Written for the one- to three-term introductory programming course, the sixth edition of Java Illuminated provides learners with an interactive, user-friendly approach to learning the Java programming language. Comprehensive but accessible, the text takes a progressive approach to object-oriented programming, allowing students to build on established skills to develop new and increasingly complex classes. Java Illuminated follows an activity-based active learning approach that ensures student engagement and interest. In addition, the text presents other topics of interest, including graphical user interfaces (GUI), data structures, file input and output, and graphical applications.
Author(s): Julie Anderson; Hervé Franceschi
Edition: 6
Publisher: Jones & Bartlett Learning
Year: 2022
Language: English
Pages: 1288
Preface
Acknowledgments
Chapter 1 Introduction to Programming and the Java Language
Introduction
1.1 Basic Computer Concepts
1.1.1 Hardware
1.1.2 Operating Systems
1.1.3 Application Software
1.1.4 Computer Networks and the Internet
Computer Networks
The Internet
1.2 Practice Activity: Displaying System Configuration
1.2.1 Displaying Windows Configuration Information
1.2.2 Displaying Mac OS Configuration Information
1.3 Data Representation
1.3.1 Binary Numbers
1.3.2 Using Hexadecimal Numbers to Represent Binary Numbers
1.3.3 Representing Characters with the Unicode Character Set
1.4 Programming Languages
1.4.1 High- and Low-Level Languages
1.4.2 An Introduction to Object-Oriented Programming
1.4.3 The Java Language
1.5 An Introduction to Programming
1.5.1 Programming Basics
1.5.2 Program Design with Pseudocode
1.5.3 Developing a Java Application
1.5.4 Programming Activity 1: Writing a First Java Application
Debugging Techniques
Testing Techniques
1.5.5 Making a JAR File
1.6 Chapter Summary
1.7 Exercises, Problems, and Projects
1.7.1 Multiple Choice Exercises
1.7.2 Converting Numbers
1.7.3 General Questions
1.7.4 Technical Writing
1.7.5 Group Project (for a group of 1, 2, or 3 students)
Chapter 2 Programming Building Blocks— Java Basics
Introduction
2.1 Java Application Structure
2.2 Data Types, Variables, and Constants
2.2.1 Declaring Variables
2.2.2 Integer Data Types
2.2.3 Floating-Point Data Types
2.2.4 Character Data Type
2.2.5 Boolean Data Type
2.2.6 The Assignment Operator, Initial Values, and Literals
2.2.7 String Literals and Escape Sequences
2.2.8 Text Blocks
2.2.9 Constants
2.3 Expressions and Arithmetic Operators
2.3.1 The Assignment Operator and Expressions
2.3.2 Arithmetic Operators
2.3.3 Operator Precedence
2.3.4 Programming Activity 1: Converting Inches to Centimeters
2.3.5 Integer Division and Modulus
2.3.6 Division by Zero
2.3.7 Mixed-Type Arithmetic and Type Casting
2.3.8 Shortcut Operators
2.4 Programming Activity 2: Temperature Conversion
2.5 Chapter Summary
2.6 Exercises, Problems, and Projects
2.6.1 Multiple Choice Exercises
2.6.2 Reading and Understanding Code
2.6.3 Fill In the Code
2.6.4 Identifying Errors in Code
2.6.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
2.6.6 Write a Short Program
2.6.7 Programming Projects
2.6.8 Technical Writing
Chapter 3 Object-Oriented Programming, Part 1: Using Classes
Introduction
3.1 Class Basics and Benefits
3.2 Creating Objects Using Constructors
3.3 Calling Methods
3.4 Using Object References
3.5 More on the String Class
The length Method
The charAt Method
The indexOf Methods
The substring Methods
The isBlank and strip Methods
String Processing
3.6 Programming Activity 1: Calling Methods
3.7 The Java Class Library
3.8 Formatting Output with the DecimalFormat Class
3.9 Generating Random Numbers with the Random Class
3.10 Input from the Console Using the Scanner Class
3.11 Calling Static Methods and Using Static Class Variables
