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Gamified GUI testing with Selenium in the IntelliJ IDE: A Prototype Plugin 1

Gamified GUI testing with Selenium in the IntelliJ IDE: A Pr...

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1st IDE Workshop (IDE)

作者： Garaccione, Giacomo Fulcini, Tommaso Bodnarescul, Paolo Stefanut Coppola, Riccardo Ardito, Luca Politecn Torino Turin Italy

ISBN: (纸本)9798400705809

Software testing is a crucial phase in software development, enabling the detection of issues and defects that may arise during the development process. Addressing these issues enhances software applications' quality, reliability, user experience, and performance. graphical user interface (GUI) testing, one such technique, involves mimicking a regular user's interactions with an application to identify defects. However, GUI testing is often underutilized due to its perceived repetitiveness, error-proneness, and lack of immediate feedback on test quality. In recent years, gamification-incorporating game elements in non-game contexts to boost interest, motivation, and engagement-has gained traction in various fields, including software engineering and education. This paper presents GIPGUT: a prototype of a gamification plugin for IntelliJ IDEA, an Integrated Development Environment (IDE) that supports scripted GUI testing. The plugin enhances testers' engagement with typically monotonous and tedious tasks through achievements, rewards, and profile customization. A preliminary prototype evaluation was conducted with a small group of users to assess its usability and the impact of gamification on the GUI testing process. The results indicate high usability and positive reception of the gamification elements. However, due to the limited sample size of participants, further research is necessary to understand the plugin's effectiveness fully.

关键词： software testing graphical user interface testing gamification integrated development environment web testing

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A Coverage Measurement Method For GUI Test Cases On Android Applications 15

A Coverage Measurement Method For GUI Test Cases On Android ...

引用

15th Turkish National Software Engineering Symposium (UYMS)

作者： MIRZA, Merve Melis SEN, Alper Bogazici Univ Bilgisayar Muhendisligi Bolumu Istanbul Turkey

ISBN: (纸本)9781665410700

Coverage measurements are among the most effective methods for determining the extent and quality of the functional tests executed on a mobile application. Although code coverage metrics such as line and branch are provided by the Integrated Development Environments (IDE), there is not any tool that can calculate the coverages of graphical user interface (GUI) components. In this study, we are suggesting a coverage measurement method that is independent of the source code and can function just by using application's compiled artifact (APK), for activity, action and GUI components. With the tool we have developed based on this method, it is possible to run functional tests and to identify all the accessed activities, executed actions, defined for an activity, and GUI components, which were referenced with their ID's, to obtain related coverages. We have confirmed the validity of our coverage metrics by running the tool for the tests we have written for a large scale mobile banking application.

关键词： Mobile Application testing graphical user interface testing Test Coverage Code Coverage Banking Application testing

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A method for Automated user interface testing of Windows-based Applications 18

A method for Automated User Interface Testing of Windows-bas...

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9th International Symposium on Information and Communication Technology (SoICT)

作者： Duong Tran Dinh Pham Ngoc Hung Tung Nguyen Duy VNU Univ Engn & Technol Hanoi Vietnam Toshiba Software Dev Hanoi Vietnam

ISBN: (纸本)9781450365390

This paper proposes a method for automated user interface testing of Windows-based applications to increase the accuracy in identifying the target widgets or executing several interactions. The key idea of this method is to generate new test scenarios from widgets and test specification where widgets are extracted during the execution of the application and test specification is generated by combining the interactions of widgets. Furthermore, the paper contributes some techniques to detect hidden widgets which considering as one of the most challenging problems in user interface testing. Currently, a supporting tool has been implemented and tested with several industrial projects. The details of the experimental results will be presented and discussed.

关键词： Automated testing graphical user interface testing Windows application

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Searching for the Best Test 10

Searching for the Best Test

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IEEE/ACM 10th International Workshop on Search-Based Software testing (SBST)

作者： Vos, Tanja E. J. Aho, Pekka Open Univ Heerlen Netherlands VTT Tech Res Ctr Finland Oulu Finland

ISBN: (纸本)9781538627891

Random testing has been controversial throughout the history. In the early 70s opinions about random testing were divided: Girard and Rault (1973) call it a valuable test case generation scheme [11]. This is confirmed by Thayer, Lipow and Nelson (1978) in their book on software reliability [21] they say it is the necessary final step in the testing activities. However, Glenford Myers (1979) in his seminal work on the art of Software testing [18] denominates random testing as probably the poorest testing method.

关键词： Software test automation Random testing graphical user interface testing Search-based testing Machine learning

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Automatizing Android Unit and user interface testing 16th

Automatizing Android Unit and User Interface Testing

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16th International Conference on Agile Software Development (XP)

作者： Vanhatupa, Juha-Matti Heikkinen, Mikko PacketVideo Finland Oy Hallituskatu 8 FI-33200 Tampere Finland

ISBN: (纸本)9783319186122;9783319186115

In this paper we describe our efforts moving towards automatized testing in Android application development. With sophisticated combination of Android development tools and Perl scripts, we have automatized parts of the testing produce. Using the built system, unit tests are built and run automatically each time when a new build is created. In addition, we are automatizing user interface testing using Android uiautomator tool. In this automatization process we encountered several technical issues, for which Android development tools do not offer ready-made solutions, and we had to implement solutions for those.

关键词： Test automation Android graphical user interface testing

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Implementation of System testing Automatization on Computer Aided Systems for Hardware and Software 51

Implementation of System Testing Automatization on Computer ...

引用

51st Annual IEEE AUTOTESTCON Conference

作者： Avcioglu, Alper Demirer, Mehmet Hacettepe Univ Dept Def Syst Technol Aselsan Inc Dept Elect & Elect Engn Ankara Turkey Hacettepe Univ Dept Elect & Elect Engn Ankara Turkey

ISBN: (纸本)9781479981908

In today's technology, systems, consisting of many modules/units, are getting more complex day by day. Therefore, system testing becomes one of the biggest challenges moved by companies with the purpose to enhance final product quality due to market competition, customer demands, cost-cutting strategies, and restricted response time. System testing is considered to be a crucial step in quality management process that enables testers to verify and validate the application architecture as well as the requirements. System testing strategy can be manual or automated. With a manual strategy, the more traditional approach;testers prepare test suites that they think will best exercise the program. An automated testing strategy tries to remove the tediousness of the process by relying on a software tool that generates test cases. For its many advantages, automated testing strategy is more reliable;therefore, the idea of designing and developing a generic automatized test setup arised. In this paper, it will be mentioned that design and development of a generic test setup to automatize not only hardware testing facilities, but also software testing facilities for computer aided systems, composed of many platform interfaces. Need of stimulated based environments arised, because of high testing costs. Thanks to this test setup involving simulated environments, automated testing becomes more efficient, economical and tenacious. Regarding the computer based systems, general study by the mentioned system test setup with stimulated environment, followings are executed: Containing hardware interface alternatives Enabling test many interfaces (software and hardware) Running system tests in accordance with standard communication protocols. Using data entered from user interface in message transmit/receive scenarios Recording occurred scenarios during testing Reporting planned and occurred scenarios In addition, this modular automatized test setup can be used and modified for similar

关键词： System testing Manual testing Automated testing Automatized Test Setup graphical user interface testing Physical interface testing

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