分布式網站性能及安全監(jiān)控平臺的研究與實現
[Abstract]:With the popularization of Internet and the rapid development of Web technology, enterprises have begun to pay more attention to the development of their own network applications. Network applications have developed from general websites to platforms for large-scale e-commerce, information publishing and various services. At the same time, Web site performance and its security issues have gradually entered the field of view of all kinds of enterprises. Traditional website performance and security monitoring requires administrators to manually review site logs and review related code, which not only adds additional workload, but also fails to effectively warn failures in real time. Reduce the impact of performance or security issues on the business. The research and realization of website performance and security monitoring platform and timely early warning related problems are of great significance to the development of enterprises. Based on the above research background, this paper designs and implements a distributed website performance and security monitoring platform. Through the distributed deployment of monitoring points, the monitoring points are located in different network operation environments and different geographical locations, real-time collection of website performance and security monitoring status, and collection of collected data to the background server. The background server processes the data in the form of data collection, and makes the corresponding decision on the corresponding data analysis. The platform provides a new comprehensive solution for the performance and security problems of the enterprise website, improves the original manual audit work, and makes the website performance and safety monitoring more intelligent and automatic. Platform servers need to maintain a large number of connections and process massive data, its performance requirements are very strict. In this paper, different server models and different thread synchronization mechanisms under Windows operating system are studied, and the solution is given by comparing the experiments and combining the requirements of the platform itself. An efficient and stable server is designed and implemented based on the efficient server model IOCP provided by the Windows operating system and the key segment plus spin lock thread synchronization technology, and the system-level technologies such as thread pool, memory pool and message queue are used to design and implement the efficient and stable server. In order to improve the expansibility of the platform and the coupling between modules, an adaptive protocol parser is designed and implemented in this paper. Finally, the performance test and function test of the platform are carried out, in which the performance test shows that the platform server has high response ability and can handle tasks in real time under high concurrency. In the case of a large number of monitoring tasks, the client can still better respond to the user experience. This article contains figure 25 pairs,
【學位授予單位】:中南大學
【學位級別】:碩士
【學位授予年份】:2014
【分類號】:TP393.092
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