source: BOOK/boot/x86_64-64/bootloaders.xml@ 1c78387

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<!DOCTYPE sect1 PUBLIC "-//OASIS//DTD DocBook XML V4.5//EN"
  "http://www.oasis-open.org/docbook/xml/4.5/docbookx.dtd" [
  <!ENTITY % general-entities SYSTEM "../../general.ent">
  %general-entities;
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<sect1 id="ch-boot-building-a-bootloader" role="wrap">
  <?dbhtml filename="building-a-bootloader.html"?>

  <title>Building a bootloader</title>

    <para>On x86 and x86_64 (multilib) architectures, the preferred
    bootloader is GRUB. Unfortunately, GRUB doesn't work on x86_64
    Pure64 - the stage2 files can be correctly built as 32-bit, but the
    <command>grub</command> shell is a 64-bit program, and tries to
    execute some of the stage2 routines - this results in a segmentation
    fault. Therefore, in the final system we use Lilo as the bootloader.
    </para>

    <para>If you already have a bootloader, such as GRUB, installed on
    the system then you should use that to make your new kernel bootable.
    </para>

  <note>
    <para>We will now cross-compile Bin86 and Lilo - these instructions 
    assume you are using an x86_64 machine (e.g. booted fron a Live CD),
    either pure64 or multilib. This approach will not work if you are
    running the machine as i686, because a 32-bit kernel will not be
    able to execute a 64-bit binary to install the bootloader. If that
    is the case, you will need to install an i686 bootloader on the
    host system. 
    </para>
  </note>

</sect1>