When there is a hierarchy of class loaders, the root class loader, which is the bootstrap class loader, attempts to load the class first.
当类加载器存在一个层次结构时，根类加载器(即引导类加载器)将首先尝试加载类。
Each class loader also keeps a reference to a parent class loader, defining a tree of class loaders with the bootstrap loader at the root.
每个类装入器还保留对父类装入器的引用，这样就定义了类装入器树，树根为引导程序装入器。
Bootstrap isn't the only class loader.
引导程序不是唯一的类装入器。
Because these are trusted system classes, the bootstrap loader skips much of the validation that gets done for normal (untrusted) classes.
因为这些是可信的系统类，所以引导程序装入器跳过了对常规(不可信)类所做的大量验证。
Notice that there is no output for the bootstrap class loader.
请注意，引导类装入器没有输出。
This is called the system domain and includes classes loaded by the system (application) loader, the extensions loader, and the bootstrap loader.
这称为系统域并包括由系统(应用程序)装载器、扩展装载器和bootstrap装载器装载的类。
All the BIOS really had to do was load that first chunk of code (called the bootstrap loader, or bootloader) and let the machine run.
BIOS实际上需要做的事情是加载第一段代码(称为引导加载程序(bootstrap loader)或bootloader)，并让机器开始运行。
The extension class loader (also known as the standard extensions class loader) is a child of the bootstrap class loader.
扩展（extension）类装入器（也称作标准扩展 类装入器）是引导类装入器的一个孩子。
To use a bootstrap loader routine.
使用引导装入程序。
This paper describes in detail the guiding process of an operating system, involving an implementation of a bootstrap loader and a simple kernel based on IA32.
文章在对嵌入式系统的特点分析后，描述了基于嵌入式操作系统引导过程，设计并实现了一个引导器和一个基于IA32的内核。
The bootstrap loader reads the kernel into memory and passes the control to it in order to finish the switching to protected mode as well as the set of interrupts.
引导程序将内核读取至内存并启动，完成了向保护模式的切换以及中断的设置。
使用引导装入程序。
引导装入程序的简称。
To use a bootstrap loader routine.
引导装入程序的简称。
To use a bootstrap loader routine.
引导装入程序的简称。
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