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Absolute Java™, Fourth Edition

by Walter Savitch

Publisher: Addison-Wesley

Copyright Year: 2010

Publishing Date: 2009/02/23

eText ISBN-10: 0-13-607677-7

eText ISBN-13: 978-0-13-607677-3

Print ISBN-10: 0-13-608382-X

Print ISBN-13: 978-0-13-608382-5

Course: Computer Science

Pages: 1272

eTextbook $47.20

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Table of Contents | Description

Instructor Resources | Student Resources

ABOUT THIS TITLE - TABLE OF CONTENTS

Feature Walkthrough, xi

Chapter 1. Getting Started, 1

1.1. Introduction to Java, 2

Origins of the Java Language, 2

Objects and Methods, 3

A Sample Java Application Program, 5

Byte-Code and the Java Virtual Machine, 8

Class Loader, 10

Compiling a Java Program or Class, 10

Running a Java Program, 11

Tip: Error Messages, 12

1.2. Expressions and Assignment Statements, 13

Identifiers, 13

Assignment Statements, 16

Tip: Initialize Variables, 18

More Assignment Statements, 19

Assignment Compatibility, 20

Arithmetic Operators and Expressions, 23

Parentheses and Precedence Rules, 24

Integer and Floating-Point Division, 26

Pitfall: Round-Off Errors in Floating-Point Numbers, 27

Pitfall: Division with Whole Numbers, 28

Type Casting, 29

Increment and Decrement Operators, 30

1.3. The Class String, 33

String Constants and Variables, 33

Concatenation of Strings, 34

String Methods, 37

Escape Sequences, 42

String Processing, 43

The Unicode Character Set, 43

1.4. Program Style, 46

Naming Constants, 46

Java Spelling Conventions, 48

Chapter Summary, 51

Answers to Self-Test Exercises, 52

Programming Projects, 54

Chapter 2. Console Input and Output, 57

2.1. Screen Output, 58

System.out.println, 58

Tip: Different Approaches to Formatting Output, 61

Formatting Output with printf, 61

Tip: Formatting Money Amounts with printf, 65

Tip: Legacy Code, 66

Money Formats Using NumberFormat, 67

Importing Packages and Classes, 70

The DecimalFormat Class, 72

2.2. Console Input Using the Scanner Class, 76

The Scanner Class, 76

Pitfall: Dealing with the Line Terminator, '\n', 83

The Empty String, 84

Tip: Prompt for Input, 84

Tip: Echo Input, 84

Example: Self-Service Check Out, 86

Other Input Delimiters, 86

Chapter Summary, 89

Answers to Self-Test Exercises, 89

Programming Projects, 91

Chapter 3. Flow of Control, 95

3.1. Branching Mechanism, 96

if-else Statements, 96

Omitting the else, 97

Compound Statements, 98

Tip: Placing of Braces, 99

Nested Statements, 100

Multiway if-else Statement, 100

Example: State Income Tax, 101

The switch Statement, 103

Pitfall: Forgetting a break in a switch Statement, 107

The Conditional Operator, 108

3.2. Boolean Expressions, 109

Simple Boolean Expressions, 109

Pitfall: Using = in Place of ==, 110

Pitfall: Using == with Strings, 111

Lexicographic and Alphabetical Order, 112

Building Boolean Expressions, 115

Pitfall: Strings of Inequalities, 116

Evaluating Boolean Expressions, 116

Tip: Naming Boolean Variables, 119

Short-Circuit and Complete Evaluation, 120

Precedence and Associativity Rules, 121

3.3. Loops, 128

while Statement and do-while Statement, 128

Algorithms and Pseudocode, 130

Example: Averaging a List of Scores, 133

The for Statement, 134

The Comma in for Statements, 137

Tip: Repeat N Times Loops, 139

Pitfall: Extra Semicolon in a for Statement, 139

Pitfall: Infinite Loops, 140

Nested Loops, 141

The break and continue Statements, 144

The exit Statement, 145

3.4. Debugging, 146

Tracing Variables, 146

General Debugging Techniques, 147

Example: Debugging an Input Validation Loop, 148

Preventive Coding, 152

Assertion Checks, 153

Chapter Summary, 155

