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Service Call Chain Analysis for Microservice Systems
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<p>Industrial practitioners widely adopt the microservice architecture to build applications. An application with microservice architecture can be composed of a set of individual services. Although microservice can improve the scalability of a system by isolating services, the complexity and difficulty of defect detection and analysis grow. High verification cost, a long feedback cycle, and high communication cost pose challenges to the maintenance of microservice systems. To address the problem, we propose a call chain tracing and analysis approach designed for the microservice architecture. To evaluate its effectiveness, we implement our approach as a plugin, namely Cam, to monitor and analyze exceptions by tracing call chains. Currently, Cam is packaged as a maven plugin for applications using Spring Cloud, which is an opensource microservice framework for Java programs. We experiment it with a microservice system to demonstrate its availability. The result shows that Cam can help software engineers understand the workflow of a service call and locate potential defects.</p>
<p> </p>
Journal of Internet Technology
Title: Service Call Chain Analysis for Microservice Systems
Description:
<p>Industrial practitioners widely adopt the microservice architecture to build applications.
An application with microservice architecture can be composed of a set of individual services.
Although microservice can improve the scalability of a system by isolating services, the complexity and difficulty of defect detection and analysis grow.
High verification cost, a long feedback cycle, and high communication cost pose challenges to the maintenance of microservice systems.
To address the problem, we propose a call chain tracing and analysis approach designed for the microservice architecture.
To evaluate its effectiveness, we implement our approach as a plugin, namely Cam, to monitor and analyze exceptions by tracing call chains.
Currently, Cam is packaged as a maven plugin for applications using Spring Cloud, which is an opensource microservice framework for Java programs.
We experiment it with a microservice system to demonstrate its availability.
The result shows that Cam can help software engineers understand the workflow of a service call and locate potential defects.
</p>
<p> </p>.
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