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The Architecture of Micro-services and the Separation of Frond-end and Back-end Applied in a Campus Information System

机译:校园信息系统中微服务架构与前端与后端的分离

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In traditional Java Web project, the code of front-end and back-end are highly mixed together. Since the static resources and dynamic resources are merged together in server, the pressure of server is huge. If some problems arise in server, the front-end and back-end will collapse at the same time so that user experience is terrible. In the age of big data, the performance requirements of Internet project are becoming higher and higher, so the architecture of mixing together front-end and back-end can’t gradually meet the need of applications. The separation of front-end and back-end has become a direction for Web project. Along with the development and iteration of front-end technique, some front-end frameworks appear such as React, Argluar and Vue. In this paper, we introduce a campus information system in which software architecture is based on Spring Cloud for micro-services and React for the separation of front-end and backend. The key technique and realization used in the system have been described in this paper. Through decoupling of front-end and back-end, load capacity of the system has been raised by big percentages and good performance of the system embody the design advantage of micro-services and separation of front-end and back-end.
机译:在传统的Java Web项目中,前端和后端的代码高度混合在一起。由于静态资源和动态资源在服务器中合并在一起,因此服务器的压力很大。如果服务器出现问题,则前端和后端将同时崩溃,因此用户体验很糟糕。在大数据时代,Internet项目对性能的要求越来越高,因此前端和后端融合在一起的体系结构无法逐步满足应用程序的需求。前端和后端的分离已成为Web项目的一个方向。随着前端技术的发展和迭代,出现了一些前端框架,例如React,Argluar和Vue。在本文中,我们介绍了一个校园信息系统,其中基于Spring Cloud的软件体系结构用于微服务,而基于React的软件体系结构则用于前端和后端的分离。本文描述了系统中使用的关键技术和实现。通过前端和后端的解耦,系统的负载能力得到了很大的提高,并且系统的良好性能体现了微服务的设计优势以及前端和后端的分离。

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