Titlebook: Software Product-Family Engineering; 5th International Wo Frank J. Linden Conference proceedings 2004 Springer-Verlag Berlin Heidelberg 200

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A Requirement-Based Approach to Test Product Families missing from use cases, such as the exact inputs of the system, and the sequential constraints between the use cases. The contribution of this paper is then two-fold. First we propose a contract language for PF functional requirements expressed as parameterized use cases; this language supports the

直觉好

Theorem Proving for Product Line Model Verificationgle system is difficult because product line models are large and complex. However by modelling variability and dependency between requirements using propositional connectives a logical expression can be developed for the model and then selection validation can be achieved by satisfying the logical

全国性

A Koala-Based Approach for Modelling and Deploying Configurable Software Product Familiesented. It is based on a similar approach for configuring physical products. The conceptual foundation and syntax of the Koalish modelling language used for this purpose are defined. The language extends Koala, a component model and architecture description language, with explicit variation modelling

MEET

Feature Binding Analysis for Product Line Component Development feature binding information (i.e., when and how product features are included to products and delivered to customers) also drives product line component design. Feature binding can be examined from three perspectives: what features are bound (feature binding unit), when features are bound (feature

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使绝缘

Variability Dependencies in Product Family Engineeringty dependencies become of primary concern. This paper discusses (1) a taxonomy of variability dependencies and (2) a case study in designing a program monitor and exception handler for a legacy system. The study shows that the types of variability dependencies in a system depend on how the system is designed and architected.

一条卷发

A Requirement-Based Approach to Test Product Families specification of variant parts in the requirements. Then we provide a method, a formal model and a prototype tool to automatically generate both functional and robustness test cases specific to a product from the PF requirements. We study the efficiency of the generated test cases on a case study.

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