Programming with Java: a primer / 4th ed.

includes appendix

1. Fundamentals of Object-Oriented
Programming
1.1 Introduction 1
1.2 Object-Oriented Paradigm 2
1.3 Basic Concepts of Object-Oriented
Programming 2
1.4 Benefits of OOP 7
r.5 Applications of OOP 8
1.6 Summary 8
Key Terms 8
Review Questions 8
2. Java Evolution
2.1 Java history 10
2.2 Java Features 11
2.3 How Java Differs from C and C-h- 14
2.4 Java and Internet 15
2.5 Java and World Wide Web 16
2.6 Web Browsers 17
2.7 Hardware and Software
Requirements 18
2.8 Java Support Systems 19
2.9 Java Environment 19
2.10 Summary 21
Key Terms 22
Review Questions 22
3.
Overview of Java Language
3.1 Introduction 23
3.2 Simple Java Program 24
3.3 More of Java 26
3.4 An Application with Two Classes 27
3.5 Java Program Structtire. 28
3.6 Java Tokens 29
3.7 Java Statements 32
3.8 Installing and Configuring Java 33
3.9 Implementing a Java Program 37
3.10 Java Virtual Machine 40
3.11 Command Line Arguments 41
3.12 Programming Style 43
3.13 Siunmary 43
Key Terms 43
Review Questions 44
I. Constants, Variables, and Data Types
4.1 Introduction 45
4.2 Constants 45
4.3 Variables 47
4.4 Data Types 48
4.5 Declaration of Variables 50
4.6 Giving Values to Variables 50
4.7 Scope of Variables 52
4.8 Symbolic Constants 53
4.9 Type Casting 54
4.10 Getting Values of Variables 56
4.11 Standard Default Values 57
4.12 Summary 58
Key Terms 58
Review Questions 58
Debugging Exercises 59
5. Operators and Expressions
5.1 Introduction 60
5.2 Arithmetic Operators 60
5.3 Relational Operators 62
5.4 Logical Operators 63
5.5 Assignment Operators 64
5.6 Increment and Decrement Operators 65
5.7 Conditional Operator 66
5.8 Bitwise Operators 66
5.9 Special Operators 67
5.10 Arithmetic Expressions 67
5.11 Evaluation of Expressions 67
5.12 Precedence of Arithmetic Operators 68
5.13 Type Conversions in Expressions 69
5.14 Operator Precedence and Associativity 72
5.15 Mathematical Functions 74
5.16 Summary 76
Key Terms 77
Review Questions 77
Debugging Exercises 78
6. Decision Making and Branching
6.1 Introduction 80
6.2 Decision Making with if Statement 80
6.3 Simple if Statement 81
6.4 The if...Else Statement 83
6.5 Nesting of if....Else Statements 85
6.6 The Else if Ladder 88
6.7 The Switch Statement 91
6.8 The ? : Operator 95
6.9 Summary 96
Key Terms 96
Review Questions 96
Debugging Exercises 99
7. Decision Making and Looping
7.1 Introduction 103
7.2 The While Statement 104
7.3 The Do Statement 105
7.4 The For Statement 107
7.5 Jumps in Loops 115
7.6 Labelled Loops 117
7.7 Summary 119
Key Terms 119
Review Questions 119
Debugging Exercises 121
8. Classes, Objects and Methods
8.1- Introduction 123
8.2 Defining a Class 123
8.3 Fields Declaration 124
8.4 Methods Declaration 124
8.5 Creating Objects 126
8.6 Accessing Class Members 127
8.7 Constructors 129
8.8 Methods Overloading 131
8.9 Static Members 132
8.10 Nesting of Methods 133
8.11 Inheritance: Extending a Class 134
8.12 Overriding Methods 138
8.13 Final Variables and Methods 139
8.14 Final Classes 139
8.15 Finalizer Methods 139
8.16 Abstract Methods Euid Classes 139
8.17 Methods with Varargs 140
8.18 Visibility Control 142
8.19 Summary 144
Key Terms 144
Review Questions 144
Debugging Exercises 146
9. Arrays, Strings and Vectors
9.1 Introduction 148
9.2 One-dimensional Arrays 148
9.3 Creating an Array 149
9.4 Two-dimensional Arrays 153
9.5 Strings 156
9.6 Vectors 159
9.7 Wrapper classes 161
9.8 Enumerated Types 165
9.9 Annotations 166
