Automatic test case generation method and system based on scene method

Abstract

The invention provides an automatic test case generation method and system based on a scene method. The method comprises: obtaining a corresponding automatic test script according to the input data type and the output data type of each atomic node in a preset scene graph, and when the automatic test script runs, executing at least one automatic test operation is executed, wherein the scene graph is a directed graph for describing a business process and each business function of the to-be-tested system; and generating an automated test case according to the scene graph, the automated test script corresponding to each node, and the input data type and the output data type of each node. According to the method, the scene method is improved, and standardized atomic operation packaging is performed on each point in the scene graph to realize automatic generation of the automatic test case, so that the writing efficiency of the automatic test case is improved, and the quality of the case isensured.

Description

technical field [0001] The present invention relates to the technical field of blockchain, and more specifically, to a method and system for generating automated test cases based on a scenario method. Background technique [0002] The scenario method is a use case design method that describes the function points or business processes of the system by using scenarios to improve the test effect. In the scenario method, the scenario diagram is used to describe the business process intuitively and graphically. scene graph (such as figure 1 Shown) is a directed graph, each point in the graph represents a system function or business process, and each edge represents an operation sequence. Multiple small business scenarios can be combined to form a large business scenario. With the beginning of the scene graph as the starting point and the end as the end point, all path combinations are the test case collection. The scenario method is the most important use case design method f...

AI Technical Summary

Problems solved by technology

At present, the design and scripting of automated test cases still rely on manual operations. Testers need to write automated test scripts according to the operations described in the test cases, and the traditional scenario method focuses more on business processes and operational steps. Reflect specific test data and verification of results, resulting in incomplete test cases designed with the scenario method, lack of data and verification

As a result, on the one hand, in the process of writing automated scripts manually, there is no use case as a basis for test data and result verification

On the other hand, hundreds of automated test cases need to be written manually, which is inefficient, and the writing process relies on manual understanding of the most use cases, which cannot guarantee the quality of automated test cases

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