Interface based software automation test method

Abstract

The application provides an interface based software automation test method and system. The system comprises a test case management module, a test execution management module, a database operation management module and a test result management module, wherein the test case management module is used for generating and storing a case message; the test execution management module is used for interface parameterization calling and return value checking; the database operation management module is used for generating, executing and checking a database statement; and the test result management module is used for performing statistics, analysis and formatting on a test report.

Description

technical field [0001] The present invention relates to software testing technology, more specifically, to an interface-based software automatic testing system and method. Background technique [0002] With the widespread use of computer software in the whole industry, software quality is gradually valued by users, and software testing, as the front-end entrance of software quality assurance, becomes more important. Among them, software interface testing is an important branch of software testing. The test object is the software interface and the interface interaction data. The main activity is the correctness check of the interface interaction data. Usually, in the process of manual software interface testing, it is necessary to manually configure the use case message data and execute and proofread each use case. However, the interface test will increase with the complexity of the interface message and the number of interfaces. It is quite complicated to implement a comple...

AI Technical Summary

Problems solved by technology

The interface test will increase with the complexity of the interface message and the number of interfaces. It is quite complicated to implement a complete interface test. The workload of the test increases geometrically and the work efficiency is relatively low.

[0003] Moreover, when testing software interfaces nowadays, testers often write test programs or use ready-made interface testing tools. Due to the complexity of test interface messages, test case files and the entire testing process, testing becomes very difficult. , the efficiency is relatively low

In the prior art, some common software interface testing schemes are mentioned. Aiming at the common characteristics of software interface testing, only the test execution process is integrated, and the commonality of test execution is unified, without the overall design and integration of the entire interface testing process. Unified management does not effectively solve the problem of low efficiency and flexibility of interface testing, and cannot be used across multiple platform objects

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