Urban rail data sharing platform construction method and device and electronic equipment

Abstract

The invention provides an urban rail data sharing platform building method and device andelectronic equipment. The construction method comprises the steps: converting rail transit software applications needing to be arranged on the urban rail data sharing platform into corresponding container mirror images, and uploading the container mirror images to a harbor warehouse in a server cluster; installing a container arrangement engine Kubernetes on a server cluster; configuring a non-markup language yaml file of a deployment service, calling Kubernetes to deploy each corresponding container mirror image on a pre-constructed micro-service architecture, so that each rail transit software application runs; the construction of the micro-service architecture comprises the steps of splitting a micro-service control layer, splitting a micro-service storage module, splitting a micro-service scheduling module and splitting a micro-service business module. According to the method, the device and the electronic equipment provided by the invention, decoupling among the modules is realized, the flexible availability of the platform and the utilization rate of computing resources are improved, and the development and deployment cost of the platform is reduced.

Description

technical field [0001] The invention relates to the technical field of microservices, in particular to a construction method, device and electronic equipment of an urban rail data sharing platform. Background technique [0002] The traditional controller implements the separation of business model and user interface (Model View Controller, MVC) architecture. All subsystems are integrated in a very complicated JVM process. The advantage of this single architecture is that it is easy to manage, and all codes are in the same In the project, but when the demand is more and more, the project scale is getting bigger and bigger, and its disadvantages are also obvious. When large and small functional modules are concentrated in the same project, the entire project will inevitably become bloated, making it difficult for developers to maintain. When the monolithic application has more and more codes and depends on more and more resources, it is very time-consuming to compile, package...

AI Technical Summary

Problems solved by technology

[0007] The invention provides a construction method, device and electronic equipment of an urban rail data sharing platform, which are used to solve the problem that the coupling of each module in the construction of a traditional urban rail data sharing platform is too high, resulting in poor usability, inability to isolate resources, and low resource utilization efficiency , and the development and deployment costs are very high. The module resources after decoupling can be flexibly configured according to the resource occupancy of each rail transit software application. Kubernetes adopts containerized deployment, which can dynamically increase service nodes to achieve all Describe the flexible configuration of the resources of each module

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