Application test method and device based on call dependency relationship

Abstract

The invention relates to the field of test process improvement in research and development management, in particular to an application test method and device based on a call dependency relationship, comprising the following steps: searching for a to-be-tested application code by obtaining an application test request; searching a historical application code corresponding to the to-be-tested application code, comparing the to-be-tested application code with the historical application code, and determining a change node; determining a calling dependency relationship node corresponding to the modified node through call trace; determining a calling heat degree corresponding to the modification method, and determining a test key point and a test range; and testing the to-be-tested application code. From the perspective of to-be-tested application codes, the popularity data analysis of the user is carried out through the change nodes in the codes and the call dependency relationship nodes, sothat an affected change method in software version updating can be positioned more effectively and accurately; therefore, function verification and effective inspection can be more efficiently carried out on the hotspot service in the application test, and the efficiency of the application test is improved.

Description

technical field [0001] The present application relates to the field of computer technology, and specifically provides an application testing method, device, computer equipment and storage medium based on call dependencies. Background technique [0002] With the development of computer technology and software technology, application testing technology is also constantly updated. The scope judgment in the application testing process is an important part in the application testing field, and the characteristics of different projects are also different; for refactoring classes and third-party library upgrades, the testing scope is very wide, and almost full regression is required. This will bring huge testing costs. [0003] During the testing process, fast and efficient agile iterations replaced the traditional waterfall model; as the SOA (Service-Oriented Architecture) architecture of microservices became more and more popular, business modules became atomized, and the releas...

AI Technical Summary

Problems solved by technology

[0003] During the testing process, fast and efficient agile iterations replaced the traditional waterfall model; as the SOA (Service-Oriented Architecture) architecture of microservices became more and more popular, business modules became atomized, and the release frequency became more and more frequent. Many, the continuous integration field of automated testing such as unit testing and interface testing is also developing rapidly, but because the network dependencies of microservices are too complex, there are still some key testing scenarios that are difficult to consider, resulting in unavailable services. thus reducing the efficiency of testing

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