A Type System for Dynamic Delimited Continuations

T. Yonezawa, Yukiyoshi Kameyama
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引用次数: 1

Abstract

We study the control operators “control” and “prompt” which manage part of continuations, that is, delimited continuations. They are similar to the well-known control operators“shift” and “reset”, but differ in that the former is dynamic, while the latter is static. In this paper, we introduce a static type system for “control”and “prompt” which does not use recursive types. We design our type system based on the dynamic CPS transformation recently proposed by Biernacki, Danvy and Millikin. We also introduce let-polymorphism into our type system, and show that our type system satisfies several important properties such as strong type soundness.
动态定界延拓的类型系统
研究了控制算子“control”和“prompt”管理部分连续,即有界连续。它们与众所周知的控制算子“shift”和“reset”相似,但不同之处在于前者是动态的,而后者是静态的。在本文中,我们介绍了一个不使用递归类型的“控制”和“提示”静态类型系统。我们基于Biernacki, Danvy和Millikin最近提出的动态CPS转换来设计我们的类型系统。我们还在类型系统中引入let-多态性,并说明我们的类型系统满足几个重要的属性,如强类型稳健性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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