Memory monitoring achievement method based on startup and shutdown of Linux system

Abstract

The invention discloses a memory monitoring achievement method based on startup and shutdown of a Linux system, and belongs to the technical field of memory monitoring. The memory monitoring achievement method comprises the following specific steps: (1) ensuring that the Linux system is arranged on a to-be-tested main machine, enabling a user to log in, coping a warmboot script to a desktop, opening linux system termination program, switching a current directory into the desktop, executing the following operations as shown in the specification; (2) after the command is executed, capturing memory capacity under /proc/meminfo by a script as reference memory capacity; (3) generating a RebootResult file folder on the desktop, and recording the memory test condition by a sub-file holder under the file holder; (4) restarting the system according to the set time interval; (5) counting by reading a RebootResult/count file, capturing the memory capacity in the /proc/meminfo and comparing with the reference capacity; and (6) automatically carrying out the test frequency set by restart by the system until execution is ended. According to the memory monitoring achievement method, unattended operation and automatic test are achieved; the test is counted; the memory capacity is monitored; and the stability of the overall machine in a tester restart pressure test is evaluated.

Description

technical field [0001] The invention discloses a method for realizing memory monitoring, which belongs to the technical field of memory monitoring, and specifically relates to a method for realizing memory monitoring based on a Linux system on and off. Background technique [0002] As we all know, the server is the core of the entire network system and computing platform. Many important data are stored on the server, and many network services run on the server. Therefore, the performance of the server determines the performance of the entire application system. There are many different types of servers. When purchasing, it is not enough for users to judge only from the configuration. They need to be screened through actual tests. At present, in the stability test of the whole server, the power-on / off stress test is essential, but the power-on / off test under the current linux system can only be set manually, and the power-on / off stress test is performed only, and memory loss ...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims at the problem of single and inconvenient operation of the memory test items under the manual setting of the server on and off based on the Linux system, and provides a method for realizing memory monitoring under the on and off of the Linux system, which is applicable to the current linux operating system and realizes unattended operation. Automatic test, and realize the counting of the test and the monitoring of the memory capacity, so as to evaluate the stability of the whole machine during the restart stress test of the test machine, and provide a reference for ensuring that the memory can work stably and continuously during the machine's power-on / off process

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