Semantic-based Architecture Smell Analysis

Abstract

Software smells have negative impacts on the reliability and modifiability of software systems. The smells in architecture design can be cascaded down to the implementation level and cause issues that require much effort to fix. Therefore, early detection of the architecture smells can benefit the overall quality of the software system. This paper presents an integration of methods that formally define the software architecture design towards architecture smell detection. Our approach serves as a framework that allows the architectural structures and behaviours to be formally analysed based on a coherent technique. We evaluated the accuracy and performance of our approach with the models generated from open source projects. The results show that our approach is effective and functions well.

Using Software Architecture Descriptions to Detect Architectural Smells at Design Time

“…An extension called Archery-Constraints allows formally specifying the nonexistence of architectural smells as constraints to be formally verified. [Chondamrongkul et al 2020] proposed and implemented an approach to detect architectural smells at design time from formalized software architecture descriptions. The structural viewpoint is represented through ontologies in the OWL language, and the behavioral viewpoint is represented through specifications in Wright#, a formal ADL.…”