Software graphical interface test method and device, software development system and server

Abstract

The embodiment of the invention provides a software graphical interface test method and device, a software development system and a server. The software graphic interface can be effectively tested forthe associated graphic rendering model associated with the rendering service; an associated graph rendering model is identified; further a software graphic interface test result of the software graphic interface for the associated graphic rendering model is judged; therefore, a developer can further optimize according to the software graphic interface test result, so that the rendering effect ofthe associated graphic rendering model in the subsequent software use process is improved, and the rendering error condition is improved.

Description

technical field [0001] The present application relates to the field of computer technology, in particular, to a software graphical interface testing method, device, software development system and server. Background technique [0002] Before the software development kit is officially compiled, pre-testing is usually required. Part of the work in the testing process is to test the software graphics interface to control whether the call of the software graphics interface in the rendering process meets the best performance indicators. In the traditional solution, for a certain software development kit, it is usually to input multiple models to be rendered for pre-rendering, so as to judge whether the rendering process of each model to be rendered is Up to standard. [0003] However, the inventor found that for a certain software business, the actual rendering process is usually not the rendering of a single model, but the synchronous rendering of several associated models (suc...

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Problems solved by technology

[0003] However, the inventor found that for a certain software business, the actual rendering process is usually not the rendering of a single model, but the synchronous rendering of several associated models (such as rendering models adjacent to the rendering business) , so if according to the traditional test plan, it is impossible to effectively test the software graphics interface for this type of association model, and it is also impossible to identify which graphics rendering models are associated graphics rendering models, and it is also impossible to effectively judge the software graphics interface. The invocation test of the class-associated graphics rendering model makes it impossible for developers to carry out targeted project optimization. It may still be impossible to achieve a good rendering effect for this type of associated graphics rendering model during software use, and there may even be rendering errors. situation, seriously affecting the user experience

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