ehdr.Phnum++
	}
	if elf64 {
		ehdr.Shoff += ELF64PHDRSIZE
	} else {
		ehdr.Shoff += ELF32PHDRSIZE
	}
	return e
}

func newElfShdr(name int64) *ElfShdr {
	e := new(ElfShdr)
	e.Name = uint32(name)
	e.shnum = elf.SectionIndex(ehdr.Shnum)
	if ehdr.Shnum >= NSECT {
		Errorf(nil, "too many shdrs")
	} else {
		shdr[ehdr.Shnum] = e
		ehdr.Shnum++
	}

	return e
}

		h := Header32{
			Ident:     [16]byte{0x7F, 'E', 'L', 'F', 0x01, 0x01, 0x01},
			Type:      1,
			Machine:   3,
			Version:   1,
			Shoff:     0x2DD44C,
			Ehsize:    0x34,
			Shentsize: 0x28,
			Shnum:     0,
			Shstrndx:  0xFFFF,
		}
		binary.Write(&buf, binary.LittleEndian, h)

		// Zero out sections [1]~[65294].
		buf.Write(bytes.Repeat([]byte{0}, 0x13ED1C-binary.Size(h)))

		return
	}

	ldr := ctxt.loader
	for _, si := range dwarfp {
		s := si.secSym()
		sect := ldr.SymSect(si.secSym())
		putelfsectionsym(ctxt, ctxt.Out, s, sect.Elfsect.(*ElfShdr).shnum)
	}
}

// dwarfcompress compresses the DWARF sections. Relocations are applied
// on the fly. After this, dwarfp will contain a different (new) set of
// symbols, and sections may have been replaced.