Messaging with the Docker
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Docker is a platform for running and managing Linux containers that provides lightweight virtualization compared to traditional virtual machines. It allows applications to be packaged into standardized units called containers that have all their dependencies and can be run on any infrastructure that supports Docker. Docker improves deployment by allowing applications to be easily moved between development, testing, and production environments using self-contained images. As Docker grows in popularity, companies like Red Hat are integrating it into their middleware products and looking to distribute software via Docker containers and images.
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This document discusses the Internet of Things (IoT) for average developers. It defines the IoT as hardware connected to the internet. It explains that the IoT combines enterprise and embedded development by connecting devices to enterprise systems located in data centers. The document outlines key aspects of IoT architecture including asynchronous messaging protocols like MQTT for communication between devices and data centers over unreliable networks. It also notes some challenges of IoT adoption like managing security, devices lifecycles, connectivity, and operating devices in varied environmental conditions.
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Internet of Things is going to be big. Billions of connected devices and trillions of dollars of the economic value-add in the 2020. The existing enterprises are going to start collecting the enormous volume of data from the myriad of the heterogeneous devices. Data collected by the enterprises will be used to transform these organizations to be more efficient.
What does it mean for an average back-end developer hired in organization willing to adopt to the Internet of Things world? What should the developers know to stay relevant in the 2020? Which part of the existing knowledge and know-how can be reused? What new the developers have to to learn and master to be able to create the IoT-ready systems?
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Messaging with the Docker
- 1. Messaging with Brought to you by Henryk Konsek
- 2. What is... Engine for running and managing Linux containers.
- 3. What are Linux containers? Para-virtualized Linux instances.
- 4. Docker == LXC ? ● Docker used to be based on LXC (LinuX Containers) ● but not anymore ● now Docker provides custom API over cgroups and stuff
- 5. Why not regular virtualization? ● slooooooow ● gigantic images ● aggresive resource allocation ● bad API
- 6. Key concepts ● image (immutable, no state) ● container (has state) ● parent images (layers)
- 7. Docker awesomeness #1 Commands.
- 8. Docker awesomeness #2 +WAR +Tomcat +JRE Ubuntu base Layers.
- 9. Docker awesomeness #3 Repositories.
- 10. Dockerfiles FROM ubuntu EXPOSE 8080 RUN sudo apt-get install java RUN wget http://maven.app.com/app.jar ENTRYPOINT java -jar app.jar “Recipes” for the new images.
- 11. Create new image in local repo $ docker build -t app/app-1.0 $ docker run app/app-1.0
- 12. Docker == deployment 2.0 ● create single image ● move it between environments (dev, QA, production)
- 13. Deployment 2.0
- 15. Single box problem You can’t deploy everything to the single box.
- 16. Single box problem solution We need kinda proxy aggregating many Docker servers.
- 17. Docker aggregators ● libswarm ● flocker
- 19. Docker routers ● the same role as OSGi bundles ● no VM transports ● communication usually via REST or JMS
- 20. “Bootified” & “Dockered” Camel routers ● You need a bootstrap logic ● Spring Boot can scan classpath to find new routes ● Fuse 6.2 Fabric8 comes with Spring Boot Camel support
- 21. Docker future at Fabric8 Docker will become the recommended target container.
- 22. Docker future at Red Hat Docker images will be a standard way to distribute middleware products.
- 23. Docker ecosystem future #1 (Red Hat’s) Project Atomic.
- 24. Docker ecosystem future #2 (Red Hat’s) Geard.
- 25. Thank you!