Java Software Solutions: Foundations of Program Design

Cover
Java™ Software Solutions
	Foundations of Program Design
Pearson’s Commitment to Diversity, Equity, and Inclusion
	Accessibility
	Contact Us
Contents
	Cover
	Title Page
	Copyright Page
	Pearson’s Commitment to Diversity, Equity, and
 Inclusion
	Dedication
Contents in a Glance
	Location of VideoNotes
Preface
	New to This Edition
	Cornerstones of the Text
	Chapter Breakdown
	Supplements
	Instructor Resources
	Features of the Text
	Acknowledgments
	Ordering Options
Chapter 1 Introduction
	1: Learning Objectives
	1.1: Computer Processing
		Software Categories
		Digital Computers
		Binary Numbers
		1.1: Self-Review Questions
	1.2: Hardware Components
		Computer Architecture
		Input/Output Devices
		Main Memory and Secondary Memory
		The Central Processing Unit
		1.2: Self-Review Questions
	1.3: Networks
		Network Connections
		Local-Area Networks and Wide-Area Networks
		The Internet
		The World Wide Web
		Uniform Resource Locators
		1.3: Self-Review Questions
	1.4: The Java Programming Language
		A Java Program
		Comments
		Identifiers and Reserved Words
		White Space
		1.4: Self-Review Questions
	1.5: Program Development
		Programming Language Levels
		Editors, Compilers, and Interpreters
		Development Environments
		Syntax and Semantics
		Errors
		1.5: Self-Review Questions
	1.6: Object-Oriented Programming
		Problem Solving
		Object-Oriented Software Principles
		1.6: Self-Review Questions
	Chapter 1: Summary of Key Concepts
	Chapter 1: Exercises
	Chapter 1: Programming Projects from the Book
Chapter 2 Data and Expressions
	2: Learning Objectives
	2.1: Character Strings
		The print and println Methods
		String Concatenation
		Escape Sequences
		2.1: Self-Review Questions
	2.2: Variables and Assignment
		Variables
		The Assignment Statement
		Constants
		2.2: Self-Review Questions
	2.3: Primitive Data Types
		Integers and Floating Points
		Characters
		Booleans
		2.3: Self-Review Questions
	2.4: Expressions
		Arithmetic Operators
		Operator Precedence
		Increment and Decrement Operators
		Assignment Operators
		2.4: Self-Review Questions
	2.5: Data Conversion
		Conversion Techniques
		2.5: Self-Review Questions
	2.6: Interactive Programs
		The Scanner Class
		2.6: Self-Review Questions
	Chapter 2: Summary of Key Concepts
	Chapter 2: Exercises
	Chapter 2: Programming Projects from the
 Book
	Chapter 2: Software Failure: NASA Mars Climate
 Orbiter and Polar Lander
Chapter 3 Using Classes and Objects
	3: Learning Objectives
	3.1: Creating Objects
		Aliases
		3.1: Self-Review Questions
	3.2: The String Class
		3.2: Self-Review Questions
	3.3: Packages
		The import Declaration
		3.3: Self-Review Questions
	3.4: The Random Class
		3.4: Self-Review Questions
	3.5: The Math Class
		3.5: Self-Review Questions
	3.6: Formatting Output
		The NumberFormat Class
		The DecimalFormat Class
		The printf Method
		3.6: Self-Review Questions
	3.7: Enumerated Types
		3.7: Self-Review Questions
	3.8: Wrapper Classes
		3.8: Self-Review Questions
	3.9: Introduction to JavaFX
		3.9: Self-Review Questions
	3.10: Basic Shapes
		3.10: Self-Review Questions
	3.11: Representing Colors
		3.11: Self-Review Questions
	Chapter 3: Summary of Key Concepts
	Chapter 3: Exercises
	Chapter 3: Programming Projects from the
 Book
Chapter 4 Writing Classes
	4: Learning Objectives
	4.1: Classes and Objects Revisited
		4.1: Self-Review Questions
	4.2: Anatomy of a Class
		Instance Data
		UML Class Diagrams
		4.2: Self-Review Questions
	4.3: Encapsulation
		Visibility Modifiers
		Accessors and Mutators
		4.3: Self-Review Questions
	4.4: Anatomy of a Method
		The return Statement
		Parameters
		Local Data
		Bank Account Example
		4.4: Self-Review Questions
	4.5: Constructors Revisited
		4.5: Self-Review Questions
	4.6: Arcs
		4.6: Self-Review Questions
	4.7: Images
		Viewports
		4.7: Self-Review Questions
	4.8: Graphical User Interfaces
		Alternate Ways to Specify Event Handlers
		4.8: Self-Review Questions
	4.9: Text Fields
		4.9: Self-Review Questions
	Chapter 4: Summary of Key Concepts
	Chapter 4: Exercises
	Chapter 4: Programming Projects from the
 Book
	Chapter 4: Software Failure: Denver Airport
 Baggage Handling System
Chapter 5 Conditionals and Loops
