在持久对象系统之上的操作系统——BirliX方法

H. Hartig, W.E. Kuhnhauser, W. Lux, W. Reck
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引用次数: 16

摘要

虽然许多持久对象系统是在传统操作系统之上构建的,但BirliX方法遵循了相反的方向:它通过在持久对象系统之上模拟Unix系统接口来构建Unix兼容的操作系统。BirliX内核基本上是一个抽象的数据类型管理系统。它的基本服务是抽象数据类型的定义、实例化、识别以及实例之间的通信。所有抽象数据类型共享一组从内核定义的主类型继承的与类型无关的属性和方法。设计这些方法是为了提供一些机制,这些机制被认为对在分布式环境中构建容错和安全的应用程序很有用。内核之上的Unix仿真利用了底层持久抽象数据类型管理系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Operating system(s) on top of persistent object systems-the BirliX approach
While many persistent object systems are built on top of conventional operating systems, the BirliX approach has followed the opposite direction: it has built a Unix compatible operating system by emulating the Unix system interface on top of a persistent object system. The BirliX kernel is basically an abstract data type management system. Its basic services are the definition of abstract data types, their instantiation, their identification, and the communication between instances. All abstract data types share a common set of type-independent attributes and methods inherited from the kernel-defined primary type. These methods have been designed to provide mechanisms that are considered useful to build fault tolerant and secure applications in a distributed environment. The Unix emulation on top of the kernel takes advantage of the underlying persistent abstract data type management system.<>
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