Answers to Self-Test Exercises, 156

Programming Projects, 161

Chapter 4. Defining Classes I, 167

4.1. Class Definitions, 168

Instance Variables and Methods, 171

More about Methods, 174

Tip: Any Method Can Be Used as a void Method, 178

Local Variables, 180

Tip: Declaring Variables in a for Statement, 182

Parameters of a Primitive Type, 182

Pitfall: Use of the Terms “Parameter” and “Argument”, 189

Simple Cases with Class Parameters, 191

The this Parameter, 191

Methods That Return a Boolean Value, 193

The Methods equals and toString, 196

Recursive Methods, 199

Tip: Testing Methods, 199

4.2. Information Hiding and Encapsulation, 201

public and private Modifiers, 202

Example: Yet Another Date Class, 203

Accessor and Mutator Methods, 204

Tip: A Class Has Access to Private Members of All Objects of the Class, 209

Tip: Mutator Methods Can Return a Boolean Value, 210

Preconditions and Postconditions, 211

4.3. Overloading, 212

Rules for Overloading, 212

Pitfall: Overloading and Automatic Type Conversion, 216

Pitfall: You Cannot Overload Based on the Type Returned, 218

4.4. Constructors, 220

Constructor Definitions, 220

Tip: You Can Invoke Another Method in a Constructor, 228

Tip: A Constructor Has a this Parameter, 228

Tip: Include a No-Argument Constructor, 229

Example: The Final Date Class, 230

Default Variable Initializations, 231

An Alternative Way to Initialize Instance Variables, 231

Example: A Pet Record Class, 232

The StringTokenizer Class, 236

Chapter Summary, 241

Answers to Self-Test Exercises, 242

Programming Projects, 247

Chapter 5. Defining Classes II, 253

5.1. Static Methods and Static Variables, 255

Static Methods, 255

Pitfall: Invoking a Nonstatic Method Within a Static Method, 257

Tip: You Can Put a main in Any Class, 258

Static Variables, 262

The Math Class, 267

Wrapper Classes, 271

Automatic Boxing and Unboxing, 272

Static Methods in Wrapper Classes, 274

Pitfall: A Wrapper Class Does Not Have a No-Argument Constructor, 277

5.2. References and Class Parameters, 278

Variables and Memory, 279

References, 280

Class Parameters, 285

Pitfall: Use of = and == with Variables of a Class Type, 289

The Constant null, 291

Pitfall: Null Pointer Exception, 292

The new Operator and Anonymous Objects, 292

Example: Another Approach to Keyboard Input, 293

Tip: Use Static Imports, 295

5.3. Using and Misusing References, 297

Example: A Person Class, 298

Pitfall: null Can Be an Argument to a Method, 303

Copy Constructors, 307

Pitfall: Privacy Leaks, 309

Mutable and Immutable Classes, 313

Tip: Deep Copy versus Shallow Copy, 315

Tip: Assume Your Coworkers Are Malicious, 316

5.4. Packages and Javadoc, 316

Packages and import Statements, 317

The Package java.lang, 318

Package Names and Directories, 318

Pitfall: Subdirectories Are Not Automatically Imported, 321

The Default Package, 321

Pitfall: Not Including the Current Directory in Your Class Path, 322

Specifying a Class Path When You Compile, 322

Name Clashes, 323

Introduction to javadoc, 324

Commenting Classes for javadoc, 324

Running javadoc, 326

Chapter Summary, 328

Answers to Self-Test Exercises, 329

Programming Projects, 333

Chapter 6. Arrays, 339

6.1. Introduction to Arrays, 340

Creating and Accessing Arrays, 341

The length Instance Variable, 344

Tip: Use for Loops with Arrays, 346

Pitfall: Array Indices Always Start with Zero, 346

Pitfall: Array Index Out of Bounds, 346

Initializing Arrays, 347

Pitfall: An Array of Characters Is Not a String, 349

6.2. Arrays and References, 350

Arrays Are Objects, 350

Pitfall: Arrays with a Class Base Type, 352

Array Parameters, 352

Pitfall: Use of = and == with Arrays, 354

Arguments for the Method main, 359

