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Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
Continuous Delivery to the cloud - Innovate 2014
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Continuous Delivery to the cloud - Innovate 2014

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With Steven Boone (Techical Sales Specialist, UrbanCode) and Michael Elder (STSM, DevOps).

With Steven Boone (Techical Sales Specialist, UrbanCode) and Michael Elder (STSM, DevOps).

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  • Systems of Record
    Highly Structured
    Slow
    Transactional
    Stable
    Core Business
    Not Social
    High Trust
    Systems of Engagement
    Loosely Structured
    Agile
    Conversational
    Dynamic
    Social
    Trust
  • Over the years, these supporting artifacts have grown in complexity and resource burden far more than needed. Agile development methods evolved specifically to attack growth in this non-value added work. DevOps principles expand that same agile, lean thinking across the delivery lifecycle targeting the unnecessary overhead, rework and overproduction. Lean transformation is a central theme of DevOps to address this Hidden Factory opportunity.
    Some overhead is a necessity, but excessive overhead, excessive rework, overproduction of unneeded function points and time wasted in waiting are hidden factory opportunities. And everyone—executives, project leadership, and practitioners KNOW they spend a huge chunk of time in non-value added work that they want to streamline, automate or eliminate. Everyone buys in to this pain, and pretty easily.
  • Replace with new diagram – UC product logos consistent throughout
  • Seamless process flow for incremental, full stack provisioning and application deployment automation
    Extend UrbanCode Deploy to capture Resource Templates
    Describe desired pattern to use from the cloud
    Associate application components to pattern resources
  • Must be manageable – security, ease of use, nice fit for organization
    Highly available – up at all times, no downtime
    Automated and agile – fast ,quick, efficient – many changes all day, everyday
    Global deployment – it has to scale
  • This is the concept we originally proposed to the customer. Often times you will hear about this process being referred to as “End-to-end Release Automation” - in fairness, that’s partially accurate. There is much more to release automation, but this is a necessary part.
    First I want to show you the high level of the model, and then we will break it down piece by piece.
    Build Automation: This is our SCM and CI tools.
    Deployment Automation: automating more than just the bits
    Test Automation: service virtualization, functional testing, smoke tests
    Cloud: scalability of environments
  • Having multiple blueprints allows us to define exactly how we want specific environments to work. We know the topology (number of servers) and the infrastructure/configuration (load balancer, etc) will be different in each environment. By creating a blueprint for each environment we get
    Baseline to a repeatable and reliable process to deliver content linked to dev, test, and production stages / environments
    Single Model of Truth for application and infrastructure
    Deployment Process
    Precise Reproducability
    Deployment Workflow (Q-Gates, Testing, Parallelism)
    Rollback Capability within each Stage
  • Speaker: Joachim
    Wichtige Punkte:
    Man zahlt nur wenn man diese nutzt usw.
    Es kann immer eine Umgebung erzeugt werden
    Kann man Release Zyklen aussetzen/verändern? –> ja kann man, verkürzen ist limitiert.
    Muss man die pattern immer wegwerfen?  Lässt sich dieses „Monstrum“ handeln?
    Doppelter Realitätstest:
    Kann das Modell umgesetzt werden?
    Ist es dann noch flexibel genug?
    Wird gerade aufgebaut!  Pilot
    Haben wir es woanders schon gemacht?
  • Leveraging the power of Software Defined Environments, and IBM UrbanCode Deploy
  • Transcript

    • 1. Continuous Delivery to the Cloud Steven Boone IBM UrbanCode Technical Sales Specialist Michael Elder IBM Senior Technical Staff Member Sanjeev Sharma IBM WorldWide Lead – DevOps Technical Sales © 2013 IBM Corporation
    • 2. Please note IBM’s statements regarding its plans, directions, and intent are subject to change or withdrawal without notice at IBM’s sole discretion. Information regarding potential future products is intended to outline our general product direction and it should not be relied on in making a purchasing decision. The information mentioned regarding potential future products is not a commitment, promise, or legal obligation to deliver any material, code or functionality. Information about potential future products may not be incorporated into any contract. The development, release, and timing of any future features or functionality described for our products remains at our sole discretion. Performance is based on measurements and projections using standard IBM benchmarks in a controlled environment. The actual throughput or performance that any user will experience will vary depending upon many factors, including considerations such as the amount of multiprogramming in the user’s job stream, the I/O configuration, the storage configuration, and the workload processed. Therefore, no assurance can be given that an individual user will achieve results similar to those stated here.
