2008Journal of Tsinghua University(Science and Technology)Requires access

Automated GUI test case generation technology based on coloured Petri nets model

Guilan Dai

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Abstract

Graphical user interface (GUI) testing has become the main means of software testing. However, GUI testing is primarily manual and requires much time. This paper presents an automated GUI test case generation method using coloured Petri nets model. The algorithm uses two test coverage criteria with different testing methods and test data generation algorithms for the different test coverage cirteria. Experiments show that the model effectively describes the states and behaviors of GUI systems to improve GUI testing efficiency and quality.

About this research paper

What this paper is about

Graphical user interface (GUI) testing has become the main means of software testing. However, GUI testing is primarily manual and requires much time. This paper presents an automated GUI test case generation method using coloured Petri nets model. The algorithm uses two test coverage criteria with different testing methods and test data generation algorithms for the different test coverage cirteria. Experiments show that the model effectively describes the states and behaviors of GUI systems to improve GUI testing efficiency and quality.

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Available abstract

Graphical user interface (GUI) testing has become the main means of software testing. However, GUI testing is primarily manual and requires much time. This paper presents an automated GUI test case generation method using coloured Petri nets model. The algorithm uses two test coverage criteria with different testing methods and test data generation algorithms for the different test coverage cirteria. Experiments show that the model effectively describes the states and behaviors of GUI systems to improve GUI testing efficiency and quality.

Key concepts: Graphical user interface testing, Graphical user interface, Computer science, Keyword-driven testing, Petri net, Code coverage, Test Management Approach, Model-based testing

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