CoFI: The Common Framework Initiative for Algebraic Specification and Development

Peter D. Mosses

Abstract


An open collaborative effort has been initiated: to design a
common framework for algebraic specification and development of software. The rationale behind this initiative is that the lack of such a common framework greatly hinders the dissemination and application of research
results in algebraic specification. In particular, the proliferation
of specification languages, some differing in only quite minor ways from each other, is a considerable obstacle for the use of algebraic methods in industrial contexts, making it difficult to exploit standard examples, case studies and training material. A common framework with widespread acceptance
throughout the research community is urgently needed.
The aim is to base the common framework as much as possible on a critical selection of features that have already been explored in various contexts. The common framework will provide a family of specification
languages at different levels: a central, reasonably expressive language, called CASL, for specifying (requirements, design, and architecture of) conventional software; restrictions of CASL to simpler languages, for use primarily in connection with prototyping and verification tools; and extensions
of CASL, oriented towards particular programming paradigms,
such as reactive systems and object-based systems. It should also be possible
to embed many existing algebraic specification languages in members of the CASL family. A tentative design for CASL has already been proposed. Task groups
are studying its formal semantics, tool support, methodology, and other aspects, in preparation for the finalization of the design.

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DOI: http://dx.doi.org/10.7146/brics.v4i48.19269
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ISSN: 0909-0878 

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