Methods that Return an Array, 361

6.3. Programming with Arrays, 362

Partially Filled Arrays, 363

Example: A Class for Partially Filled Arrays, 366

Tip: Accessor Methods Need Not Simply Return Instance Variables, 370

The “for-each” Loop, 370

Methods with a Variable Number of Parameters, 374

Example: A String Processing Example, 377

Privacy Leaks with Array Instance Variables, 378

Example: Sorting an Array, 382

Enumerated Types, 386

Tip: Enumerated Types in switch Statements, 391

6.4. Multidimensional Arrays, 393

Multidimensional Array Basics, 393

Using the length Instance Variable, 396

Ragged Arrays, 397

Multidimensional Array Parameters and Returned Values, 397

Example: A Grade Book Class, 398

Chapter Summary, 404

Answers to Self-Test Exercises, 405

Programming Projects, 412

Chapter 7. Inheritance, 419

7.1. Inheritance Basics, 420

Derived Classes, 421

Overriding a Method Definition, 431

Changing the Return Type of an Overridden Method, 431

Changing the Access Permission of an Overridden Method, 432

Pitfall: Overriding versus Overloading, 433

The super Constructor, 434

The this Constructor, 436

Tip: An Object of a Derived Class Has More than One Type, 437

Pitfall: The Terms Subclass and Superclass, 440

Example: An Enhanced StringTokenizer Class, 441

7.2. Encapsulation and Inheritance, 444

Pitfall: Use of Private Instance Variables from the Base Class, 444

Pitfall: Private Methods Are Effectively Not Inherited, 446

Protected and Package Access, 446

Pitfall: Forgetting about the Default Package, 448

Pitfall: A Restriction on Protected Access, 450

7.3. Programming with Inheritance, 452

Tip: Static Variables Are Inherited, 452

Tip: “is a” Versus “has a”, 453

Access to a Redefined Base Method, 453

Pitfall: You Cannot Use Multiple supers, 454

The Class Object, 455

The Right Way to Define equals, 456

Tip: getClass Versus instanceof, 459

Chapter Summary, 464

Answers to Self-Test Exercises, 465

Programming Projects, 468

Chapter 8. Polymorphism and Abstract Classes, 473

8.1. Polymorphism, 474

Late Binding, 475

The final Modifier, 477

Example: Sales Records, 478

Late Binding with toString, 485

Pitfall: No Late Binding for Static Methods, 486

Downcasting and Upcasting, 487

Pitfall: Downcasting, 491

Tip: Checking to See Whether Downcasting Is Legitimate, 491

A First Look at the clone Method, 494

Pitfall: Sometimes the clone Method Return Type Is Object, 495

Pitfall: Limitations of Copy Constructors, 496

8.2. Abstract Classes, 500

Abstract Classes, 500

Pitfall: You Cannot Create Instances of an Abstract Class, 505

Tip: An Abstract Class Is a Type, 505

Chapter Summary, 507

Answers to Self-Test Exercises, 507

Programming Projects, 509

Chapter 9. Exception Handling, 513

9.1. Exception Handling Basics, 515

Example: A Toy Example of Exception Handling, 515

try-throw-catch Mechanism, 520

Exception Classes, 524

Exception Classes from Standard Packages, 525

Defining Exception Classes, 527

Tip: Preserve getMessage, 531

Tip: An Exception Class Can Carry a Message of Any Type, 533

Multiple catch Blocks, 538

Pitfall: Catch the More Specific Exception First, 540

9.2. Throwing Exceptions in Methods, 542

Throwing an Exception in a Method, 543

Declaring Exceptions in a throws Clause, 545

Exceptions to the Catch or Declare Rule, 547

throws Clause in Derived Classes, 549

When to Use Exceptions, 549

Event-Driven Programming, 551

9.3. More Programming Techniques for Exception Handling, 552

Pitfall: Nested try-catch Blocks, 553

The finally Block, 553

Rethrowing an Exception, 555

The AssertionError Class, 555

Exception Handling with the Scanner Class, 555

Tip: Exception Controlled Loops, 556

ArrayIndexOutOfBoundsException, 558

Chapter Summary, 558

