本章简要介绍Linux中一般的编码结构，并描述诸多与内核打交道的方法。我们首先

关注内核中常见数据类型，比如有效存储、信息检索、编码方法，以及基本汇编语言。这将

为我们在以后的章节中详细分析内核打下基础。接下来介绍Linux如何将源代码编译、链

接成可执行代码，这对理解交叉平台编码和更好地介绍GNU工具集不无益处。之后就是一

系列从Linux内核搜集信息的方法之概要了。本章涉及的内容非常广泛，包括源代码和可

执行代码的分析，以及在Linux内核中插入调试语句。-This chapter provides a brief introduction of Linux in the general coding structure, and describes the many ways to deal with the core. We are primarily concerned with the common core data types, such as the effective storage, information retrieval, coding, and basic assembly language. This will in the subsequent sections of the core lay the foundation for detailed analysis. Then how to introduce Linux source code to compile, link into executable code, which is to understand better cross-platform coding and descr iption of GNU tools are not without benefits. After a series of information from the Linux kernel to collect a summary of the methods. This chapter covered a wide range of content, including source code and executable code analysis, as well as inserted in the Linux kernel debug statement.