	5: Learning Objectives
	5.1: Boolean Expressions
		Equality and Relational Operators
		Logical Operators
		5.1: Self-Review Questions
	5.2: The If Statement
		The if-else Statement
		Using Block Statements
		Nested if Statements
		5.2: Self-Review Questions
	5.3: Comparing Data
		Comparing Floats
		Comparing Characters
		Comparing Objects
		5.3: Self-Review Questions
	5.4: The while Statement
		Infinite Loops
		Nested Loops
		The break and continue Statements
		5.4: Self-Review Questions
	5.5: Iterators
		Reading Text Files
		5.5: Self-Review Questions
	5.6: The ArrayList Class
		5.6: Self-Review Questions
	5.7: Determining Event Sources
		5.7: Self-Review Questions
	5.8: Managing Fonts
		5.8: Self-Review Questions
	5.9: Check Boxes
		5.9: Self-Review Questions
	5.10: Radio Buttons
		5.10: Self-Review Questions
	Chapter 5: Summary of Key Concepts
	Chapter 5: Exercises
	Chapter 5: Programming Projects from the
 Book
	Chapter 5: Software Failure: Therac-25
Chapter 6 More Conditionals and Loops
	6: Learning Objectives
	6.1: The switch Statement
		6.1: Self-Review Questions
	6.2: The Conditional Operator
		6.2: Self-Review Questions
	6.3: The do Statement
		6.3: Self-Review Questions
	6.4 The for Statement
		The for-each Loop
		Comparing Loops
		6.4: Self-Review Questions
	6.5: Using Loops and Conditionals with
 Graphics
		6.5: Self-Review Questions
	6.6 Graphic Transformations
		Translation
		Scaling
		Rotation
		Shearing
		Applying Transformations on Groups
		6.6: Self-Review Questions
	Chapter 6: Summary of Key Concepts
	Chapter 6: Exercises
	Chapter 6: Programming Projects from the
 Book
Chapter 7 Object-Oriented Design
	7: Learning Objectives
	7.1: Software Development Activities
		7.1: Self-Review Questions
	7.2: Identifying Classes and Objects
		Assigning Responsibilities
		7.2: Self-Review Questions
	7.3: Static Class Members
		Static Variables
		Static Methods
		7.3: Self-Review Questions
	7.4: Class Relationships
		Dependency
		Dependencies Among Objects of the Same
 Class
		Aggregation
		The this Reference
		7.4: Self-Review Questions
	7.5: Interfaces
		The Comparable Interface
		The Iterator Interface
		7.5: Self-Review Questions
	7.6: Enumerated Types Revisited
		7.6: Self-Review Question
	7.7: Method Design
		Method Decomposition
		Method Parameters Revisited
		7.7: Self-Review Questions
	7.8: Method Overloading
		7.8: Self-Review Questions
	7.9: Testing
		Reviews
		Defect Testing
		7.9: Self-Review Questions
	7.10: GUI Design
		7.10: Self-Review Questions
	7.11: Mouse Events
		7.11: Self-Review Questions
	7.12: Key Events
		7.12: Self-Review Questions
	Chapter 7: Summary of Key Concepts
	Chapter 7: Exercises
	Chapter 7: Programming Projects from the
 Book
	Chapter 7: Software Failure: 2003 Northeast
 Blackout
Chapter 8 Arrays
	8: Learning Objectives
	8.1: Array Elements
		8.1: Self-Review Questions
	8.2: Declaring and Using Arrays
		Bounds Checking
		Alternate Array Syntax
		Initializer Lists
		Arrays as Parameters
		8.2: Self-Review Questions
	8.3: Arrays of Objects
		Array of Comic Books
		8.3: Self-Review Questions
	8.4: Command-Line Arguments
		8.4: Self-Review Questions
	8.5: Variable Length Parameter Lists
		8.5: Self-Review Questions
	8.6: Two-Dimensional Arrays
		Multidimensional Arrays
		8.6: Self-Review Questions
	8.7: Polygons and Polylines
		8.7: Self-Review Questions
	8.8: An Array of Color Objects
		8.8: Self-Review Questions
	8.9: Choice Boxes
		8.9: Self-Review Questions
	Chapter 8: Summary of Key Concepts
	Chapter 8: Exercises
	Chapter 8: Programming Projects from the
 Book
	Chapter 8: Software Failure: LA Air Traffic
 Control
Chapter 9 Inheritance
	9: Learning Objectives
	9.1: Creating Subclasses
		The protected Modifier
		The super Reference
		Multiple Inheritance
		9.1: Self-Review Questions
	9.2: Overriding Methods
		Shadowing Variables
		9.2: Self-Review Questions
	9.3: Class Hierarchies
		The object Class
		Abstract Classes
		Inheritance Hierarchies
		9.3: Self-Review Questions
	9.4: Visibility
		9.4: Self-Review Questions
	9.5: Designing for Inheritance
		Restricting Inheritance
		9.5: Self-Review Questions
	9.6: Inheritance in JavaFX
		9.6: Self-Review Questions
	9.7: Color and Date Pickers
