MAT:通过依赖分析和AST将Go单片应用程序自动转换为微服务

Yi-Yuan Chen, Kuo-Hsun Hsu, Andrew Weian Hou
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引用次数: 0

摘要

容器化和各种集成工具的发展大大降低了微服务架构的开发成本。在此前提下,许多公司已经开始将其遗留系统(单片应用程序)迁移到微服务架构,以适应市场需求。我们不是从头开始将遗留系统迁移到微服务架构,而是提供了另一种将现有单片系统拆分为微服务的方法。在本文中,我们使用Go语言的AST作为基础,将原始项目拆分为多个独立的组件,并设计了一种方法来分析依赖项,对它们进行分类,并生成可独立运行的微服务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MAT: Automating Go monolithic applications transform into microservices through dependency analysis and AST
The advancement of containerization and various integration tools has greatly reduced the development cost of microservice architecture. Under this premise, many companies have begun to migrate their legacy systems (monolithic applications) to microservice architectures in order to adapt to market demands. Instead of migrating legacy systems to microservice architecture from scratch, we provide another approach of splitting an existing monolithic system into microservices. In this paper, we use Go language’s AST as a basis to split the original project into multiple independent components and design a method for analyzing dependencies, classifying them, and producing independently runnable microservices.
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