public static Elf32_Rela Read(ImageReader rdr)
{
var o = rdr.ReadUInt32();
var i = rdr.ReadUInt32();
var a = rdr.ReadInt32();
return new Elf32_Rela
{
r_offset = o,
r_info = i,
r_addend = a
};
}
/// <summary>
/// Reads the ELF header.
/// </summary>
/// <returns></returns>
private Elf32_Ehdr ReadElfHeaderStart()
{
var rdr = new ImageReader(RawImage, 0);
var h = new Elf32_Ehdr();
h.e_ident = rdr.ReadBeUInt32();
h.e_class = rdr.ReadByte();
h.endianness = rdr.ReadByte();
h.version = rdr.ReadByte();
h.osAbi = rdr.ReadByte();
rdr.Seek(8); // 8 bytes of padding.
// Now that we know the endianness, read the remaining fields in endian mode.
rdr = CreateImageReader(h.endianness, rdr.Offset);
h.e_type = rdr.ReadInt16();
h.e_machine = rdr.ReadInt16();
h.e_version = rdr.ReadInt32();
h.e_entry = rdr.ReadUInt32();
h.e_phoff = rdr.ReadUInt32();
h.e_shoff = rdr.ReadUInt32();
h.e_flags = rdr.ReadInt32();
h.e_ehsize = rdr.ReadInt16();
h.e_phentsize = rdr.ReadInt16();
h.e_phnum = rdr.ReadInt16();
h.e_shentsize = rdr.ReadInt16();
h.e_shnum = rdr.ReadInt16();
h.e_shstrndx = rdr.ReadInt16();
Dump("e_type: {0}", h.e_type);
Dump("e_machine: {0}", (MachineType) h.e_machine);
Dump("e_version: {0}", h.e_version);
Dump("e_entry: {0:X}", h.e_entry);
Dump("e_phoff: {0:X}", h.e_phoff);
Dump("e_shoff: {0:X}", h.e_shoff);
Dump("e_flags: {0:X}", h.e_flags);
Dump("e_ehsize: {0}", h.e_ehsize);
Dump("e_phentsize: {0}", h.e_phentsize);
Dump("e_phnum: {0}", h.e_phnum);
Dump("e_shentsize: {0}", h.e_shentsize);
Dump("e_shnum: {0}", h.e_shnum);
Dump("e_shstrndx: {0}", h.e_shstrndx);
return h;
}