Openshift Container Platform
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This document discusses OpenShift Container Platform, a platform as a service (PaaS) that provides a full development and deployment platform for applications. It allows developers to easily manage application dependencies and development environments across basic infrastructure, public clouds, and production servers. OpenShift provides container orchestration using Kubernetes along with developer tools and a user experience to support DevOps practices like continuous integration/delivery.
Openshift Container Platform
- 1. Matt Micene Solutions Architect [email protected] 14 July 2016 OpenShift Container Platform
- 3. OpenShift3 CONTAINER PATHWAYS Managing application dependencies
- 4. OpenShift4 APPLICATION STACK DEVELOPMENT ENVIRONMENT WHY PAAS? Basic OS JVM Static web server Front-end platform Database layer Application code Development VM QA Server Customer Data Center Public Cloud Contributors Laptop Production Servers Production Clusters Application development got complex
- 5. OpenShift5 PLATFORM AS A SERVICE More than just an abstraction layer
- 6. OpenShift6 APPLICATION STACK DEVELOPMENT ENVIRONMENT WHY PAAS? Basic OS JVM Static web server Front-end platform Database layer Application code Development VM QA Server Customer Data Center Public Cloud Contributors Laptop Production Servers Production Clusters Application development got complex
- 7. OpenShift7 OPENSHIFT CONTAINER PLATFORM Open source private PaaS at scale ORCHESTRATION & MANAGEMENT CONTAINER API CONTAINER HOST LANGUAGES, RUNTIMES, MIDDLEWARE, DATABASES, OTHER SERVICES DEVOPS TOOLS & USER EXPERIENCE DOCKER Standard software packaging mechanism through lightweight Linux containerization KUBERNETES Cluster management and orchestration of containers, scheduled and packed dynamically Automatic container builds, intelligent deployments, image management, application management, Web Console, CLI, IDE Plugins, RESTful API, RHEL SCL, JBoss xPaaS OPENSHIFT RHEL / Atomic Enterprise grade container optimized Linux operating system
- 8. OpenShift8 Software Collections & JBoss CVE Fixes Bug Patches Support Life Cycle Technical Support Red Hat Certified Containers CVE Fixes Bug Patches Technical Support Any Docker Registry Supported Container API Supported Execution SUPPORTED ECOSYSTEM Choose the right tool for the job
- 9. OpenShift9 xPAAS ● JBoss Business Process Management * ● JBoss Business Rules Management System * ● JBoss A-MQ ● JBoss Fuse* ● JBoss Data Virtualization* ● JBoss Enterprise Application Platform ● JBoss Web Server / Tomcat ● JBoss Developer Studio JBoss and middleware platforms for Openshift Application Container Services Business Process Services Integration Services Mobile Services ● Red Hat Mobile* * coming soon
- 12. OpenShift12 APPLICATION REPO Applications can be seeded from a canonical source repository (aka Git)
- 13. OpenShift13 CONTAINER CHOICE Docker image base layer is selected from a registry
- 14. OpenShift14 IMAGE LAYERING Openshift layers base images with the application repo data
- 15. OpenShift15 SHARING The application image is registered and inserted into the registry
- 16. OpenShift16 SCHEDULING Application containers are scheduled and deployed to nodes
- 17. OpenShift18 NEW IMAGES Updated images are added back into the Registry Application Updates
- 18. OpenShift19 UPDATE STRATEGY New Images are deployed as rolling, replacement, or custom updates Application Updates
- 20. OpenShift21 INFRASTRUCTURE Openshift runs on your choice of infrastructure
- 21. OpenShift22 NODES Nodes are instances of RHEL where applications will run
- 22. OpenShift23 CONTAINERS Application services run in Dockers containers, distributed across your nodes
- 23. OpenShift24 PODS Pods bundle one or more Docker container(s) as a single unit
- 24. OpenShift25 MASTERS Drive kubernetes to orchestrate nodes and applications
- 25. OpenShift26 API A Master provides an API for authenticated users and clients
- 26. OpenShift27 METADATA STORE All Masters use an etcd distributed key-value store for metadata persistence
- 27. OpenShift28 SCHEDULING Pod placement is determined based on a defined, pluggable policy
- 28. OpenShift29 REGISTRY Registries store images and versions for provisioning
- 29. OpenShift30 LIFECYCLE The kubernetes controller manages the lifecycle for each Pod
- 30. OpenShift31 SERVICES Services allow related pods to connect to one another
- 31. OpenShift32 PERSISTENCE Pods can attach to storage for stateful services and applications
- 32. OpenShift33 ROUTING A Software Defined Network (SDN) layer routes external application requests to the desired pod
- 33. OpenShift34 ACCESS Developers access Openshift via the Web, CLI, or IDE * coming soon
- 35. OpenShift36 THE RED HAT SOLUTION
Editor's Notes
- #20: The deployment system provides: A deployment configuration, which is a template for deployments. Triggers that drive automated deployments in response to events. User-customizable strategies to transition from the previous deployment to the new deployment. Rollbacks to a previous deployment. Manual replication scaling.