Virtualization server performance monitoring method and system

Abstract

The invention discloses a virtualization server performance monitoring method, which comprises the following steps that a virtual machine server side starts socket monitoring in a server thread pool, and a linking request of a client side is monitored; a test machine client side uses TCPs (transmission control protocols), UDP (user datagram protocols) or TCP / UDP hybrid network protocols to carry out socket communication with the virtual machine server side, a test task is executed, a test result is collected, and the test result is sent to a main control machine; a main control machine manager sends a test command to a client side test machine, and distributed test results are collected and counted; the main control machine manager sends a RPC (remote procedure call) request to a virtual machine, and various performance indexes of the virtual machine are obtained and are displayed in a chart form. The virtualization server performance monitoring method and a virtualization server performance monitoring system have the advantages that the network performance test and evaluation is realized in virtualization environment, and in addition, the RPC is provided for remotely monitoring various operation system performance indexes of the virtual machine in real time.

Description

technical field [0001] The invention relates to the field of virtual servers, in particular to a method and system for monitoring the performance of virtualized servers. Background technique [0002] In recent years, with the development of computer hardware, powerful and relatively cheap multi-processor servers have become the mainstream, but in many cases, the performance of these hardware cannot be fully utilized. The popularity of virtualization also makes this deficiency more serious, which makes the industry pay more and more attention to virtualization technology. [0003] Virtualization (Virtualization) technology originated from the IBM mainframe system in the 1960s and gradually became popular in the System 370 series in the 1970s. These machines are generated on physical hardware through a virtual machine monitor (Virtual Machine Monitor, VMM). Many virtual machine (Virtual Machine) instances that can run independent operating system software. The virtualization...

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Problems solved by technology

[0028] From this, we can see that the focus of research on virtualization performance at home and abroad is to evaluate and compare the performance of different VMMs, and the comparison between virtual machines and physical machines is limited to certain applications. The performance comparison between the machine and the physical machine needs to be further studied

At the same time, due to the one-to-many relationship between physical machines and virtual machines, different applications, especially CPU-intensive, IO-intensive, and network-intensive applications, have different emphasis on the utilization of physical resources under different combination conditions. However, how to maximize the utilization of physical resources for different combinations of virtual machines while ensuring overall application performance has strong practical application value, and research in this area is still in its early stages.

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