Automated Estimation of Functional Size from Code

Özgesu Özen, Bora Özsoy, Busenur Aktilav, E. Güleç, Onur Demirörs
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Abstract

Determination of the size of a software project is challenging as well as crucial for both self-employed software developers and corporate businesses. That’s why it is subjected to a lot of academic studies where it is discussed how to determine the size more accurately. Functional Size Measurement (FSM) is one the most popular measurement techniques for a software from the point of the delivered functionality. However, the aspects of know-how, the cost, time, and manual operation creates difficulties to apply FSM techniques. This study aims to solve these issues by automating the measurement process to approximate the functional size of a project using the COSMIC Functional Size Measurement. The end product of this study is called ‘Cosmic APP’ that utilizes the sequence diagram of a software after reverse engineering it from the given code using a third-party tool called ‘SequenceDiagram’. The working principles, the estimation process, and the obtained results of ‘Cosmic APP’ are described thoroughly in this paper.
从代码中自动估计功能大小
确定软件项目的规模对个体软件开发人员和公司业务来说都是具有挑战性的,也是至关重要的。这就是为什么它受到许多学术研究的影响,讨论如何更准确地确定尺寸。从交付功能的角度来看,功能大小度量(FSM)是最流行的软件度量技术之一。然而,技术诀窍、成本、时间和人工操作等方面给应用FSM技术带来了困难。本研究旨在通过自动化测量过程来解决这些问题,以使用COSMIC功能大小测量来近似项目的功能大小。这项研究的最终产品被称为“Cosmic APP”,它利用软件的序列图,使用第三方工具“SequenceDiagram”从给定的代码进行逆向工程。本文对“宇宙应用程序”的工作原理、估计过程和得到的结果进行了全面的描述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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