Method for collecting service data packet log information and service logic processing system

Abstract

The invention provides a method for collecting service data packet log information and a service logic processing system. An input service logic processing module is used for adding a data marker and a route marker for a service data packet; the collected log information containing the data marker and the route marker is sent to a log server; a subsequent service logic processing module modifies the route marker; and the collected log information containing the data marker and the route marker is sent to the log server. Information collected by a repeated service data packet in each service processing logic module can be distinguished. Information collected in multiple interactive service data packet processing processes can be distinguished.

Description

technical field [0001] The invention relates to information collection technology for network data packets, in particular to a method for collecting log information of service data packets and a business logic processing system. Background technique [0002] At present, in the existing network business logic processing system, the method of collecting business data packet log information has begun to be implemented in a distributed manner, but it still stays at the stage of single-machine collection and single-machine reporting. [0003] A business logic system usually includes an ingress business logic processing module, a business logic processing module, and log servers. After the business data packet is accessed from the ingress business logic processing module, it may be processed and transferred to one or more other business logic processing modules according to the business logic of different businesses; it is also possible to receive the original route from other bus...

AI Technical Summary

Problems solved by technology

Although the collected log information can be obtained, the information collected in each business processing logic module for repeated business data packets at the same time point cannot be distinguished, and the information collected during the processing of business data packets with multiple interactions cannot be distinguished. It is also impossible to see how many business logic modules have processed the business data packets

[0006] In short, the existing technology has distributed data collection in form, but in essence, the degree of data correlation between each collection point is low. Macroscopically, it lacks the sequence relationship of the entire logical processing, and microscopically, it is impossible to distinguish multiple business logic processing module

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