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Java Software Solutions teaches a foundation of programming techniques to foster well-designed object-oriented software. Heralded for its integration of small and large realistic examples, this worldwide best-selling text emphasizes building solid problem-solving and design skills to write high-quality programs.

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Tabla de contenidos provista por Syndetics

• Preface(p. v)
• Chapter 1 Introduction(p. 1)
• 1.1 Computer Processing(p. 2)
• Software Categories(p. 3)
• Digital Computers(p. 4)
• Binary Numbers(p. 7)
• 1.2 Hardware Components(p. 10)
• Computer Architecture(p. 11)
• Input/Output Devices(p. 12)
• Main Memory and Secondary Memory(p. 13)
• The Central Processing Unit(p. 17)
• 1.3 Networks(p. 20)
• Network Connections(p. 20)
• Local-Area Networks and Wide-Area Networks(p. 22)
• The Internet(p. 23)
• The World Wide Web(p. 24)
• Uniform Resource Locators(p. 25)
• 1.4 The Java Programming Language(p. 26)
• A Java Program(p. 27)
• Comments(p. 29)
• Identifiers and Reserved Words(p. 31)
• White Space(p. 33)
• 1.5 Program Development(p. 36)
• Programming Language Levels(p. 36)
• Editors, Compilers, and Interpreters(p. 38)
• Development Environments(p. 40)
• Syntax and Semantics(p. 41)
• Errors(p. 42)
• 1.6 Object-Oriented Programming(p. 44)
• Problem Solving(p. 45)
• Object-Oriented Software Principles(p. 46)
• Chapter 2 Data and Expressions(p. 57)
• 2.1 Character Strings(p. 58)
• The print and println Methods(p. 58)
• String Concatenation(p. 60)
• Escape Sequences(p. 63)
• 2.2 Variables and Assignment(p. 65)
• Variables(p. 65)
• The Assignment Statement(p. 67)
• Constants(p. 69)
• 2.3 Primitive Data Types(p. 71)
• Integers and Floating Points(p. 71)
• Characters(p. 73)
• Booleans(p. 74)
• 2.4 Expressions(p. 75)
• Arithmetic Operators(p. 75)
• Operator Precedence(p. 76)
• Increment and Decrement Operators(p. 80)
• Assignment Operators(p. 81)
• 2.5 Data Conversion(p. 83)
• Conversion Techniques(p. 85)
• 2.6 Interactive Programs(p. 87)
• The Scanner Class(p. 87)
• 2.7 Graphics(p. 92)
• Coordinate Systems(p. 92)
• Representing Color(p. 94)
• 2.8 Applets(p. 95)
• Executing Applets Using the Web(p. 98)
• 2.9 Drawing Shapes(p. 99)
• The Graphics Class(p. 99)
• Software Failure: NASA Mars Climate Orbiter and Polar Lander(p. 111)
• Chapter 3 Using Classes and Objects(p. 113)
• 3.1 Creating Objects(p. 114)
• Aliases(p. 116)
• 3.2 The String Class(p. 118)
• 3.3 Packages(p. 122)
• The import Declaration(p. 124)
• 3.4 The Random Class(p. 126)
• 3.5 The Math Class(p. 129)
• 3.6 Formatting Output(p. 132)
• The NumberFormat Class(p. 132)
• The DecimalFormat Class(p. 134)
• The printf Method(p. 135)
• 3.7 Enumerated Types(p. 138)
• 3.8 Wrapper Classes(p. 141)
• Autoboxing(p. 143)
• 3.9 Components and Containers(p. 143)
• Frames and Panels(p. 144)
• 3.10 Nested Panels(p. 148)
• 3.11 Images(p. 151)
• Chapter 4 Writing Classes(p. 159)
• 4.1 Classes and Objects Revisited(p. 160)
• 4.2 Anatomy of a Class(p. 162)
• Instance Data(p. 167)
• UML Class Diagrams(p. 167)
• 4.3 Encapsulation(p. 169)
• Visibility Modifiers(p. 170)
