Modelling interactions for automatic execution using UML activity diagrams

W. Putschögl, B. Dorninger. Modelling interactions for automatic execution using UML activity diagrams. volume P-161, pages 179-194, 3, 2010.

  • Werner Putschögl
  • Bernhard Dorninger
  • G. Engels
  • D. Karamiannis
  • H. C. Mayr
BuchProceegings of Modellierung 2010, GI-Edition Lecture Notes in Informatics
TypIn Konferenzband
VerlagGesellschaft für Informatik
SerieGI-Edition Lecture Notes in Informatics
Abstract Software applications involving collaborative and interactive aspects are very common nowadays. Frequently, collaborations and interactions are modelled during the analysis phase of a project and subsequently coded manually. Very often this results in a divergence of analysis model and the implemented code. Moreover, the border between interaction handling code and domain code may be blurred. In addition, hardcoding collaborations and interactions may impede maintainability of an application. In this paper, we propose a procedure for modelling interactions—and also collaborations— with the means of slightly extended UML activity diagrams. The resulting interaction model is then transformed to a machine interpretable format and may subsequently be processed and controlled by an interaction infrastructure, which we developed for this purpose. In addition, our procedure encourages a clear separation of interaction processing and domain code.