A visual test development environment for GUI systems
Thomas J. Ostrand, Aaron Anodide, Herbert Foster, Tarak Goradia
Abstract
Thomas J. Ostrand, Aaron Anodide, Herbert Foster, Tarak Goradia
Abstract
We have implemented an experimental test development environment (TDE) intended to raise the effectiveness of tests produced for GUI systems, and raise the productivity of the GUI system tester.The environment links a test designer, a test design library, and a test generation engine with a standard commercial capture/replay tool. These components provide a human tester the capabilities to capture sequences of interactions with the system under test (SUT), to visually manipulate and modify the sequences, and to create test designs that represent multiple individual test sequences. Test development is done using a high-level model of the SUT's GUI, and graphical representations of test designs. TDE performs certain test maintenance tasks automatically, permitting previously written test scripts to run on a revised version of the SUT.
OpenAlex reports 54 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
We have implemented an experimental test development environment (TDE) intended to raise the effectiveness of tests produced for GUI systems, and raise the productivity of the GUI system tester.The environment links a test designer, a test design library, and a test generation engine with a standard commercial capture/replay tool. These components provide a human tester the capabilities to capture sequences of interactions with the system under test (SUT), to visually manipulate and modify the sequences, and to create test designs that represent multiple individual test sequences. Test development is done using a high-level model of the SUT's GUI, and graphical representations of test designs. TDE performs certain test maintenance tasks automatically, permitting previously written test scripts to run on a revised version of the SUT.
Key concepts: Test script, Computer science, Test harness, Test (biology), Test Management Approach, Graphical user interface testing, Scripting language, Graphical user interface