Department of Informatics

TU München - Fakultät für Informatik
Chair IV: Software & Systems Engineering

TUM
 
PDF-Datei  Variability Models Must Not be Invariant!

Conference Paper

Author:Elmar Juergens, Markus Pizka
Conference:VaMoS '07: Proc. of the 1st Intl. Workshop on Variability Modelling of Software-intensive Systems
Year:2007
Abstract:Variability modeling techniques are used to specify variable aspects of members of a family of related software artifacts. Instances of variability models are then used to efficiently produce members of such a family. By making variability explicit, variability models determine implicitly the common properties among family members as well. This partitioning of information into variable and invariant parts predetermines the reuse benefit obtainable from a variability model. In most current approaches to variability modeling, the decision between variable and invariant information has to be done in an up-front manner and is very difficult to change later on. However, the distinction between variable and common parts of members of a system family varies over time. Variability modeling techniques must thus be able to cope with changes to the variability models. Since many variability modeling techniques do not currently support this, research is required to allow an evolution of the distinction between what is variable and what is invariant over time. This paper elaborates on the necessity, related work and possible approaches to tackle this challenge.
 
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