3.12 Using System.in and System.out
3.13 The Math Class
The pow Method
The round Method
The min and max Methods
3.14 Formatting Output with the NumberFormat Class
3.15 The Integer, Double, Character, and Other Wrapper Classes
3.16 Programming Activity 2: Using Predefined Classes
3.17 Chapter Summary
3.18 Exercises, Problems, and Projects
3.18.1 Multiple Choice Exercises
3.18.2 Reading and Understanding Code
3.18.3 Fill In the Code
3.18.4 Identifying Errors in Code
3.18.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
3.18.6 Write a Short Program
3.18.7 Programming Projects
3.18.8 Technical Writing
3.18.9 Group Project (for a group of 1, 2, or 3 students)
Chapter 4 Introduction to Graphical Applications
Introduction
4.1 JavaFX Application Structure
4.2 The Graphics Coordinate System and Color
4.3 Drawing Shapes and Text
4.4 Drawing Custom Shapes
4.5 Programming Activity 1: Writing an Application with Graphics
4.6 Chapter Summary
4.7 Exercises, Problems, and Projects
4.7.1 Multiple Choice Exercises
4.7.2 Reading and Understanding Code
4.7.3 Fill In the Code
4.7.4 Identifying Errors in Code
4.7.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
4.7.6 Write a Short Program
4.7.7 Programming Projects
4.7.8 Technical Writing
4.7.9 Group Project (for a group of 1, 2, or 3 students)
Chapter 5 Flow of Control, Part 1: Selection
Introduction
5.1 Forming Conditions
5.1.1 Equality Operators
5.1.2 Relational Operators
5.1.3 Logical Operators
DeMorgan’s Laws
5.2 Simple Selection with if
5.3 Selection Using if/else
Block Scope
5.4 Selection Using if/else if
5.5 Sequential and Nested if/else Statements
5.5.1 Sequential if/else Statements
Finding the Minimum or Maximum Values
5.5.2 Nested if/else Statements
Dangling else
5.6 Testing Techniques for if/else Statements
5.7 Programming Activity 1: Working with if/else
5.8 Comparing Floating-Point Numbers
5.9 Comparing Objects
5.9.1 The equals Method
5.9.2 String Comparison Methods
5.10 The Conditional Operator (?:)
5.11 The switch Statement
5.12 Programming Activity 2: Using the switch Statement
5.13 Chapter Summary
5.14 Exercises, Problems, and Projects
5.14.1 Multiple Choice Exercises
5.14.2 Reading and Understanding Code
5.14.3 Fill In the Code
5.14.4 Identifying Errors in Code
5.14.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
5.14.6 Write a Short Program
5.14.7 Programming Projects
5.14.8 Technical Writing
5.14.9 Group Project (for a group of 1, 2, or 3 students)
Chapter 6 Flow of Control, Part 2: Looping
Introduction
6.1 Event-Controlled Loops Using while
6.2 General Form for while Loops
6.3 Event-Controlled Looping
6.3.1 Reading Data from the User
6.3.2 Reading Data from a Text File
6.4 Looping Techniques
6.4.1 Accumulation
6.4.2 Counting Items
6.4.3 Calculating an Average
6.4.4 Finding Maximum or Minimum Values
6.5 Type-Safe Input Using Scanner
6.6 Constructing Loop Conditions
6.7 Testing Techniques for while Loops
6.8 Event-Controlled Loops Using do/while
6.9 Programming Activity 1: Using while Loops
Task Instructions
Troubleshooting
6.10 Count-Controlled Loops Using for
6.10.1 Basic Structure of for Loops
6.10.2 Constructing for Loops
6.10.3 Testing Techniques for for Loops
6.11 Nested Loops
6.12 Programming Activity 2: Using for Loops
Instructions
Troubleshooting
6.13 Chapter Summary
6.14 Exercises, Problems, and Projects
6.14.1 Multiple Choice Exercises
6.14.2 Reading and Understanding Code
6.14.3 Fill In the Code
6.14.4 Identifying Errors in Code
6.14.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
6.14.6 Write a Short Program
6.14.7 Programming Projects
6.14.8 Technical Writing
6.14.9 Group Project (for a group of 1, 2, or 3 students)
Chapter 7 Object-Oriented Programming, Part 2: User-Defined Classes