• Accessors and Mutators(p. 171)
• 4.4 Anatomy of a Method(p. 172)
• The return Statement(p. 174)
• Parameters(p. 175)
• Local Data(p. 175)
• Bank Account Example(p. 176)
• 4.5 Constructors Revisited(p. 181)
• 4.6 Graphical Objects(p. 182)
• 4.7 Graphical User Interfaces(p. 191)
• 4.8 Buttons(p. 192)
• 4.9 Text Fields(p. 196)
• Software Failure: Denver Airport Baggage Handling System(p. 205)
• Chapter 5 Conditionals and Loops(p. 207)
• 5.1 Boolean Expressions(p. 208)
• Equality and Relational Operators(p. 209)
• Logical Operators(p. 210)
• 5.2 The if Statement(p. 213)
• The if-else Statement(p. 216)
• Using Block Statements(p. 219)
• Nested if Statements(p. 223)
• 5.3 Comparing Data(p. 226)
• Comparing Floats(p. 226)
• Comparing Characters(p. 227)
• Comparing Objects(p. 228)
• 5.4 The while Statement(p. 230)
• Infinite Loops(p. 234)
• Nested Loops(p. 236)
• The break and continue Statements(p. 239)
• 5.5 Iterators(p. 241)
• Reading Text Files(p. 242)
• 5.6 The ArrayList Class(p. 245)
• 5.7 Determining Event Sources(p. 248)
• 5.8 Check Boxes and Radio Buttons(p. 251)
• Check Boxes(p. 251)
• Radio Buttons(p. 255)
• Software Failure: Therac-25(p. 267)
• Chapter 6 More Conditionals and Loops(p. 269)
• 6.1 The switch Statement(p. 270)
• 6.2 The Conditional Operator(p. 274)
• 6.3 The do Statement(p. 275)
• 6.4 The for Statement(p. 279)
• The for-each Loop(p. 282)
• Comparing Loops(p. 284)
• 6.5 Drawing with Loops and Conditionals(p. 285)
• 6.6 Dialog Boxes(p. 291)
• Chapter 7 Object-Oriented Design(p. 301)
• 7.1 Software Development Activities(p. 302)
• 7.2 Identifying Classes and Objects(p. 303)
• Assigning Responsibilities(p. 305)
• 7.3 Static Class Members(p. 305)
• Static Variables(p. 306)
• Static Methods(p. 306)
• 7.4 Class Relationships(p. 310)
• Dependency(p. 310)
• Dependencies Among Objects of the Same Class(p. 310)
• Aggregation(p. 316)
• The this Reference(p. 320)
• 7.5 Interfaces(p. 322)
• The Comparable Interface(p. 327)
• The Iterator Interface(p. 328)
• 7.6 Enumerated Types Revisited(p. 329)
• 7.7 Method Design(p. 332)
• Method Decomposition(p. 333)
• Method Parameters Revisited(p. 338)
• 7.8 Method Overloading(p. 343)
• 7.9 Testing(p. 345)
• Reviews(p. 346)
• Defect Testing(p. 346)
• 7.10 GUI Design(p. 349)
• 7.11 Layout Managers(p. 350)
• Flow Layout(p. 352)
• Border Layout(p. 356)
• Grid Layout(p. 359)
• Box Layout(p. 361)
• 7.12 Borders(p. 365)
• 7.13 Containment Hierarchies(p. 369)
• Software Failure: 2003 Northeast Blackout(p. 377)
• Chapter 8 Arrays(p. 379)
• 8.1 Array Elements(p. 380)
• 8.2 Declaring and Using Arrays(p. 381)
• Bounds Checking(p. 384)
• Alternate Array Syntax(p. 389)
• Initializer Lists(p. 389)
• Arrays as Parameters(p. 390)
• 8.3 Arrays of Objects(p. 392)
• 8.4 Command-Line Arguments(p. 402)
• 8.5 Variable Length Parameter Lists(p. 404)
• 8.6 Two-Dimensional Arrays(p. 408)
• Multidimensional Arrays(p. 412)
• 8.7 Polygons and Polylines(p. 413)
• The Polygon Class(p. 416)
• 8.8 Mouse Events(p. 418)
• 8.9 Key Events(p. 427)
• Software Failure: LA Air Traffic Control(p. 441)
• Chapter 9 Inheritance(p. 443)
• 9.1 Creating Subclasses(p. 444)
• The protected Modifier(p. 447)
