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Accelerating Application Delivery with OpenShift
The document discusses the acceleration of application delivery using OpenShift, a Platform as a Service (PaaS) that enhances developer workflows and promotes automation and self-service in cloud environments. It outlines the various stages of application development, emphasizing how OpenShift simplifies and speeds up the process through automated environments and integration with multiple tools. Additionally, it highlights the flexibility of the platform, supporting various programming languages and frameworks, and providing multiple interaction methods.
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Accelerating Application Delivery with OpenShift
- 1. Accelerating Application Delivery withOpenShift Isaac Christoffersen Bit Herder & Cloud Wrangler @ichristo
- 2. Agenda Platform asa Service Overview OpenShift Overview Developer Workflow
- 3. Platform as aService The Path to Developer Self-Service
- 4. Cloud Service Models STORAGE (RHS) HARDWARE (x86) VIRTUALIZATION (RHEV) OPERATINGSYSTEM (RHEL) APPLICATION PLATFORM (JBOSS, PHP, RUBY, ETC) APPLICATION Automated and Managed by the Public or Private Cloud Offering Managed and Controlled by Customer (IT, Dev, or User) IaaS PaaS SaaS Increased Control Increased Automation
- 5. A Cloud ApplicationPlatform Code Deploy Run Save Time and Money Code your app Push-button Deploy, and your App is running in the Cloud!
- 6. Challenge: Accelerating Deliveryto Meet Demands
- 7. The transformation toIT as Manufacturing Optimal How to Build an App: 1. Have Idea 2. Get Budget 3. Code 4. Test 5. Launch 6. Automatically Scale How to Build an App: 1. Have Idea 2. Get Budget 3. Submit VM Request request 4. Wait 5. Deploy framework/appserver 6. Deploy testing tools 7. Code 8. Test 9. Configure Prod VMs 10. Push to Prod 11. Launch 12. Request More Prod VMs to meet demand 13. Wait 14. Deploy app to new VMs 15. Etc. Virtualized How to Build an App: 1. Have Idea 2. Get Budget 3. Submit acquisition request 4. Wait 5. Get Hardware 6. Rack and Stack Hardware 7. Install Operating System 8. Install OS Patches/Fix-Packs 9. Create user Accounts 10. Deploy framework/appserver 11. Deploy testing tools 12. Code 13. Test 14. Configure Prod servers (and buy them if needed) 15. Push to Prod 16. Launch 17. Order more servers to meet demand 18. Wait… 19. Deploy new servers 20. Etc. Physical
- 8. Code Deploy Enjoy PaaSleverages automation technologies and a cloud architecture… …to drive Velocity, Efficiency, and Scalability in IT Accelerate IT Service Delivery
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- 12. Developer IDE Integrations Web Browser Console CommandLine Tooling REST APIs Multiple ways to interact with OpenShift
- 13. The foundation ofOpenShift Enterprise is Red Hat Enterprise Linux RHEL RHELRHEL RHEL RHEL RHEL OpenShift Enterprise is a PaaS that runs on top of..... Infrastructure OpenStack RHEV VMWare Amazon EC2 Rackspace Bare Metal
- 14. The foundation ofOpenShift Enterprise is Red Hat Enterprise Linux RHEL RHELRHEL RHEL RHEL RHEL
- 15. RHEL RHEL A Developercreates a new application OpenShift creates a GEAR Web Console Eclipse IDE Cmd Line Broker Node Node Node RHEL OpenShift Gear AWS / CloudForms / OpenStack (IaaS) / RHEV (Virt) / Bare Metal Developer Workflow
- 16. Automates Gear Configurationvia Cartridges RHEL RHEL CARTRIDGES are how OpenShift installs Languages & Middleware Web Console Eclipse IDE Cmd Line Broker Node Node Node RHEL AWS / CloudForms / OpenStack (IaaS) / RHEV (Virt) / Bare Metal JBoss MySQL
- 17. Developers can addcustom language, data-store, or middleware with with a custom Cartridge. CUSTOMEtc. Etc. Ruby Python PHP Java Postgres MySQL OpenShift Default Cartridges AWS / CloudForms / OpenStack (IaaS) / RHEV (Virt) / Bare Metal
- 18. RHEL RHEL Developer pushes applicationcode via GIT source code management system Git Protocol / ssh Broker Node Node Node RHEL Push AWS / CloudForms / OpenStack (IaaS) / RHEV (Virt) / Bare Metal JBoss Code Git Repo MySQL
- 19. OpenShift Automates Build,Test, Publish RHEL RHEL Broker Node Node Node RHEL AWS / CloudForms / OpenStack (IaaS) / RHEV (Virt) / Bare Metal Jenkins (CI) Maven (Builds) Apache (HTTP) Code JBoss Git Repo MySQL
- 20. OpenShift Automates ApplicationScaling! Broker Node Node Node RHEL HA-Proxy MySQLJava Co de Java Co de Java Code AWS / CloudForms / OpenStack (IaaS) / RHEV (Virt) / Bare Metal
- 21. Real-world App Dev –Multi Environments, Single PaaS Brokers Nodes RHEL Dev DISTRICT Nodes QA DISTRICT Nodes Prod DISTRICT Dev QA Release Mgmt
- 22. Real-world App Dev –Multi Environments, multiple PaaSes Nodes Dev Dev QA Release Mgmt Nodes QA Nodes Prod
- 23. Developer Work Flow Choicemeets Standardization
- 24. Developer IDE Integrations Web Browser Console CommandLine Tooling REST APIs Multiple ways to interact with OpenShift
- 25. RHEL RHEL Developer pushes applicationcode via GIT source code management system Git Protocol / ssh Broker Node Node Node RHEL Push JBoss Code Git Repo MySQL
- 26. Web Console ThatRuns on Any Device
- 27. OpenShift’s RHC CLITools Deploying a Spring Java Web Application 1. Create App rhc app create springmlb tomcat7 mongodb-2.4 -g medium -n vizuricloud 2. Add code cd springmlb cp -rf ../CODE/mlbparks-spring/* . 3. Add the code to source repository git add . git commit -m ”Spring MLB Parks Test” 5. Push your code git push 6. Enjoy
- 28. OpenShift’s RHC CLITools Deploying a JBoss Java Web Application 1. Create App rhc app create jbossmlb jbosseap-6 -g medium -n vizuricloud 2. Add MongoDB rhc cartridge add mongodb-2.4 -a mlbparks -n vizuricloud 3. Add code cd jbossmlb cp -rf ../CODE/mlbparks-jboss/* . 4. Add the code to source repository git add . git commit -m "JBoss MLB Parks Test” 5. Push your code git push 6. Enjoy
- 29. IDE Integration withEclipse and IntelliJ
- 30. Choice of Languages,Frameworks and Middleware