A switch port stress testing method, device, equipment and medium

Abstract

The invention discloses a stress testing method for a switch port, comprising: performing an enable operation and a disable operation of a port and checking the port state, and in response to confirming that the port state is correct, storing the port information corresponding to the enable operation in a first up file, The port information corresponding to the disable operation is stored in the first down file; the port automatically performs the enable operation and the disable operation alternately, the port information corresponding to each enable operation is stored in the second up file, and the port corresponding to each disable operation is stored The information is stored in the second down file; according to the second up file and the first up file, determine whether the port status of the enable operation is correct, and according to the second down file and the first down file, determine whether the port status of the disable operation is correct, and each The judgment result of the secondary port status is written into the log file. The invention also discloses a device, equipment and medium. The invention can save labor and time and accurately judge the state of the port after each time the enable operation or the disable operation is performed on the port when the port pressure test is performed.

Description

technical field [0001] The present invention relates to the field of image processing, and more particularly, to a switch port stress testing method, device, equipment and medium. Background technique [0002] With the development of information technology, the amount of information that data centers need to process is increasing day by day, which requires more and more switches in the data center and stronger performance. Therefore, the number of ports and the speed of the ports used are getting higher and higher. . Because data centers generally have huge data reception, processing and forwarding capabilities, high reliability is required. For data centers, servers can generally switch redundancy quickly, and switches are responsible for dozens or even hundreds of servers. For data forwarding services, it is generally not easy to switch and migrate business work, which requires the port of the switch to have high reliability. Therefore, it is generally necessary to stress...

AI Technical Summary

Problems solved by technology

Because the data center generally undertakes huge data receiving, processing and forwarding capabilities, and requires high reliability, and for the data center, the server can generally perform rapid switching redundancy, and the switch is responsible for dozens or even hundreds of servers. For data forwarding business, it is generally not easy to switch and migrate business work, which requires the port of the switch to have high reliability. Therefore, it is generally necessary to perform a stress test on the switch port during the test, but there are two traditional port stress tests. The first is to manually enable and disable the port. After each enable and disable operation, manually enter commands to check the port status. This method requires manual input commands for each operation test, which wastes human resources and time. , but this method can ensure that each test result can be clearly observed, and the test results are more accurate

The other is to use the script to perform multiple enable and disable operations on the port, but the port status can only be checked after the test is over, and the status of the port during each operation cannot be accurately judged. Although it saves manpower, the test results But it is not very accurate, so it is necessary to improve the port pressure test method to meet the needs of saving labor and time, and accurately judge the status of the port each time, and at the same time remind the test method in time when there is an error in the port pressure test

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