Browsing by Author "Zhdanov, Vladyslav"

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    Methodology and application of full-stack software production improvement
    (National Aviation University, 2023-12) Zhdanov, Vladyslav; Жданов, Владислав Олександрович
    The burgeoning demands of modern software development necessitate a meticulous examination and refinement of methodologies and tools employed in the production of software applications. In response to this imperative, this practice report delves into the comprehensive exploration of enhancing full-stack software production through the exclusive use of the Kotlin programming language. Kotlin, recognized for its conciseness, safety, and versatility, has emerged as a promising language for a unified approach encompassing both frontend and backend development. This report embarks on a structured analysis of the subject area by delineating the fundamental characteristics of software processes in the context of employing Kotlin for full-stack software production. Through an exhaustive examination of literary sources and existing analogues, we aim to glean insights into the extant landscape and identify prominent frameworks and applications that underscore Kotlin's efficacy in the realm of full-stack development. The object of research is – the «Methodology and Application of Full-stack Software Production Improvement», focusing exclusively on utilizing the Kotlin programming language for both frontend and backend development in creating comprehensive software solutions. The purpose of the thesis – aims to thoroughly analyze the role of Kotlin as the exclusive language in full-stack software development. It seeks to emphasize the advantages, adaptability, and efficiency of Kotlin in streamlining software production processes, demonstrating its potential to optimize the development of integrated software solutions. Development type – The development type investigated in this research involves a unified approach using Kotlin as the sole programming language to create both frontend and backend software components, known as full-stack development. The predicted assumption about the development of tools – The predicted assumption is that leveraging Kotlin as the exclusive language will significantly improve the efficiency and coherence of full-stack software development. It is expected to enhance collaboration, reduce development time, and ultimately contribute to the advancement of software development tools tailored for a seamless full-stack development experience.