A method, system and medium for automatic testing and collection of server energy consumption

Abstract

The invention discloses a method for automatic testing and collection of server energy consumption, which comprises configuring a test task in a task management module, inputting information of a server to be tested and saving it into a back-end task configuration table of a database; asynchronously initiating energy consumption through an asynchronous initiating function For test tasks and data collection tasks, the energy consumption test process obtains the information of the server to be tested and the energy consumption test type from the back-end task configuration table, establishes a remote connection through the file transfer module, and executes the energy consumption test task in an uninterrupted manner in the background; The information of the server to be tested is obtained from the back-end task configuration table, and a multi-threaded queue is established through the thread module to perform the power consumption acquisition task; the invention can simultaneously test the energy consumption test of multiple servers in a high concurrency mode, and after the energy consumption test is completed Automatically stop data collection, provide testers with visual analysis charts and historical data retrieval in real time, and improve the efficiency of energy consumption testing.

Description

technical field [0001] The invention relates to the technical field of server testing, in particular to a method, system and medium for automatic testing and collection of server energy consumption. Background technique [0002] In the existing server energy consumption test, the Spec Power tool is generally used with hardware devices such as a power meter to test and record the overall power consumption of the server in a pressurized state. [0003] In addition, the prior art comparative publication "Method, Device, Equipment and Medium for Testing Server Energy Consumption" (Patent Application No.: CN201910695016) mentions a method for testing server energy consumption, which is performed by manually executing a shell The script reads the power consumption data of the whole machine, and executes the stress test script Rundeirector.sh to call the SPEC Power toolkit, so that the power consumption test can be completed without hardware devices such as power meters. However, t...

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Problems solved by technology

[0003] In addition, the comparative public document of the prior art "a test method, device, equipment and medium for server energy consumption" (patent application number: CN201910695016) mentions a method for testing server energy consumption. The script reads the power consumption data of the whole machine and executes the stress test script Rundedirector.sh to call the SPEC Power toolkit, so that the energy consumption test can be completed without using hardware devices such as power meters, but this method cannot support concurrent testing of multiple servers Scenario, after the test is completed, it is necessary to manually stop the power consumption data collection script, and the collected data is only written in the txt file, and it is impossible to display the power consumption data change chart to the testers in real time; in addition, this solution only supports the collection of the entire The power consumption of the computer, the energy consumption test for some components (for example: CPU full load) cannot collect component data, and the data is stored in a text file, which is easy to lose and cannot quickly retrieve historical data, and the data utilization rate is low

[0004] The comparative public document of the prior art "a server power measurement method and system" (patent application number: CN201911199632) mentions a method of server power collection, which uses Celery's task distribution mechanism to configure the project model I2C parameters, use the polling method to read the power consumption data of the whole machine and components through the IPMITOOL command, and do not support remote energy consumption automatic testing, and use the IPMITOOL command to access the BMC to read the power consumption data of the whole machine, which will be consistent with the BMC's own wheel Intermittent conflicts occur in the polling and reading process, resulting in inaccurate data returned by the BMC, and the polling method is used to read, and it takes too long to poll all the components.

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