• The super Reference(p. 450)
• Multiple Inheritance(p. 453)
• 9.2 Overriding Methods(p. 455)
• Shadowing Variables(p. 457)
• 9.3 Class Hierarchies(p. 458)
• The Object Class(p. 460)
• Abstract Classes(p. 461)
• Interface Hierarchies(p. 463)
• 9.4 Visibility(p. 463)
• 9.5 Designing for Inheritance(p. 466)
• Restricting Inheritance(p. 467)
• 9.6 The Component Class Hierarchy(p. 468)
• 9.7 Extending Adapter Classes(p. 471)
• 9.8 The Timer Class(p. 475)
• Software Failure: Ariane 5 Flight 501(p. 485)
• Chapter 10 Polymorphism(p. 487)
• 10.1 Late Binding(p. 488)
• 10.2 Polymorphism via Inheritance(p. 489)
• 10.3 Polymorphism via Interfaces(p. 502)
• 10.4 Sorting(p. 504)
• Selection Sort(p. 505)
• Insertion Sort(p. 511)
• Comparing Sorts(p. 512)
• 10.5 Searching(p. 513)
• Linear Search(p. 513)
• Binary Search(p. 515)
• Comparing Searches(p. 519)
• 10.6 Designing for Polymorphism(p. 519)
• 10.7 Event Processing(p. 521)
• 10.8 File Choosers(p. 522)
• 10.9 Color Choosers(p. 525)
• 10.10 Sliders(p. 527)
• Chapter 11 Exceptions(p. 537)
• 11.1 Exception Handling(p. 538)
• 11.2 Uncaught Exceptions(p. 539)
• 11.3 The try-catch Statement(p. 540)
• The finally Clause(p. 544)
• 11.4 Exception Propagation(p. 545)
• 11.5 The Exception Class Hierarchy(p. 549)
• Checked and Unchecked Exceptions(p. 552)
• 11.6 I/O Exceptions(p. 553)
• 11.7 Tool Tips and Mnemonics(p. 557)
• 11.8 Combo Boxes(p. 564)
• 11.9 Scroll Panes(p. 569)
• 11.10 Split Panes(p. 572)
• Chapter 12 Recursion(p. 583)
• 12.1 Recursive Thinking(p. 584)
• Infinite Recursion(p. 584)
• Recursion in Math(p. 585)
• 12.2 Recursive Programming(p. 586)
• Recursion vs Iteration(p. 589)
• Direct vs Indirect Recursion(p. 589)
• 12.3 Using Recursion(p. 590)
• Traversing a Maze(p. 591)
• The Towers of Hanoi(p. 596)
• 12.4 Recursion in Graphics(p. 601)
• Tiled Pictures(p. 601)
• Fractals(p. 604)
• Chapter 13 Collections(p. 617)
• 13.1 Collections and Data Structures(p. 618)
• Separating Interface from Implementation(p. 618)
• 13.2 Dynamic Representations(p. 619)
• Dynamic Structures(p. 619)
• A Dynamically Linked List(p. 620)
• Other Dynamic List Representations(p. 625)
• 13.3 Linear Data Structures(p. 627)
• Queues(p. 627)
• Stacks(p. 628)
• 13.4 Non-Linear Data Structures(p. 631)
• Trees(p. 631)
• Graphs(p. 632)
• 13.5 The Java Collections API(p. 634)
• Generics(p. 634)
• Appendix A Glossary(p. 641)
• Appendix B Number Systems(p. 665)
• Appendix C The Unicode Character Set(p. 673)
• Appendix D Java Operators(p. 677)
• Appendix E Java Modifiers(p. 683)
• Appendix F Java Coding Guidelines(p. 687)
• Appendix G Java Applets(p. 693)
• Appendix H Regular Expressions(p. 695)
• Appendix I Javadoc Documentation Generator(p. 697)
• Appendix J The PaintBox Project(p. 703)
• Appendix K GUI Events(p. 715)
• Appendix L Java Syntax(p. 719)
• Appendix M The Java Class Library(p. 733)
• Appendix N Answers to Self-Review Questions(p. 735)
• Index(p. 789)

Notas de autor provistas por Syndetics

John Lewis is the co-author of the previous editions of the Java Software Solutions textbook, Java Software Structures , Java Foundations , and the Java Software Solutions textbook used for AP computer science classes.