9.10 Summary 169
Key Terms 169
Review Questions 169
Debugging Exercises 171
10. Interfaces: Multiple Inheritance
10.1 Introduction 174
10.2 Defining Interfaces 174
10.3 Extending Interfaces 176
10.4 Implementing Interfaces 177
10.5 Accessing Interface Variables 179
10.6 Summary 180
Key Terms 181
Review Questions 181
Debugging Exercises 181
II. Packages: Putting Classes Together
11.1 Introduction 184
11.2 Java API Packages 185
11.3 Using System Packages 185
11.4 Naming Conventions 187
11.5 Creating Packages 187
11.6 Accessing a Package 188
11.7 Using a Package 189
11.8 Adding a Class to a Package 192
11.9 Hiding Classes 193
11.10 Static Import 193
11.11 Summary 195
Key Terms 195
Review Questions 195
Debugging Exercises 196
11. Multithreaded Programming
12.1 Introduction 198
12.2 Creating Threads 200
12.3 Extending the Thread Class 200
12.4 Stopping and'Blocking a Thread 204
12.5 Life Cycle of a Thread 204
12;6 Using Thread Methods 206
12.7 Thread Exceptions 208
12.8 Thread Priority 209
12.9 Synchronization 211
12.10 Implementing the'Runnable'
Interface 212
12.11 Inter-thread Communication 214
12.12 Summary 216
Key Terms 216
Review Questions 216
Debugging Exercises 217
•13. Managing Errors and Exceptions
13.1 Introduction 220
13.2 Types of Errors 220
13.3 Exceptions 222
13.4 Syntax of Exception Handling Code 223
13.5 Multiple Catch Statements 226
13.6 Using Finally Statement 228
13.7 Throwing Our Own Exceptions 229
13.8 Using Exceptions for Debugging 230
13.9 Summary 231
Key Terms 231
Review Questions 231
Debugging Exercises 231
14. Applet Programming
14.1 Introduction 234
14.2 How Applets Differ from
Applications 235
14.3 Preparing to Write Applets 235
14.4 Building Applet Code 236
14.5 Applet Life Cycle 238
14.6 Creating an Executable Applet 240
14.7 Designing a Web Page' 240
14.8 Applet Tag 242
14.9 Adding Applet to HTML File 242
14.10 Running the Applet 243
14.11 More About Applet Tag 243
14.12 Passing Parameters to Applets ,245
14.13 Aligning the Display 248
14.14 More About HTML Tags 249
14.15 Displaying Numerical Values 249
14.16 Getting Input from the User 250
14.17 Event Handling 253
14. r8 Summary 256
Key Terms 256
Review Questions 256
Debugging Exercises 256
15. Graphics'Programming
15.1 Introduction 260
15.2 The Graphics Class 260
15.3 Lines and Rectangles 263
15.4 Circles and Ellipses 265
15.5 Drawing Arcs 266
15.6 Drawing Polygons 267
15.7 Line Graphs 270
15.8 Using Control Loops in Applets 271
15.9 Drawing Bar Charts 272
15.10 Introduction to AWT Package 274
15.11 Introduction to Swings 274
15.12 Summary 276
Key Terms 276 17.1 Introduction 316
Review Questions 276 17.2 Overview of Interfaces 316
Debugging Exercises 276 17.3 Overview of Classes 321
17.4 Overview of Algorithms 329
16. Managing Input/Output Files in Java 278 Debugging Exercises 331
16.1 Introduction 278
16.2 Concept of Streams 279
16.3 Stream Classes 281
16.4 Byte Stream Classes 281
16.5 Character Stream Classes 284
16.6 Using Streams 285
16.7 Other Useful I/O Classes 286
16.8 Using the File Class 287
16.9 Input/Output Exceptions 287
16.10 Creation of Files 288
16.11 Reading/Writing Characters 289
16.12 Reading/Writing Bytes 291
16.13 Handling Primitive Data Types 294
16.14 Concatenating and Buffering Files 298
16.15 Random Access Files 300
16.16 Interactive Input and Output 302
16.17 Other Stream Classes 309
16.18 Summary 311
Key Terms 311
Review Questions 311
Debugging Exercises 312
17. Java Collections