		9.7: Self-Review Questions
	9.8: Dialog Boxes
		File Choosers
		9.8: Self-Review Questions
	Chapter 9: Summary of Key Concepts
	Chapter 9: Exercises
	Chapter 9: Programming Projects from the
 Book
	Chapter 9: Software Failure: Ariane 5 Flight
 501
Chapter 10 Polymorphism
	10: Learning Objectives
	10.1: Late Binding
		10.1: Self-Review Questions
	10.2: Polymorphism via Inheritance
		10.2: Self-Review Questions
	10.3: Polymorphism via Interfaces
		10.3: Self-Review Questions
	10.4: Sorting
		Selection Sort
		Insertion Sort
		Comparing Sorts
		10.4: Self-Review Questions
	10.5: Searching
		Linear Search
		Binary Search
		Comparing Searches
		10.5: Self-Review Questions
	10.6: Designing for Polymorphism
		10.6: Self-Review Questions
	10.7: Properties
		Change Listeners
		10.7: Self-Review Questions
	10.8: Sliders
		10.8: Self-Review Questions
	10.9: Spinners
		10.9: Self-Review Questions
	Chapter 10: Summary of Key Concepts
	Chapter 10: Exercises
	Chapter 10: Programming Projects from the Book
Chapter 11 Exceptions
	11: Learning Objectives
	11.1: Exception Handling
		11.1: Self-Review Questions
	11.2: Uncaught Exceptions
		11.2: Self-Review Questions
	11.3: The try-catch Statement
		The finally Clause
		11.3: Self-Review Questions
	11.4: Exception Propagation
		11.4: Self-Review Questions
	11.5: The Exception Class Hierarchy
		Checked and Unchecked Exceptions
		11.5: Self-Review Questions
	11.6: I/O Exceptions
		11.6: Self-Review Questions
	11.7: Tool Tips and Disabling Controls
		11.7: Self-Review Questions
	11.8: Scroll Panes
		11.8: Self-Review Questions
	11.9: Split Panes and List Views
		11.9: Self-Review Questions
	Chapter 11: Summary of Key Concepts
	Chapter 11: Exercises
	Chapter 11: Programming Projects from the
 Book
Chapter 12 Recursion
	12: Learning Objectives
	12.1: Recursive Thinking
		Infinite Recursion
		Recursion in Math
		12.1: Self-Review Questions
	12.2: Recursive Programming
		Recursion vs. Iteration
		Direct vs. Indirect Recursion
		12.2: Self-Review Questions
	12.3: Using Recursion
		Traversing a Maze
		The Towers of Hanoi
		12.3: Self-Review Questions
	12.4: Tiled Images
		12.4: Self-Review Questions
	12.5: Fractals
		12.5: Self-Review Questions
	Chapter 12: Summary of Key Concepts
	Chapter 12: Exercises
	Chapter 12: Programming Projects from the
 Book
Chapter 13 Collections
	13: Learning Objectives
	13.1: Collections and Data Structures
		Separating Interface from Implementation
		13.1: Self-Review Questions
	13.2: Dynamic Representations
		Dynamic Structures
		A Dynamically Linked List
		Other Dynamic List Representations
		13.2: Self-Review Questions
	13.3: Linear Collections
		Queues
		Stacks
		13.3: Self-Review Questions
	13.4: Non-Linear Data Structures
		Trees
		Graphs
		13.4: Self-Review Questions
	13.5: The Java Collections API
		Generics
		13.5: Self-Review Questions
	13.6: Maps
		13.6: Self-Review Questions
	13.7: Simplifying Declarations Using var
		13.7: Self-Review Questions
	13.8: Lambdas and Collections
		13.8: Self-Review Questions
	Chapter 13: Summary of Key Concepts
Appendix A: Number Systems
	Place Value
	Bases Higher Than 10
	Conversions
	Shortcut Conversions
Appendix B: The Unicode Character Set
Appendix C: Java Operators
	Java Bitwise Operators
Appendix D: Java Modifiers
	Java Visibility Modifiers
	A Visibility Example
	Other Java Modifiers
Appendix E: Java Coding Guidelines
	Design Guidelines
	Style Guidelines
	Documentation Guidelines
Appendix F: JavaFX Layout Panes
	Flow Pane
	Tile Pane
	Stack Pane
	HBox and VBox
	Anchor Pane
	Border Pane
	Grid Pane
Appendix G: JavaFX Scene Builder
	Hello Moon
	Handling Events in JavaFX Scene Builder
Appendix H: Regular Expressions
Appendix I: Javadoc Documentation Generator
	Doc Comments
	Tags
	Files Generated
Appendix J: Java Syntax
Appendix K: Answers to Self-Review Questions
	Chapter 1: Introduction
	Chapter 2: Data and Expressions
	Chapter 3: Using Classes and Objects
	Chapter 4: Writing Classes
	Chapter 5: Conditionals and Loops
	Chapter 6: More Conditionals and Loops
	Chapter 7: Object-Oriented Design
	Chapter 8: Arrays
	Chapter 9: Inheritance
	Chapter 10: Polymorphism
	Chapter 11: Exceptions
	Chapter 12: Recursion
	Chapter 13: Collections
	Student Supplemental Materials
Glossary