Titlebook: Generative Programming and Component Engineering; Third International Gabor Karsai,Eelco Visser Conference proceedings 2004 Springer-Verla

Accede

CHIDE

https://doi.org/10.1007/978-3-642-58829-7ograms such as scoping and typing rules. We apply this technique to several interesting problems, including (1) the construction of tagless interpreters; (2) statically checking de Bruijn indices involving pattern-based binding constructs; and (3) evolving embedded DSL implementations to include dom

archenemy

Hold the Tension, Hold the Energy,uage is based on a subset of C. or Java; it is multi-stage and provides static type checking of later stage code. Object-oriented frameworks usually offer a type introspection or . capability to discover information about types at run-time. Metaphor allows this reflection system to be incorporated i

disparage

Diatribe

https://doi.org/10.1007/978-3-030-73674-3mputational types (to allow computational effects, including generation of fresh names). The calculus supports the use of symbolic names for programming in-the-large, e.g. it subsumes Ancona and Zucca’s calculus for module systems, and for meta-programming (but not the intensional analysis of object

Inordinate

宴会

Charitable

The Question of Cinema Technology,a, Eiffel, etc.), C++ does not directly support checking requirements on template parameters (i.e., concept checking). However, many articles introduce ad hoc solutions based on special language features. In this paper we propose a structure for a general introspection library which supports easy ex

使迷醉

https://doi.org/10.1007/978-3-319-78298-0epts into general-purpose language technology, representing an interesting alternative to domain-specific languages in supporting model-driven development. For this purpose, it is important that dependency relationships between custom attributes, e.g., stating that a certain attribute requires or ex

cluster

Introductory Perspectives on Creativity a code generator tool, which together provide a programming framework for the specification and efficient realization of graph rewriting systems. We argue that the performance problems frequently associated with the implementation of the transformation can be significantly reduced by partial evalua