Auto-Modularity Enforcement Framework Using Micro-service Architecture

Hanzhong Zheng, Justin Kramer, Shi-Kuo Chang
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Abstract

The evolution of the software architecture has been progressively shifting to emphasize modularity, isolation, scalability, agility, and loose coupling. Service-oriented architecture (SOA) has started to gain popularity in this direction. Micro-services are a lightweight SOA that aim to largely scale applications while ensuring isolation and distribution. Modularity is sometimes left behind or difficult to achieve with fine-grained distribution of programmer responsibilities. In this paper, we propose an automatic modularity enforcement (AME) framework during the software development life cycle (SDLC) through intermediate representation. Our idea was inspired by automatic software development for building a scalable application. We implemented this framework to support visual software development using the Java Spring Boot Micro-service tool.
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使用微服务架构的自动模块化实施框架
软件架构的发展已经逐渐转向强调模块化、隔离性、可伸缩性、敏捷性和松耦合。面向服务的体系结构(SOA)已经开始在这个方向上流行起来。微服务是一种轻量级SOA,旨在大规模扩展应用程序,同时确保隔离和分布。模块化有时会被遗忘,或者很难通过细粒度的程序员职责分布来实现。在本文中,我们通过中间表示提出了一个软件开发生命周期(SDLC)中的自动模块化实施(AME)框架。我们的想法是受到用于构建可伸缩应用程序的自动软件开发的启发。我们使用Java Spring Boot微服务工具实现这个框架来支持可视化软件开发。
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