Full-link monitoring method, device and system based on block chain

Abstract

The invention discloses a full-link monitoring method, device and system based on a block chain. The monitoring method comprises the following steps: firstly, generating a tracking label of a local node based on a tracking mark of a father node of the local node and a calling request of the father node of the local node for the local node, and sending the tracking label and a hash value of the father node of the local node to the local node; secondly, generating tracking data of the local node based on the tracking label of the local node; generating a block identifier of the local node basedon the tracking data of the local node and the hash value of the father node of the local node; generating a tracking mark of the local node based on the tracking label and the block identifier of thelocal node; and finally, based on an asynchronous mode, generating a node log of the node, and repeating the above steps on any node until the call request is completed. According to the invention, the security of full-link monitoring is realized through the blockchain technology, the node logs are collected, and a guarantee is provided for fault processing of a service system.

Description

Technical field [0001] The invention belongs to the field of computer technology, and particularly relates to a block chain-based full-link monitoring method, device and system. Background technique [0002] With the development of the company, more and more systems are used in various business lines, and each system focuses on solving a certain aspect of business problems and providing related services. Some business lines are more complex, and a complete business flow will go through several systems, or even a dozen systems. Sometimes a node has a problem, and subsequent operations cannot be performed. The existing distributed system link monitoring mainly includes the following solutions: [0003] The link tracking of traditional distributed systems mainly relies on the program to take the initiative to report and requires developers to write a large amount of code to implement functions, and the correctness of the entry point cannot be guaranteed. At present, the company’s pr...

AI Technical Summary

Problems solved by technology

[0004] Traditional APM (Application Performance Management) technology only supports the performance monitoring of a single application, it cannot be aggregated, nor can it realize full link tracking, and this method only monitors system performance and cannot locate business problems

[0005] The existing new full-link tracking method, through bytecode technology, realizes automatic full-link monitoring and tracking of distributed systems, and realizes full-link monitoring of automatic recording systems without modifying any codes, but this method also has some Defects, such as the uniqueness of each node tracking mark cannot be guaranteed, and the data may be at risk of tampering

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