Test method, device and system

Abstract

The embodiment of the application discloses a testing method, device and system. A specific embodiment of the method includes: receiving a test request containing the name and version number of the target test script; determining at least one target server in the test server cluster based on the name and the version number; Each target server sends a script acquisition instruction including the name and the version number, so that the target server obtains the target test script based on the name and the version number and the script storage server; in response to receiving the script in the at least one target server The target test script readiness message returned by each target server sends a test instruction to each target server, so that each target server executes the target test script. This embodiment improves testing efficiency.

Description

technical field [0001] The present application relates to the field of computer technology, specifically to the field of Internet technology, especially to a testing method, device and system. Background technique [0002] With the gradual increase of Internet users and access peaks caused by various special events, network services have higher and higher performance requirements. High response speed of the system under high concurrency is the key to user experience, so performance testing becomes more important. However, the testing process takes up a lot of testing servers. If the test server resources are insufficient, it is necessary to release the test server after the test task is completed, resulting in many test tasks being put on hold. [0003] One of the existing methods is to manually allocate the test server. After the allocation, the test server can only be released after the test plan is fully executed. During this period, the test server usually spends a lot...

AI Technical Summary

Problems solved by technology

However, the testing process takes up a lot of test servers

If the test server resources are insufficient, it is necessary to release the test server after the test task ends, resulting in many test tasks being put on hold

[0003] One of the existing methods is to manually allocate the test server. After the allocation, the test server can only be released after the test plan is fully executed. During this period, the test server usually spends a lot of time in an idle state, resulting in waste of resources and low test efficiency. Low

Another existing method is to allocate test servers through the automated test platform. However, the automated test platform is usually responsible for downloading test scripts and distributing them to each test server. Repeated downloading and distribution usually take a long time, resulting in low test efficiency.

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