关系参数多态契约

Arjun Guha, Jacob Matthews, R. Findler, S. Krishnamurthi
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引用次数: 50

摘要

类型和契约之间的类比提出了一个问题,即静态类型系统有多少特性可以表示为动态契约。先前关于契约的工作中缺少的一个重要特性是参数性,这是由像标准ML这样的语言中的多态类型所表示的。我们提出了一个与参数性对应的契约。我们探索了这样一个系统的多种设计,并提出了一个简单且执行开销最小的设计。我们展示了如何将契约责任的概念扩展到我们的定义中。我们提出了一种推理形式,通常可以使程序员不必显式地实例化许多参数契约。最后,我们给出了几个例子来说明这个系统如何模仿类型化语言中参数多态性的感觉和特性。
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Relationally-parametric polymorphic contracts
The analogy between types and contracts raises the question of how many features of static type systems can be expressed as dynamic contracts. An important feature missing in prior work on contracts is parametricity, as represented by the polymorphic types in languages like Standard ML. We present a contract counterpart to parametricity. We explore multiple designs for such a system and present one that is simple and incurs minimal execution overhead. We show how to extend the notion of contract blame to our definition. We present a form of inference that can often save programmers from having to explicitly instantiate many parametric contracts. Finally, we present several examples that illustrate how this system mimics the feel and properties of parametric polymorphism in typed languages.
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