Your SlideShare is downloading. ×
Building FOSS clouds
Upcoming SlideShare
Loading in...5

Thanks for flagging this SlideShare!

Oops! An error has occurred.

Saving this for later? Get the SlideShare app to save on your phone or tablet. Read anywhere, anytime – even offline.
Text the download link to your phone
Standard text messaging rates apply

Building FOSS clouds


Published on

1 Like
  • Be the first to comment

No Downloads
Total Views
On Slideshare
From Embeds
Number of Embeds
Embeds 0
No embeds

Report content
Flagged as inappropriate Flag as inappropriate
Flag as inappropriate

Select your reason for flagging this presentation as inappropriate.

No notes for slide
  • Transcript

    • 1. Building FOSS Clouds Sebastien Goasguen, Kris Buytaert LinuxCon EU, Nov 6th Barcelona, SpainSlides at:
    • 2. Speakers…• Joe stayed home to deal with the release,• Kris Buytaert stepped in:
    • 3. Tutorial Outline• 10:10 – 10:45 FOSS Clouds and CloudStack intro• 10:45 – 11:00 DevCloud demo• 11:00 – 11:50 FOSS Cloud Automation, DevOps configuration and monitoring tools
    • 4. Define:tutorial• A tutorial is a method of transferring knowledge and may be used as a part of a learning process. More interactive and specific than a book or a lecture…<snip>• Therefore:
    • 5. DevCloud• A CloudStack sandbox – Pass the USB keys around and get the Vbox appliance devcloud.ova file• Import the appliance in VirtualBox – Play with CloudStack – – CK/CloudStack+devcloud+environment+setup
    • 6. Objectives• Learn the basic architecture of a cloud• Learn a few new tools• Explore CloudStack via its sandbox• Discover some concepts of automation• Get home with some ideas to try out• Mileage may vary
    • 7. NIST Definition of Cloud• "cloud computing is a model for enabling ubiquitous, convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction.“ – NIST
    • 8. NIST Service/Deployment Models• Service Models: • IaaS (e.g EC2, rackspace) • PaaS (e.g GAE, Azure) • SaaS (e.g Gapps)• Deployment model: • Private cloud • Public cloud • Hybrid cloud (Private than can use Public)
    • 9. NIST Key Characteristics of Cloud• Elasticity • Expands and Shrinks as needed • E.g Elastic Load Balancing, Elastic Map Reduce• Measured Service • Utility Pricing. You pay for what you use • E.g $0.08 for one hour of small instance• On-demand • You get it when you ask for it • E.g One api call and you get your machine, ~no queue
    • 10. “Guidelines”• Virtualization and automation are key enablers of the cloud characteristics• Build your infrastructure to enable on- demand elastic provisioning of –servers, storage, network –• Setup a PaaS that suits you and your applications• Then move to continuous delivery of applications …
    • 11. OSS SaaS…and more
    • 12. OSS PaaS…
    • 13. OSS IaaS…
    • 14. IaaS challenges• Not out of the box by itself.• Need a farm of hypervisors – Xen, KVM, Vmware…• Need storage – For image catalogue – For volume/snapshot management• Need flexible network that can be configured on-demand – VLANS, no VLANS, existing net infra, SDN…
    • 15. Let’s make Red Hat happy
    • 16. Announcing Apache CloudStack 4.0
    • 17. Coming at 12:00 EST• Apache CloudStack 4.0• Check out the testing procedure: – -40-test-procedure.html• Or watch my amazing screencast: –
    • 18. A bit of History• Original company VMOPs (2008) – Founded by Sheng Liang former lead dev on JVM• Open source (GPLv3) as CloudStack• Acquired by Citrix (July 2011)• Relicensed under ASL v2 April 3, 2012• Accepted as Apache Incubating Project April 16, 2012• First Apache (ACS 4.0) release expected now
    • 19. Apache Software Foundation
    • 20. Apache Process• 100% community driven• New ideas, decisions only taken on mailing lists. Votes taken by community• Project led by Project Management Committee (PMC): – –• Non committers get invited as committers: –
    • 21. Apache Processes
    • 22. Contributions Examples: Sungard: Announced that 6 developers were joining the Apache project Schuberg Philis: Big contribution in building/packaging and Nicira support Go Daddy: Early proto of Maven building Caringo: Support for own object store Basho: Devcloud packaging
    • 23. A Very Flexible IaaS PlatformCompute HypervisorStorage Block & Object Primary Storage Secondary StorageNetwork Network & Network Services
    • 24. Architecture / Language• Java application• Tomcat6, Axis2, Maven build + ant – Ant going away in 4.1• Collaboration Conference, Nov 30th -Dec 2nd –
