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Comparative Study on Main and Sub-code Reusabilities

机译:主代码和子代码可复用性的比较研究

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摘要

Most of the coding and reused coding of south Indian IT companies are based on object oriented programming environment (OOP). In OOPs, it is possible to use certain code again for different modules through inheritance. While calling class member function in objects of a particular class, interface and dependency related problems are encountered. To overcome these kinds of problems, we propose a general purpose code reusable model that analyzes language structure through two possible reusing environments. The common and traditional approach is the main to sub-coding. For different but similar projects sub-codes can call main with appropriate logical checks. The paper justifies model based approach for code reusability under OOPs for these two approaches. Unless a comparative study is performed on these two approaches, a generalized model would not be possible to construct. However the descriptive presentation of reusability model is beyond the scope of this paper. The paper is a part of another whole research. The whole research attempts to investigate different levels of programmers that form pairs in pair programming on reusable coding. However this paper limits its scope only to the comparative study on these two coding approaches. The paper presents comparison studied through experiment on a few application areas. Risk factors are obtained through trials while attempting reused coding.
机译:印度南部IT公司的大多数编码和重用编码都是基于面向对象的编程环境(OOP)。在OOP中,可以通过继承将某些代码再次用于不同的模块。在特定类的对象中调用类成员函数时,会遇到与接口和依赖项有关的问题。为了克服这些问题,我们提出了一种通用代码可重用模型,该模型通过两个可能的重用环境来分析语言结构。通用和传统方法是子编码的主要方法。对于不同但相似的项目,子代码可以通过适当的逻辑检查来调用main。本文证明了在这两种方法下,基于模型的方法在OOP下的代码可重用性。除非对这两种方法进行比较研究,否则将无法构建通用模型。但是,可重用性模型的描述性介绍超出了本文的范围。该论文是另一项整体研究的一部分。整个研究试图研究在可重用编码上成对编程的成对编程器的不同级别。然而,本文仅将其范围限于对这两种编码方法的比较研究。本文介绍了通过实验在一些应用领域进行的比较研究。尝试重用编码时,可以通过试验获得风险因素。

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