Quarkus Extensions Turbocharge for Java Microservices.pdf
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How can we enhance the efficiency of our services through the utilization of Quarkus and GraalVM Native Image?
Quarkus Extensions Turbocharge for Java Microservices.pdf
- 1. Quarkus Extensions: Turbocharge for Java Microservices Ivelin Yanev
- 2. Agenta GraalVM Native Image - Overview GraalVM Native Image Advantages Microframeworks Comparison Understanding Quarkus Quarkus Build Flow Extension Concept in Quarkus
- 3. GraalVM Native Image - Overview Source: graalvm.org GraalVM Architecture and Components
- 4. GraalVM Native Image - Overview Source: oracle.com Native Image Build Process
- 5. GraalVM Native Image Advantages The native executables start up almost 100X faster and consume up to 5X less memory compared to running on a JVM - Oracle Source: oracle.com
- 6. GraalVM Native Image Advantages Startup Time and Memory Consumption Source: techempower.com/benchmarks
- 7. GraalVM Native Image Advantages Response Time Under Sustained Load Source: techempower.com/benchmarks
- 8. GraalVM Native Image Advantages Energy Efficiency Source:https://www.igi-global.com/gateway/article/full-text-html/331401
- 9. Microframeworks Comparison Source: developer.okta.com Docker Startup Performance(AWS EC2 t2.micro)
- 10. Microframeworks Comparison Source: developer.okta.com Native Memory Used after 10 requests (M1)
- 11. Microframeworks Comparison Source: developer.okta.com Docker Memory Used after 10 requests (EC2 t2.micro)
- 12. Understanding Quarkus Source: quarkus.io Quarkus has been designed around a container-first philosophy.
- 13. Understanding Quarkus Source: quarkus.io Quarkus architecture 鐃
- 14. Quarkus Build Flow Build item Build item are communication mechanism between build steps 1. Initial state build items 2. Intermediate state build item 3. Terminal state build item
- 15. Quarkus Build Flow Build step Build steps are methods annotated with @BuildStep annotation that performs a step in the build process
- 16. Quarkus Build Flow Build model build item build step
- 17. Extension Concept in Quarkus Extensions deployment runtime bytecode Framework and Build time augmentation TOOLKIT Key aspects of Quarkus extensions philosophy: Modularity: Extensions are designed to be self-contained units of functionality Simplicity: Quarkus extensions aim to simplify the integration of third-party libraries and technologies Configuration: Extensions often provide well-defined configuration options that align with Quarkus' overall configuration model Optimization: Extensions focused on optimization offer a diverse range of benefits that elevate performance through the utilization of recording bytecode
- 18. Extension Concept in Quarkus Source: quarkus.io jandex Find classes, methods, fields having same annotation Find classes implementing an interface Eliminates need for runtime classpath scanning Closed world easy to build-time optimise
- 19. Extension Concept in Quarkus Bytecode recording
- 20. Extension Concept in Quarkus Tools under the hood
- 21. Extension Concept in Quarkus Quarkus is part of the GraalVM test suite Mandrel is downstream distribution of GraalVM Mandrel: A specialized distribution of GraalVM for Quarkus Red Hat contributes to GraalVM
- 22. Demo