Mikrostoritve v ogrodju Quarkus

Bizjak, Matej (author), Jurič, Matjaž Branko (mentor)

Veliko povečanje števila spletnih uporabnikov in pojav oblačnih storitev sta vodila do nastanka domorodnih oblačnih aplikacij. Oracle je s projektom GraalVM med drugim vpeljal možnost, da se javanske aplikacije predčasno prevedejo v strojno kodo. To znatno izboljša čas zagona in porabo pomnilnika aplikacije, kar je v domorodnih oblačnih okoljih zelo pomembno. Hitro je nastalo tudi prvo ogrodje za gradnjo domorodnih oblačnih aplikacij v domorodnem načinu, poimenovano Quarkus. V diplomskem delu proučimo GraalVM in ogrodje Quarkus ter ga primerjamo z ostalimi ogrodji. S Quarkusom razvijemo vzorčno aplikacijo, sestavljeno iz mikrostoritev, ki predstavlja zaledni del spletne trgovine in jo postavimo v Kubernetes. Njeno zmogljivost primerjamo z enakima aplikacijama v načinu JVM in ugotovimo, da se aplikacija v domorodnem načinu res veliko hitreje zaganja in je pri delovanju bolj učinkovita.

• Language: Slovenian
• Keywords: mikrostoritve, domorodne oblačne aplikacije, domorodne slike, Java EE, GraalVM, Quarkus
• Work type: Bachelor thesis/paper
• Organization: FRI - Faculty of Computer and Information Science
• Year: 2019
• PID: 20.500.12556/RUL-110312
• COBISS.SI-ID: 1538353347
• Publication date in RUL: 13.09.2019

BIZJAK, Matej, 2019, Mikrostoritve v ogrodju Quarkus [online]. Bachelor’s thesis. [Accessed 8 April 2025]. Retrieved from: https://repozitorij.uni-lj.si/IzpisGradiva.php?lang=eng&id=110312

Secondary language

• Language: English
• Title: Microservices in the Quarkus Framework

Abstract

The increasing number of Internet users and the arrival of cloud computing led to cloud-native applications. Oracle’s project GraalVM brought many new features. Among other things, it enables compiling Java applications into machine code ahead of time. This drastically improves the start-up time and it helps to reduce the memory usage of an application. Both of which is very important for cloud-native applications and therefore the first framework for building cloud-native applications in native mode named Quarkus was proposed. In the thesis we study the GraalVM and the Quarkus framework and compare it to other frameworks. We use Quarkus to build the sample cloud-native application, which represents a back-end of an online store. We deploy it on the Kubernetes and compare its performance to two same applications running on the JVM. We find out that the native application performs better than the other two. The start-up time is much lower and it is also more efficient.

• Keywords: microservices, cloud-native applicatios, native images, Java EE, GraalVM, Quarkus