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In this paper we pro- pose XWeave, an approach that facilitates variability im- plementation, management, and tracing by using aspects to model product line ...
It is argued that due to the fact that models are more abstract and hence less detailed than code, variability on model level is inherently less scattered ...
In this paper we propose XWeave, an approach that facilitates variability implementation, management, and tracing by using aspects to model product line ...
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ABSTRACT. As of today, it is unclear whether aspect-oriented modeling can benefit the model-driven development of software product lines.
In order to create software product lines by model-driven development, product variability has to be represented on every modelling level and preserved under.
Aspect-oriented techniques enable the explicit expression and modularization of variability on model, template, and code level. The presented concepts are ...
In this study, variability features implementation is carried out using the Aspect-Oriented Programming approach that allows explicit expression and ...
Variability is the general term used to refer to the variable aspects of the products of a PL. It is described through variation points and variants. A ...
Context: A software product line is a means to develop a set of products in which variability is a central phenomenon captured in variability models.
Modeling variability is a core problem in software product line engineering. The relationship between variability and commonality in a software product line.