Titlebook: Generative Programming and Component Engineering; Second International Frank Pfenning,Yannis Smaragdakis Conference proceedings 2003 Spring

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https://doi.org/10.1007/978-3-030-48694-5 design. However, required subtype relationship between such families cannot be expressed in many programming languages. This paper presents a framework to handle collaborating groups of classes using template metaprogramming based on standard C++ features in the style of .. Our solution provides ta

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https://doi.org/10.1007/978-1-4302-3429-6or using concepts to control polymorphism in different ways. First, concepts can be used to constrain parametric polymorphism, as exemplified by type classes in Haskell. Second, concepts can be used to provide fine-grained control of function and operator overloading. Finally, generic functions can

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https://doi.org/10.1057/9780230001084ased software development. Since evolution lies at the heart of any software system the DSLs that were built around them must evolve as well. In this paper we identify important issues that cause a DSL implementation to be very rigid in which all phases are tightly coupled and highly dependent upon

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Bhabani Shankar Nayak,Philip Powell pieces may be produced by generation, adaptation of existing pieces, or integration of pieces, and this process of “pieceware” engineering continues–statically or dynamically–until a piece with the desired capabilities and properties is synthesized. The pieces themselves may comprise fragments of r