This is a sample of scope and limitation of a case study project entitled “Comparison and Contrast of Object Oriented Programming between Visual Basic 6 and Java (Netbeans)”. You can use this also on your thesis, research paper and on your case study. Please use this sample for your references only to give you a brief idea how to construct or make scope and limitation. You must make your own scope and limitation about your study. This will serve as your overview on this part of chapter 1. You can use this reference for your case study, research paper, thesis and term paper.
If you do not know how to write your own Scope and Limitation for your study you can proceed in this guide entitled “How to write chapter 1 of a Thesis” to help you to make your own Scope and Limitation.
SAMPLE OF SCOPE AND LIMITATION: “COMPARISON AND CONTRAST OF OBJECT ORIENTED PROGRAMMING BETWEEN VISUAL BASIC 6.0 AND JAVA NETBEANS.”
Scope and Limitation
The study covers two programming languages such as Visual Basic 6.0 and JAVA (Netbeans) in terms of Object Oriented Programming particularly the programming features such as inheritance, abstraction and encapsulation. Inheritance, the subclasses of a class, specialized versions of a class, which inherit attributes and behaviors from their parent classes, and can introduced their own. Abstraction simplifying complex reality by modeling classes appropriate to the problem. Encapsulation conceals the functional details of a class from objects that send messages to it. It also means that the internal representation of an object is generally hidden from view outside of the object’s definition.
The study will not cover the other object oriented programming features such as Modularity and Polymorphism. Modularity is a general system concept, typically defined as a continuum describing the degree to which a systems components maybe separated and combined. Polymorphism in object-oriented programming is the ability of objects belonging to different data types to respond to calls of methods of the same name, each one according to an appropriate type-specific behavior.