You should be able to use your chosen boot loader to boot normally as described above.
您应该能够使用所选的启动加载程序按前面描述的方式执行引导。
Refer to the companion article "Learn Linux, 101: boot managers" if you need to review boot loader installation or basic booting.
如果您想回顾启动加载程序安装或基本引导过程，请参阅配套文章“学习Linux, 101：引导程序”。
The first step of the boot process is the boot loader shown in Figure 1.
引导过程的第一个步骤是图1 所示的引导载入程序。
At the boot loader prompt, you can press the Tab key to see all of the available labels you can type to boot your machine.
在引导载入程序提示时，可按tab键查看可为引导机器而键入的全部可用标记。
什么是引导加载程序？
L: The first stage boot loader has been loaded.
L：第一阶段引导加载程序已经被加载。
LI: The second stage boot loader has been loaded.
LI：第二阶段引导加载程序已经被加载。
Select the appropriate boot loader configuration, as shown in Figure 8.
选择适当的引导加载程序配置，如图 8 所示。
Set the boot loader password, as shown in Figure 10.
设置引导加载程序密码，如图10所示。
This holds both the primary and secondary parts of the boot loader.
它同时包含有引导加载程序的主要部分和二级部分。
Edit grub.conf of your Linux boot loader.
编辑Linux引导加载程序的grub . conf。
Before I discuss booting up your new drive, a little boot loader theory is required.
在讨论引导新的驱动器之前，需要了解一些引导加载程序理论。
Sooner or later, other distributions will deploy GRUB 2 as the default boot loader.
其他发行版迟早都会将GRUB2部署为默认引导加载程序。
LILO halting at this point indicates the second stage boot loader could not be executed.
LILO在此处停止表示第二阶段引导加载程序不能被执行。
With the images ready, the stage 2 boot loader invokes the kernel image.
当这些映像文件准备好之后，阶段2的引导加载程序就可以调用内核映像了。
The screen that appears prompts you to customize the boot loader configuration, as shown in Figure 12.
显示的屏幕会提示您对引导加载程序配置进行定制，如图 12 所示。
The LILO boot loader is loaded by the BIOS.
LILO引导加载程序是由bios加载的。
The first 446 bytes are the primary boot loader, which contains both executable code and error message text.
前 446个字节是主引导加载程序，其中包含可执行代码和错误消息文本。
Get the latest version of the GRUB boot loader, and take a look at GRUB2 as well.
获得最新版本的GRUB引导加载程序，同时也了解一下GRUB2。
The installation process for your distribution will probably give you a choice of which boot loader to set up.
您的发行版的安装过程可能支持选择设置哪个启动加载程序。
With the kernel image in memory and control given from the stage 2 boot loader, the kernel stage begins.
当内核映像被加载到内存中，并且阶段2 的引导加载程序释放控制权之后，内核阶段就开始了。
If you change your LILO config file, you have to rewrite the LILO stage one boot loader to the MBR.
如果修改了LILO配置文件，必须将LILO第一阶段引导加载程序重写到MBR。
And yet many people who have used and loved LILO still find it to be the boot loader of choice.
但是，还有很多使用过并忠爱LILO的人仍然选择LILO作为引导加载程序。
Sooner or later, you may find that your GRUB configuration file format has changed, because your distribution has changed its boot loader.
您迟早会发现GRUB配置文件格式已改变，因为发行版已改变其引导加载程序。
Once this has loaded, it then enters an intermediate stage between the common boot loader stages one and two (or for argument's sake, stage 1.5).
加载后，它进入第一阶段和第二阶段引导加载程序之间的中间阶段(为了方便讨论，可称为第1.5阶段)。
Stage 1 (MBR) boots a stage 1.5 boot loader that understands the particular file system containing the Linux kernel image.
阶段1 (MBR)引导了一个阶段1.5的引导加载程序，它可以理解包含Linux内核映像的特殊文件系统。
You can use GRUB or LILO to pass parameters to the kernel to control the way that your kernel starts the system once it has been loaded by the boot loader.
您可以使用GRUB或LILO来将参数传递到内核，控制内核被启动加载程序加载后启动系统的方式。
Patched versions of GRUB Legacy with GPT support are available and ship with most modern distributions, but you may prefer using a boot loader with official GPT support.
可以使用带GPT支持的GRUB legacy补丁版本，多数现代发行版都附带这个版本，但您可能宁愿使用带正式GPT支持的引导加载程序。
A lot of the hardest work in x86 systems is building the tiny little block of code that loads the real boot loader; a more flexible BIOS could do that work and make the problem go away.
x86系统中很多最为困难的工作是构建小型的代码块来加载真正的引导加载程序；更灵活的BIOS可以完成这种工作，并解决这个问题。
After POST, the loader from a ROM loads the boot sector, which then loads the operating system from the active partition.
在POST之后，ROM中的加载程序将载入引导扇区，该扇区随后将从活动分区中载入操作系统。
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