Method and device for testing software product robustness

Abstract

The method includes steps: parsing object to be tested, picking up tested information from the object tested; displaying the picked test information, receiving test information input from user; generating test case based on the picked test information and the inputted test information; combining the test case and object to be tested creates testing target codes; running the testing target codes implements test for robustness of software product. The invention also related to device for testing robustness of software product. The invention can realizes automatic generation and automatic extraction for test information of tested object.

Description

technical field [0001] The invention relates to software product reliability verification technology, in particular to a software product robustness testing method and device. Background technique [0002] With the development of information technology, the application of software products is becoming more and more extensive, which affects people's work, study and life and many other fields. When software products are designed or running, their application reliability needs to be tested in order to carry out targeted Improve, for example, testing of the robustness of software products. Testing of software products usually includes testing of software systems or software components. The so-called software components refer to software modules that have independent interfaces and can complete certain functions. [0003] Software robustness is the degree to which a software system or component functions properly under abnormal inputs or stressful environmental conditions. Robu...

AI Technical Summary

Problems solved by technology

[0006] The disadvantage of this method is that: personnel participate in the design and construction of test cases to a high degree, and there are also high requirements for personnel quality and workload. The whole test takes a lot of time and labor costs in the early design and construction.

The interface parameters of the tested object are complex and changeable, with various forms. Using a type template to describe a certain type often cannot fully express the meaning of the test object. Even if it is described, its reusability will decrease due to factors such as the use environment

[0016] Fourth, the depth of testing is insufficient

The complexity and diversity of the internal definition of the data structure makes the template's description of the internal member fields of the structure complex and changeable, and also makes it impossible for the tool data type template to construct the test data, which cannot satisfy the large number of internal members of the complex structure. domain test

[0017] Fifth, in the case of a large number of data types, it is not easy to maintain

Data types and data will continue to increase during use, and data types and data are described through templates (similar to encoding), which will cause problems in later maintenance

[0018] Finally, test data lacks flexibility

The test value defined by the data type must be explained in the tool template, so that users and tools cannot change or generate the required data at will, resulting in inflexibility in the value and increasing the difficulty of operation

Images