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Code Characterization for Automated User Interface Generation
Kadlec, Jaroslav ; Slavík,, Pavel (oponent) ; Sochor, Jiří (oponent) ; Zemčík, Pavel (vedoucí práce)
This work presents novel approach to automation of user interface creation. A taxonomy based on data characterization was adopted and new taxonomy for code characterization is proposed. Taxonomy points most important aspects of data and code so that it can be used in a process of automated user interface creation. The taxonomy is platform independent and can be stored as a metadata in the application file or in a separate external file. A process of automated user interface creation based on the taxonomy is proposed and individual parts of the process are described in more detail. Presented taxonomy and process of user interface generation are demonstrated on examples.
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Design and implementation of automatic user interface generation for desktop and mobile applications using .NET MAUI
Kopecký, Robin
Práce je zaměřena na oblast automaticky generovaného UI, což spadá do oboru generického programování. Aplikace využívá zobrazovací technologii .NET MAUI, která je schopna běžet na Androidu, iOS, macOS a Windows. Automaticky generované UI znamená, že je aplikace schopna na základě vstupního objektu automaticky vygenerovat příslušné okno. Jedná se o generování dvou typů oken, seznam objektů a detail vybraného objektu. V práci jsou řešeny problémy jako ukládání dat multiplatformní aplikace do databáze, nastavování validačních pravidel a metadat pro objekt, princip vytváření okna a navigování mezi okny. Práce využívá moderní vývojové přístupy zahrnující MVVM pattern, dependency injection, FluentAPI a servisy.
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Code Characterization for Automated User Interface Generation
Kadlec, Jaroslav ; Slavík,, Pavel (oponent) ; Sochor, Jiří (oponent) ; Zemčík, Pavel (vedoucí práce)
This work presents novel approach to automation of user interface creation. A taxonomy based on data characterization was adopted and new taxonomy for code characterization is proposed. Taxonomy points most important aspects of data and code so that it can be used in a process of automated user interface creation. The taxonomy is platform independent and can be stored as a metadata in the application file or in a separate external file. A process of automated user interface creation based on the taxonomy is proposed and individual parts of the process are described in more detail. Presented taxonomy and process of user interface generation are demonstrated on examples.
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