Publication in conference proceedings Q2
A systematic comparison of roundtrip software engineering approaches applied to UML class diagram
Dionisie Rosca (Rosca, D.); Luisa Domingues (Domingues, L.);
Procedia Computer Science
Year (definitive publication)
2020
Language
English
Country
Netherlands
More Information
Web of Science®

Times Cited: 9

(Last checked: 2026-04-12 03:57)

View record in Web of Science®

Scopus

Times Cited: 18

(Last checked: 2026-04-11 23:06)

View record in Scopus


: 1.2
Google Scholar

Times Cited: 29

(Last checked: 2026-04-11 21:55)

View record in Google Scholar

This publication is not indexed in Overton

Abstract
Model-based software engineering contemplates several software developments approaches in which models play an important role. One such approach is round-trip engineering. The objective of this paper is to benchmark the comparative analysis of the round-trip engineering capability of three modelling tools: Papyrus, Modelio and Visual Paradigm. The conclusions drawn throughout the paper will answer the question: How effective are current code generation tools for documenting application evolution? Throughout the discussion, we have pointed out several improvements that these UML modelling tools have recently brought to the discussion. We have also proposed some improvements that we consider desirable to improve Roundtrip Engineering approaches pointing out possible directions and solutions.
Acknowledgements
--
Keywords
Model-driven engineering,Round-trip engineering,Forward engineering,Reverse engineering,UML modelling tools,Metamodel,Models,Code generation,Traceability,Benchmarking
  • Computer and Information Sciences - Natural Sciences
Funding Records
Funding Reference Funding Entity
UIDB/04466/2020 Fundação para a Ciência e a Tecnologia