Server powering-off test method and device based on Phytium platform

Abstract

The invention discloses a server powering-down test method and device based on a Phytium platform. The disclosed method includes: step S100, turning on a power supply of a server, and automatically powering on a baseboard management controller; step S200, running an intelligent management platform management tool by the baseboard management controller, and sending an operating system powering-on command; step S300, powering on a central processor, and starting an operating system; step S400, logging in and entering the operating system, running a pre-stored test script to detect whether the system and data are normal after unexpected powering-off in normal running of the operating system; step S500, sending the operating system powering-off command by the intelligent management platform management tool, and powering off the operating system; and step S600, judging whether the number of tests is reached, ending the process if the number of the tests is already reached, and otherwise, returning to the step S200. The automated tests on server powering-off are realized without the need for testers on duty to increase test efficiency and reduce test costs.

Description

technical field [0001] The present invention relates to the field of computer technology, in particular to a method and device for power-down testing of a server based on a Feiteng platform. Background technique [0002] With the continuous advancement of science and technology, the application of servers is also developing at a high speed. The School of Computer Science, National University of Defense Technology independently developed the Phytium series of micro-processing chips, and many domestic companies have also successively developed and launched servers based on the domestic Phytium platform. In order to meet the user needs of the server, during the development and testing process of the server, the reliability and stability of the server should be strictly tested to ensure the safety and reliability of the user during use. However, during the actual use of the server by the user, unexpected unexpected power failures will inevitably occur, which puts forward extrem...

AI Technical Summary

Problems solved by technology

It is necessary to manually simulate the use of the server by the user and accidentally power off the server. The number of servers that the individual is responsible for is extremely limited, and testers need to track the whole process in real time to check the status of the server after power-off. The test process is cumbersome

Images