You're reading from Learn C Programming. - Second Edition

Product type Book

Published in Aug 2022

Publisher Packt

ISBN-13 9781801078450

Pages 742 pages

Edition 2nd Edition

Languages

Concepts

Programming Language

Author (1):

Jeff Szuhay

Table of Contents (37) Chapters

Preface

1. Part 1: C Fundamentals

2. Chapter 1:Running Hello, World!

3. Chapter 2: Understanding Program Structure

4. Chapter 3: Working with Basic Data Types

5. Chapter 4: Using Variables and Assignments

6. Chapter 5: Exploring Operators and Expressions

7. Chapter 6: Exploring Conditional Program Flow

8. Chapter 7: Exploring Loops and Iterations

9. Chapter 8: Creating and Using Enumerations

10. Part 2: Complex Data Types

11. Chapter 9: Creating and Using Structures

12. Chapter 10: Creating Custom Data Types with typedef

13. Chapter 11: Working with Arrays

14. Chapter 12: Working with Multi-Dimensional Arrays

15. Chapter 13: Using Pointers

16. Chapter 14: Understanding Arrays and Pointers

17. Chapter 15: Working with Strings

18. Chapter 16: Creating and Using More Complex Structures

19. Part 3: Memory Manipulation

20. Chapter 17: Understanding Memory Allocation and Lifetime

21. Chapter 18: Using Dynamic Memory Allocation

22. Part 4: Input and Output

23. Chapter 19: Exploring Formatted Output

24. Chapter 20: Getting Input from the Command Line

25. Chapter 21: Exploring Formatted Input

26. Chapter 22: Working with Files

27. Chapter 23: Using File Input and File Output

28. Part 5: Building Blocks for Larger Programs

29. Chapter 24: Working with Multi-File Programs

30. Chapter 25: Understanding Scope

31. Chapter 26: Building Multi-File Programs with Make

32. Chapter 27:Creating Two Card Programs

33. Epilogue

Taking the next steps

34. Assessments

35. Other Books You May Enjoy

Appendix

Understanding basic file concepts

Up to this point, data inputs and outputs have moved into and out of our C programs via streams through scanf(), printf(), or other related I/O functions. However, most data exists on computers in files. Files represent persistent data storage in that they exist between invocations of any programs and exist even when a computer is turned off.

Any file will have been created because a program captured input from the user and saved it to a storage medium. The files could've been modified by another program and then saved, they could have been copied by any number of programs, or they could have been created from other files by yet another program. Ultimately, nothing happens to a file unless a program does something to it.