CCAL: an interpreted language for experimentation in concurrent control

P. Kearns, C. Cipriani, Mitzi Freeman
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引用次数: 4

Abstract

Concurrent Control Abstraction Language, CCAL, is an interpreted language which provides no particular control regime to the user. CCAL instead supports five primitive operations which manipulate an abstract model of inter-procedural control. This model is intrinsically concurrent, and the user is allowed to construct high-level concurrent control operations from the primitives (hence, control abstraction). The primary use of CCAL is as a vehicle by which rapid prototyping of application specific control forms may be done and as a tool for the construction and evaluation of novel control forms, especially control forms for highly concurrent and distributed systems. The CCAL interpreter is implemented as a distributed program on a network of Vaxen and Sun-3 workstations under 4.2bsd and 4.3bsd Unix1. CCAL programs appear as multi-process programs in a shared memory system. Both true and apparent concurrency are possible. This paper describes the control abstraction facilities offered by the CCAL interpreter, its use, and implementation strategies in the distributed environment.
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一种用于并发控制实验的解释语言
并发控制抽象语言(CCAL)是一种解释语言,它不向用户提供特定的控制机制。相反,CCAL支持五种基本操作,这些操作操作过程间控制的抽象模型。该模型本质上是并发的,并且允许用户从原语构建高级并发控制操作(因此称为控制抽象)。CCAL的主要用途是作为一种工具,通过它可以完成特定于应用程序的控制表单的快速原型设计,并作为构建和评估新控制表单的工具,特别是用于高度并发和分布式系统的控制表单。CCAL解释器在4.2bsd和4.3bsd unix下作为分布式程序在Vaxen和Sun-3工作站网络上实现。CCAL程序在共享内存系统中表现为多进程程序。真实并发和表面并发都是可能的。本文介绍了CCAL解释器提供的控制抽象功能、在分布式环境中的使用和实现策略。
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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