Fault-tolerance for off-the-shelf applications and hardware

M. Russinovich, Z. Segall
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引用次数: 28

Abstract

The concept of middleware provides a transparent way to augment and change the characteristics of a service provider as seen from a client. Fault tolerant policies are ideal candidates for middleware implementation. We have defined and implemented operating system based middleware support that provides the power and flexibility needed by diverse fault tolerant policies. This mechanism, called the sentry, has been built into the UNIX 4.3 BSD operating system server running on a Mach 3.0 kernel. To demonstrate the effectiveness of the mechanism several policies have been implemented using sentries including checkpointing and journaling. The implementation shows that complex fault tolerant policies can be efficiently and transparently implemented as middleware. Performance overhead of input journaling is less than 5% and application suspension during the checkpoint is typically under 10 seconds in length. A standard hard disk is used to store journal and checkpoint information with dedicated storage requirements of less than 20 MB.<>
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现成应用程序和硬件的容错性
中间件的概念提供了一种透明的方式来增加和更改从客户端看到的服务提供者的特征。容错策略是中间件实现的理想选择。我们已经定义并实现了基于操作系统的中间件支持,它提供了各种容错策略所需的强大功能和灵活性。这种机制被称为岗哨,已经内置于运行在Mach 3.0内核上的UNIX 4.3 BSD操作系统服务器中。为了证明该机制的有效性,已经使用包括检查点和日志记录在内的哨兵实现了几个策略。实践表明,复杂的容错策略可以作为中间件高效、透明地实现。输入日志记录的性能开销小于5%,并且检查点期间的应用程序挂起长度通常小于10秒。标准硬盘用于存储日志和检查点信息,专用存储空间要求小于20mb。
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