Customizable online payment service development platform based on SpringCloud architecture system

Abstract

The invention discloses a customizable online payment service development platform based on a SpringCloud architecture system. The system comprises an Nginx proxy load, a service cluster, an underlying database, a message bus, an Eureka cluster, a Reids cluster and a Config service cluster, wherein the Nginx proxy load is configured with a plurality of gateway instances used for realizing a service cluster; the Reids cluster sends a management end request to the Nginx proxy load; wherein the Eureka cluster obtains an external update configuration file through a message bus, the Config servicecluster obtains the external configuration file through a configuration service, the service cluster comprises one or more payment services, and the service cluster calls a bottom database to obtain data related to the payment services; a development client enters the Nginx server through the Internet, accesses the gateway service in the gateway instance through the Nginx proxy load, and forwardsand distributes the gateway service to each payment service of the service cluster; the development client can customize one or more personalized payment services according to the service template provided by the platform.

Description

technical field [0001] The invention relates to the field of online fee payment, in particular to a customizable online fee payment service development platform based on the SpringCloud architecture system. Background technique [0002] In our living environment, there are various bill payment services, such as water bills, electricity bills, gas bills, tuition fees, medical insurance expenses, etc. In many cases, customers need to pay offline or make corresponding withholdings, and the labor cost is relatively high. [0003] For example, at present, the fees of many units are still collected in cash, and there are many inconveniences, as follows: [0004] First, it is inconvenient to pay in cash; it is inconvenient to pay for non-service personnel such as retirees; [0005] Second, phone calls or SMS notifications are labor-intensive, with low efficiency and poor results; [0006] Third, manual bookkeeping is prone to errors, and it is difficult to store payment data for ...

AI Technical Summary

Problems solved by technology

[0004] First, it is inconvenient to pay in cash; it is inconvenient to pay for non-service personnel such as retirees;

[0005] Second, phone calls or SMS notifications are labor-intensive, with low efficiency and poor results;

[0006] Third, manual bookkeeping is prone to errors, and it is difficult to store payment data for a long time;

[0007] Fourth, the collection requires manual transfer and cash payment operations, and the management efficiency is low

[0010] The existing technology lacks a platform that supports front-end and back-end management, does not require docking personnel or users to carry out related development work, and supports personalized design

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