Titlebook: Generic Programming; International Semina Mehdi Jazayeri,Rüdiger G. K. Loos,David R. Musser Conference proceedings 2000 Springer-Verlag Ber

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https://doi.org/10.1007/978-0-230-80237-7sulating only data structures as objects, leaving algorithms to be encapsulated as single procedures whose parameters are such objects. For the full software engineering benefits of the information hiding principle to be realized, data abstractions that encapsulate data structures and algorithms together are essential.

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Fundamentals of Generic Programmingoduce an axiomatization of these operators which yields the required consistency with built-in types, matches the intuitive expectations of programmers, and also reflects our underlying mathematical expectations.

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Theory and Generality of Complete Traversalsabout complete traversals and address the question of how general the complete traversal problem is by showing that it subsumes well-known graph (or relation) problems such as reachability and transitive closure.

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Fundamentals of Generic Programmingto well-defined interfaces. Among the interfaces of interest, indeed the most pervasively and unconsciously used, are the fundamental operators common to all C++ built-in types, as extended to user-defined types; e.g., copy constructors, assignment, and equality. We investigate the relations which m

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Generative Programming and Active Librariesional libraries, active libraries may contain metaprograms that implement domain-specific code generation, optimizations, debugging, profiling and testing. Several working examples (Blitz++, GMCL, Xroma) are presented to illustrate the potential of active libraries. We discuss relevant implementatio