Introduction
7.1 Defining a Class
7.2 Defining Instance Variables
7.3 Writing Class Methods
7.4 Writing Constructors
7.5 Writing Accessor Methods
7.6 Writing Mutator Methods
7.7 Writing Data Manipulation Methods
7.8 Programming Activity 1: Writing a Class Definition, Part 1
7.9 The Object Reference this
7.10 The toString and equals Methods
7.11 Static Class Members
7.12 Another Example: The Rational Class
7.13 Graphical Objects
7.14 Enumeration Types
7.15 Programming Activity 2: Writing a Class Definition, Part 2
7.16 Creating Packages
7.17 Generating Web-Style Documentation with Javadoc
7.18 Chapter Summary
7.19 Exercises, Problems, and Projects
7.19.1 Multiple Choice Exercises
7.19.2 Reading and Understanding Code
7.19.3 Fill In the Code
7.19.4 Identifying Errors in Code
7.19.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
7.19.6 Write a Short Program
7.19.7 Programming Projects
7.19.8 Technical Writing
7.19.9 Group Project (for a group of 1, 2, or 3 students)
Chapter 8 Single-Dimensional Arrays
Introduction
8.1 Declaring and Instantiating Arrays
8.1.1 Declaring Arrays
8.1.2 Instantiating Arrays
8.1.3 Combining the Declaration and Instantiation of Arrays
8.1.4 Assigning Initial Values to Arrays
8.2 Accessing Array Elements
8.3 Aggregate Array Operations
8.3.1 Printing Array Elements
8.3.2 Reading Data into an Array
8.3.3 Summing the Elements of an Array
8.3.4 Finding Maximum or Minimum Values
8.3.5 Copying Arrays
8.3.6 Changing the Size of an Array
8.3.7 Comparing Arrays for Equality
8.3.8 Displaying Array Data as a Bar Chart
8.4 Programming Activity 1: Working with Arrays
Instructions
Troubleshooting
8.5 Using Arrays in Classes
8.5.1 Using Arrays in User-Defined Classes
8.5.2 Retrieving Command Line Arguments
8.6 Searching and Sorting Arrays
8.6.1 Sequential Search of an Unsorted Array
8.6.2 Selection Sort
8.6.3 Insertion Sort
8.6.4 Sorting Arrays of Objects
8.6.5 Sequential Search of a Sorted Array
8.6.6 Binary Search of a Sorted Array
8.7 Programming Activity 2: Searching and Sorting Arrays
Instructions
Troubleshooting
8.8 Using Arrays as Counters
8.9 Methods Accepting a Variable Number of Arguments
8.10 Chapter Summary
8.11 Exercises, Problems, and Projects
8.11.1 Multiple Choice Exercises
8.11.2 Reading and Understanding Code
8.11.3 Fill In the Code
8.11.4 Identifying Errors in Code
8.11.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
8.11.6 Write a Short Program
8.11.7 Programming Projects
8.11.8 Technical Writing
8.11.9 Group Project (for a group of 1, 2, or 3 students)
Chapter 9 Multidimensional Arrays and the ArrayList and HashMap Classes
Introduction
9.1 Declaring and Instantiating Multidimensional Arrays
9.1.1 Declaring Multidimensional Arrays
9.1.2 Instantiating Multidimensional Arrays
9.1.3 Combining the Declaration and Instantiation of Multidimensional Arrays
9.1.4 Assigning Initial Values to Multidimensional Arrays
9.2 Accessing Multidimensional Array Elements
9.3 Aggregate Two-Dimensional Array Operations
9.3.1 Processing All the Elements of a Two-Dimensional Array
9.3.2 Processing a Given Row of a Two-Dimensional Array
9.3.3 Processing a Given Column of a Two-Dimensional Array
9.3.4 Processing a Two-Dimensional Array One Row at a Time
9.3.5 Processing a Two-Dimensional Array One Column at a Time
9.3.6 Displaying Two-Dimensional Array Data as a Bar Chart
9.4 Two-Dimensional Arrays Passed to and Returned from Methods
9.5 Programming Activity 1: Working with Two-Dimensional Arrays
Instructions
Troubleshooting
9.6 Other Multidimensional Arrays
9.7 The ArrayList Class
9.7.1 Declaring and Instantiating ArrayList Objects
9.7.2 Methods of the ArrayList Class
9.7.3 Looping Through an ArrayList Using an Enhanced for Loop
