Performance analysis and integration of Uikit, Realm and Alamofire in swift mobile applications

With the development of technology and the growing demand for mobile applications, there is a need to create products that meet high standards of quality and performance, including speed, convenience, efficient data management, and stable operation under intensive network exchanges.Selecting tools that contribute to achieving these goals is essential.UIKit, Realm, and Alamofire are promising options for this purpose, though their integration requires proper justification.The aim of the research is to analyze the performance of Swiftbased mobile applications using UIKit for the interface, Realm for data storage, and Alamofire for network requests.The study examines the advantages and limitations of these tools and their integration to enhance application efficiency.An evaluation of algorithms was conducted based on the theoretical complexity of operations used in UI creation, request processing, and data storage.As a result, the study of Swift-based app architectures revealed each tool's advantages, which are important to consider in software development.UIKit, as the standard for iOS UI, enables flexible customization of interface elements.Using UICollectionView for displaying lists ensures efficient data management.Dynamic image loading and animations enhance the user experience with smooth transitions and fast loading times.Alamofire simplifies working with network requests, making it easy to retrieve data via API.The use of GET requests for movie data and JSON parsing demonstrates its efficiency.Realm, as a local database, provides high performance and convenience, enabling effective user data management.Optimizing image loading and caching reduced content loading time by 40%, improving display speed.Network requests via Alamofire showed that 90% of requests are completed in under 2 seconds, enhancing user interaction speed.Data synchronization in Realm increased performance by 30%.Overall, using UIKit, Alamofire, and Realm ensures high performance and a smooth user experience.It is recommended to use UIKit for the UI, Alamofire for network tasks, and Realm for data storage, ensuring optimal performance for Swift-based applications.

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Publication Details

Journal
Food Industry
Published
2024-11-01
DOI
https://doi.org/10.24263/2225-2916-2024-35-11
Primary Topic
Robotics and Automated Systems
Type
article
Field-Weighted Citation Impact
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article

Performance analysis and integration of Uikit, Realm and Alamofire in swift mobile applications

D. Vdovenko, O. Sedykh, M. Hrama
Food Industry
Robotics and Automated Systems
article

Performance analysis and integration of Uikit, Realm and Alamofire in swift mobile applications

D. Vdovenko, O. Sedykh, M. Hrama
article en

Abstract

With the development of technology and the growing demand for mobile applications, there is a need to create products that meet high standards of quality and performance, including speed, convenience, efficient data management, and stable operation under intensive network exchanges.Selecting tools that contribute to achieving these goals is essential.UIKit, Realm, and Alamofire are promising options for this purpose, though their integration requires proper justification.The aim of the research is to analyze the performance of Swiftbased mobile applications using UIKit for the interface, Realm for data storage, and Alamofire for network requests.The study examines the advantages and limitations of these tools and their integration to enhance application efficiency.An evaluation of algorithms was conducted based on the theoretical complexity of operations used in UI creation, request processing, and data storage.As a result, the study of Swift-based app architectures revealed each tool's advantages, which are important to consider in software development.UIKit, as the standard for iOS UI, enables flexible customization of interface elements.Using UICollectionView for displaying lists ensures efficient data management.Dynamic image loading and animations enhance the user experience with smooth transitions and fast loading times.Alamofire simplifies working with network requests, making it easy to retrieve data via API.The use of GET requests for movie data and JSON parsing demonstrates its efficiency.Realm, as a local database, provides high performance and convenience, enabling effective user data management.Optimizing image loading and caching reduced content loading time by 40%, improving display speed.Network requests via Alamofire showed that 90% of requests are completed in under 2 seconds, enhancing user interaction speed.Data synchronization in Realm increased performance by 30%.Overall, using UIKit, Alamofire, and Realm ensures high performance and a smooth user experience.It is recommended to use UIKit for the UI, Alamofire for network tasks, and Realm for data storage, ensuring optimal performance for Swift-based applications.

Food IndustryVol. 35
National University of Food Technologies (UA)
Openalex Percentile: Top 68%
Robotics and Automated Systems
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Performance analysis and integration of Uikit, Realm and Alamofire in swift mobile applications — D. Vdovenko, O. Sedykh, et al. · Food Industry (2024) | TGRS Research Map | TGRS