Multi-part collaborative service process monitoring system based on Web service arranging description language

Abstract

The invention discloses a multi-part collaborative service process monitoring system based on a Web service arranging description language. The multi-part collaborative service process monitoring system based on the Web service arrangement description language is composed of a service process modeling module, a service process displaying module, a monitoring metadata model module, a client-end packet acquirer module, an event engine module, a monitoring system server module, a data receiving server module and a report customizing and displaying module, wherein the client-end packet acquirer module is capable of acquiring network packets according to monitoring files and analyzing the relation between interactive information and the network packets, enabling several network packets which belongs to the same conversation to be analyzed and enabling the network packets to be packaged and related according to the conversation through a reconstruction algorithm to form message chains; and information contained in the message chains is extracted to be stored into a database or to stimulate an event engine to trigger an event. The multi-part collaborative service process monitoring system based on the Web service arrangement description language is used, cross-region/cross-system multi-part collaborative service process monitoring can be achieved, and the problems that service process modeling is difficult and service process monitoring can not be carried out are effectively solved.

Description

technical field [0001] The invention relates to a business process monitoring system, in particular to a multi-party collaborative business process monitoring system based on Web Service Choreography Definition Language (WS-CDL for short), belonging to the technical field of network service process monitoring. Background technique [0002] Today, with the rapid development of the Internet, Web services have become an important technical means for enterprises to obtain network services and conduct data interaction. In order to ensure the high efficiency and reliability of IT system data interaction, process monitoring technology plays an irreplaceable role in it. [0003] Existing process monitoring technologies mainly include three categories: The first category is a process monitoring tool that uses a built-in process execution engine to combine a series of synchronous and asynchronous services into an end-to-end BPEL (Business Process Execution Language) flow. The second ...

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Problems solved by technology

However, in this paper, there is no introduction to monitor the business process as a whole an

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