9.7.4 Using the ArrayList Class in a Program
9.8 Programming Activity 2: Working with the ArrayList Class
Instructions
Troubleshooting
9.9 The HashMap Class
9.9.1 Declaring and Instantiating HashMap Objects
9.9.2 Methods of the HashMap Class
9.9.3 Using the HashMap in a Program
9.10 Chapter Summary
9.11 Exercises, Problems, and Projects
9.11.1 Multiple Choice Exercises
9.11.2 Reading and Understanding Code
9.11.3 Fill In the Code
9.11.4 Identifying Errors in Code
9.11.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
9.11.6 Write a Short Program
9.11.7 Programming Projects
9.11.8 Technical Writing
9.11.9 Group Project (for a group of 1, 2, or 3 students)
Chapter 10 Object-Oriented Programming, Part 3: Inheritance, Polymorphism, and Interfaces
Introduction
10.1 Inheritance
10.2 Inheritance Design
10.2.1 Inherited Members of a Class
10.2.2 Subclass Constructors
10.2.3 Adding Specialization to the Subclass
10.2.4 Overriding Inherited Methods
10.3 The protected Access Modifier
10.4 Programming Activity 1: Using Inheritance
Instructions
10.5 Abstract Classes and Methods
10.6 Polymorphism
10.7 Programming Activity 2: Using Polymorphism
Instructions
10.8 Interfaces
10.9 Chapter Summary
10.10 Exercises, Problems, and Projects
10.10.1 Multiple Choice Exercises
10.10.2 Reading and Understanding Code
10.10.3 Fill In the Code
10.10.4 Identifying Errors in Code
10.10.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
10.10.6 Write a Short Program
10.10.7 Programming Projects
10.10.8 Technical Writing
10.10.9 Group Project (for a group of 1, 2, or 3 students)
Chapter 11 Exceptions and Input/Output Operations
Introduction
11.1 Simple Exception Handling
11.2 Catching Multiple Exceptions
11.3 Reading Text Files Using Scanner
11.4 The java.io Package
11.5 Recovering from an Exception
11.6 Writing and Appending to Text Files
11.6.1 Writing to Text Files
11.6.2 Appending to Text Files
11.7 Reading Structured Text Files
11.7.1 Parsing a String Using Scanner
11.7.2 Reading Structured Data Using Scanner
11.8 Programming Activity 1: Reading from a Structured Text File
Instructions
If you have time
Troubleshooting
11.9 Streams
11.10 Reading Formatted Open Data from a Remote Location
11.10.1 Accessing Remote Data
11.10.2 JSON Formatting and Parsing
11.10.3 Reading, Parsing, Streaming, and Processing Remote Data
11.11 Reading and Writing Objects to a File
11.11.1 Writing Objects to Files
11.11.2 Reading Objects from Files
11.12 Programming Activity 2: Reading Objects from a File
Task Instructions: Reading from the transactions.obj File
If you have time
Troubleshooting
11.13 User-Defined Exceptions
11.14 Chapter Summary
11.15 Exercises, Problems, and Projects
11.15.1 Multiple Choice Exercises
11.15.2 Reading and Understanding Code
11.15.3 Fill In the Code
11.15.4 Identifying Errors in Code
11.15.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
11.15.6 Write a Short Program
11.15.7 Programming Projects
11.15.8 Technical Writing
11.15.9 Group Project (for groups of 2, 3, or more students)
Chapter 12 Recursion
Introduction
12.1 Simple Recursion: Identifying the General and Base Cases
12.2 Recursion with a Return Value
12.2.1 Computing the Factorial of a Number
12.2.2 Computing the Greatest Common Divisor
12.3 Recursion with Two Base Cases
12.4 Programming Activity 1: Checking for a Palindrome
Instructions
Task Instructions
Troubleshooting
12.5 Simple Recursion on an Array
12.6 Binary Search: A Recursive Solution
12.7 Programming Activity 2: The Towers of Hanoi
Instructions
Task Instructions
Troubleshooting
12.8 Merge Sort
12.9 Quick Sort
12.10 Recursion Versus Iteration
12.11 Chapter Summary
12.12 Exercises, Problems, and Projects
12.12.1 Multiple Choice Exercises
12.12.2 Reading and Understanding Code
