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Testing GUI in .NET Using Dynamic Languages
Formánková, Klára ; Češka, Milan (referee) ; Lengál, Ondřej (advisor)
The thesis deals with the topic of automation testing of graphical user interfaces (GUIs). Specifically, it handles the creation of a framework for testing GUI of applications of the VF company. The framework aims to save testers' time and guarantee faster error detection. It focuses on testing applications implemented in C#, which led to the exploration of the possibilities of using the .NET platform dynamic languages and existing tools for GUI automation testing. Based on the obtained data, the resulting framework is implemented in the IronPython language and, using the White and unittest frameworks, offers methods for simulating user actions such as clicking a button or filling a textbox. Moreover, the framework allows to test sources of the application labels, verify the overlap of application window elements and use the basic methods of fuzz testing. The main benefit of the thesis is the introduction of automation testing procedures into the development process in the VF company.
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Mobile Application for Management of Smart City Service Requests
Formánková, Klára ; Burget, Radek (referee) ; Hynek, Jiří (advisor)
The aim of this thesis is to develop a mobile application for managing service requests in smart cities and it is done in collaboration with Logimic company. Service requests represent activities that need to be performed in a city, where managers are responsible for managing them and technicians are responsible for executing them. This thesis intends to analyze the current state of support for service request management on a smart city platform and to design and implement a solution for effective service request management in the form of a mobile application for both Android and iOS platforms. The result of the work is a multiplatform application developed using Ionic and Capacitor frameworks, which allows more efficient work with service requests by organizing them into a graph structure, merging duplicate requests and introducing some typical mobile elements. The resulting application is also integrated as a module of the smart city platform. An important contribution of this thesis is the verification that using frameworks Ionic and Capacitor, a web application can be easily transformed into a multiplatform one.
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Testing GUI in .NET Using Dynamic Languages
Formánková, Klára ; Češka, Milan (referee) ; Lengál, Ondřej (advisor)
The thesis deals with the topic of automation testing of graphical user interfaces (GUIs). Specifically, it handles the creation of a framework for testing GUI of applications of the VF company. The framework aims to save testers' time and guarantee faster error detection. It focuses on testing applications implemented in C#, which led to the exploration of the possibilities of using the .NET platform dynamic languages and existing tools for GUI automation testing. Based on the obtained data, the resulting framework is implemented in the IronPython language and, using the White and unittest frameworks, offers methods for simulating user actions such as clicking a button or filling a textbox. Moreover, the framework allows to test sources of the application labels, verify the overlap of application window elements and use the basic methods of fuzz testing. The main benefit of the thesis is the introduction of automation testing procedures into the development process in the VF company.
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