摘要
该文研究了新一代轻量级的容错框架Resilience4j结构功能,结合熔断器工作方式与熔断参数,针对服务的熔断阈值配置问题,提出了一个Resilience4j在微服务平台上的配置方案。根据不同服务的紧迫性,实行不同的配置策略,提升服务性能,有效保护微服务系统。
This paper studies the structure and function of Resilience4j,a new generation lightweight fault-tolerant framework.Combining the working mode of fuses and fuse parameters,we propose a configuration for Resilience4j on microservice platform.Moreover,varied configuration strategies are adopted according to the different urgency depending on services thereby improving the service performance and effectively protecting microservice systems.
作者
郑若鹢
ZHENG Ruoyi(School of Information Engineering,Fuzhou Institute of Technology,Fuzhou 350108,China)
出处
《数字通信世界》
2024年第10期47-49,52,共4页
Digital Communication World
基金
福建省职业教育研究课题项目(编号GB2022021)。
关键词
Resilience4j容错框架
熔断策略
微服务
阈值
resilience4j fault-tolerant framework
circuit breaker strategy
microservices
threshold value