Titlebook: Software Reuse: Methods, Techniques, and Tools; 8th International Co Jan Bosch,Charles Krueger Conference proceedings 2004 Springer-Verlag

BACLE

An Approach to Develop Requirement as a Core Asset in Product Linet line are written for the group of systems as a whole, with requirements for individual systems specified by a delta or an increment to the generic set [1]. Therefore, it is necessary to identify and explicitly denote the regions of commonality and points of variation at the requirement level. In t

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Towards Generating Acceptance Tests for Product Linesommonalities and by controlling their variabilities. The duality of commonalities and variabilities holds for all kinds of assets ranging from requirements specifications over design documents to test cases. A decision model controls the way a product can be distinguished from the rest of the family

改进

TTCN-3 Language Characteristics in Producing Reusable Test Software to producing reusable test software. The analysis is mostly based on the conceptual model introduced in [1,2], the principles presented in [7,8,10] and our own understanding and experience of reusable software. Our conclusion is that TTCN-3 provides the basic language features for developing reusab

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impale

Feature Dependency Analysis for Product Line Component Designnted approach to commonality and variability analysis (called feature modeling) has been used extensively for product line engineering. Feature modeling mainly focuses on identifying commonalities and variabilities among products of a product line and organizing them in terms of structural relations

同时发生

Enhancements – Enabling Flexible Feature and Implementation Selectionaper introduces a scalable notion of enhancements to extend interfaces with new features. Enhancements provide flexibility along two dimensions: They allow users to combine any set of features with the base interface and they allow any implementation variant of the base interface to be combined with

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Infect

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Framed Aspects: Supporting Variability and Configurability for AOPiques alone lack the configuration mechanisms and generalisation capabilities that are required to realise variability (through clear reuse specifications). Conversely, frame technology provides extensive mechanisms for providing reuse and configuration yet cannot effectively modularise crosscutting