Answers to Self-Test Exercises, 559

Programming Projects, 563

Chapter 10. File I/O, 567

10.1. Introduction to File I/O, 568

Text Files and Binary Files, 569

10.2. Text Files, 570

Writing to a Text File, 570

Pitfall: A try Block Is a Block, 576

Pitfall: Overwriting an Output File, 577

Appending to a Text File, 577

Tip: toString Helps with Text File Output, 578

Reading from a Text File, 580

Reading a Text File Using Scanner, 580

Testing for the End of a Text File with Scanner, 583

Reading a Text File Using BufferedReader, 590

Tip: Reading Numbers with BufferedReader, 594

Testing for the End of a Text File with BufferedReader, 594

Path Names, 597

Nested Constructor Invocations, 598

System.in, System.out, and System.err, 598

10.3. The File Class, 600

Programming with the File Class, 601

10.4. Binary Files, 604

Writing Simple Data to a Binary File, 605

UTF and writeUTF, 609

Reading Simple Data from a Binary File, 610

Checking for the End of a Binary File, 615

Pitfall: Checking for the End of a File in the Wrong Way, 617

Binary I/O of Objects, 618

The Serializable Interface, 618

Pitfall: Mixing Class Types in the Same File, 621

Array Objects in Binary Files, 622

10.5. Random Access to Binary Files, 624

Reading and Writing to the Same File, 624

Pitfall: A RandomAccessFile Need Not Start Empty, 630

Chapter Summary, 630

Answers to Self-Test Exercises, 631

Programming Projects, 635

Chapter 11. Recursion, 639

11.1. Recursive Void Methods, 641

Example: Vertical Numbers, 641

Tracing a Recursive Call, 644

A Closer Look at Recursion, 647

Pitfall: Infinite Recursion, 649

Stacks for Recursion, 650

Pitfall: Stack Overflow, 652

Recursion versus Iteration, 652

11.2. Recursive Methods That Return a Value, 653

General Form for a Recursive Method That Returns a Value, 653

Example: Another Powers Method, 654

11.3. Thinking Recursively, 659

Recursive Design Techniques, 659

Binary Search, 660

Efficiency of Binary Search, 666

Chapter Summary, 668

Answers to Self-Test Exercises, 669

Programming Projects, 672

Chapter 12. UML and Patterns, 677

History of UML, 679

UML Class Diagrams, 679

Class Interactions, 680

Inheritance Diagrams, 680

12.2. Patterns, 683

Adaptor Pattern, 683

The Model-View-Controller Pattern, 684

Example: A Sorting Pattern, 685

Restrictions on the Sorting Pattern, 691

Efficiency of the Sorting Pattern, 691

Tip: Pragmatics and Patterns, 692

Pattern Formalism, 692

Chapter Summary, 693

Answers to Self-Test Exercises, 693

Programming Projects, 695

Chapter 13. Interfaces and Inner Classes, 699

13.1. Interfaces, 701

Interfaces, 701

Abstract Classes Implementing Interfaces, 703

Derived Interfaces, 703

Pitfall: Interface Semantics Are Not Enforced, 705

The Comparable Interface, 707

Example: Using the Comparable Interface, 708

Defined Constants in Interfaces, 713

Pitfall: Inconsistent Interfaces, 714

The Serializable Interface, 717

The Cloneable Interface, 717

13.2. Simple Uses of Inner Classes, 722

Helping Classes, 722

Tip: Inner and Outer Classes Have Access to Each Other’s Private Members, 723

Example: A Bank Account Class, 723

The .class File for an Inner Class, 727

Pitfall: Other Uses of Inner Classes, 728

13.3. More about Inner Classes, 728

Static Inner Classes, 728

Public Inner Classes, 729

Tip: Referring to a Method of the Outer Class, 731

Nesting Inner Classes, 733

Inner Classes and Inheritance, 733

Anonymous Classes, 734

Tip: Why Use Inner Classes?, 736

Chapter Summary, 737

Answers to Self-Test Exercises, 738

Programming Projects, 742

Chapter 14. Generics and the ArrayList Class, 747

14.1. The ArrayList Class, 749

Using the ArrayList Class, 750

Tip: Summary of Adding to an ArrayList, 754

