A replication-transparent remote invocation protocol

Luís E. T. Rodrigues, E. Siegel, P. Veríssimo
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引用次数: 16

Abstract

Although many algorithms and implementations of replicated services have been developed, most have embedded aspects of the replication management in the invocation protocol. This makes it extremely difficult to modify the replication protocol without changing the protocol used by the clients, and causes an undesirable violation of both transparency and modularity. The GRIP protocol supports the fault-tolerant remote invocation of replicated services, providing not only the usual location transparency but also transparency of replication semantics. Our approach is independent of the details of the replica control protocol used to maintain the consistency of server replicas. We use a lightweight remote invocation protocol in order to minimize the impact on the client of issues such as scale and replication consistency maintenance. Furthermore, unlike most previous systems we provide explicit support for weakly consistent replication protocols. GRIP is designed as a collection of modular services, which can be configured according to the needs of the application.<>
复制透明的远程调用协议
尽管已经开发了许多复制服务的算法和实现,但大多数都在调用协议中嵌入了复制管理的各个方面。这使得在不更改客户端使用的协议的情况下修改复制协议变得极其困难,并导致对透明度和模块化的不期望的破坏。GRIP协议支持复制服务的容错远程调用,不仅提供通常的位置透明性,还提供复制语义的透明性。我们的方法独立于用于维护服务器副本一致性的副本控制协议的细节。我们使用轻量级远程调用协议,以便最大限度地减少规模和复制一致性维护等问题对客户端的影响。此外,与大多数以前的系统不同,我们为弱一致性复制协议提供了显式支持。GRIP被设计为模块化服务的集合,可以根据应用的需要进行配置
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