自动验证面向对象的数据库结构

L. Delcambre, K. Davis
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引用次数: 20

摘要

采用显式表示属性的简单范围类和显式指定继承属性的范围和/或基数限制的原理,以便类中对象的成员关系由对象的属性值来表征。采用这种方法的动机是双重的:首先,它与强调应用程序的表示(而不是某些内在含义)的数据库哲学保持一致;其次,它为算法验证模式的结构方面提供了一个框架。提出了一种基于健全完备推理规则的面向对象模式结构验证自动分类器。如果分类器发现结构关系和/或不一致,设计人员可以改进模式以反映应用程序的语义。因此,分类器作为一种交互设计工具,可以在设计过程的任何阶段使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic validation of object-oriented database structures
The philosophy of explicitly representing simple range classes for properties and explicitly specifying range and/or cardinality restrictions on inherited properties is adopted so that the membership of an object in classes is characterized by the object's property values. The motivation for this approach is twofold: first, it is in keeping with the database philosophy of emphasizing the representation of an application (rather than some intrinsic meaning); and second, it provides a framework for algorithmically verifying the structural aspects of the schema. An automatic classifier for the structural validation of object-oriented schemas based on sound and complete rules of inference is presented. If the classifier discovers structural relationships and/or inconsistencies, the designer can refine the schema to reflect the semantics of the application. Thus the classifier serves as an interactive design tool that can be used at any stage during the design process.<>
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