12.12.3 Fill In the Code
12.12.4 Identifying Errors in Code
12.12.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
12.12.6 Write a Short Program
12.12.7 Programming Projects
12.12.8 Technical Writing
12.12.9 Group Projects (for a group of 1, 2, or 3 students)
Chapter 13 An Introduction to Data Structures
Introduction
13.1 Linked Lists
13.1.1 Linked-List Concepts and Structure
13.1.2 Linked-List Basics
13.1.3 Methods of a Linked List
13.1.4 Testing a Linked-List Class
13.2 Linked Lists of Objects
13.2.1 A Linked-List Shell
13.2.2 Generating an Exception
13.2.3 Other Methods of a Linked List
13.2.4 Testing a Linked-List Class
13.3 Implementing a Stack Using a Linked List
13.4 Implementing a Queue Using a Linked List
13.5 Array Representation of Stacks
13.6 Programming Activity 1: Writing Methods for a Stack Class
Instructions
Troubleshooting
13.7 Array Representation of Queues
13.8 Sorted Linked Lists
13.9 Programming Activity 2: Writing Insert and Delete Methods for a Sorted Linked List
Instructions
Troubleshooting
13.10 Doubly Linked Lists
13.11 Linked Lists Using Generic Types
13.12 Recursively Defined Linked Lists
13.13 Chapter Summary
13.14 Exercises, Problems, and Projects
13.14.1 Multiple Choice Exercises
13.14.2 Reading and Understanding Code
13.14.3 Fill In the Code
13.14.4 Identifying Errors in Code
13.14.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
13.14.6 Write a Short Program
13.14.7 Programming Projects
13.14.8 Technical Writing
13.14.9 Group Project (for a group of 1, 2, or 3 students)
Chapter 14 Running Time Analysis
Introduction
14.1 Orders of Magnitude and Big-Oh Notation
14.2 Running Time Analysis of Algorithms: Counting Statements
14.3 Running Time Analysis of Algorithms and Impact of Coding: Evaluating Recursive Methods
Handwaving Method
Iterative Method
Proof by Induction Method
Other Methods
14.4 Programming Activity: Tracking How Many Statements Are Executed by a Method
Instructions
Troubleshooting
14.5 Running Time Analysis of Searching and Sorting Algorithms
14.6 Simulation of Various Sorting Algorithms
14.7 Chapter Summary
14.8 Exercises, Problems, and Projects
14.8.1 Multiple Choice Exercises
14.8.2 Compute the Running Time of a Method
14.8.3 Programming Projects
14.8.4 Technical Writing
14.8.5 Group Project (for a group of 1, 2, or 3 students)
Chapter 15 General Trees, Binary Trees, and Binary Search Trees
Introduction
15.1 Trees
15.2 Binary Trees
15.3 Binary Tree Implementation
15.4 Programming Activity 1: Working with Binary Trees
Instructions
Troubleshooting
15.5 Binary Search Trees
15.5.1 Searching in a Binary Search Tree
15.5.2 Inserting in a Binary Search Tree
15.5.3 Deleting from a Binary Search Tree
15.6 Binary Search Tree Implementation
15.7 Rebalancing a Binary Search Tree
15.8 Programming Activity 2: Working with Binary Search Trees
Instructions
Troubleshooting
15.9 Chapter Summary
15.10 Exercises, Problems, and Projects
15.10.1 Multiple Choice Exercises
15.10.2 Reading and Understanding Code
15.10.3 Fill In the Code
15.10.4 Identifying Errors in Code
15.10.5 Debugging Area—Using Messages from the Java Compiler and Java JVM
15.10.6 Write a Short Program
15.10.7 Programming Projects
15.10.8 Technical Writing
15.10.9 Group Project (for a group of 1,2, or 3 students)
Chapter 16 Graphical User Interfaces (available online in the eBook)
Chapter 17 Graphical User Interfaces Using JavaFX (available online in the eBook)
Appendix A Java Reserved Words and Keywords
Appendix B Operator Precedence
Appendix C The Unicode Character Set
Appendix D Representing Negative Integers
Appendix E Representing Floating-Point Numbers (available online in the eBook)
Appendix F Solutions to Selected Exercises (available online in the eBook)
Index
