Preface to the one stop learning of LinuxC programming

14.A representation of the number in the computer.

15.Detailed explanation of data types.

Integer floating-point type.

Type conversion. 16.Operators in detail.

Bitwise operations with other operators.

side effect and sequence point operators.

17.Fundamentals of Computer Architecture.

18.x86 assembler basics.

The simplest assembler.

x86 registers.

Second assembler.

Addressing method. ELF file.

19.Relationship between compilation and c.

20.Links for a detailed explanation.

Links to multi-objects.

Definitions and Declarations.

Static libraries share libraries.

Virtual memory management.

21.Pretreatment.

Steps for pretreatment.

The macro defines conditional preprocessing instructions.

Other pre-processing features.

22.makefile basis.

23.Pointer.

24.Functional interfaces.

Prerequisites for this chapter.

Incoming and outgoing parameters.

Parameters for two-layer pointers.

The return value is the case for the pointer.

**Function. Variadics.

25.c Standard Library.

String manipulation functions.

Standard IO library functions.

Numeric string conversion function.

A function that allocates memory.

This chapter is a comprehensive exercise.

26.Linked lists.

27.Binary trees and hash tables.

"Linux C Programming One-stop Learning" has two clues, one clue is to use the Linux platform as the carrier to comprehensively and deeply introduce the syntax of the C language and the working principle of the program, and the other clue is to introduce the basic ideas of program design and development and debugging methods. "Linux C Programming One-stop Learning" is divided into two parts: the first part explains the basic ideas and methods of programming language and programming, so that readers can understand C language conceptually; The second part combines the knowledge of the operating system and architecture to explain how the program works, so that the reader can understand the C language in essence.

Linux C Programming One-stop Learning" is the first textbook for beginners to learn C language and help readers lay a solid foundation. Readers who have some programming experience but an incomplete knowledge system can also check and fill in the gaps with "Linux C Programming One-stop Learning" to gain a deeper understanding of how the program works. "Linux C Programming One-stop Learning" was originally one of the textbooks tailored for the embedded Linux system engineer employment class course of Beijing Asia Embedding Education and Research Center, and is also suitable as a textbook for the basic course of programming in colleges and universities.

Linux C Programming One-stop Learning" is a very comprehensive introduction to the syntax of the C language, and has done a lot of interpretation of the C99 standard, so it can also be used as a concise reference book for the grammar of the C language.

Linux was born in 1991 and developed from UNIX. Almost every day Linux is present in our lives in some way, and we have lost count of how many applications are on Linux and how many institutions are using it. Countless large enterprises at home and abroad are using Linux systems as server solutions, especially in the field of embedded development, and the application of Linux is increasing.

There are about 1,230,000 web pages related to "Linux Software Engineering Hidden Slider" on the search, which shows that there is a huge demand for program development on the Linux platform.

The author writes this book based on his years of experience in developing C programs under Linux, and incorporates a large number of program examples. This book is suitable for readers of all levels.

Linux C Programming from Beginner to Mastery" is a book edited by Zhang Fan and published by the Electronic Industry Publishing House in April 2011. This book explains the C programming under the Linux platform in simple terms and step by step, and helps readers quickly master the methods and skills of C programming under Linux through a large number of program examples and demonstrations of comprehensive development cases. The book is informative and divided into three parts.

The first part is the basic part, with a total of 5 chapters, which mainly explain the overview of the Linux system, the basics of C language programming, the two common textors VI and EMACS under Linux, the program compiler GCC and the debugger GDB, and the Make management tool. The second part is the improvement chapter, with a total of 7 chapters, which mainly explain the system calls of various operations under the Linux system, including file operation, process control, inter-process communication, network programming, GTK+ graphical interface programming, etc. The third part is the practical chapter, with a total of 5 chapters, which are 5 comprehensive cases of C program development under the Linux platform, and elaborate on the methods and skills of Linux bench operation, GTK+ graphical interface programming, Linux network programming, and embedded software development based on the Linux platform.

This book is compiled by the author based on years of development experience, the language is easy to understand, rich in content, focusing on examples, and covering a wide range of knowledge. It is very suitable for beginners and undergraduates and graduate students of C programming under the Linux platform, and it is also suitable for engineers who develop C programs under the Linux system to consult and learn.