Titlebook: Generative and Component-Based Software Engineering; Second International Greg Butler,Stan Jarzabek Conference proceedings 2001 Springer-Ve

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,Creative–Strategic Problem Formulation,ll-fledged components — from syntax definitions. We develop a comprehensive architecture for such syntax-driven meta-tooling in which grammars serve as contracts between components. This architecture addresses exchange and processing both of full parse trees and of abstract syntax trees, and it cate

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https://doi.org/10.1007/978-1-4899-3330-0the basic problems of software reuse, however, is the tradeoff between the abstraction from project-specific aspects and the actual contribution of a reusable artifact. Stringent resource constraints further complicate the application of these approaches in domains, where efficient and therefore spe

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Creativity for 21st Century Skills,hat they should be changeable and flexibly adaptable to a huge number of different application contexts and to changing requirements. We will argue, that sole parameterization — as the key variation technique of components — is not suitable to cope with all required change scenarios. A proper integr

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https://doi.org/10.1007/978-981-15-6687-5of a case study at Axis Communication AB on product instantiation in an industrial product line, i.e. five problems and three issues. The problems are concerned the insufficiency of functional commonality, features spanning multiple components, the exclusion of unwanted features, the evolution of pr

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Creativity in the Imagination Ageresearch has demonstrated that, using C++ ., one can express layered component-based designs concisely with efficient implementations. In this paper, we discuss pragmatic issues related to component-based programming using C++ mixins. We explain surprising interactions of C++ features and policies t

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https://doi.org/10.1007/978-3-030-38257-5n by automating program transformation and system reconfiguration. We show that this can be achieved with a static metaprogramming facility and a library of suitable metaprograms. We show that former approaches of program transformations are not sufficient for large object oriented systems and outli

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Three Creative Mental Operationsl; indeed,one of the oft-cited reasons for migrating to Java is that it provides a simpler language,free of complexities such as templates. The essence of generative programming in C++ is not templates — the language feature — but rather the underlying algorithms in the compiler (template instantiat

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