To summarize the boot process for PCS.
下面小结pcs的引导过程。
To influence your system's boot process, you can
可以采用以下方法影响您的系统引导过程
Enter the GDB command cont to continue the boot process.
输入gdb命令cont以继续启动过程。
It holds drivers that EFI can use during the boot process.
它包含引导过程中EFI可以使用的驱动程序。
The following steps outline how the Linux boot process works
以下步骤将概要介绍Linux引导进程的工作原理
Sometimes you will need to add parameters to the boot process.
有时需要向引导进程添加参数。
After the BLV is loaded, the kernel takes over the boot process.
加载了BLV后，内核将接管启动过程。
You will use a boot loader like LILO to operate the boot process.
您可以用一个象 LILO 这样的加载程序执行引导过程。
When a boot device is found, the Linux kernel boot process begins.
找到引导设备后，开始Linux内核引导过程。
After you run this command, a window displays showing the boot process.
运行此命令后会出现一个显示引导进程的窗口。
At the end of the boot process, you see a shell prompt, as in Figure 2.
在引导过程的最后，您会看到一个如图2所示的shell提示。
This would help if you need to debug very early during the boot process.
如果您需要在引导过程初始阶段进行调试，那么这将有所帮助。
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。
The typical Linux kernel boot process then occurs, as shown in Figure 3.
典型的Linux内核引导进程继而出现，如图3所示。
If everything is working, the test machine will stop during boot process.
如果一切正常，测试机器将在启动过程中停止。
install= is one of the files used internally by LILO during the boot process.
install=是LILO在引导过程中内部使用的文件之一。
Figure 1 shows the boot process as implemented by both GRUB Legacy and GRUB 2.
图1显示的是GRUBLegacy和GRUB2各自实现的启动过程。
Along with the kernel messages emitted, the time for the boot process is also shown.
伴随内核消息的发出，引导进程的时间也会显示。
As part of the boot process, UnionFS USES TMPFS to create a read-write root filesystem.
作为引导过程的一部分，UnionFS使用tmpfs来创建读写根文件系统。
This completes your introduction to guiding your Linux system through the boot process.
我们对通过引导进程引导Linux系统的介绍就到此结束了。
This speeds up the boot process by taking advantage of a new kernel mode setting feature.
通过利用一种新的内核模式设置特性加速了开机进程。
Measuring where the boot process is spending its time is the first step to optimizing it.
了解引导过程的时间花在何处是优化它的第一步。 这个 新的内核跟踪选项 提供了测量和改进Linux 引导时间的方法。
At the end of this line add acpi=off noapic, press return and B to start the boot process.
在此行末尾加上acpi=off noapic，按回车及B键进行启动。
Now let's dig in a little further and explore some of the details of the Linux boot process.
现在让我们深入挖掘一下这个过程，并深入研究一下Linux引导过程的一些详细信息。
The kdb=early flag will result in control being passed to KDB very early in the boot process.
kdb=early标志将导致在引导过程的初始阶段就把控制权传递给 KDB。
Optionally, you can use a command-line shell for greater manual control over the boot process.
另外，我们也可以使用一个命令行的shell 对引导过程进行高级手工控制。
Why speed up the boot process if the current system is equivalent to whatever else is offering?
如果系统对所提供的一切都是一样的速度那为什么还要提高启动速度呢？
After the init process has been loaded and is running the boot process, init calls rc.boot.
加载init进程并运行了该根进程后，init调用rc . boot。
When the boot process finishes, you can log in as root in the system and create normal user accounts.
引导过程结束时，您可作为系统的根用户登录，创建普通用户账户。
After the kernel is done loading, it tries to run the init program to finalize the boot process. Now.
在内核加载完成后，它会运行init程序来结束引导进程。
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