Strategy-based two-level fault handling mechanism for composite service

Kun Fang, Jianxin Li, Hailong Sun, Yongwang Zhao, Hao Zeng
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引用次数: 1

Abstract

Service composition becomes more and more popular in enterprise application, but it is prone to errors when the composite service is complex. So fault handling mechanism of composite service turns into an important challenge. However, most of current solutions only concentrate on service-level fault handling which mainly deal with service invoking failures. As process becomes more and more complex and business requirements demand to modify the running process to handle fault, we need to provide a more flexible and effective fault handling mechanism for composite service. So we propose a strategy-based two-level fault handling mechanism for composite service providing user-defined fault handling strategy. Besides the traditional fault handling such as service redundancy, we use composite service evolution for reference, present a process-level fault handling mechanism, so we can solve fault with dynamically evolution of process. Then based on this mechanism, we achieve a BPMN-based composite service execution engine SCENE BPMNEngine which sustain above-mentioned fault handling mechanism. Then we test and verify the effectiveness of this mechanism using specific cases.
基于策略的复合服务两级故障处理机制
服务组合在企业应用中越来越流行,但是当组合服务比较复杂时,容易出现错误。因此,复合服务的故障处理机制成为一个重要的挑战。然而,目前大多数解决方案只关注服务级故障处理,主要处理服务调用故障。随着流程越来越复杂,业务需求需要修改正在运行的流程来处理故障,我们需要为组合服务提供一种更加灵活有效的故障处理机制。为此,提出了一种基于策略的两级故障处理机制,提供用户自定义的故障处理策略。在传统的服务冗余等故障处理方法的基础上,借鉴复合服务演化,提出了一种流程级的故障处理机制,实现了基于流程动态演化的故障解决。在此基础上,实现了基于bpmn的复合服务执行引擎SCENE BPMNEngine,该引擎支持上述故障处理机制。然后通过具体案例对该机制的有效性进行了测试和验证。
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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