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Guillaume Smet

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Dans cet épisode, nous abordons le sujet du framework Quarkus : de l'architecture en passant par l'intégration, nos experts décortiquerons ce framework de leurs yeux avisés. Retrouvez donc Daniel Petisme (Technical Architect chez Confluent), Guillaume Smet (ingénieur logiciel chez RedHat) et Loïc Mathieu (Architecte logiciel chez Zenika), au micro de Nicolas Delsaux (Directeur Technique chez Zenika Lille). Bonne écoute !

Dans cet épisode, nous abordons le sujet du framework Quarkus : de l'architecture en passant par l'intégration, nos experts décortiquerons ce framework de leurs yeux avisés. Retrouvez donc Daniel Petisme (Technical Architect chez Confluent), Guillaume Smet (ingénieur logiciel chez RedHat) et Loïc Mathieu (Architecte logiciel chez Zenika), au micro de Nicolas Delsaux (Directeur Technique chez Zenika Lille). Bonne écoute !

#2 - Le framework Quarkus - Interview de Guillaume Smet, Daniel Petisme et Loïc Mathieu

Emmanuel Bernard

Java programs run in a different environment than they did ten years ago.Modern infrastructure runs on containers sitting in a Kubernetes cluster. The optimal configuration for a Java program in that context is different than it was for an environment dominated by virtual machines and bare metal. When you are co-scheduling your services with each other, those services could be fighting for resources. You may want to optimize them with more ahead-of-time compilation.Quarkus is a system for accelerating Java performance through the use of GraalVM. In a previous show, we explored the basics of GraalVM. In today’s show, Guillaume Smet and Emmanuel Bernard join the show to describe an application of GraalVM: the acceleration of Java. Guillaume and Emmaneul are engineers at Red Hat, and are working on changes to the Java ecosystem that are informed by the cloud and the rise of Kubernetes.

Java programs run in a different environment than they did ten years ago.Modern infrastructure runs on containers sitting in a Kubernetes cluster. The optimal configuration for a Java program in that context is different than it was for an environment dominated by virtual machines and bare metal. When you are co-scheduling your services with each other, those services could be fighting for resources. You may want to optimize them with more ahead-of-time compilation.Quarkus is a system for accelerating Java performance through the use of GraalVM. In a previous show, we explored the basics of GraalVM. In today’s show, Guillaume Smet and Emmanuel Bernard join the show to describe an application of GraalVM: the acceleration of Java. Guillaume and Emmaneul are engineers at Red Hat, and are working on changes to the Java ecosystem that are informed by the cloud and the rise of Kubernetes.

GraalVM Quarkus: Java Acceleration with Guillaume Smet and Emmanuel Bernard

Java programs run in a different environment than they did ten years ago. Modern infrastructure runs on containers sitting in a Kubernetes cluster. The optimal configuration for a Java program in that context is different than it was for an environment dominated by virtual machines and bare metal. When you are co-scheduling your services with each other, those services could be fighting for resources. You may want to optimize them with more ahead-of-time compilation. Quarkus is a system for accelerating Java performance through the use of GraalVM. In a previous show, we explored the basics of GraalVM. In today’s show, Guillaume Smet and Emmanuel Bernard join the show to describe an application of GraalVM: the acceleration of Java. Guillaume and Emmaneul are engineers at Red Hat, and are working on changes to the Java ecosystem that are informed by the cloud and the rise of Kubernetes. Sponsorship inquiries: sponsor@softwareengineeringdaily.com The post GraalVM Quarkus: Java Acceleration with Guillaume Smet and Emmanuel Bernard appeared first on Software Engineering Daily.

Java programs run in a different environment than they did ten years ago. Modern infrastructure runs on containers sitting in a Kubernetes cluster. The optimal configuration for a Java program in that context is different than it was for an environment dominated by virtual machines and bare metal. When you are co-scheduling your services with each other, those services could be fighting for resources. You may want to optimize them with more ahead-of-time compilation. Quarkus is a system for accelerating Java performance through the use of GraalVM. In a previous show, we explored the basics of GraalVM. In today’s show, Guillaume Smet and Emmanuel Bernard join the show to describe an application of GraalVM: the acceleration of Java. Guillaume and Emmaneul are engineers at Red Hat, and are working on changes to the Java ecosystem that are informed by the cloud and the rise of Kubernetes. Sponsorship inquiries: <a href="mailto:sponsor@softwareengineeringdaily.com">sponsor@softwareengineeringdaily.com</a> The post <a href="https://softwareengineeringdaily.com/2019/11/14/graalvm-quarkus-java-acceleration-with-guillaume-smet-and-emmanuel-bernard/" rel="nofollow" target="_blank">GraalVM Quarkus: Java Acceleration with Guillaume Smet and Emmanuel Bernard</a> appeared first on <a href="https://softwareengineeringdaily.com" rel="nofollow" target="_blank">Software Engineering Daily</a>.