public ElfLoader64(ElfImageLoader imgLoader, Elf64_EHdr elfHeader, byte[] rawImage, byte osAbi, byte endianness)
: base(imgLoader, elfHeader.e_machine, endianness)
{
this.Header64 = elfHeader;
this.osAbi = osAbi;
base.rawImage = rawImage;
}
public ElfLoader64(IServiceProvider services, Elf64_EHdr elfHeader, byte osAbi, EndianServices endianness, byte[] rawImage)
: base(services, (ElfMachine)elfHeader.e_machine, endianness, rawImage)
{
this.Header64 = elfHeader;
this.osAbi = osAbi;
base.rawImage = rawImage;
}
public ElfLoader CreateLoader()
{
var rdr = CreateReader(HEADER_OFFSET);
var endianness = this.endianness == ElfLoader.ELFDATA2LSB
? EndianServices.Little
: EndianServices.Big;
if (fileClass == ELFCLASS64)
{
var header64 = Elf64_EHdr.Load(rdr);
return(new ElfLoader64(this.Services, header64, osAbi, endianness, RawImage));
}
else
{
var header32 = Elf32_EHdr.Load(rdr);
trace.Verbose("== ELF header =================");
trace.Verbose(" e_entry: {0}", header32.e_entry);
trace.Verbose(" e_phoff: {0}", header32.e_phoff);
trace.Verbose(" e_shoff: {0}", header32.e_shoff);
trace.Verbose(" e_flags: {0}", header32.e_flags);
trace.Verbose(" e_ehsize: {0}", header32.e_ehsize);
trace.Verbose(" e_phentsize: {0}", header32.e_phentsize);
trace.Verbose(" e_phnum: {0}", header32.e_phnum);
trace.Verbose(" e_shentsize: {0}", header32.e_shentsize);
trace.Verbose(" e_shnum: {0}", header32.e_shnum);
trace.Verbose(" e_shstrndx: {0}", header32.e_shstrndx);
return(new ElfLoader32(this.Services, header32, osAbi, endianness, RawImage));
}
}
public ElfLoader CreateLoader()
{
var rdr = CreateReader(HEADER_OFFSET);
if (fileClass == ELFCLASS64)
{
var header64 = Elf64_EHdr.Load(rdr);
return(new ElfLoader64(this, header64, RawImage, osAbi, endianness));
}
else
{
var header32 = Elf32_EHdr.Load(rdr);
trace.Verbose("== ELF header =================");
trace.Verbose(" e_entry: {0}", header32.e_entry);
trace.Verbose(" e_phoff: {0}", header32.e_phoff);
trace.Verbose(" e_shoff: {0}", header32.e_shoff);
trace.Verbose(" e_flags: {0}", header32.e_flags);
trace.Verbose(" e_ehsize: {0}", header32.e_ehsize);
trace.Verbose(" e_phentsize: {0}", header32.e_phentsize);
trace.Verbose(" e_phnum: {0}", header32.e_phnum);
trace.Verbose(" e_shentsize: {0}", header32.e_shentsize);
trace.Verbose(" e_shnum: {0}", header32.e_shnum);
trace.Verbose(" e_shstrndx: {0}", header32.e_shstrndx);
return(new ElfLoader32(this, header32, RawImage, endianness));
}
}
public ElfLoader CreateLoader()
{
var rdr = CreateReader(HEADER_OFFSET);
if (fileClass == ELFCLASS64)
{
var header64 = Elf64_EHdr.Load(rdr);
return(new ElfLoader64(this, header64, RawImage, osAbi, endianness));
}
else
{
var header32 = Elf32_EHdr.Load(rdr);
return(new ElfLoader32(this, header32, RawImage, endianness));
}
}
private void Given_ImageHeader(ElfMachine machine)
{
eih = new Elf64_EHdr
{
e_machine = (ushort)machine,
};
}
public ElfLoader64(ElfImageLoader imgLoader, Elf64_EHdr elfHeader, byte[] rawImage, byte osAbi)
: base(imgLoader, elfHeader.e_machine)
{
this.Header64 = elfHeader;
this.osAbi = osAbi;
base.rawImage = rawImage;
this.ProgramHeaders64 = new List<Elf64_PHdr>();
this.Relocator = CreateRelocator((ElfMachine)elfHeader.e_machine);
}
