π

Author:

Knöll Roman1,Mezini Mira1

Affiliation:

1. TUD - Technische Universität Darmstadt, Darmstadt, Germany

Abstract

Current programming languages and techniques realize many features which allow their users to extend these languages on a semantic basis: classes, functions, interfaces, aspects and other entities can be defined. However, there is a lack of modern programming languages which are both semantically and syntactically extensible from within the language itself, i.e., with no additional tool or meta-language. In this paper we present π as an approach that aims to overcome this lack. π provides an abstraction mechanism based on parameterized symbols which is capable of semantically and syntactically unifying programming concepts like variables, control-structures, procedures and functions into one concept: the pattern. We have evaluated the abstraction potential and the syntactic extensibility of π by successfully creating patterns for the aforementioned programming concepts. π could serve as a tool for designing new experimental languages and might generally influence the view we have on current programming concepts.

Publisher

Association for Computing Machinery (ACM)

Subject

Computer Graphics and Computer-Aided Design,Software

Reference35 articles.

1. Jonathan Bachrach Massachussetts Institute of Technology The Java Syntactic Extender (JSE) Keith Playford Functional Objects Inc. OOPSLA 2001 10.1145/504282.504285 Jonathan Bachrach Massachussetts Institute of Technology The Java Syntactic Extender (JSE) Keith Playford Functional Objects Inc. OOPSLA 2001 10.1145/504282.504285

2. Jonathan Bachrach D-Expressions: Lisp Power Dylan Style Massachusetts Institute of Technology USA Keith Playford Functional Objects Inc. Somerville USA Jonathan Bachrach D-Expressions: Lisp Power Dylan Style Massachusetts Institute of Technology USA Keith Playford Functional Objects Inc. Somerville USA

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