New retail business middle station based on micro-servitization architecture

Abstract

The invention discloses a new retail business middle station based on a micro-servitization architecture, the business middle station is in signal connection with a database, the business middle station comprises a root module, a middle layer and a plurality of mutually independent functional modules, the root module is in signal connection with each functional module, and the root module, the middle layer and the database are in signal connection in sequence; the functional modules are used for collecting operation information input by a user, generating corresponding first request information according to the operation information and sending the first request information to the root module; the root module is used for receiving and combining the first request information to generate corresponding second request information, and sending the second request information to the middle layer; the middle layer is used for receiving the second request information, calling the database according to a preset service processing rule or directly performing corresponding processing on the second request information to obtain a request result, and returning the request result to the corresponding functional module through the root module. According to the new retail business middle station, the lateral expansibility of the service middle station can be enhanced.

Description

technical field [0001] The invention relates to the field of computer application technology, in particular to a new retail business middle platform based on a micro-service architecture. Background technique [0002] The business platform includes a business center and a database. The business center is used to provide services to users, and calls the database according to the operation information input by users to provide customers with corresponding services, and to store, update and manage the data in the database . [0003] Under the traditional business model, the design of the business middle platform generally adopts a thick layered model, and divides the technology into two layers of front-end pages and background interfaces according to business functions, such as figure 1 As shown, at this time, all page resources are uniformly requested to the background service through the REST API. In essence, all functional modules belong to a front-end project, so there is ...

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Problems solved by technology

[0003] Under the traditional business model, the design of the business middle platform generally adopts a thick layered model, and divides the technology into two layers of front-end pages and background interfaces according to business functions, such as figure 1 As shown, at this time, all page resources are uniformly requested to the background service through the REST API. In essence, all functional modules belong to a front-end project, so there is strong coupling between various functional modules in the business scenario; in the existing technology If a functional module is added, changed or deleted, it will inevitably affect other related functional modules, and it will also affect the operation and maintenance and deployment of the entire project, and also increase the risk of project errors; the above-mentioned traditional business center has the following defect:

[0004] (1) The coupling degree between functional modules is too high to be deployed independently, and the change of each functional module will affect other functional modules;

[0005] (2) Interface management consumes too much, each functional module can only request

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