This note explains the following topics: Object oriented paradigm,
Methods, Classes, Polymorphism, Class Hierarchies, Method Binding, Abstraction,
Overriding, Exceptions, The Java Buzzwords, Interpreted and High Performance,
Arrays, Operators, Control Statement, Parameter Passing, Recursion, String
Handling, Inheritance, Forms of inheritance, Benefits Of Inheritance, Costs Of
Inheritance, Packages and Interface, Byte Stream Classes.
Author(s): Shri Vishnu Engineering College For
Women
This University of Mumbai textbook covers Object-Oriented Programming in
as much depth as possible, starting off with an introduction to Object-Oriented
Methodology and the Principles of OOP necessary to understand the structure of
OOP. The book then goes on to cover Classes and Objects with great depth: a
description of how to define and interact with them. This explains Constructors
and Destructors, further explaining through Polymorphism and Virtual Functions
how dynamic behavior in programs is handled. Inheritance has been explained in
detail to show how classes can be extended and reused. The text also discusses
Exception Handling in order to handle errors in a structured manner and Working
with Files in order to persist data. This book would therefore be important to
both students and practitioners who wish to consolidate their understanding of
OOP concepts and their application in programming.
This note provides a broad coverage of
object-oriented design and modeling, ranging from basic concepts of modeling to
class and state modeling techniques, from basic to advanced. Finally,
interaction modeling is dealt with-a very important aspect in the design and
analysis of interactions of a system. Other key areas of discussion are process
overview, system conception, domain analysis, application analysis, system
design, class design, and implementation modeling. Legal systems and design
patterns conclude most discussions in the document to give an all-rounded
outlook on OOD and its application in many contexts.