麒麟云平台辅助监控软件设计与实现

Design and Implementation of Monitior Analysis Software for KylinCloud

摘要:

本文研究了基于麒麟云平台的核心组件监测、组件维护和故障恢复技术,开发了一款自动化运维工具；该工具采用三层架构监控系统模型,即业务应用、数据采集和数据存储,通过该工具,用户可以监测麒麟云平台核心组件的状态,进行维护和故障恢复操作；此外,还开发了辅助监控软件,用于对组件进行监测和对组件进行维护和故障恢复；该软件可以自动采集、分析麒麟云平台核心组件状态数据,并根据预设的故障集,在麒麟云平台出现故障时进行故障恢复操作；同时,该软件可以对系统各模块功能进行测试,以确保系统的正常运行。实践证明,使用该自动化运维工具可以有效监测麒麟云平台组件的工作状态,提供稳定和可靠的服务,提高云平台运行可靠性和运维效率,减少系统故障对用户的影响,从而有效降低维护人力成本。

Abstract:

This article conducts research on the core component monitoring, component maintenance and fault recovery technology based on Kirin cloud platform and develops an automatic operation and maintenance tool. A three-layer architecture monitoring system model named "business application data collection data storage" is designed. An auxiliary monitoring software is developed for the monitoring, maintenance, and fault recovery of the Kirin Cloud platform component, which collects and analyzes the status data of the core components of the Kirin Cloud platform automatically. The software can carry out fault recovery operation when the Kirin cloud platform fails according to the preset fault set when a fault occurs on the Kirin Cloud platform. Furthermore, the software can effectively monitor the components of the Kirin Cloud platform and improve the reliability of the cloud platform"s operation. Practical results have shown that the system can effectively monitor the working status of Kirin cloud platform components, providing stable and reliable services. It improves the operation reliability and operation and maintenance efficiency of the cloud platform, and reduces the impact of system failures on users, thus effectively reduces the maintenance labor cost.