Methods in the Class ArrayList, 755

The “for-each” Loop, 759

Example: Golf Scores, 762

Tip: Use trimToSize to Save Memory, 765

Pitfall: The clone Method Makes a Shallow Copy, 765

The Vector Class, 766

Parameterized Classes and Generics, 767

Pitfall: Nonparameterized ArrayList and Vector Classes, 767

14.2. Generics, 767

Generic Basics, 767

Tip: Compile with the -Xlint Option, 769

Example: A Generic Class for Ordered Pairs, 770

Pitfall: A Generic Constructor Name Has No Type Parameter, 773

Pitfall: You Cannot Plug in a Primitive Type for a Type Parameter, 774

Pitfall: A Type Parameter Cannot Be Used Everywhere a Type Name Can Be Used, 774

Pitfall: An Instantiation of a Generic Class Cannot be an Array Base Type, 774

Tip: A Class Definition Can Have More Than One Type Parameter, 775

Pitfall: A Generic Class Cannot Be an Exception Class, 777

Bounds for Type Parameters, 778

Tip: Generic Interfaces, 780

Generic Methods, 780

Inheritance with Generic Classes, 782

Chapter Summary, 784

Answers to Self-Test Exercises, 785

Programming Projects, 787

Chapter 15. Linked Data Structures, 791

15.1. Java Linked Lists, 794

Example: A Simple Linked List Class, 794

Working with Linked Lists, 798

Pitfall: Privacy Leaks, 803

Node Inner Classes, 804

Example: A Generic Linked List, 807

Pitfall: Using Node Instead of Node<T>, 812

The equals Method for Linked Lists, 813

15.2. Copy Constructors and the Clone Method, 814

Simple Copy Constructors and clone Methods, 815

Exceptions, 815

Pitfall: The clone Method Is Protected in Object, 818

Tip: Use a Type Parameter Bound for a Better clone, 819

Example: A Linked List with a Deep Copy clone Method, 822

Tip: Cloning Is an “All or Nothing” Affair, 826

15.3. Iterators, 826

Defining an Iterator Class, 827

Adding and Deleting Nodes, 832

15.4. Variations on a Linked List, 835

Doubly Linked List, 837

The Stack Data Structure, 846

The Queue Data Structure, 848

Running Times and Big-O Notation, 851

Efficiency of Linked Lists, 856

15.5. Hash Tables with Chaining, 857

A Hash Function for Strings, 858

Efficiency of Hash Tables, 862

15.6. Sets, 863

Fundamental Set Operations, 863

Efficiency of Sets Using Linked Lists, 868

15.7. Trees, 869

Tree Properties, 870

Example: A Binary Search Tree Class, 872

Efficiency of Binary Search Trees, 878

Chapter Summary, 879

Answers to Self-Test Exercises, 880

Programming Projects, 885

Chapter 16. Collections, Maps and Iterators, 889

16.1. Collections, 890

The Collection Framework, 892

Pitfall: Optional Operations, 898

Tip: Dealing with All Those Exceptions, 899

Concrete Collection Classes, 900

Differences Between ArrayList<T> and Vector<T>, 909

Nonparameterized Version of the Collection Framework, 909

Pitfall: Omitting the <T>, 910

16.2. Maps, 910

Concrete Map Classes, 913

16.3. Iterators, 917

The Iterator Concept, 917

The Iterator<T> Interface, 917

Tip: For-Each Loops as Iterators, 920

List Iterators, 921

Pitfall: next Can Return a Reference, 923

Tip: Defining Your Own Iterator Classes, 925

Chapter Summary, 926

Answers to Self-Test Exercises, 926

Programming Projects, 927

Chapter 17. Swing I, 933

17.1. Event-Driven Programming, 935

Events and Listeners, 935

17.2. Buttons, Events, and Other Swing Basics, 936

Example: A Simple Window, 937

Pitfall: Forgetting to Program the Close-Window Button, 942

Action Listeners and Action Events, 944

Pitfall: Changing the Heading for actionPerformed, 946

Tip: Ending a Swing Program, 947

Example: A Better Version of Our First Swing GUI, 947

Example: A GUI with a Label and Color, 953

17.3. Containers and Layout Managers, 956

Border Layout Managers, 956

Flow Layout Managers, 959

Grid Layout Managers, 961

