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Cloud computing: highlights

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  • Use cases:Webscale Database needs big table – Map Reduce Programming modelGoogle APIS, sign, interact with Google Apps
  • Not a relation databaseNo joins, nao ha queries agregadas, hierarquiaefectadapeladistribuiçãopelos dados pordiversasmaquinas.As queries sãofeitasaoindiceData store comoentidades, contem key/values
  • Muitobomnao se terquepreocupar com alojamento e infrastruturaFalta de queries agragativaspodesermau.Muitobomparaprojectospequenasqueprecisemescalar.
  • Transcript

    • 1. Cloud computing: highlightsLuís Bastião - bastiao@ua.pt
    • 2. Outlines Cloud computing: natural evolution  Stack  Deployment models Services  Blobstore/Datastore  Databases  Notification Systems Frameworks  Google AppEngine  PubNub  Jclouds  AWS 2
    • 3. Overview3
    • 4. Computing paradigm 4
    • 5. Computing paradigm 5
    • 6. Cloud computing: definition “Cloud computing has the potential to create irreversible changes in how computers are used around the world” 6
    • 7. Cloud computing: definition “Cloud computing technology’s objective is to move any application stored on a computer to a remote location, eliminating all the standard components, including operating systems and hard drives, which are necessary in today’s computers and make them accessible online through a standard browser.” 7
    • 8. Clod computing: definition Resources as a Commodity 8
    • 9. Anywhere and anytimehttp://cloudcomputingcompaniesnow.com/ 9
    • 10. 1) No capital expenditures 10
    • 11. 2) Pay only what you need 11
    • 12. 3) Elastic capacity 12
    • 13. 4) Focus on development 13
    • 14. 5) No need to maintain infrastructure 14
    • 15. 6) Redundancy 15
    • 16. 7) Design for failure 16
    • 17. Deployment models 17
    • 18. Increase efficiently 18
    • 19. Increase efficiently 19
    • 20. Increase efficiently 20
    • 21. Increase efficiently 21
    • 22. Increase efficiently 22
    • 23. Cloud computing providers 23
    • 24. So..? Leave it to the experts.… who have a lot of money to spend to buildlarge datacenters in different locations of theglobe. 24
    • 25. Benefits/Challenges Reduce IT infrastructure on the organizations side Reduce the maintenance of datacenter Reduce the costs  Energy, air condition  Licenses Access applications and data “anytime, anywhere”x Ensure privacy and confidentialityx Interoperability with existents protocolsx Portability 25
    • 26. Services26
    • 27. What fits in the cloud services? Elastic capacity: applications to scale SOA applications: all of them use mainly web services to communicate Access anytime and anywhere High parallelized workflows 27
    • 28. Cloud computing stack Software as a service (Finished application: for sales and it customizable) Plataform as a service (Developer plataform that abstracts the infrastructure OS) Infrastructure as a service (Abstract real infrastructure) 28
    • 29. Infrastructure-as-a-Service Adding “servers” in a click Run it in just a few minutes, not days 29
    • 30. Infrastructure-as-a-Service Create Virtual Machines on demand Snapshots Start/Stop machines Automatically scale Pay only the resources that the machine are using There is an API, you can management the infrastructure programming or invoking web services 30
    • 31. Infrastructure-as-a-Service - Hybrid 31
    • 32. High Level: Platform-as-a-Service Platform-as-a-Service (PaaS)  Storage-as-a-Service  Database-as-a-Service  Notification-as-a-Service 32
    • 33. Storage-as-a-Service Blobstore: upload blobs/data objects to the cloud Based on Key, Value concept Each blobstore can contain several containers/buckets. They have a Key and the value is a binary blob. The developer can store information 33
    • 34. Storage-as-a-Service Providers:  Dropbox API  S3  Google Storage  Azure Storage  Box.net  Rackspace Store 34
    • 35. Databases – Columnar Data Flexible and mutable tables Key/Value structure Providers:  Datastore Google AppEngine  Azure Table  SimpleDB – AWS 35
    • 36. Notification systems Asynchronous message queue HTTP protocol Publish/Subscribe pattern Examples:  Channel API  PubNub 36
    • 37. Frameworks/SDKs37
    • 38. Google AppEngine: What is it? Platform-as-a-Service Languages: Java and Python Create Web Applications Free (to start with) www.appspot.com
    • 39. Google AppEngine: services 39
    • 40. Google AppEngine: Dashboard 40
    • 41. Google AppEngine: Dashboard 41
    • 42. Google AppEngine: Datastore “Bigtable is a distributed storage system for managing structured data that is designed to scale to a very large size: petabytes of data across thousands of commodity servers. Many projects at Google store data in Bigtable, including web indexing, Google Earth, and Google Finance” 42
    • 43. Requires a new way of thinking 43
    • 44. Google AppEngine: Channel API Channel API: notification and collaborative environment 44
    • 45. PubNub Free service to do notification in real time Accessible via Web Services Easy to use for collaborative systems Check it out: http://www.pubnub.com/console Free alternatives to deploy locally:  http://www.ape-project.org/  XMPP/Smack 45
    • 46. PubNub 46
    • 47. Multi cloud frameworks 47
    • 48. Jclouds: Multi cloud library Services:  Computing Service  Blobstore service Language: Java Supports several cloud providers for Computing Utility and Storage Jclouds.org/github
    • 49. Jclouds - blobstoreBlobStoreContext context = new BlobStoreContextFactory().createContext("aws-s3", identity, credential);BlobMap map = context.createBlobMap(”food");Blob blob = map.blobBuilder("sushi.jpg") .payload(new File("sushi.jpg"))// or byte[]. InputStream, etc. .contentDisposition("attachment; filename=sushi.jpg") .contentType("image/jpeg") .calculateMD5().build();map.put(blob.getName(), blob);context.close(); 49
    • 50. Other services Computing services: launch machines on demand.  Allocate processing and memory  Grow dynamically  Pay what you use Networking Payments Workflow … and many others. 50
    • 51. What to do next? Keywords: Google AppEngine, AWS S3, Dropbox API, Cloud API Google AppEngine – SDK (PaaS) Dropbox API – Storage Google API – Services Install your own services (testing) 51
    • 52. References http://blog.zenoss.com/2011/08/top-10-presentations-on-cloud- computing/ http://www.slideshare.net/jaapgorjup/cloud-computing-intro-slides http://www.slideshare.net/simon/ive-probably-been-using-google- app-engine-for-a-week-longer-than-you-have http://www.appspot.com http://www.pubnub.com http://aws.amazon.com 52
    • 53. Thanks for yourattention!bastiao@ua.pttwitter.com/luisbastiao53

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