Data driving layered automation test system and method

Abstract

The invention relates to a layered automation test system and method based on data driving. The system comprises a configuration file management module, a test case management module, a test data management module, a layered action keyword realization module and a control module, wherein the configuration file management module is used for managing configuration files, the test case management module is used for managing test case description files, the test data management module is used for managing data files including execution index files and supplementing data files in a data file path corresponding to each test case, the layered action keyword realization module is used for layering a tested system according to a function structure of the tested system, a plurality of test action keywords are defined in each layer according to test requirements, in addition, each action keyword is subjected to test action realization, and the control module is used for carrying out test execution control. The system and the method have the advantages that the three-stage file index management is realized on the cases and data files required by the test, the tested system is divided and mapped to different layers, the action keyword behaviors are respectively realized, the logics are clear, the maintenance is easy, the automatic test coverage range is increased, and the test efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of software automatic testing, and in particular relates to a data-driven layered automatic testing system and method. Background technique [0002] As an effective technical means to improve testing efficiency and testing accuracy, automated testing technology is more and more widely used. As a necessary condition for automated testing, the design method of testing tools and frameworks is particularly important. Currently commonly used automated testing frameworks generally do not have the characteristics of high efficiency, ease of use, and strong versatility. They usually have the following shortcomings: [0003] a. Use the mode of first recording the test operation and then playing it back. This mode has low work efficiency and weak adaptability to the changes of the system under test. The recorded test script is prone to failure, the amount of modification is large, and it can only be used for regressio...

AI Technical Summary

Problems solved by technology

[0003]a. Use the mode of first recording the test operation and then playing it back. This mode has low work efficiency and weak adaptability to changes in the system under test. The recorded test script is easy Invalid, large amount of modification, and can only be used for regression testing

[0004]b. Even if the recording and playback mode is not used, more development work is still required. During the test process, more test codes need to be developed, and the tester’s skills are required High, and script maintenance costs are high

[0005]c. The versatility is not strong, and it is difficult for a system to cover the test requirements of Web UI, Web service, Server (background service), and DB (database) at the same time

[0006]d. The system does not have a high coverage rate of test cases, and cannot automatically execute a large proportion of test cases

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