Sistem sistemlerinin otomatik testleri
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
There are various kinds of software applications like mobile and Web applications. These applications have different types of user interfaces and user interaction methods. Hence, test automation tools are either dedicated or configured for a particular kind of application. Test scenarios can be implemented in the form of scripts and test execution can be automated separately for each application type. However, there are systems of systems that embody multiple types of applications deployed on various platforms. Test scenarios might cross-cut these applications to be controlled collectively in the test script. In this thesis, we propose an approach for testing cross-platform systems of systems. We present an application of it on a real system, involving a mobile and a Web application that are supposed to work in coordination. Our approach integrates a set of existing tools to facilitate test automation. It provides testers with a unified interface for developing test scripts that involve both mobile and Web applications. We conduct an industrial case study with participants from various backgrounds and show that our tool can reduce the testing effort significantly.
Author
Özge Akat
How to Cite
Özge Akat (Master Thesis). Sistem sistemlerinin otomatik testleri, 2024, Özyeğin University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Özyeğin University
- A metaheuristic approach for multiple-item economic lot sizing problem with inventory dependent demand(2023)
- İleri karmaşık olay işleme özellikli veri akışı yönetim sisteminin tasarım ve gerçeklemesi(2013)
- Biyolojik kendiliğinden iyileşen çimento esaslı harçların performansa dayalı değerlendirilmesi(2022)
- Effective remorse provisions for drug and stimulant substances crimes in the Turkish Penal Code(2023)
- Bina bölütlemesi ve yükseklik tahmini için görsel durum-uzayı tabanlı çoklu görevli öğrenme(2025)
- Tam ka-bant uydu haberleşmesi için çift dairesel kutuplamalı horn anten ve besleme ağı(2025)
