Titlebook: Generative and Component-Based Software Engineering; First International Krzysztof Czarnecki,Ulrich W. Eisenecker Conference proceedings 2

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https://doi.org/10.1007/978-3-319-08347-6SE), is described. Each component is a self-contained program, and may be a sequential code developed in C, Fortran or Java, or may contain internal parallelism using MPI or PVM libraries. A user visually constructs an application by combining components from a local or remote repository as a data f

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Using Reflective Logic Programming to Describe Domain Knowledge as an Aspectd combination. We propose to follow the principles of aspect-oriented programming, separating the domain from the algorithm and describing them in a logic and conventional programming language respectively. In this paper, we report on an experiment that was conducted to validate this hypothesis, and

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Aspects in Distributed Environmentse focus on the question how AOP can be applied to a CORBA application aiming at a better separation of concerns..The paper shows with implementation examples a practical way to package the distribution issues of a CORBA application into separated aspects (with AspectJ). This supports the distributed

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Lightweight and Generative Components I: Source-Level Components two ways in which this definition is inadequate: it fails to allow for lightweight components — those for which a function call is too inefficient or semantically inappropriate — and it fails to allow for generative components — those in which the component embodies a . of constructing code rather

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Scoping Constructs for Software Generatorsgenerators must ensure that generated identifiers are . to their intended .. This is the standard scoping issue in programming languages, only automatically generated programs can quickly become too complex and maintaining bindings manually is hard. In this paper we present .: a language mechanism t

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