Software automation test system and method

Abstract

The invention provides a software automation test system and a method based on graph view. The system comprises a script editing module, a scene organization module, a parametrization module, a debugging and operating module and a test report output module. The method comprises the following steps that: the scene organization module carries out service flow decomposition; the script editing module develops a service node; the scene organization module builds a service flow; necessary parametrization is carried out on a script; the debugging and operating module debugs and operates the service flow; and the test report output module outputs a test report.

Description

technical field [0001] The present invention relates to a software automatic testing system and method, in particular to a graphical view-based software automatic testing system and method. Through the system or method, users can easily complete the automatic function testing of most types of software. Background technique [0002] Traditional software automation testing tools or frameworks implement business process control in the form of pure code, which leads to the following problems: the cost of developing and maintaining test scripts is high; the implementation of automated testing has strict requirements on the coding ability of engineers ; Only function encapsulation or class encapsulation can be used to implement script layering, which increases the complexity of the script. It is for these reasons that many project teams balk at automated software testing. Using the graphical view-based software automation testing framework platform and method proposed by the pres...

AI Technical Summary

Problems solved by technology

[0002] Traditional software automation testing tools or frameworks implement business process control in the form of pure code, which leads to the following problems: the cost of developing and maintaining test scripts is high; the implementation of automated testing has strict requirements on the coding ability of engineers ; Only function encapsulation or class encapsulation can be used to implement script layering, which increases the complexity of scripts

[0004] Finally, traditional software automated testing tools generally perform object identification based on object handles and other attribute values, and for different object types, different plug-in support is often required

For some programs under test that use non-standard controls, traditional tools are powerless

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