Identification and Assessment of Software Design Pattern Violations | ||
| النشرة المعلوماتية في الحاسبات والمعلومات | ||
| Article 2, Volume 1, Issue 2 - Serial Number 20190102, July 2019, Pages 6-13 PDF (1000.35 K) | ||
| Document Type: المقالة الأصلية | ||
| DOI: 10.21608/fcihib.2019.107517 | ||
| Authors | ||
| Tamer Abdelaziz; Aya Sedky Adly; Bruno Rossi; Mostafa-Sami M. Mostafa | ||
| Abstract | ||
| The validation of design pattern implementations to identify pattern violations has gained more relevance as part of re-engineering processes in order to preserve, extend, reuse software projects in rapid development environments. If design pattern implementations do not conform to their definitions, they are considered a violation. Software aging and the lack of experience of developers are the origins of design pattern violations. It is important to check the correctness of the design pattern implementations against some predefined characteristics to detect and to correct violations, thus, to reduce costs. Currently, several tools have been developed to detect design pattern instances, but there has been little work done in creating an automated tool to identify and validate design pattern violations. In this paper we propose a Design Pattern Violations Identification and Assessment (DPVIA) tool, which has the ability to identify software design pattern violations and report the conformance score of pattern instance implementations towards a set of predefined characteristics for any design pattern definition whether Gang of Four (GoF) design patterns by Gamma et. al. or custom pattern by software developer. Moreover, we have verified the validity of the proposed DPVIA tool using two evaluation experiments and the results were manually checked. Finally, in order to assess the functionality of the proposed tool, DPVIA is evaluated with a dataset containing 5,679,964 Lines of Code (LoC) among 28,669 Java files in 15 open-source projects, with a large and small size of open-source projects that extensively and systematically employing design patterns, to determine design pattern violations and suggest refactoring solutions, thus keeping costs of software evolution. The results can be used by software architects to develop best practices while using design patterns. | ||
| Keywords | ||
| re-engineering; GoF pattern; design pattern assessment; software design pattern decay; rot; violations | ||
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