Automated regression testing method based on retrieval granularity of Git code files

Abstract

The invention relates to an automated regression testing method based on retrieval granularity of Git code files. The method comprises the following steps of 1, automatically acquiring the files with changed codes on the main line of Git development codes, and obtaining a list where the names of all files with changed codes in testing time are recorded; 2, converting the captured files with the changed codes into a list of affected functional characteristics; 3, converting the affected functional characteristics into automated regression case labels which need to be run; 4, converting all manual execution operation in the step 1, step 2 and step 3 into automatic execution operation, and integrating the automatic execution operation through a Jenkins platform to achieve one-click triggering. Compared with the prior art, the automated regression testing method based on the retrieval granularity of the Git code files has the advantages that the granularity is finer, the frequency is higher, and more resources are saved.

Description

technical field [0001] The invention relates to the field of software automation testing, in particular to an automatic regression testing method based on the retrieval granularity of Git code files. Background technique [0002] In order to enable software products to quickly respond to the market, the iterative frequency of software versions is getting higher and higher, and the project release cycle is getting shorter and shorter, which will inevitably lead to more resource investment. The extra investment is no longer the time and manpower required for new function development, but the time and manpower spent on regression testing of each version iteration. The larger the software product, the time and manpower spent on manual regression testing The more amazing the manpower, the regression test has become a new bottleneck for the rapid delivery of the project. In order to adapt to the delivery of more and more frequent software iterative versions, seeking high-quality,...

AI Technical Summary

Problems solved by technology

[0003] The increased frequency of software project iterations also leads to the continuous generation of multiple versions to be tested during the software development process. The traditional centralized version control system requires all codes to be submitted before the entire package can be built for testing. If the quality of the developed code is not high, it will affect However, the scope is very wide. Once a problem occurs, it is very time-consuming and labor-intensive to solve it.

If such a situation occurs frequently, it will seriously affect the stability of the development code line

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