    • 3. Agenda • DevOps – a Lean approach • DevOps and Cloud – Cloud Portability • DevOps with IBM Cloud Platforms • Full Application Stack support
    • 4. Agenda • DevOps – a Lean approach • DevOps and Cloud – Cloud Portability • DevOps with IBM Cloud Platforms • Full Application Stack support
    • 5. New Modes of EngagementSystems of Record Data & Transaction Integrity Smarter Devices & Assets • Data & Transactions • App Infrastructure • Virtualized Resources • Expanding Interface Modalities • Big Data and Analytics • Social Networking Next Generation Architectures Focus on Speed and AgilityFocus on Operational Costs We are at an inflection point in the industry
    • 6. DevOps approach: Apply Lean principles accelerate feedback and improve time to value Line-of- business Customer 1 3 2 1. Get ideas into production fast 2. Get people to use it 3. Get feedback Change speed must be an asset, Not an anchor Non-Value-added waste Value-added production work DevOps Transformation
    • 7. 7 DevOps: Using Lean Thinking to Eliminate Bottlenecks Type of Waste Create Feature Deliver Feature Unnecessary Overhead Communicating ideas/knowledge Communicating between development and operations Unnecessary Re-work Tasks assigned back to developers from testing and usage Tasks assigned back to developers from production rollbacks Over-production Unnecessary functionality produced Unnecessary hardware, data center, personnel Non-Value-added waste Value-added production work DevOps Transformation
    • 8. Agenda • DevOps – a Lean approach • DevOps and Cloud – Cloud Portability • DevOps with IBM Cloud Platforms • Full Application Stack support
    • 9. Implementing a DevOps toolchain SCM Build / CI Server Unit testing Test Automation Test Stubbing Delivery Pipeline Environment Configuration Automated Monitoring Asset Repository
    • 10. Continuous Delivery Pipeline
    • 11. DevOps and Cloud adoption Automating for faster delivery with DevOps and cloud Networking Networking Storage Storage Servers Servers Virtualization Virtualization O/S O/S Middleware Middleware Mid Config Mid Config Data Data Applications Applications Traditional On-Premises Infrastructure as a Service Manual Customization; higher costs; slower time to value Standardization; lower costs; faster time to value Man/Auto UC Deploy UC Deploy Man/Auto Networking Storage Servers Virtualization O/S Middleware Mid Config Data Applications Platform as a Service Codename: BlueMixPureApplication System SmartCloud Orchestrator SoftLayer JazzHub (SaaS)
    • 12. Progression of Cloud Adoption: Physical Servers Physical Servers (DEV - TEST) Physical Servers (PROD) Environments QA ... PROD World-Wide Banking Application war ddl mq World-Wide Banking Application war ddl mq World-Wide Banking Application war ddl mq DEV UrbanCode Deploy Application Component Tomcat MySQL JMS WebSphere Liberty DB2 WSMB IBM UrbanCode Deploy VM
    • 13. Progression of Cloud Adoption: Cloud for DEV-TEST Cloud Resources (DEV - TEST) Physical Servers (PROD) Environments QA ... PROD World-Wide Banking Application war ddl mq World-Wide Banking Application war ddl mq World-Wide Banking Application war ddl mq DEV UrbanCode Deploy Cloud Application Component Tomcat MySQL JMS WebSphere Liberty DB2 WSMB IBM UrbanCode Deploy Public Clouds VM VM VM
    • 14. Progression of Cloud Adoption: Cloud Portability with Patterns Cloud Resources (DEV) Cloud Resources (PROD) Environments QA ... PROD World-Wide Banking Application war ddl mq World-Wide Banking Application war ddl mq IBM Virtual System Patterns OpenStack HOT templates World-Wide Banking Application war ddl mq DEV UrbanCode Deploy Cloud Application Component Tomcat MySQL JMS WebSphere Liberty DB2 WSMB SmartCloud Orchestrator IBM PureApplication System IBM UrbanCode Deploy Private CloudsHybridPublic Clouds VM VM VM
    • 15. Agenda • DevOps – a Lean approach • DevOps and Cloud – Cloud Portability • DevOps with IBM Cloud Platforms • Full Application Stack support
    • 16. Application Blueprints: Resource + Application templates What to be deployed What to be deployed Where to be deployed (On- prem or Multiple Cloud Resources) - Patterns Where to be deployed (On- prem or Multiple Cloud Resources) - Patterns How to be deployed How to be deployed
