An introduction to object-oriented programming with Java

Wu's book provides a gentle introduction to programming using java as the implementation language. With many jobs available in computer programming, people are eager to learn, and this book gives them the handles they will need. Wu's use of what he calls "object diagrams" to explain the basics of programming, make his visual approach far superior to that of the competition.

Preface	p. xiii
New Features in the Second Edition	p. xiv
Major Features	p. xv
Supplement Materials	p. xxiv
Book Organization	p. xxv
Acknowledgments	p. xxvii
0 Introduction to Computers and Programming Languages	p. 1
0.1 A History of Computers	p. 2
0.2 Computer Architecture	p. 5
0.3 Programming Languages	p. 11
0.4 Java	p. 13
0.5 Exercises	p. 14
1 Introduction to Object-Oriented Programming and Software Development	p. 15
1.1 Classes and Objects	p. 16
1.2 Messages and Methods	p. 18
1.3 Class and Instance Data Values	p. 23
1.4 Inheritance	p. 26
1.5 Software Engineering and Software Life Cycle	p. 29
1.6 Having Fun with Java	p. 31
1.7 Exercises	p. 34
2 Java Programming Basics	p. 37
2.1 The First Java Application	p. 38
2.2 Program Components	p. 48
2.3 Edit--Compile--Run Cycle	p. 59
2.4 The javabook Package	p. 61
2.5 Sample Program: Displaying Messages	p. 62
2.6 The First Java Applet	p. 66
2.7 Exercises	p. 77
3 Numerical Data	p. 83
3.1 Variables	p. 84
3.2 Arithmetic Expressions	p. 92
3.3 Constants	p. 98
3.4 The Math Class	p. 100
3.5 InputBox	p. 103
3.6 OutputBox	p. 106
3.7 Sample Program: Loan Calculator	p. 113
3.8 Numerical Representation (Optional)	p. 124
3.9 Exercises	p. 128
4 Defining Instantiable Classes	p. 139
4.1 Defining Instantiable Classes	p. 140
4.2 Instantiable Classes and Constructors	p. 152
4.3 Visibility Modifiers: public and private	p. 157
4.4 Local Variables, Return Values, and Parameter Passing	p. 162
4.5 Loan Calculator Program with an Instantiable Class	p. 167
4.6 Exercises	p. 181
5 Processing Input with Applets	p. 191
5.1 Placing GUI Objects on Applets	p. 192
5.2 Adding ActionListener to an Event Source	p. 199
5.3 Absolute Positioning of GUI Objects	p. 206
5.4 The Button Class	p. 208
5.5 Converting Text to a Numerical Value	p. 210
5.6 Sample Program: Finding Body Mass Index (BMI)	p. 213
5.7 Running an Applet as an Application	p. 223
5.8 Exercises	p. 224
6 Selection Statements	p. 229
6.1 The if Statement	p. 230
6.2 Boolean Expressions and Variables	p. 238
6.3 Nested-if Statements	p. 242
6.4 ListBox	p. 249
6.5 The switch Statement	p. 252
6.6 Sample Program: Drawing Shapes	p. 258
6.7 Exercises	p. 280
7 Repetition Statements	p. 289
7.1 The while Statement	p. 290
7.2 Pitfalls in Writing Repetition Statements	p. 294
7.3 The do--while Statement	p. 299
7.4 ResponseBox	p. 303
7.5 The for Statement	p. 308
7.6 Nested-for Statements	p. 312
7.7 The Format Class	p. 316
7.8 Loan Tables	p. 322
7.9 Sample Program: Hi-Lo Game	p. 325
7.10 Recursive Methods (Optional)	p. 338
7.11 Exercises	p. 343
8 Characters and Strings	p. 355
8.1 Characters	p. 356
8.2 Strings	p. 359
8.3 Primitive versus Reference Types	p. 370
8.4 StringBuffer	p. 379
8.5 Passing Objects as Parameters	p. 384
8.6 Returning an Object from Methods	p. 389
8.7 Sample Program: Word Play	p. 392
8.8 Exercises	p. 404
9 Arrays	p. 411
9.1 Array Basics	p. 412
9.2 Arrays of Objects	p. 421
9.3 Passing Arrays to Methods	p. 431
9.4 MultilnputBox	p. 436
9.5 Self-Referencing Pointer	p. 439
9.6 Sample Development: The Address Book	p. 446
9.7 Two-Dimensional Arrays	p. 463
9.8 Vectors	p. 470
9.9 Exercises	p. 476
10 Sorting and Searching	p. 481
10.1 Searching	p. 482
10.2 Sorting	p. 488
10.3 Heapsort	p. 495
10.4 Sample Program: Sorting an AddressBook	p. 509
10.5 Exercises	p. 515
11 File Input and Output	p. 519
11.1 File and FileDialog Objects	p. 520
11.2 Low-Level File I/O	p. 525
11.3 High-Level File I/O	p. 532
11.4 Handling Exceptions	p. 539
11.5 Object I/O	p. 544
11.6 Sample Class: Saving an AddressBook Object	p. 548
11.7 Exercises	p. 556
12 Reusable Classes and Packages	p. 559
12.1 Object Categories	p. 560
12.2 Method Overriding and Overloaded Methods	p. 562
12.3 Sample Classes: Reusable EggyPeggy and HiLo	p. 569
12.4 Package Organization	p. 595
12.5 Exercises	p. 597
13 GUI Objects and Event-Driven Programming	p. 603
13.1 Placing Buttons on a Frame	p. 605
13.2 Handling Events	p. 611
13.3 Placing TextField Objects on a Frame	p. 618
13.4 Menus	p. 620
13.5 Handling Mouse Events	p. 626
13.6 Other GUI Objects	p. 634
13.7 Sample Program: A Simple Calculator	p. 639
13.8 Exercises	p. 652
14 Inheritance and Polymorphism	p. 657
14.1 Defining Classes with Inheritance	p. 658
14.2 Using Classes Effectively with Polymorphism	p. 662
14.3 Inheritance and Member Accessibility	p. 666
14.4 Inheritance and Constructors	p. 672
14.5 Abstract Superclasses and Abstract Methods	p. 676
14.6 When and When Not to Use Inheritance	p. 682
14.7 Sample Program: Computing Course Grades	p. 684
14.8 Exercises	p. 704
15 Class Roster Maintenance Program	p. 709
15.1 Method Call Sequence Diagram	p. 710
15.2 Problem Statement	p. 711
15.3 Overall Planning	p. 712
15.4 Step 1 Development: Program Shell with Menus	p. 716
15.5 Step 2 Development: Create a New Roster	p. 722
15.6 Step 3 Development: Add Students	p. 729
15.7 Step 4 Development: Delete Students	p. 737
15.8 Step 5 Development: Edit Student Names	p. 740
15.9 Step 6 Development: Edit Test Scores and Compute Grades	p. 746
15.10 Step 7 Development: Display Student Information	p. 753
15.11 Step 8 Development: Storing Grade Rosters	p. 765
15.12 Step 9 Development: Finalize and Improve	p. 775
15.13 The StudentNameDialog Class	p. 776
15.14 The TestScoreDialog Class	p. 786
15.15 Exercises	p. 791
16 Recursive Algorithms	p. 797
16.1 Basic Elements of Recursion	p. 798
16.2 Directory Listing	p. 799
16.3 Anagram	p. 801
16.4 Towers of Hanoi	p. 805
16.5 Quicksort	p. 809
16.6 When Not to Use Recursion	p. 815
16.7 Exercises	p. 817
A The javabook Package	p. 819

Mevcut:*

Bound With These Titles

On Order

Özet

Özet

Table of Contents