Updating the Stack of Testing Tools: Reasons and Steps for Switching from Selenium to Selenide-Reference-Cited by-同舟云学术

Updating the Stack of Testing Tools: Reasons and Steps for Switching from Selenium to Selenide

Published:2024-07-17 Issue:2 Volume:0 Page:57-68
ISSN:2413-2527
Container-title:Intellectual Technologies on Transport
language:en
Short-container-title:

Author:

Markevich Daniil¹,Homonenko Anatoliy²³

Affiliation:

1. Emperor Alexander I Petersburg State Transport University

2. Emperor Alexander I St. Petersburg State Transport University

3. VKA named after A. F. Mozhaisky

Abstract

Abstract. Automated testing using Selenium was the standard in software development, but with the increasing complexity of applications, there was a need for more advanced tools such as Selenide. The transition to Selenide is considered, the advanced features and convenience of using Selenide for automated testing are emphasized. The purpose of the study is to demonstrate the benefits of switching to Selenide for automated browser testing, increase the stability of testing and provide guidance for migration. Methods and tools. These include setting up the testing environment, porting test scenarios, optimizing and refactoring tests. Selenide features such as automatic waiting, compressed syntax, and improved error handling are used. Examples and configurations of a number of tools are given: Maven, Gradle and Allure. The study reflects the process of switching to Selenide, demonstrating improvements in the stability and readability of texts. Examples of test scenarios optimized to increase productivity and ease of maintenance are given. Practica significance. It is to increase the effectiveness of tests. The complex migration process is considered, the stages of setup, scenario migration and optimization, as well as problems during the transition, and solutions are described. Further research should be directed to optimizing Selenide performance in large-scale applications and exploring additional features.

Publisher

Petersburg State Transport University

Reference22 articles.

1. Косов Е. С., Попов А. М. Разработка системы автоматизированного функционального тестирования интернет-магазина Брэндмэйкер // Пищевые инновации и биотехнологии. 2022. С. 30–31., Kosov E. S., Popov A. M. Razrabotka sistemy avtomatizirovannogo funkcional'nogo testirovaniya internet-magazina Brendmeyker // Pischevye innovacii i biotehnologii. 2022. S. 30–31.

2. Букреева И. Р., Муртазина А. Р. Создание автоматизированных сценариев тестирования web-приложения на примере сайта «Магазин для творчества» // Инновационное развитие техники и технологий в промышленности (ИНТЕКС-2021). С. 61–63., Bukreeva I. R., Murtazina A. R. Sozdanie avtomatizirovannyh scenariev testirovaniya web-prilozheniya na primere sayta «Magazin dlya tvorchestva» // Innovacionnoe razvitie tehniki i tehnologiy v promyshlennosti (INTEKS-2021). S. 61–63.

3. Петкун В. О. Применение типовых элементов при автоматизированном тестировании. БНТУ. 2022. С. 161–164., Petkun V. O. Primenenie tipovyh elementov pri avtomatizirovannom testirovanii. BNTU. 2022. S. 161–164.

4. Петрова А. И. Исследование методов и средств автоматизированного тестирования web-приложений // Новые информационные технологии в научных исследованиях (НИТ-2021). 2021. С. 119–121., Petrova A. I. Issledovanie metodov i sredstv avtomatizirovannogo testirovaniya web-prilozheniy // Novye informacionnye tehnologii v nauchnyh issledovaniyah (NIT-2021). 2021. S. 119–121.

5. Архипов И. С. Внедрение автоматизированного тестирования в agile-разработке // Universum: технические науки. 2023. С. 25–30., Arhipov I. S. Vnedrenie avtomatizirovannogo testirovaniya v agile-razrabotke // Universum: tehnicheskie nauki. 2023. S. 25–30.