    • 17. DevOps and Cloud adoption Automating for faster delivery with DevOps and cloud Networking Networking Storage Storage Servers Servers Virtualization Virtualization O/S O/S Middleware Middleware Mid Config Mid Config Data Data Applications Applications Traditional On-Premises Infrastructure as a Service Manual Customization; higher costs; slower time to value Standardization; lower costs; faster time to value Man/Auto UC Deploy UC Deploy Man/Auto Networking Storage Servers Virtualization O/S Middleware Mid Config Data Applications Platform as a Service Codename: BlueMixPureApplication System SmartCloud Orchestrator SoftLayer JazzHub (SaaS)
    • 18. Codename: BlueMix Delivering a Composable Services development environment Run Your AppsThe developer can chose any language runtime or bring their own. Just upload your code and go. DevOpsDevelopment, monitoring, deployment and logging tools allow the developer to run the entire application with JazzHub and Mobile Quality Assurance APIs and Services A catalog of open source, IBM and third party APIs services allow a developer to stitch together an application in minutes.Cloud Integra tion Build hybrid environments. Connect to on-premises systems of record plus other public and private clouds. Expose your own APIs to your developers.Extend SaaS Apps Drop in SaaS App SDKs and extend to new use cases (e.g,. Mobile, Analytics, Web)
    • 19. DevOps Service (on BlueMix): Delivery pipelines as a Service Developer Running Application (Dev Space) Running Application (Dev Space) Create & edit Running Application (test) Running Application (test) Running Application (Prod Space) Running Application (Prod Space) Running Application (Test Space) Running Application (Test Space) Everything is a service in the Cloud Deploy & test Build Publish build Deploy Promote Test as a ServiceTest as a Service Test Monitoring as a ServiceMonitoring as a Service Monitor Dev as a ServiceDev as a Service Build as a ServiceBuild as a Service Deploy as a ServiceDeploy as a Service
    • 20. DevOps and Cloud adoption Automating for faster delivery with DevOps and cloud Networking Networking Storage Storage Servers Servers Virtualization Virtualization O/S O/S Middleware Middleware Mid Config Mid Config Data Data Applications Applications Traditional On-Premises Infrastructure as a Service Manual Customization; higher costs; slower time to value Standardization; lower costs; faster time to value Man/Auto UC Deploy UC Deploy Man/Auto Networking Storage Servers Virtualization O/S Middleware Mid Config Data Applications Platform as a Service Codename: BlueMixPureApplication System SmartCloud Orchestrator SoftLayer JazzHub (SaaS)
    • 21. Driving consistency with IBM’s patterns of expertise What’s required…What the business wants… What a pattern automates… Patterns of Expertise: Proven best practices and expertise learned from decades of client and partner engagements • Pre-defined architecture of an application or Cloud service • Captures best practices for complex tasks • Optimized into a deployable form for private or public cloud • Repeatable deployment with full lifecycle management reducing operational costs
    • 22. UrbanCode Deploy supports Virtual System Patterns PureSystems and SmartCloud Orchestrator Virtual Application Patterns • Highly automated deployments using expert patterns • Business policy driven elasticity • Built for the cloud environment • Leverages elastic workload management services Best TCO cloud applications Virtual System Patterns • Automated deployment of middleware topologies • Traditional administration and management model • Application and infrastruture driven elasticity Improved TCO virtualized applications Standard TCO existing applications Virtual Appliances • Standard software installation and configuration on OS • Images created through extend/capture • Traditional administration and management model • Infrastructure driven elasticity Virtual Appliance Metadata Software application Operating system Virtual Appliance Virtual Appliance Metadata Application Server Operating system Virtual Appliance Metadata Application Server Operating system Virtual Appliance Metadata HTTP Server Operating system Virtual Application Patterns Virtual System PatternsVirtual Appliances Software application
