Nowadays, software applications operate on a massive scale in terms of features and the number of customers they serve. As software applications become increasingly complex, it becomes increasingly difficult to modify the source code without the application becoming bloated and disorganized. In response, software engineers are continually designing software architectural patterns and concepts to enhance code organization and productivity. One very popular concept is the plugin system architecture, which allows developers to add features and functionalities to an application without modifying the core application itself. This research delves into different design patterns and components of plugin systems and an implementation of a plugin system for Spring Boot, a popular tool used by Java developers to develop enterprise web applications.
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机译：如今，软件应用程序在功能和它们所服务的客户数量方面大规模运行。随着软件应用程序变得越来越复杂，在不使应用程序变得臃肿和杂乱无章的情况下修改源代码变得越来越困难。作为回应，软件工程师不断设计软件架构模式和概念，以增强代码组织和生产力。一个非常流行的概念是插件系统架构，它允许开发人员在不修改核心应用程序本身的情况下向应用程序添加特性和功能。本研究深入探讨了插件系统的不同设计模式和组件，以及 Spring Boot 插件系统的实现，Spring Boot 是 Java 开发人员用来开发企业 Web 应用程序的常用工具。
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