汽车产业链服务平台监视模块的设计与实现

发布时间：2018-05-13 10:56

本文选题：监控 + 日志记录　；参考：《西南交通大学》2017年硕士论文

【摘要】：随着信息技术与网络技术的快速发展,各种信息作为一种资源分布在网络的各个节点上,这使得信息管理由传统的集中管理模式向客户/服务器模式发展,用户只用通过浏览器进行操作,各种信息只用在服务器端进行处理,并通过网络呈现在客户端,这种模式具有很强的分布性、异构性,汽车产业链服务平台作为一个一对多(一个平台服务多个用户)的Web应用系统,具有典型的分布性,使得各种资源在网络环境中呈现局部化、分散的特点。有效的平台监控可以使管理人员了解平台各种资源的使用情况并合理的对这些资源进行调度,从而提供一个安全稳定的工作环境。汽车产业链服务平台的监控主要包括两部分,分别为平台Web应用情况的监控以及服务器硬件资源的监控。平台Web应用情况的监控是通过日志记录呈现的,日志记录包括登陆日志、操作日志、异常日志,通过日志记录的检索保证平台操作记录可追溯,同时通过挖掘业务有关的操作日志记录并处理、加工,最终实现业务流程的跟踪。平台产生的异常以邮件形式提供告警服务,各种日志记录可以作为监控数据的支撑并对其从不同角度进行统计分析,以图形化方式直观的展现平台应用情况,使得平台管理人员及时对相关资源进行调度,提高平台运行的稳定性。服务器硬件资源监控是监控服务器集群每个服务器CPU、内存、硬盘(C盘、D盘)使用情况,通过告警服务的方式使平台管理员及时发现并处理系统潜在风险。本文基于汽车产业链服务平台为研究对象,首先对汽车产业链服务平台功能、物理结构进行简要概述,然后从功能、非功能两个方面进行分析,最终得出合理的解决方案。本文结合微软相关组件实现监控数据的采集,对于日志记录的采集,采用日志组件Log4net,实现日志记录灵活的可配置,提高日志记录处理性能。对于服务器硬件资源使用情况的采集,平台结合硬件资源采集组件WMI(Windows Management Instrumentation),实现服务器硬件资源实时监控以及数据采集,通过服务器监控数据的采集,使平台管理员可以对平台监控数据进行统计分析。最后对设计完成的系统监控模块各个功能进行了测试。
[Abstract]:With the rapid development of information technology and network technology, all kinds of information are distributed on each node of the network as a kind of resource, which makes the information management develop from the traditional centralized management mode to the client / server mode. Users only use the browser to operate, all kinds of information is processed only on the server side, and is presented on the client side through the network. This mode has strong distribution and heterogeneity. As a one-to-many (one platform serving multiple users) Web application system, the automotive industry chain service platform has typical distribution, which makes various resources localized and dispersed in the network environment. Effective platform monitoring enables managers to understand the use of various resources on the platform and to schedule these resources reasonably, thus providing a secure and stable working environment. The monitoring of automobile industry chain service platform consists of two parts: the monitoring of Web application and the monitoring of server hardware resources. The monitoring of platform Web application is presented by log record, which includes log in log, operation log, exception log, the retrieval of log record ensures the traceability of platform operation record. At the same time, the business process tracking is realized by mining the operation log records, processing and processing. The abnormal generated by the platform provides alarm service in the form of mail, various log records can be used as the support of monitoring data and statistical analysis from different angles, and the application of the platform can be displayed intuitively in a graphical way. The platform manager can schedule the related resources in time and improve the stability of the platform. The monitoring of server hardware resources is to monitor the use of CPU, memory, hard disk / disk D of each server in the server cluster, and to make the platform administrator discover and deal with the potential risks of the system in time by means of alarm service. Based on the automobile industry chain service platform, this paper firstly gives a brief overview of the function and physical structure of the automobile industry chain service platform, then analyzes the function and non-function of the service platform, and finally obtains a reasonable solution. In this paper, we combine Microsoft components to collect monitoring data. For logging acquisition, log component Log4net is used to realize the flexible configuration of log record and improve the performance of log record processing. For the collection of server hardware resources, the platform combines with the hardware resource acquisition component WMI(Windows Management Instrumentation to realize the real-time monitoring of server hardware resources and data acquisition, and the collection of data through server monitoring. So that the platform administrator can monitor the platform data for statistical analysis. Finally, the functions of the system monitoring module are tested.
【学位授予单位】：西南交通大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52

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