Formalization of load testing scripts using the theory of event-driven non-deterministic temporary finite state machine

Theme:
Author: Митрохин Павел Александрович , Коннов Николай Николаевич , Синев Михаил Петрович , Федюнин Роман Николаевич , Iskhakov Nikita  (with the team of authors)
Annotation: This article is devoted to a method for converting a temporary machine into a script for load testing of a messaging service. The concept of operation of temporary finite state machines, unconditional and conditional transitions with a time delay in them is considered. The existing solutions of the program for load testing were analyzed, their advantages and disadvantages were identified. A method of developing a script for a load testing tool “Gatling” using temporary state machines specified by the user is presented. A method for organizing an unconditional and conditional transition with a time delay is proposed to emulate the work of real users with the system, for load testing. The solution is the ability to synthesize a finite state machine that will be transformed into a script in the “Scala” language.
Type: Article
Kind: Electronic copy
Parts: 1
The year of publishing: 2021
Publishing house: Global Science Center LP
The target audience: Industry
Special purpose: Scientific
Copyright holder: пгу
ISSN: : 978-0-7354-4156-9
DOI: DOI:10.1063/5.0071934
Bibliographic reference: "Formalization of load testing scripts using the theory of event-driven non-deterministic temporary finite state machine" November 2021 AIP Conference Proceedings 2402(1):050007 Conference: PROCEEDINGS OF THE III INTERNATIONAL CONFERENCE ON ADVANCED TECHNOLOGIES IN MATERIALS SCIENCE, MECHANICAL AND AUTOMATION ENGINEERING: MIP: Engineering-III – 2021
Url: https://aip.scitation.org/doi/abs/10.1063/5.0071934
Language: English
Post date:29.11.2022