Abstract

Object-oriented approaches to software design and implementation have gained enormous popularity over the past two decades. However, whilst models of software systems routinely allow software engineers to express relationships between objects, object-oriented programming languages lack this ability. Instead, relationships must be encoded using complex reference structures. When the model cannot be expressed directly in code, it becomes more difficult for programmers to see a correspondence between design and implementation the model no longer faithfully documents the code. As a result, programmer intuition is lost, and error becomes more likely, particularly during maintenance of an unfamiliar software system. In this paper we discuss how to reduce the program size by fractioning the program based on functions so that the table fragment size of program reduce and the program efficiency is increases.

Keyword

OOP, Program Fraction, Code Segment, Object Oriented Approach.

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