    • 25. Build and Run in 4.1• git clone https://git-wip- or-cloudstack.git• mvn clean• mvn install• mvn –P developer –pl developer –Ddeploydb• mvn –pl :cloud-client-ui jetty:run
    • 26. Cloud Interactions OVM Cluster Primary Storage Ap i Xen vcenter vcenter Monitoring Primary CS API Clu I ste AP vSphere Cluster Storage r M n ter End End gm vCe t User UI User UI Primary XS Cluster Storage Admin Admin Clustered Clustered CloudStack XAPI UI UI CloudStack Domain Domain CS Admin & CloudStack CloudStack CloudStack CloudStack End-user API Primary Admin Admin UI UI Management Management JSON KVM Cluster Storage Server Server NetConf Juniper SRXCloud user Nitro API{API client (Fog/etc)} VNC JSON ec2 API JSON Netscaler Cloud user Console Console Console {ec2 API client } ProxyConsole VM Proxy VM Proxy VM Proxy VM NFS MySQL MySQL Server Sec. Storage Sec. Storage NFS NFS {Proxied} SSH Sec. VM Storage Sec. Storage VM Ajax Ajax HTTPS VM VM Console Console Router VM Router VM HTTP (Template Download) Router VM Router VM HTTP (Template Copy) Router VM Router VM Cloud user HTTP (Swift)
    • 27. Terminology Zone: Availability zone, aka Regions. Could be worldwide. Different data centers Pods: Racks or aisles in a data center Clusters: Group of machines with a common type of Hypervisor Host: A Single server Primary Storage: Shared storage across a cluster Secondary Storage: Shared storage in a single Zone
    • 28. Storage• Primary Storage: – Anything that can be mounted on the node of a cluster. – Cluster LVM…iSCSI… – Holds disk images of running VMs – Support for CEPH with KVM hypervisors• Secondary Storage: – Available across the zone – Holds snapshots and templates (image repo) – Can use Openstack swift or any object store (Gluster FS…) – New support for Caringo• Can use NFS for both to start• Storage Abstraction refactoring underway
    • 29. Networking• Extremely flexible to: – Provide isolation with VLANs – Provide isolation at L3 with shared L2 (scalability) – Support hardware devices that exposes API – Deployed on existing networking infrastructure – Support new networking paradigm (SDN) • Support for Nicira Virtual P • Extensive use of Open VSwitch
    • 30. A customizable GUI AJAX + API
    • 31. A very extensive API
    • 32. API• Not really REST• A set of methods available over http(s)• Unauthenticated on integration port• Authenticated on 8080 using Access and Secret Key• Python/Ruby clients available• Internal Marvin client• Cloudmonkey CLI• Other clouds client support the API
    • 33. Enabling EC2 and S3• Via the GUI• Via API call on integration API port 8096 http://localhost:8096/client/api? command=updateConfiguration&name=enable.s3.api&value=true http://localhost:8096/client/api? command=updateConfiguration&name=enable.ec2.api&value=true
    • 34. DevCloud• Several use cases: – Try CloudStack in an isolated sandbox. Runs within the appliance – Develop CloudStack on own machine, build locally and deploy new version in DevCloud (Build and test) – Develop and Run locally, use DevCloud as Xen hosts
    • 35. DevCloud: self-containedCloudStack runs in the appliance
    • 36. Testing “4.0” code in DevCloud• Deploy new CloudStack code in self-contained DevCloud:• mvn –P deps• ant rdeploy• ant rdeploydb – Wipes database of mgt server, you will need to reconfigure the “data center”• ant rdebug
    • 37. DevCloud: as HostRun CloudStack on local machineUse DevCloud to setup hosts
    • 38. DevCloud to test 4.1 branch• mvn -P developer clean• mvn -P developer install• mvn -P developer -pl developer –Ddeploydb• mvn -P developer -pl tools/devcloud – Ddeploydb• mvn -pl :cloud-client-ui jetty:runConfigure infrastructure:• mvn -P developer,deploysvr -pl tools/devcloud -Ddeploysvr
    • 39. Testing Framework –for the PyUG  [environment]• Marvin is a Python dns= mshost= based framework to run tests against a [cloudstack] private.gateway= CloudStack install private.pod.startip= private.pod.endip=• Could be used as a private.netmask= public.gateway= simulator of a public.vlan.startip= datacenter public.vlan.endip= public.netmask=• Used to configure an hypervisor=XenServer host= infrastructure on a mgt host.password=password #storage pools server primary.pool=nfs:// rt/home/automation/sadhu/primary secondary.pool=nfs:// port/home/automation/sadhu/secondary
    • 40. Demo time•
    • 41. Info• Apache incubator project••• #cloudstack on• @cloudstack on Twitter•• contributions and feedback, Join the fun !