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