    • 23. IBM UrbanCode Deploy Artifact Library Application Resource Template Continuous Delivery with Cloud: IBM Cloud Platforms SCMSCM Build AutomationBuild Automation DEVDEV QAQA PRODPROD Provision infrastructure Execute application deployment and manage settings across environments Publish builds Pull changes IBM SmartCloud Orchestrator IBM PureApplication System Cloud Environments Manage source code for apps under development Execute provision with configuration settings Application binaries (versioned) Environment configurations (versioned)  Automate provisioning of environments as part of the end-to-end delivery process – Establish and automate deployment of Application Blueprint with resource templates imported from Cloud patterns.  Deploy early and often to ensure high quality and faster releases using repeatable, reliable, and managed automation - Seamless process flow for incremental, full stack provisioning and application deployment automation
    • 24. Deployment Automation BlueprintBlueprint ApplicationApplication Resource Template Resource Template Continuous Delivery to IBM Cloud – Virtual System Patterns • Capture cloud pattern to be used for creating an Environment • Incremental deployment of application builds to cloud environments • Map the application to multiple cloud patterns The freedom to provision a version of a full stack or incrementally deploy an application version into an already provisioned environment Environments | Processes | Configurations Create env from pattern Deploy app QAQA PRODPROD DEVDEVDEVDEVDEVDEVDEVDEV Import pattern Cloud Platform
    • 25. Creating Environment + Application Blueprints • Components capture Process and Versions – Automation processes know how to deploy the component, undeploy the component, or any repeatable tasks relevant to the Component – Versions know about the artifacts which are produced by the build or third parties • Component Resources are prototypes for real Resources – Place these in the Resource Tree wherever a matching Component Version should be deployed – Replace specific Component mappings Component VersionVersionVersionVersionVersionVersionVersionVersion VersionVersionVersionVersionVersionVersionProcessProcess JKE DB v1.0.2 JKE Tomcat v6.0.2 JKE War v3.0.10
    • 26. IBM UrbanCode Deploy and Softlayer 26 Customer Needs • DevOps Motivation / Business Drivers • Principles • Continuous Delivery Pipeline • DevOps and Cloud Customer Use Case • Requirements • Solution Architecture • Use Cases
    • 27. Disclaimer • The Use Case is about a pilot project based on an RFP conducted by a major German customer from the automotive industry • We have signed an NDA (Non Disclosure Agreement), so any reference to the customer is not allowed • All Use Cases are industry-agnostic
    • 28. Business Drivers
    • 29. Guiding Principles for a new DevOps Operating Model
    • 30. The Concept of a “Continuous Delivery Pipeline”
    • 31. A “Continuous Delivery Pipeline” with Cloud CLM / SCM Cloud Provider PROD Stage Continuous Integration / Build Management and Automation Artefact Repository INT Stage` QA Stage Dev Stage` Test Mgmt / Test Automation Deplyoment Automation [triggers] [get artifatcs] [publish artifacts / trigger Deployment] [provision environment / deploy into Cloud] Service Virtualization [store artifacts] [setup] Requirements Mgmt. [plan work items / version source code] Development [specify Business requirements] [get sources]
    • 32. Application Deployments and Cloud Platform Provisioning based on a common Blueprint INT QA PROD Instance A Instance B Instance C App + Config D App + Config E App + Config F Development & Build Cloud Pattern as Infrastructure as Code”
    • 33. Cloud Instances are grouped into logical environment patterns The High Availability Cloud Pattern is used in the Integration and Productive Environment The Standard Cloud Pattern is used in the Development Staging Environment HA Pattern PatternPattern Standard HA Cloud Pattern Web Services App Services WAS Cluster Node 1 WAS Cluster Node 2 – Data Services DB Cluster Node 1 DB Cluster Node 2 Web 1 Web 2 Standard Cloud Pattern Web Services App Services WAS Cluster Node 1 Data Services DB Cluster Node 1Web 1 Three types of environments • Development environments • Test / INT environments • Production environments A pattern is a logical composition of virtual server instances and the specific middleware components plus network elements and necessary communication configuration between the elements.
