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Using Event Contexts and Matching Constraints to Monitor Software Processes

机译:使用事件上下文和匹配约束来监视软件过程

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Automated monitoring of events that occur in a computer network is essential for non-intrusive software process enactment. Relevant events include modification of product artifacts like source files and documents, and execution and termination of tool invocations. Monitoring these events requires capturing the context in which they occur and constraining the monitoring to relevant events only. We introduce the concept of event context, and present constructs for using it to constrain event matching. The constructs have been implemented as an extension to an existing event monitoring system called Yeast, which serves as the event monitoring component in Provence. Provence is an open process-centered environment that monitors the actual execution of software processes, abstracted as sequences of low-level events, and maps these sequences of events into transitions in the process model enactment.
机译:自动监视计算机网络中发生的事件对于非侵入式软件过程的制定至关重要。相关事件包括对产品工件(如源文件和文档)的修改,以及工具调用的执行和终止。监视这些事件需要捕获发生它们的上下文,并将监视限制为仅对相关事件进行监视。我们介绍了事件上下文的概念,并介绍了用于约束事件匹配的构造。这些构造已实现为对称为Yeast的现有事件监视系统的扩展,该系统充当Provence中的事件监视组件。 Provence是一个开放的,以流程为中心的环境,它监视软件流程的实际执行情况(抽象为低级事件序列),并将这些事件序列映射到流程模型制定中的过渡中。

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