Programming and problem solving with Java / Nell Dale, Chip Weems, Mark Headington.

By:

Dale, Nell (Nell B.)

Contributor(s):

Material type: Text

TextPublication details: Boston : Jones and Bartlett Publishers, c2003.Description: xxi, 789 p. : col. ill. ; 24 cmISBN:

0763704903

Subject(s):

Java (Computer program language)

DDC classification:

005.133 DAL

Holdings
Item type	Current library	Call number	Copy number	Status	Date due	Barcode
Standard Loan	Moylish Library Main Collection	005.133 DAL (Browse shelf(Opens below))	1	Available		39002100597617

Browsing Moylish Library shelves, Shelving location: Main Collection Close shelf browser (Hides shelf browser)

Previous	No cover image available							Next
Previous	005.133 CAS Software design with COBOL & SQL / Piers Casimir-Mrowczynski	005.133 CON PHP5 and MySQL Bible /	005.133 DAL C++ plus data structures /	005.133 DAL Programming and problem solving with Java /	005.133 DAV C# for dummies /	005.133 DAV C++ for dummies /	005.133 DEI Java how to program H.M. Deitel, P.J. Deitel	Next

Includes index.

Table of contents provided by Syndetics

Preface (p. xv)
Chapter 1 Introduction to Object-Oriented Programming (p. 2)
1.1 Overview of Object-Oriented Programming (p. 4)
1.2 How Is Java Code Converted into a Form That a Computer Can Use? (p. 10)
1.3 How Does Interpreting Code Differ from Executing It? (p. 14)
1.4 How Is Compilation Related to Interpretation and Execution? (p. 14)
1.5 What Kinds of Instructions Can Be Written in a Programming Language? (p. 15)
1.6 What's Inside the Computer? (p. 20)
1.7 Problem-Solving Techniques (p. 22)
Chapter 2 Java Syntax and Semantics, Classes, and Objects (p. 40)
2.1 The Elements of Java Programs (p. 42)
2.2 Application Construction (p. 70)
2.3 Application Entry, Correction, and Execution (p. 75)
2.4 Classes and Methods (p. 78)
2.5 Testing and Debugging (p. 86)
Chapter 3 Arithmetic Expressions (p. 98)
3.1 Overview of Java Data Types (p. 100)
3.2 Numeric Data Types (p. 103)
3.3 Declarations for Numeric Types (p. 106)
3.4 Simple Arithmetic Expressions (p. 108)
3.5 Compound Arithmetic Expressions (p. 114)
3.6 Additional Mathematical Methods (p. 120)
3.7 Value-Returning Class Methods (p. 122)
3.8 Additional String Operations (p. 126)
3.9 Applications with Multiple Class Files (p. 131)
3.10 Testing and Debugging (p. 140)
Chapter 4 Selection and Encapsulation (p. 152)
4.1 Flow of Control (p. 154)
4.2 Conditions and Logical Expressions (p. 154)
4.3 The if Statement (p. 167)
4.4 Nested if Statements (p. 173)
4.5 Encapsulation (p. 177)
4.6 Abstraction (p. 179)
4.7 Testing and Debugging (p. 190)
Chapter 5 File Objects and Looping Statements (p. 210)
5.1 File Input and Output (p. 212)
5.2 Looping (p. 220)
5.3 Mutable and Immutable Objects (p. 242)
5.4 Testing and Debugging (p. 252)
Chapter 6 Object-Oriented Software Design and Implementation (p. 268)
6.1 Software Design Strategies (p. 270)
6.2 Objects and Classes Revisited (p. 271)
6.3 Object-Oriented Design (p. 274)
6.4 The CRC Card Design Process (p. 277)
6.5 Functional Decomposition (p. 285)
6.6 Object-Oriented Implementation (p. 289)
6.7 Packages (p. 294)
6.8 Ethics and Responsibilities in the Computing Profession (p. 301)
6.9 Testing and Debugging (p. 314)
Chapter 7 Inheritance, Polymorphism, and Scope (p. 324)
7.1 Inheritance (p. 326)
7.2 Inheritance and the Object-Oriented Design Process (p. 328)
7.3 How to Read a Class Hierarchy (p. 333)
7.4 Derived Class Syntax (p. 337)
7.5 Scope of Access (p. 339)
7.6 Implementing a Derived Class (p. 346)
7.7 Copy Constructors (p. 352)
7.8 Output and Input of Objects (p. 354)
7.9 Testing and Debugging (p. 365)
Chapter 8 Event-Driven Input and Output (p. 374)
8.1 Frames (p. 376)
8.2 Formatting Output (p. 382)
8.3 Event Handling (p. 385)
8.4 Entering Data Using Fields in a Frame (p. 394)
8.5 Creating a Data Entry Field (p. 396)
8.6 Using a Field (p. 397)
8.7 Reading Data in an Event Handler (p. 398)
8.8 Handling Multiple Button Events (p. 409)
8.9 Testing and Debugging (p. 420)
Chapter 9 Exceptions and Additional Control Structures (p. 430)
9.1 Exception-Handling Mechanism (p. 432)
9.2 Additional Control Statements (p. 438)
9.3 Additional Java Operators (p. 448)
9.4 Testing and Debugging (p. 466)
Chapter 10 One-Dimensional Arrays (p. 478)
10.1 Atomic Data Types (p. 480)
10.2 Composite Data Types (p. 481)
10.3 One-Dimensional Arrays (p. 483)
10.4 Examples of Declaring and Processing Arrays (p. 493)
10.5 Arrays of Objects (p. 497)
10.6 Arrays and Methods (p. 500)
10.7 Special Kinds of Array Processing (p. 501)
10.8 Testing and Debugging (p. 510)
Chapter 11 Array-Based Lists (p. 522)
11.1 Lists (p. 524)
11.2 List Class (p. 525)
11.3 Sorting the List Items (p. 539)
11.4 Sorted List (p. 543)
11.5 The List Class Hierarchy and Abstract Classes (p. 548)
11.6 Searching (p. 550)
11.7 Generic Lists (p. 559)
11.8 Testing and Debugging (p. 571)
Chapter 12 Multidimensional Arrays and Numeric Computation (p. 580)
12.1 Two-Dimensional Arrays (p. 582)
12.2 Processing Two-Dimensional Arrays (p. 586)
12.3 Multidimensional Arrays (p. 591)
12.4 Vector Class (p. 592)
12.5 Floating-Point Numbers (p. 592)
12.6 Decimal Format Type (p. 602)
12.7 Testing and Debugging (p. 619)
Chapter 13 Recursion (p. 634)
13.1 What Is Recursion? (p. 636)
13.2 More Examples with Simple Variables (p. 638)
13.3 Recursive Algorithms with Structured Variables (p. 648)
13.4 Recursion or Iteration? (p. 651)
13.5 Testing and Debugging (p. 652)
Chapter 14 Applets (p. 658)
14.1 What Is an Applet? (p. 660)
14.2 How Do You Write an Applet? (p. 661)
14.3 How Do You Run an Applet? (p. 667)
14.4 Testing and Debugging (p. 676)
Appendixes (p. 682)
Glossary (p. 698)
Answers (p. 706)
Index (p. 744)