Java programming / K. Rajkumar.

Format:

Book

Author/Creator:

Rajkumar, K.

Series:

Always learning.

Always learning

Language:

English

Subjects (All):

Java (Computer program language)--Problems, exercises, etc.

Java (Computer program language).

Computer software--Development.

Computer software.

Physical Description:

1 online resource (1 v.) : illustrations

Edition:

1st edition

Place of Publication:

New Delhi, India : Pearson, 2013.

System Details:

text file

Summary:

JAVA Programming introduces the subject in a simple and lucid style. This book explains programming concepts and software development practices for solving problems in a clear and precise manner. Every chapter of the book is supported with a wide variety of solved examples and end-of-chapter exercises to help students master this subject.

Contents:

Cover

Brief Contents

Contents

Pedagogical Features

Preface

Part I - Java Basics

Chapter 1: Java Data Types,Operators and Console I/O Statements

1.1 Introduction

1.2 Java, World Wide Web and Sensor Devices

1.3 Java Editing Environments

1.4 Data types and Variables

1.5 Constants in Java

1.6 Java Operators

1.7 Type Casting and Boxing

1.8 Console I/O Statements

1.8.1 Command Line

1.8.2 Scanner

1.8.3 BufferedReader

1.8.4 DataInputStream

1.8.5 Console

1.9 Summary

Key Terms

Review Questions

Exercises

Chapter 2: Java Conditional and Looping Statements

2.1 Introduction

2.2 Conditional Statements

2.2.1 if Statement

2.2.2 Problem: Finding Biggest of Three Integers

2.2.3 if-else Statement

2.2.4 if-else-if Statement

2.2.5 Nested if Statement

2.2.6 Problem: Checking Leap Year

2.2.7 Multipoint Switch Statement

2.2.8 String Cases for Switch

2.3 Java Loping Statements

2.3.1 while Loop

2.3.2 do-while Loop

2.3.3 for Loop

2.3.4 Problem: Generating Multiplication Table

2.3.5 break, continue and assert Statements

2.4 Summary

Chapter 3: Arrays in Java

3.1 Introduction

3.2 Declaring and Initializing Arrays

3.3 Accessing Array Elements

3.4 Problem: Sequential Search for a Key

3.5 Problem: Binary Search for a Key

3.6 The For-Each Statement

3.7 Problem: Finding Euclidean Distance Between Two Vectors

3.8 Problem: Reverse an Array Without Copying

3.9 Multidimensional Arrays

3.10 Problem: Transpose of a Matrix

3.11 Summary

Chapter 4: Methods in Java

4.1 Introduction

4.2 Defining a Method

4.3 Calling a Method

4.4 Problem: Nested Method Calls

4.5 Problem: Calculate Area of Geometric Objects.

4.6 Problem: Generate Prime Numbers

4.7 Recursion: Power and Pitfalls

4.8 Method Overloading

4.9 Passing One-Dimensional Arrays to Methods

4.10 Problem: Method to Sort Names

4.11 Passing Two-Dimensional Arrays to Methods

4.12 Variable Length Argument Lists

4.13 Summary

Part II - Object Oriented Java Programming

Chapter 5: Classes and Objects

5.1 Introduction

5.2 Object-Oriented Programming Paradigm

5.3 Creating a Class

5.4 Problem: Designing Object-Oriented College Application

5.5 Creating Data Members

5.6 Creating Member Functions

5.7 Static Data and Methods

5.8 Array of Objects

5.9 Objects as Arguments to Methods

5.10 Summary

Chapter 6: Inheritance and Polymorphism

6.1 Introduction

6.2 Constructors

6.3 Default Constructor

6.4 Parameterized Constructor

6.5 Constructor Overloading

6.6 Essential Java.lang Classes

6.6.1 Math

6.6.2 Character

6.6.3 String

6.6.4 StringBuffer

6.6.5 StringBuilder

6.7 Inheritance

6.8 Calling Base Class Constructor

6.9 Calling Base Class Data Member with Super

6.10 Overriding and Polymorphism

6.11 Aggregation Versus Inheritance

6.12 Object and Object Cloning

6.13 Checking Object's Class Type

6.14 Preventing Inheritance and Overriding

6.15 Visibility of Members of a Class

6.16 Inner Classes

6.17 Summary

Chapter 7: More on Objects and Exceptions

7.1 Introduction

7.2 Abstract Classes

7.2.1 Defining Abstract Classes

7.2.2 Defining Abstract Methods

7.3 Interfaces

7.3.1 Declaring Interfaces

7.3.2 Implementing Interfaces

7.3.3 Problem: Flyable Interface

7.4 Java Enums

7.4.1 Basics of Enum

7.4.2 Advanced Features of Enum

7.5 Packages.

7.5.1 Creating a Package

7.5.2 Importing Packages

7.5.3 Including Classes to Package

7.5.4 Subpackages

7.5.5 Protected Members Revisited

7.6 Exception Handling

7.6.1 Try-catch-finally Statements

7.6.2 Multicatch Statement

7.6.3 Exception Hierarchy

7.6.4 User-defined Exceptions with throw and throws

7.6.5 Extending RuntimeException Class

7.7 Summary

Part III - Java Containers for Holding Objects

Chapter 8: Sequence Containers

8.1 Introduction

8.2 Collection Taxonomy

