Fundamentals of Algebraic Specification 2

Module Specifications and Constraints

AvHartmut Ehrig,Bernd Mahr

Inbunden, Engelska, 1989

Del i serien Monographs in Theoretical Computer Science. An EATCS Series

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Beskrivning

Two important new concepts, module specifications and constraints, are introduced in this second volume of a three-volume set on fundamentals of algebraic specification. These concepts are motivated by problems in practical software development and are studied here from a theoretical point of view. Modularization is one of the main structuring principles in software development. Modules and module specifications can be seen as the basic building blocks which are used in modularization of software systems and software system specification. Constraints are introduced to increase the expressive power of algebraic specifications in order to make them more useful for practical applications. The book is suitable both as a textbook for graduate courses in formal specification of data types and software systems and as a reference for researchers and system developers.

Produktinformation

Utgivningsdatum:1989-12-28
Mått:170 x 244 x 29 mm
Vikt:916 g
Format:Inbunden
Språk:Engelska
Serie:Monographs in Theoretical Computer Science. An EATCS Series
Antal sidor:429
Upplaga:1990
Förlag:Springer-Verlag Berlin and Heidelberg GmbH & Co. KG
ISBN:9783540517993

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Innehållsförteckning

1 Informal Introduction to Abstract Modules.- 1A: Towards Modularization in Software Development.- 1B: Modules and Modularization in Programming and Specification Languages.- 1C: Concepts for Abstract Modules and Modular Systems.- 1D: Informal Introduction to Algebraic Specification of Modules and Modular Systems.- 1E: Abstract Data Types and Abstract Modules.- 1F: Bibliographic Notes.- 2 Module Specifications.- 2A: Syntax of Module Specifications.- 2B: Restriction Construction and Conservative Functors.- 2C: Semantics and Correctness of Module Specifications.- 2D: Modular Specification of an Airport Schedule: Part 1.- 3 Basic Operations on Module Specifications.- 3A: Composition.- 3B: Union.- 3C: Actualization.- 3D: Distributive Laws.- 3E: Modular Specification of an Airport Schedule System: Part 2.- 4 General Operations on Module Specifications.- 4A: General Notion of Operations.- 4B: Clean Operations.- 4C: Renaming, Partial Composition and Recursion.- 4D: Product and Iteration.- 4E: Bibliographic Notes for Chapters 2, 3, and 4.- 5 Refinement, Interface Specifications, and Realizations.- 5A: Refinement.- 5B: Interface Specifications.- 5C: Realization.- 5D: Modular Specification of an Airport Schedule System: Part 3.- 6 Development Categories, Simulation, and Transformation.- 6A: Development Categories.- 6B: Compatibility of Operations with Development Steps.- 6C: Simulation.- 6D: Transformations.- 6E: Bibliographic Notes for Chapters 5 and 6.- 7 Constraints.- 7A: Concepts of Constraints.- 7B: Logic of Constraints.- 7C: Specifications with Constraints.- 7D: Parameterized Specifications with Constraints.- 8 Module Specifications and Operations with Constraints.- 8A: Module Specifications with Constraints.- 8B: Composition with Constraints.- 8C: Union with Constraints.-8D: Actualization with Constraints.- 8E: Modular Specification of an Airport Schedule System: Part 4.- 8F: Discussion and Bibliographic Notes for Chapters 7 and 8.- 9 Abstract ACT ONE and ACT TWO.- 9A: Abstract Specifications with Constraints.- 9B: Abstract ACT ONE.- 9C: Abstract ACT TWO.- 9D: Modular Specification of an Airport Schedule System: Part 5.- 9E: Bibliographic Notes for Chapter 9.- 10 Summary of Basic Notions.- 10A: Summary of Equational Specifications.- 10B: Summary of Parameterized Specifications.- 10C: Basic Concepts from Category Theory.