Abstract. We present VMC, a tool for the modeling and analysis of variability in product lines. It accepts a product family specified as a modal transition system, possibly with additional variability constraints, after which it can automatically generate all the family’s valid products, visualize the family/products as modal/labeled transition systems, and efficiently model check properties expressed in an action- and state-based branching-time temporal logic over products and families alike.
International audienceSoftware product line engineering is a reuse-driven paradigm for developing fa...
The mCRL2 language and supporting software provide a state-of-the-art tool suite for the verificatio...
We investigate how to execute a unit test for all products of a product line without generating each...
The variability model checker VMC accepts a product fam-ily specified as a Modal Transition System (...
Abstract. We present an automatic technique to transform a subclass of featured transition systems i...
Abstract. We present a logical framework that is able to deal with variability in product family des...
In this paper we propose a behavioural model, namely the Generalized Extended Modal Transition Syste...
We show how the FMC model checker can successfully be used to model and analyze behavioural variabil...
In this chapter we present an improved and simplified metamodel for product line variability. This m...
-This paper presents an approach to variability modeling where variability models are made in a sepa...
As a product line evolves over time, variability realizations become overly complex and difficult to...
Managing variability is a challenging issue in software-product-line engineering. A key part of vari...
The mCRL2 language and supporting software provide a state-of-the-art tool suite for the verificatio...
International audienceIn this chapter we present an improved and simplified metamodel for product li...
Variability management (VM) is a fundamental activity of software product line engineering (SPLE). V...
International audienceSoftware product line engineering is a reuse-driven paradigm for developing fa...
The mCRL2 language and supporting software provide a state-of-the-art tool suite for the verificatio...
We investigate how to execute a unit test for all products of a product line without generating each...
The variability model checker VMC accepts a product fam-ily specified as a Modal Transition System (...
Abstract. We present an automatic technique to transform a subclass of featured transition systems i...
Abstract. We present a logical framework that is able to deal with variability in product family des...
In this paper we propose a behavioural model, namely the Generalized Extended Modal Transition Syste...
We show how the FMC model checker can successfully be used to model and analyze behavioural variabil...
In this chapter we present an improved and simplified metamodel for product line variability. This m...
-This paper presents an approach to variability modeling where variability models are made in a sepa...
As a product line evolves over time, variability realizations become overly complex and difficult to...
Managing variability is a challenging issue in software-product-line engineering. A key part of vari...
The mCRL2 language and supporting software provide a state-of-the-art tool suite for the verificatio...
International audienceIn this chapter we present an improved and simplified metamodel for product li...
Variability management (VM) is a fundamental activity of software product line engineering (SPLE). V...
International audienceSoftware product line engineering is a reuse-driven paradigm for developing fa...
The mCRL2 language and supporting software provide a state-of-the-art tool suite for the verificatio...
We investigate how to execute a unit test for all products of a product line without generating each...