Contents
1.2 Why Is Java Popular for the Internet?
1.5 Advantages and Disadvantages of an Interpreted Language
1.6 Java Applets and Applications
1.7 Advantages of Java Technology
1.10 How to Run Simple Java Programs
1.10.1 How to organize our computer for command prompt operation
1.10.2 How to run a simple program in command prompt environment
1.10.3 How to run programs in integrated development environments
Chapter 2: Object Orientation an Introduction
2.1 Programming Languages Before Object Orientation Became Popular
2.2 Features of Object-Oriented Language
Chapter 3: Java Language Basics
3.5.3 Declarations of variables
3.6.7 Other (special) operators
3.7.2 Arithmetic expressions with single operand
3.7.3 Arithmetic expressions with two operands
3.7.4 General arithmetic expressions
3.10.3 Flow control statements
3.11 Description of Very Simple Java Program
3.12.2 Study of special characters
3.12.3 Truncating a real number
5.5 Comparison of all the Three Constructs
5.6.3 for loop control variable
6.3.1 Simple data types as parameters
6.5 In-built Methods or Library Methods
7.6.1 Array index out of bound
Chapter 8: Introducing Classes
8.1.1 The general form of a class
8.2 Declaring and Creating Objects
8.4 Access Control Parameters: Public and Private
8.9 System-Supplied Constructor
8.14 Overloading Methods and Constructors
8.15 Using Objects as Parameters
8.17 Description of Simple Java Program
8.18.1 Initializing an object is necessary
8.18.2 A non-static method can access private instance variables
8.18.3 Private variables are not accessible outside the class
8.18.5 Keyword static not allowed for local variables
9.6 Autoboxing and Unboxing Principle
10.2 Declaring and Constructing a String
10.5 Copying One String into Other
10.7 Other Operations on Strings
10.7.3 Methods valueof() and toString()
10.7.4 Concatenation of strings
10.9.1 How to modify strings using StringBuffer
10.11.1 Reading a string from console
10.11.2 Comparison operators == does not work on strings
Chapter 11: Simple Input/Output
11.1 Concepts of Streams, Stream Classes
11.11 Hierarchies of Character-Based i/o Classes
11.12 Hierarchies of Byte-Oriented i/o Classes
11.13.1 Using class InputStreamReader
11.13.3 Reading into a character array
12.2 Member Access and Inheritance
12.3.1 Use of super in sub-class constructor
12.3.2 Use of super in referencing a super-class variable
12.4 Use of this in Sub-Class Constructor
12.5 Creating a Multi-Level Hierarchy
12.7 Using final in Inheritance
12.7.1 Using final with a class
12.7.2 Using final with a method of a super-class
12.8.2 Implementing interfaces
12.8.3 Variables in interfaces
12.9 Abstract Methods and Classes
12.10.1 private of super not accessible
12.10.2 This program proves that default acts as public
12.10.3 Is super always needed in sub-class constructor?
12.10.4 A final class cannot be extended
13.10.1 Thick point by other methods
Chapter 14: Collection of Academic Programs
14.1.2 Prime numbers: A more efficient method
14.2.2 Method getTime() from class Date
14.2.3 Class GregorianCalendar
14.6.2 Generate a fresh deck of cards
Chapter 15: Miscellaneous Topics
15.1.1 Def ining and using packages
15.6 Labelled break and Labelled Continue
15.7.1 Conditional operator (? :)
15.10 Guidelines for Forming Identifiers
15.11 Parameter Passing Re-visited
15.14.1 Methods freeMemory() and totalMemory()
15.15 Class System: Time Delay Routine
15.17 Description of Advanced Java Program
15.18 The Untold Story: Java Criticized
Chapter 16: Inheritance Revisited
16.3.1 A super-class variable can reference a sub-class object
16.5.1 Sub-class reference cannot be assigned a super-class value
16.5.2 Arrays of dissimilar elements
Exercises
17.6 Reading File with Format-Free Data
17.11.4 Reading matrices from binary files
17.11.5 Listing all the files including those in the sub-folders
Chapter 18: Multi-threaded Programming
18.3 Creating and Running a Thread
18.4 Creating Multiple Threads
18.6 Implementing Runnable Interface
18.7 Thread Priority and Thread Scheduling Policy
18.8.2 Synchronized statements
18.8.3 Methods wait(), notify(), and notifyAll()
Chapter 19: Exception Handling
19.1 Why Use Exception Handling
19.3 Checked and Unchecked Exceptions
19.4 Exception Handling Constructs
19.8 Collection of End of Chapter Programs
19.8.2 Number format exception
20.5 Comparison of Applet and Application
20.6 Setting Font and Changing Style, Size, Type, Foreground and Background Colour
20.7 Using Graphics Methods in Applets
Chapter 21: Event Handling And AWT
21.2.2 Event classes and event listener interfaces
21.2.6 Virtual key code constants
Chapter 22: Introduction to Swing
22.2 JOptionPane for (Output) Message
22.7 Introduction to JRadioButtons
22.8 Introduction to Class Canvas
22.9.2 Finding a square of a number
Chapter 23: Collection Framework
Chapter 24: Multimedia Experience
24.1.2 Converting image to an array
24.3 Complete Multimedia Experience
Chapter 25: Moving From C++ to Java
25.1 Part I: Comparing keywords
25.2 Part II: Differences as a Programming Language
25.2.1 Facilities in C++ missing in Java
25.2.2 Facilities in Java not present in C++
25.3 C++ to Java Through Programs
25.4 Rules for C++ to Java Conversion
Chapter 26: Collection of Programs
26.4 Area of Circle by Monte Carlo Method
26.6 Drawing with Data from a File
26.8 Graphical Display of Bubble Sort
26.9 Astrology: Strength of a Horoscope
26.9.1 Strength of planets located in different signs
26.9.2 Strength of planets depending on the position
26.13 Moon Revolves Around Earth
26.14 Astronomy: Retrograde Motion