Book Image

Learn C Programming. - Second Edition

By : Jeff Szuhay
Book Image

Learn C Programming. - Second Edition

By: Jeff Szuhay

Overview of this book

The foundation for many modern programming languages such as C++, C#, JavaScript, and Go, C is widely used as a system programming language as well as for embedded systems and high-performance computing. With this book, you'll be able to get up to speed with C in no time. The book takes you through basic programming concepts and shows you how to implement them in the C programming language. Throughout the book, you’ll create and run programs that demonstrate essential C concepts, such as program structure with functions, control structures such as loops and conditional statements, and complex data structures. As you make progress, you’ll get to grips with in-code documentation, testing, and validation methods. This new edition expands upon the use of enumerations, arrays, and additional C features, and provides two working programs based on the code used in the book. What's more, this book uses the method of intentional failure, where you'll develop a working program and then purposely break it to see what happens, thereby learning how to recognize possible mistakes when they happen. By the end of this C programming book, you’ll have developed basic programming skills in C that can be easily applied to other programming languages and have gained a solid foundation for you to build on as a programmer.
Table of Contents (37 chapters)
1
Part 1: C Fundamentals
10
Part 2: Complex Data Types
19
Part 3: Memory Manipulation
22
Part 4: Input and Output
28
Part 5: Building Blocks for Larger Programs

Summary

In this chapter, we have taken the basic idea of a 1D array from Chapter 11, Working with Arrays, and extended it to 2D, 3D, and even N-dimensional arrays. A conceptual basis for multi-dimensional arrays has been developed. Then, we have seen how to declare, initialize, access, and iterate over multi-dimensional arrays using C syntax. Emphasis was placed on zero-based array indices (more appropriately known as offsets) and on the somewhat peculiar order in which indices are specified—left to right from the highest-order dimension to the lowest-order dimension. This order, however, lends itself somewhat elegantly to nested looping to iterate over multi-dimensional arrays. This chapter may have seemed long; the intent was to demonstrate how consistently the same concepts can be applied from 1D arrays to N-dimensional arrays.

In this chapter, we have not spent too much time delving into what the base of an array is. Before we can get a greater understanding of array...