    • 34. IBM UrbanCode Deploy and Softlayer 34 Customer Needs • DevOps Motivation / Business Drivers • Principles • Continuous Delivery Pipeline • DevOps and Cloud Customer Use Case • Requirements • Solution Architecture • Use Cases
    • 35. Key requirement is to implement a “DevOps workflow automation” simplifying and integrating the deployment and provisioning process Request New Environment Request Application Deployment Infrastructure Provisioning Application Deployment Infrastructure Provisioning Application Deployment
    • 36. Solution Architecture VLAN Web Services / Internet Web VLAN App Server Zone WAS Node(s) VLAN Data Zone DB Node(s)Web Node(s) VLAN Management and Security Zone IBM SoftLayer Data Center Amsterdam Load Balancer Security / Jump Server Script Server IBM UCD Server Nagios Server Internet SoftLayer Automation System (IMS) and API SoftLayer Portal Customer
    • 37. Use Cases (1 of 2)
    • 38. Use Cases (2 of 2)
    • 39. DMS and IBM confidential•39 •13/12/2013 Use Case Example – New Release VLAN VLAN WAS App Server VLAN DB Server Active Web Server VLAN Management and Security Zone IBM Softlayer DataCenter Amsterdam Loadbalancer Security / Jump Server Script Server uDeploy Server Nagios Server Internet Softlayer Automation System (IMS) and API Softlayer Portal Customer HA PaaS Pattern Passive Line DB Server Passive Existing HA PaaS Pattern Active Line 1 2 3 4 6 5 (1) Use IBM UrbanCode Deploy to provision environment based on HA PaaS Pattern / The Script Library is used (2) The Script Library makes use of the Softlayer API library (3/4) The environment is provisioned and connected to the HADR DB System (5) UCD deploys the application followed by a functional test and a manual approval (6) Systems are visible in Nagios Monitoring System
    • 40. Some Technical Insight • A reusable Script Library has been developed to interface with the SL API (see next slide) • The Script Library can be used independant or integrated into IBM UrbanCode Deploy • SL FlexImage technology has been used („portable“ between Virtual and BareMetal resources in SoftLayer) for Image templating • Production environments share the same DB/2 cluster while test and development environments have their own • The network infrastructure is static while the systems will be dynamically integrated. We used the SL Gateway appliance based on the Vyatta Network OS • The only system with Internet access will be the load balancer which routes the incoming traffic to the pool of webservers. Only production environments are connected to internet. All other environments are only reachable through a Security proxy
    • 41. Script Library • A mixture of SoftLayer CLI and the SL SOAP API has been used for the Script Library implementation • All scripts have been written in Perl / no root required • Re-usable solution given you have your own SL account w3t_create Create a new environment w3t_destroy Destroy an Existing Environment w3t_status Show the Current Status of Environments w3t_changeto Change the Status of an Environment w3t_crash Crash a Single Service Instance or a Complete Environment w3t_switch Switch the Active Environment/Reconfigure Load Balancer w3t_mrg_etc_hosts Merge Given Config File and /etc/hosts
    • 42. Script Library example w3t_create -[h?] [-{Dsv}] [-c] [-{dpt}] -e <envno> [-l <loc>] [-b] [-i] [-n] [-y] [-A] [-S] [-V <version>] -b Create Bare Metal / dedicated Cloud instances -c Create clustered CCIs -d Create development environment -e <envno> Environment to create envno = unique number 1 to 99 -i Infinite - don't time out waiting for CCIs to be created -l <loc> Location were to create [default: ams01] -n No execution – dry-run: show what would have been done -p Create production environment [default] -t Create test environment -y Yes – answer questions with yes (batchmode) -A Create an All-in-a-Box system -S Use Standard images instead of Flex images -V <version> Version of the disk images to be used config/template.cci.create.<service>[.<instance>] <service> ::= “app” | “db” | “web” | “all” <instance> ::= “1” | “2”
