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Learn C Programming

You're reading from   Learn C Programming A beginner's guide to learning C programming the easy and disciplined way

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Product type Paperback
Published in Jun 2020
Publisher Packt
ISBN-13 9781789349917
Length 646 pages
Edition 1st Edition
Languages
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Author (1):
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Jeff Szuhay Jeff Szuhay
Author Profile Icon Jeff Szuhay
Jeff Szuhay
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Table of Contents (33) Chapters Close

Preface 1. Section 1: C Fundamentals
2. Running Hello, World! FREE CHAPTER 3. Understanding Program Structure 4. Working with Basic Data Types 5. Using Variables and Assignment 6. Exploring Operators and Expressions 7. Exploring Conditional Program Flow 8. Exploring Loops and Iteration 9. Creating and Using Enumerations 10. Section 2: Complex Data Types
11. Creating and Using Structures 12. Creating Custom Data Types with typedef 13. Working with Arrays 14. Working with Multi-Dimensional Arrays 15. Using Pointers 16. Understanding Arrays and Pointers 17. Working with Strings 18. Creating and Using More Complex Structures 19. Section 3: Memory Manipulation
20. Understanding Memory Allocation and Lifetime 21. Using Dynamic Memory Allocation 22. Section 4: Input and Output
23. Exploring Formatted Output 24. Getting Input from the Command Line 25. Exploring Formatted Input 26. Working with Files 27. Using File Input and File Output 28. Section 5: Building Blocks for Larger Programs
29. Working with Multi-File Programs 30. Understanding Scope 31. Other Books You May Enjoy Appendix

Summary

In this chapter, we have taken the basic idea of a one-dimensional array from Chapter 11, Working with Arrays, and extended it to two-dimensional, three-dimensional, 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 in C's 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 one-dimensional arrays to N-dimensional arrays.

In this chapter, we have not spent too much time delving into what the base...

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