = s.ReadBytes(32),
block = s.ReadInt32LE()
}
}
;
return(di);
}
};