Complex Dynamic Method of Web Applications Verification by the Criterion of Time Minimization

Yurii V. Kravchenko, Oleksandr Makhovych, Anton Yakymenko, Serhii Salkutsan, Maksym H. Tyshchenko, Gulnur Smagulova

2021

Closed access Metadata (CSL-JSON)
DOI 10.1109/sist50301.2021.9465904
Data confidence 70 medium
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Abstract

This article presents the complex dynamic method of Web application verification according to the criterion of minimum time with a further review of related tools.Dynamic verification methods use the results of real work, tested by the software system or its prototypes, to verify the compliance of these results with the requirements and design decisions. The review includes methods of dynamic verification - testing and verification monitoring. Software verification support tools - jUnit (testing) and AppDynamics (monitoring) are analyzed. The classification of methods is based on the list of important features, such as functionality, performance, reliability, and ease of use. Dynamic verification can be real or simulated, depending on whether it is used in its course, the software, its prototype or executable model.The experimental part presented as results of monitoring and test running on pre-prepared software, which is based on the following technology stack: programming language (PL) - Java, Database Management System (DBMS) - PostgreSQL, monitoring service (MS) - AppDynamics, test framework (TF) - JUnit and operating system (OS) Ubuntu 15.4 - a closed system that will act as a testing ground, which in turn will host the software package.