BOOK_PROGRAMS
Textbook Programs for ISC_2012

BOOK_PROGRAMS contains C programs that appear as examples in the textbook for ISC_2012, "Programming in C", by Stephen Kochan.

Chapter 1: Introduction

• (No program examples were given for this chapter.)

Chapter 2: Some Fundamentals

• (No program examples were given for this chapter.)

Chapter 3: Compiling and Running Your First Programs

• p3.1.c, Writing Your First C Program
• p3.2.c, Printing More than One Line
• p3.3.c, Displaying Multiple Lines of Output
• p3.4.c, Displaying Variables
• p3.5.c, Displaying Multiple Values
• p3.6.c, Using Comments in a Program

Chapter 4: Variables, Data Types, and Arithmetic Expressions

• p4.1.c, Using the Basic Data Types
• p4.2.c, Using the Arithmetic Operators
• p4.3.c, More Examples with Arithmetic Operators
• p4.4.c, Illustrating the Modulus Operator
• p4.5.c, Converting Between Integers and Floats

Chapter 5: Program Looping

• p5.1.c, Calculating the Eighth Triangular Number
• p5.2.c, Calculating the 200th Triangular Number
• p5.3.c, Generating a Table of Triangular Numbers
• p5.3a.c, Generating a Table of Triangular Numbers (revised)
• p5.4.c, Asking the User for Input
• p5.5.c, Using Nested FOR Loops
• p5.6.c, Introducing the WHILE Statement
• p5.7.c, Finding the Greatest Common Divisor
• p5.8.c, Reversing the Digits of a Number
• p5.9.c, A Revised Program to Reverse the Digits of a Number

Chapter 6: Making Decisions

• p6.1.c, Calculating the Absolute Value of an Integer
• p6.2.c, Calculating the Average of a Set of Grades
• p6.3.c, Determining if a Number is Even or Odd
• p6.4.c, Revised Program to Determine if a Number is Even or Odd
• p6.5.c, Determining if a Year is a Leap Year
• p6.6.c, Implementing the SIGN Function
• p6.7.c, Categorizing a Single Character
• p6.8.c, Evaluating simple expressions, using if/elseif/else.
• p6.8a.c, Revised program to evaluate a simple expression, checking for zero divisors.
• p6.9.c, Revised program to evaluate a simple expression, using "switch"
• p6.10.c, Generating a table of prime numbers.
• p6.10a.c, Revised program to generate a table of prime numbers, using a boolean variable.

Chapter 7: Working with Arrays

• p7.1.c, Working with an Array
• p7.2.c, Demonstrating an Array of Counters
• p7.3.c, Generating Fibonacci Numbers
• p7.4.c, Revised Program to Generate Prime Numbers
• p7.5.c, Initializing Arrays
• p7.6.c, Introducting Character Arrays
• p7.7.c, Converting a Positive Integer to Another Base
• p7.8.c, Generating Fibonacci Numbers Using Variable-Length Arrays

Chapter 8: Working with Functions

• p8.1.c, Writing a function in C
• p8.2.c, Calling functions
• p8.3.c, More on calling functions
• p8.4.c, Calculating the n-th triangular number
• p8.5.c, Revised program to find the greatest common divisor
• p8.6.c, Finding the greatest common divisor and returning the results
• p8.7.c, Calculating the absolute value
• p8.8.c, Calculating the square root of a number
• p8.9.c, Finding the minimum value in an array
• p8.10.c, Revised function to find the minimum value in an array
• p8.11.c, Changing array elements in functions
• p8.12.c, Sorting an array of integers into ascending order
• p8.13.c, Using multidimensional arrays and functions
• p8.13a.c, Multidimensional variable-length arrays
• p8.14.c, Converting a positive integer to another base
• p8.15.c, Illustrating static and automatic variables
• p8.16.c, Calculating factorials recursively

Chapter 9: Working with Structures

• p9.1.c, Illustrating a structure
• p9.2.c, Determining tomorrow's date
• p9.3.c, Revised program to determine tomorrow's date
• p9.4.c, More revised program to determine tomorrow's date
• p9.5.c, Updating the time by one second
• p9.6.c, Illustrating arrays of structures
• p9.7.c, Illustrating structures and arrays

Chapter 10: Character Strings

• p10.1.c, Concatenating character arrays
• p10.2.c, Counting the characters in a string
• p10.3.c, Concatenating character strings
• p10.4.c, Testing strings for equality
• p10.5.c, Reading strings with scanf()
• p10.6.c, Reading lines of data
• p10.7.c, Counting words
• p10.8.c, Counting words in a piece of text
• p10.9.c, Using the dictionary lookup program
• p10.10.c, Modifying the dictionary lookup program using binary search

Chapter 11: Pointers

• p11.1.c, Illustrating pointers
• p11.2.c, More pointer basics
• p11.3.c, Using pointers in expressions
• p11.4.c, Using pointers to structures
• p11.5.c, Using structures containing pointers
• p11.6.c, Using linked lists
• p11.7.c, Traversing a linked list
• p11.8.c, Using pointers and functions
• p11.9.c, Using pointers to exchange values
• p11.10.c, Returning a pointer from a function
• p11.11.c, Working with pointers to arrays
• p11.12.c, Summing the elements of an array
• p11.13.c, Pointer version of copyString()
• p11.14.c, Revised version of copyString()
• p11.15.c, Using pointers to find the length of a string

Chapter 12: Operations on Bits

• p12.1.c, The bitwise AND operator
• p12.2.c, Illustrate bitwise operators
• p12.3.c, Implementing a shift function
• p12.4.c, Implementing a rotate function

Chapter 13: The Preprocessor

• p13.1.c, Introducing the #define statement
• p13.2.c, More on working with #define
• p13.3.c, Using the #include statement

Chapter 14: More on Data Types

• p14.1.c, Using enumerated data types

Chapter 15: Working with Larger Programs

• (No program examples were given for this chapter.)

Chapter 16: Input and Output Operations in C

• p16.1.c, Illustrating the printf() formats
• p16.2.c, Copying characters from standard input to standard output
• p16.3.c, Copying files

Chapter 17: Miscellaneous and Advanced Features

• p17.1.c, File copy program using command-line arguments

Chapter 18: Debugging Programs

• p18.1.c, Adding debug statements with the preprocessor
• p18.2.c, Compiling in debug code
• p18.3.c, Defining a DEBUG macro
• p18.4.c, A simple program for use with gdb
• p18.5.c, Working with gdb

Chapter 19: Object-Oriented Programming

• p19.1.c, Working with fractions in C
• p19.3.cpp, Defining a C++ class to work with fractions (you need a C++ compiler, such as g++, to use this example.)