8.3 Vectors

8.3.1 Enumeration

8.3.2 Type-specific vectors

8.4 StringTokenizer

8.5 Stack

8.5.1 Character Stack

8.5.2 Problem: Brackets Matching

8.6 Iterators

8.7 PriorityQueue

8.8 ArrayList

8.8.1 Type-Safe ArrayLists

8.8.2 Problem: Shopping Cart

8.8.3 Problem: Search an Element Inside Array

8.8.4 Problem: Merge Two Arrays

8.8.5 Problem: Remove All Duplicates in an Array

8.9 LinkedList

8.9.1 Problem: Designing Stack Using LinkedList

8.9.2 Type-safe LLStack Using Generics

8.10 Summary

Chapter 9: Map Containers

9.1 Introduction

9.2 Hashtable

9.3 Problem: Word Counting in a Text

9.4 Problem: Couples-Sensitive Brackets Checker

9.5 HashMap

9.6 Multimaps

9.7 Nested HashMaps

9.8 LinkedHashMap

9.9 TreeMap

9.10 Problem: Random Number Generator

9.11 Properties

9.12 Summary

Chapter 10: Set Containers

10.1 Introduction

10.2 Set Interface

10.3 HashSet

10.4 Problem: Counting Duplicates in a Text

10.5 LinkedHashSet

10.6 TreeSet

10.7 Summary

Chapter 11: Sorting and Searching

11.1 Introduction

11.2 Sorting and Searching Using Arrays Class.

11.3 Filling and Copying Arrays

11.4 Comparing Arrays

11.5 Sorting Primitive Arrays

11.6 Sorting String Objects

11.7 Array Sorting Using Comparable

11.8 Array Sorting Using Comparator

11.9 Searching Sorted Arrays

11.10 Sorting and Searching Using Collections Class

11.11 Sorting Lists Using Comparable

11.12 Sorting Lists Using Comparator

11.13 Summary

Part IV - Java Threads and IO Streams

Chapter 12: Concurrency Using Threads

12.1 Introduction

12.2 Multithreading Using Thread Class

12.3 Making Threads to Sleep

12.4 Yielding Control to Other Threads

12.5 Problem: Multithreaded Adder

12.6 Suspending Caller Thread

12.7 Daemon Threads

12.8 Thread Priority

12.9 Multithreading Using Runnable

12.10 Thread Synchronization for Resource Sharing

12.11 Synchronized Methods

12.12 Synchronized Block

12.13 Cordination Among Threads

12.14 Problem: Car Dealer Application

12.15 Threads Life

12.16 Concurrent Programming Packages

12.17 The Concurrent Package

12.18 The Concurrent.Atomic Package

12.19 Problem: Random Strings Generator

12.20 The Concurrent.locks Package

12.21 Summary

Chapter 13: Processing Byte and Object Streams

13.1 Introduction

13.2 The File Class

13.3 Filtering File Names

13.4 Filtering Absolute File Paths

13.5 Types of Input Streams

13.5.1 Reading Files as Bytes

13.5.2 Reading Files into Byte Array

13.5.3 Reading Strings as Bytes

13.6 Types of Output Streams

13.6.1 Writing to Files as Bytes

13.6.2 Writing to Byte Array as Bytes

13.7 Problem: Copy Files as Bytes

13.8 Processing Primitive Data Types

13.9 Problem: Generating Students Mark List

13.10 Serializing Objects.

13.11 Problem: Generating Students' MarkList - Revisited

13.12 Transient Variables

13.13 Summary

Chapter 14: Processing Character Streams and NIO

14.1 Introduction

14.2 Types of Readers

14.2.1 Reading Files as Characters

14.2.2 Problem: Word Counting Using FileReader

14.2.3 Reading Files as Lines

14.2.4 Problem: Text Index Generator

14.3 Types of Writers

14.3.1 Writing Characters to File

14.3.2 Problem: Copy Files Using FileWriter

14.3.3 Writing Lines to Files

14.4 Writing to and Reading from Pipes

14.5 Formatted Printing

14.6 Random Access File

14.7 Converting Bytes to Characters

14.8 File Processing Using NIO

14.9 Reading Data from Buffer

14.10 Writing Data to Buffer

14.11 Copying Files

14.12 Locking Files

14.13 Summary

Part V - Java GUI Programming

Chapter 15: Graphics Programming

15.1 Introduction

15.2 Swing Components and Containers: Overview

15.3 Frames and Panels

15.4 Drawing Shapes Using Graphics Context

15.5 Drawing Strings and Lines

15.6 Problem: Multiline Generation

15.7 Drawing Rectangles

15.8 Problem: Random Rectangle Generator

15.9 Drawing Circles and Ellipses

15.10 Drawing Arcs

15.11 Drawing Polygons and Polylines

15.12 Displaying Images

15.13 Problem: Threaded Blinking Balls

15.14 Painting Using JApplet

15.15 Java 2D Graphics

15.16 Drawing Lines and Curves

15.17 Drawing Rectangle, Ellipses and Arcs

15.18 Filling with Color, GradientPaint and TexturePaint

15.19 Drawing Arbitrary Shapes

15.20 Cordinate Transformations

15.21 2D Clipping

15.22 Affine Transformations on Images

15.23 Summary

Chapter 16: GUI Development Using JFrame

16.1 Introduction.

16.2 Creating Labels and Buttons.

Notes:

Includes index.

Description based on online resource; title from title page (Safari, viewed August 20, 2014).

ISBN:

9781299955011

1299955010

9789332517868

933251786X

9789332524514

9332524513

OCLC:

889760853