    • 43. IBM UrbanCode Deploy Integration Concept Environment DefinitionEnvironment Definition (Dev, INT, PROD) ApplicationApplication ComponentsComponents ComponentsComponents Customer Application WAR, EAR Database DDL Resource Template Resource Template collection of resources as a model for setting up an environment (hierarchical representation Agent Prototype Agent Prototype Other Resources Other Resources Collection of Resources Represent Agent not yet installed Application Blueprint [has] [belong to] [contains] [assign to] SoftLayer Script Library SoftLayer Script Library UCD calls Script Library to generate Environment [instantiates]
    • 44. Agenda • DevOps – a Lean approach • DevOps and Cloud – Cloud Portability • DevOps with IBM Cloud Platforms • Full Application Stack support
    • 45. Introducing IBM UrbanCode Deploy with Patterns Pattern designer – Design open, full stack application environments in a diagram or textual editor Design once, deploy anywhere – Deploy full stack environments to multiple clouds Environment lifecycle management – Manage infrastructure change and easily apply changes to existing environments Delivery process automation – Automated delivery process with integrated full stack environments Design and deploy full stack application environments for multiple clouds IBM UrbanCode Deploy with Patterns Application Middleware Config Middleware OS Config Hardware Environment Blueprint
    • 46. • The adoption of DevOps => increased velocity of application delivery • Puts pressure on the infrastructure to respond more quickly • Software Defined Environments enable you to capture infrastructure as a software artifact Deploying infrastructure changes is the current bottleneck for delivery pipeline Application Changes Infrastructure Changes
    • 47. What is a #fullstackapp ? Application Changes Infrastructure Changes Consistent Incremental Change … …
    • 48. Long, complex lifecycle Small iterative changes Role Layer … … Developers/ Testers Integrators Specialists Compute, Network, and Storage Platform s Apps
    • 49. Developers/ Testers Integrators Specialists Compute, Network, and Storage Platform s Apps Full Stack Blueprint (HOT) Cloud Orchestration Describe software defined resources (Compute, Network, Storage) alongside middleware and applications Capture the full stack as a blueprint document, actionable by an automated process
    • 50. Compute, Network, and Storage Platform s Apps Compute, Network, and Storage Platform s Apps Compute, Network, and Storage Platform s Apps Dev/Test Cloud Production Cloud Full Stack Blueprint Dev QA Prod Apply the same blueprint to multiple environments
    • 51. 51 • Diagram editor • Source text editor • HOT as-you-type validation • Annotated TODO & errors • Quick palette for searching • Editor functions: Cut, Copy, Paste, Find & Replace • Zoom diagram or text • Comment out infrastructure
    • 52. • Defined by the community and vendors • Integration with UrbanCode Deploy enables rapid configuration of full application stack • Support ongoing updates of deployed versions through UrbanCode Deploy Example: Software
    • 53. • Version the blueprint using your source control repo (native support for git) • Apply the new versions of the template to an existing environment or provision an entire new stack • Validate changes with a "canary" pattern to ensure correctness and detect problems earlier • Verify entire stack before production Full-Stack Blueprint Software Defined Delivery
    • 54. 54 • View current environments • Create new environments in the cloud • Select available resources from Nova, Neutron, Cinder • Validation feedback in place • Update environment over time • Deploy new component versions
    • 55. • Parameterize differences between cloud environments (network ids, image ids, software versions) • Overlay resource types for different kinds of clouds in the same blueprint • Enable portability but optimize for each specific cloud platform Full Stack Blueprint Config/Para ms Cloud A Cloud B Config/Para ms Software Defined Portability
    • 56. 56 • Provision Network architecture to OpenStack • Provision Network architecture to Amazon (no OpenStack required) • Select pre-defined configuration for each cloud
    • 57. 57 Resources:  IBM DevOps Page: http://ibm.com/DevOps  DevOps For Dummies Book: http://ibm.co/devopsfordummies  Release and Deploy For Dummies Book: http://ibm.co/1bplaQV  IBM DevOps YouTube Playlist: http://bit.ly/1fiDOtl
    • 58. 58
    • 59. Thank You! Your Feedback is Important! Access the Innovate agenda tool to complete your session surveys from your smartphone, laptop or conference kiosk.

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