Attribute grammar specification languages, like many domain-specific languages, offer significant advantages to their users, such as high-level declarative constructs and domain-specific analyses. Despite these advantages, attribute grammars are often not adopted to the degree that their proponents envision. One practical obstacle to their adoption is a perceived lack of both domain-specific and general purpose language features needed to address the many different aspects of a problem. Here we describe Silver, an extensible attribute grammar specification system, and show how it can be extended with general purpose features such as pattern matching and domain-specific features such as collection attributes and constructs for supporting data-flow analysis of imperative programs. The result is an attribute grammar specification language with a rich set of language features. Silver is implemented in itself by a Silver attribute grammar and utilizes forwarding to implement the extensions in a cost-effective manner.
Bibliographical noteFunding Information:
This work is partially funded by the McKnight Foundation and the National Science Foundation via NSF CAREER Award #0347860 and NSF CCF Award #0429640.
- Attribute grammars
- Extensible compilers
- Extensible languages
- Silver attribute grammar system
Van Wyk, E. & Kramer, L., Data Repository for the University of Minnesota, 2019