Example: A Tricolor Built with Panels, 966

The Container Class, 970

Tip: Code a GUI’s Look and Actions Separately, 973

The Model-View-Controller Pattern, 974

17.4. Menus and Buttons, 975

Example: A GUI with a Menu, 975

Menu Bars, Menus, and Menu Items, 975

Nested Menus, 980

The AbstractButton Class, 980

The setActionCommand Method, 983

Listeners as Inner Classes, 985

17.5. Text Fields and Text Areas, 988

Text Areas and Text Fields, 988

Tip: Labeling a Text Field, 994

Tip: Inputting and Outputting Numbers, 995

A Swing Calculator, 995

Chapter Summary, 1001

Answers to Self-Test Exercises, 1002

Programming Projects, 1009

Chapter 18. Swing II, 1011

18.1. Window Listeners, 1012

Example: A Window Listener Inner Class, 1014

The dispose Method, 1018

Pitfall: Forgetting to Invoke setDefaultCloseOperation, 1018

The WindowAdapter Class, 1019

18.2. Icons and Scroll Bars, 1020

Scroll Bars, 1027

Example: Components with Changing Visibility, 1033

18.3. The Graphics Class, 1036

Coordinate System for Graphics Objects, 1037

The Method paint and the Class Graphics, 1037

Drawing Ovals, 1043

Drawing Arcs, 1043

Rounded Rectangles, 1047

paintComponent for Panels, 1048

Action Drawings and repaint, 1048

Some More Details on Updating a GUI, 1054

18.4. Colors, 1054

Specifying a Drawing Color, 1055

Defining Colors, 1056

Pitfall: Using doubles to Define a Color, 1057

The JColorChooser Dialog Window, 1058

18.5. Fonts and the Drawstring Method, 1061

The drawString Method, 1061

Chapter Summary, 1067

Answers to Self-Test Exercises, 1068

Programming Projects, 1071

Chapter 19. Java Never Ends, 1077

19.1. Multithreading, 1078

Example: A Nonresponsive GUI, 1079

Thread.sleep, 1079

The getGraphics Method, 1083

Fixing a Nonresponsive Program Using Threads, 1084

Example: A Multithreaded Program, 1084

The Class Thread, 1085

The Runnable Interface, 1088

19.2. Networking with Stream Sockets, 1091

Sockets and Threading, 1095

19.3. JavaBeans, 1096

The Component Model, 1096

The JavaBeans Model, 1096

19.4. Java and Database Connections, 1098

Relational Databases, 1098

Java DB and JDBC, 1098

19.5. Web Programming with Java Server Pages, 1110

Applets, Servlets, and Java Server Pages, 1110

Sun GlassFish Enterprise Server, 1112

HTML Forms—the Common Gateway Interface, 1113

JSP Declarations, Expressions, Scriptlets, and Directives, 1115

Chapter Summary, 1124

Answers to Self-Test Exercises, 1124

Programming Projects, 1126

Chapter 20. Applets and HTML, 1129

Appendix 1. Keywords, 1131

Appendix 2. Precedence and Associativity Rules, 1133

Appendix 3. Unicode Character Set, 1135

Appendix 4. Format Specifications for printf, 1137

Appendix 5. Summary of Classes and Interfaces, 1139

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ABOUT THIS TITLE - DESCRIPTION

For undergraduate students in Computer Science and Computer Programming courses. Praised for providing an engaging balance of thoughtful examples and explanatory discussion, Absolute Java™, Fourth Edition has been updated with numerous additional programming projects and coverage of web and database programming. Best-selling author Walt Savitch and contributor Kenrick Mock explain concepts and techniques in a straightforward style using understandable language and code enhanced by a suite of pedagogical tools. This edition also includes an extensive set of VideoNotes. Absolute Java is appropriate for both introductory and intermediate programming courses introducing Java. SUPPLEMENTS PowerPoint Slides Source Code from the book VideoNotes MyCodeMate Online Tutorial Service Instructors Solutions Manual Test Bank Text-specific Website: www.aw.com/savitch

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