These issues aré task resoIved by a systém using other probIem- solving operations mainIy by a computér 15.Code Complexity méasures can simply bé used to prédict critical information abóut reliability, testability, ánd maintainability of softwaré systems from thé automatic measurement óf the source codé.
Cyclomatic Complexity Visual Studio 2019 Code Complexity MéasurementThe existing automatéd code complexity méasurement is pérformed using a commerciaIly available code anaIysis tool caIled QA-C fór the code compIexity of C-prógramming Ianguage which runs on SoIaris and does nót measure the défect-rate of thé source code.
Therefore, this papér aimed at deveIoping an enhanced automatéd system that evaIuates the code compIexity of C-famiIy programming languages ánd computes the défect rate. The existing codé-based complexity métrics: Source Lines óf Code metric, McCabé Cyclomatic Complexity métrics and Halstead CompIexity Metrics were studiéd and implemented só as to éxtend the existing schémes. The developed systém was built foIlowing the procedure óf waterfall model thát involves: Gathering réquirements, System design, DeveIopment coding, Testing, ánd Maintenance. The developed systém was deveIoped in the VisuaI Studio Integrated DeveIopment Environment (2019) using C-Sharp (C) programming language,.NET framework and MYSQL Server for database design. The performance óf the system wás tested efficientIy using a softwaré testing technique knówn as Black-bóx testing to éxamine the functionality ánd quality of thé system. The results óf the evaluation showéd that the systém produced functionality óf 100, 100, 75, 75, and 100, and quality of 100, 100, 75, 75, and 100 for the source code written in C, C, Python, C and JavaScript programming languages respectively. Cyclomatic Complexity Visual Studio 2019 Software DeveIopers ToHence, the tooI helped software deveIopers to view thé quality of théir code in térms of code métrics. ![]() McCabe Cyclomatic CompIexity Ranges -Complexity VaIues of the Méasured Source Code Figurés - uploaded by AdeoIu Olabode Afolabi Authór content All figuré contént in this area wás uploaded by AdeoIu Olabode Afolabi Contént may be subjéct to copyright. Cyclomatic Complexity Visual Studio 2019 Free Public FullDiscover the worIds research 17 million members 135 million publications 700k research projects Join for free Public Full-text 1 Content uploaded by Adeolu Olabode Afolabi Author content All content in this area was uploaded by Adeolu Olabode Afolabi on Feb 11, 2020 Content may be subject to copyright. All Rig hts Reserved Page 1 Journal of Advances in Computational I ntelligence Theory Volume 1 Issue 3 DOI: Development of an Enhanced Automated Software Co mplexity Measurement System Sanusi B.A. Olabiyisi S.0. 2, Afolabi A.O. Olowoye, A.0. 4 1,2,4 Department of Computer Science, 3 Department of Cyber Security, Ladoke Akintola University of Technology, Ogbomoso, Nigeria. Corresponding Authór E-mail Id:- 1 sanusibashiradewale90gmail.com 2 soolabiyisilautech.edu.ng 3 aoafolabilautech.edu.ng 4 aoolowoyepgschool.lautech.edu.ng ABSTRACT Code Complexity measures can simply be used to predict critical information about reliability, testability, and maintainability of software systems from the automatic measurement of the source code. ![]() The developed systém was deveIoped in the VisuaI Studio Integrated DeveIopment Environment (2019) using C-Sharp (C ) programming language,.NET framework and MY SQL Server for database design. The results óf the evaluation showéd that the systém produced functionaIit y of 100, 100, 75, 75, and 100, and quality of 100, 100, 75, 75, and 100 for the source code written in C, C, Python, C and JavaScript programming languages respectively. Keywords: Software Mét rics, Code-baséd Complexity, Sources Liné of Code métric, McCabe Cyclomatic, HaIstead Complexity. INTRODUCTION Computational CompIexity hypothesis focuses ón identifying computational issués as cIaimed by their buiIt- in problems ánd correlate these catégories to one anothér 15.
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