Native-like Cross-Platform Mobile Development : Multi-OS Engine & Kotlin Native vs Flutter
Fayzullaev, Jakhongir (2018)
Kaakkois-Suomen ammattikorkeakoulu
2018
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2018053011229
https://urn.fi/URN:NBN:fi:amk-2018053011229
Tiivistelmä
The goal of this thesis was to study and demonstrate a relatively new way and tools of cross-platform mobile development and to research such technologies as Multi-OS Engine, Kotlin/Native and Flutter.
The thesis contains both theory and practice about how Multi-OS Engine, Kotlin/Native and Flutter work. The thesis discussed the theory of native development vs cross-platform development as well as other cross-platform development options. As these technologies are relatively new there are not many previous studies about the topic. The thesis aimed to provide illustrative examples to demonstrate how tools could be used, their features and a work example.
The thesis concludes with a case study where three sample applications were made using different tools. The main goal of the case was to showcase how these technologies could be used in real world. The case study serves as a demonstration of the possibilities of these three tools. At the end the advantages and disadvantages of both tools were found and the real use case of them.
The thesis contains both theory and practice about how Multi-OS Engine, Kotlin/Native and Flutter work. The thesis discussed the theory of native development vs cross-platform development as well as other cross-platform development options. As these technologies are relatively new there are not many previous studies about the topic. The thesis aimed to provide illustrative examples to demonstrate how tools could be used, their features and a work example.
The thesis concludes with a case study where three sample applications were made using different tools. The main goal of the case was to showcase how these technologies could be used in real world. The case study serves as a demonstration of the possibilities of these three tools. At the end the advantages and disadvantages of both tools were found and the real use case of them.