In this talk we look at the challenges of taking docker and using it as the basis for a cloud platform. We highlight the work done by one of our own Cloudsoft engineers Andrea Turli who has contributed an Apache jclouds provider for Docker and integrated this with the open source project Brooklyn. Andrea has written about this in a recent blog post AMP for Docker and so using this as a starting point we show how we are building on this to create a lightweight dynamic Docker cloud and compare and contrast this with work we are doing with our latest partner Waratek to help them create a similar lightweight dynamic Java cloud using their Java application container technology.

1. AMPlifying Docker
DevOps London — 28 May 2014
Alex Heneveld @ahtweetin

2. • Deployment Patterns
• Simplicity — Docker
• Complexity — platforms all the way down
• Simplicity — Apache Brooklyn & Cloudsoft AMP
• Demo
Agenda

3. Patterns
Bare Metal
The Application

4. Patterns
Cloud Bare Metal
The Application

5. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
The Application

6. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker
The Application

7. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker
PaaS
The Application

8. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker
PaaS
The Application

9. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker
PaaS NoSQL
The Application

10. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker
PaaS NoSQL Analytics
The Application

11. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker
PaaS NoSQL API MgmtAnalytics
The Application

12. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker
PaaS NoSQL API MgmtAnalytics
The Application

13. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker LXC
PaaS NoSQL API MgmtAnalytics
The Application

14. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker LXC Waratek
PaaS NoSQL API MgmtAnalytics
The Application

15. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker LXC Waratek Mesos
PaaS NoSQL API MgmtAnalytics
The Application

16. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker LXC Waratek Mesos
PaaS NoSQL API MgmtAnalytics
The Application

17. Patterns
Cloud Bare Metal
Software Defined
{Compute,Storage,Networking}
Real Things
That You Plug In
Docker LXC Waratek Mesos
PaaS NoSQL API MgmtAnalytics
The Application

18. Tools

19. Tools
Model, Monitor, and Manage:
Portable Application Blueprints

20. Tools

21. Tools

22. Tools
The Application

23. Tools
The Application
IaaS

24. Tools
IaaS
OpenStack
CloudStack
AWS, GCE, SL
Fixed IP
Networking
The Application

25. Tools
IaaS
Bash
Chef
Salt
Images
OpenStack
CloudStack
AWS, GCE, SL
Fixed IP
Networking
The Application

26. Tools
IaaS
Graphite / Collectd
Logstash / Elasticsearch
Bash
Chef
Salt
Images
OpenStack
CloudStack
AWS, GCE, SL
Fixed IP
Networking
The Application

27. Policies
Tools
IaaS
Graphite / Collectd
Logstash / Elasticsearch
Bash
Chef
Salt
Images
OpenStack
CloudStack
AWS, GCE, SL
Fixed IP
Networking
The Application

28. Policies
Docker LXC Waratek Mesos
PaaS NoSQL API MgmtAnalytics
Tools
The Application

29. Policies
Docker LXC Waratek Mesos
PaaS NoSQL API MgmtAnalytics
Tools
The Application
Graphite /
Collectd /
statsd
!
Logstash /
Elasticsearch
Bash
Chef
Salt
Images
OpenStack
CloudStack
AWS, GCE, SL
Fixed IP
Networking

30. Demo

31. Demo

32. Demo

33. Demo

34. Demo

35. Demo

36. Demo

37. Demo

38. Demo

39. Demo

40. Demo

41. Demo

42. Demo

43. Demo

44. name: MyWebCluster
services:
- type: WebAppCluster
brooklyn.config:
wars.root: hello-db.war
http.port: 8080+
java.sysprops:
db.url: $brooklyn:component("db").
attributeWhenReady(“database.url")
policies:
- type: AutoScaler
sensor: webapp.reqs.sec
range: [100,200]
- type: MySqlNode
id: db
brooklyn.config:
creation.script: hello-db.sql
!
location: my-docker-cloud
Demo

45. name: cassandra-cluster-app
!
services:
- type: brooklyn.entity.nosql.cassandra.CassandraCluster
name: Cassandra Cluster
brooklyn.config:
cluster.initial.size: 5
cluster.initial.quorumSize: 3
provisioning.properties:
minCores: 4
minRam: 8192
!
location: softlayer:sjc01
Demo

46. Demo

47. Demo

48. To Learn More
Alex Heneveld
@ahtweetin
cloudsoftcorp.com
brooklyn.io
github.com/cloudsoft/
brooklyn-docker
github.com/
brooklyncentral/