Metadata-driven end-to-end network topology dynamic generation system and method

Abstract

The invention discloses a metadata-driven end-to-end network topology dynamic generation system and a metadata-driven end-to-end network topology dynamic generation method, which belong to the technical field of network topology and comprise a configuration module, a data acquisition module, a node position calculation module and a node position calculation module. According to the invention, the unified topological data interface is defined, the corresponding routing data is provided according to the interface, the system automatically analyzes the data and presents the end-to-end topology, and the applicability is high; nodes and connecting lines in the topology can be adjusted through configuration, node position calculation can be automatically carried out according to data, the topology is basically not required to be changed in the follow-up process, only a data interface needs to be adjusted if new services and new scenes exist, the development cost is low, maintenance is convenient, and the method is worthy of application and popularization.

Description

Technical field [0001] The present invention relates to the field of network topology, and more particularly to a metadata driven end-to-end network topological dynamic generating system and method. Background technique [0002] The end of the network is open to the end network topology complicated, each scene is different. With the development of the 5G era, there have been many new network scenes, and the end-to-end rendering of the network is rendered. The diagram method can be more intuitively see how the network is constituted, so there is a need for a topology presentation technique that can be applied to various scenes. [0003] At present, the end-to-end topology in most systems is classified according to different scenes. Each type is developed separately, this way is costly, the applicability is not strong, and it is very troublesome, for new business, The new scene cannot be quickly connected. To this end, a metadata-driven end-to-end network topological dynamic genera...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is: how to solve the large development cost caused by the classification of the existing end-to-end topology according to different scenarios, the applicability is not strong, and it is troublesome to maintain, and it cannot be used for new services and new scenarios. To quickly respond to the problem, a metadata-driven end-to-end network topology dynamic generation system is provided

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