The DevOps Charts from the RTP Bluemix Meetup for March 31, 2015

1. © 2015 IBM Corporation
IBM Bluemix
RTP Bluemix DevOps
Meetup
Kyle Brown
Distinguished Engineer, IBM Cloud
Lin Sun
Senior Software Engineer, IBM Container Service
03/31/2015

2. IBM Bluemix
© 2015 IBM Corporation
2
§ DevOps overview
§ What is Docker?
§ IBM Bluemix and the Container Service
§ IBM DevOps Services and Containers
§ Extended Scenarios
Agenda

3. IBM Bluemix
© 2015 IBM Corporation
3
IBM DevOps point of view
Enterprise capability for continuous software delivery that enables organizations to
seize market opportunities and reduce time to customer feedback
Accelerate
software delivery –
for faster time to value
Balance speed, cost,
quality and risk –
for increased capacity
to innovate
Reduce time to
customer feedback –
for improved customer
experience
Our DevOps POV is resonating with clients and they are delivering
measurable business outcomes with DevOps
Continuous
Customer Feedback
& Optimization
Collaborative
Development
Continuous Release
and Deployment
Continuous
Monitoring
Continuous
Business Planning
Continuous
Testing
Operate Develop/
Test
Deploy
Steer
DevOps
Continuous
Feedback

4. IBM Bluemix
© 2015 IBM Corporation
4
But…Cloud applications are changing…
4
Micro-Services

5. IBM Bluemix
© 2015 IBM Corporation
5
Reference: 2013 & 2014 State of DevOps Report by PuppetLabs
DevOps is more important than ever
5
We found that companies with high IT performance are
twice as likely to exceed their profitability, market share
and productivity goals, giving them a strong competitive
edge.
Three major factors contribute to
organizational performance:
Ø IT performance and
DevOps Practices
Ø Organizational culture
and climate for learning
Ø Job satisfaction

6. IBM Bluemix
© 2015 IBM Corporation
6
DevOps is a Journey…not a destination
6
P e o p l e
P r o c e s s
Te c h n o l o g y

7. IBM Bluemix
© 2015 IBM Corporation
7
DevOps Adoption Paths
OperateDeployDevelop / Test
Mobile Cloud Social
Intelligent
Devices
Workloads and Communities
SecurityBig Data Expert Systems
EcoSystem
ImplementationServices
Industry
DevOps Foundation
Deployment Platforms (PaaS, IaaS, Physical Infrastructure)
Steer
Linked DataOSLC
Jazz Foundation SaaS

8. IBM Bluemix
© 2015 IBM Corporation
8
DevOps Major Practices
Mobile Cloud Social
Intelligent
Devices
Workloads and Communities
SecurityBig Data
Expert Systems
EcoSystem
ImplementationServices
Industry
OperateDeployDevelop / Test
DevOps Foundation
Deployment Platforms (PaaS, IaaS, Physical Infrastructure)
Steer
Linked DataOSLC
Jazz Foundation SaaS
Continuous
Business
Planning
Collaborative
Development
Continuous
Testing
Continuous
Release and
Deployment
Continuous
Monitoring
Continuous
Customer
Feedback
& Optimization
DevOps Major Practices support continuous innovation, feedback and accelerated
lifecycle, enabling a business to plan, track, manage, and automate all aspects of
continuously delivering business ideas. At the same time, the business is able to
manage both existing and new workloads in enterprise-class systems and open
the door to innovation with cloud and mobile solutions.

9. IBM Bluemix
© 2015 IBM Corporation
9
Continuous Deployment Best Practices
§ Rationalize and normalize deploy processes. Impact infrastructure, platform and application
deployments.
§ Maximize process, governance and promotion automation. Focus on consistency, error and
reduced friction affecting release periodicity.
§ Approach automation as a hybrid, full stack model. Expect early adopters of public, private cloud
and automate management.
§ Always use production-like architecture and configurations in all environments. Measure impact
of environment induced error.
§ Leverage architecture building blocks and standards to define full stack patterns. Evolve to a self-
service model.
§ Collaborate Biz, Dev, Ops early in delivery pipeline to assimilate requirements and plan change.
Maintain collaboration at project level to improve agility for continuous change.
9

10. © 2015 IBM Corporation
IBM Bluemix
What is Docker?

11. IBM Bluemix
© 2015 IBM Corporation
11
Docker Containers simplifies cloud portability
A platform to build, ship, and run applications in “containers”.
Developers & SysAdmins love the flexibility and standardization of Docker
Standardization à Application portability
Package, ship, and run applications anywhere
The Docker Hub Registry has 5,000+ "Dockerized" applications
Lightweight
Containers are “light” users of system resources, smaller than VMs,
start up much faster, and have better performance
Ecosystem-friendly
A new industry standard, with a vibrant ecosystem of partners.
730+ community contributors; 50,000 third-party Docker projects on GitHub
User-friendly
Developers build with ease and ship higher-quality applications
SysAdmins deploy workloads based on business priorities and policies.
"Flexibility and portability are becoming paramount in developing, deploying and managing
applications in the cloud, particularly at scale and among large enterprise organizations,"
Jay Lyman, a senior analyst for enterprise software at 451 Research, told Linux.com.1 1Linux.com

12. IBM Bluemix
© 2015 IBM Corporation
12
Docker Terminology
§ Image – layered file system where each layer references the layer below
§ Dockerfile – build script that defines:
– an existing image as the starting point
– a set of instructions to augment that image (each of which results in a new layer in the
file system)
– meta-data such as the ports exposed
– the command to execute when the image is run
§ Container – runtime instance of an image plus a read/write layer
§ Docker Hub – centralised repository of Docker images
bootfs
(Kernel)
ubuntu:14.04 debian:wheezy
ibm-­‐jre:8.0
websphere-­‐liberty:8.5.5 websphere-­‐liberty:beta
app-­‐a app-­‐b app-­‐c app-­‐eapp-­‐d
c1 c2 c3 c4 c5 c6
mongo:latest
c7 c8
=
container
=
image

13. IBM Bluemix
© 2015 IBM Corporation
13
Deploying to the Cloud in a repeatable way
Containers & VMs
Understanding both technologies
Virtualization Approach
Build
- Package the (guest) operating system
- Add required files and programs
Deploy:
- This entire “package” can be moved and reconfigured
across different physical machine
Change:
- Change details of the software within the virtual machine
and then create a new virtual machine.
Value:
- Traditional persistent workloads (stored data)
Container Approach
Build:
- Software stack can be individually packaged
Deploy:
- Software stack in a Docker container can be easily
moved between deployment environments
Change:
- Recomposed software into new stacks
Value:
- Generally easier to build, share, and more portable than
VMs
- Transient workloads (non-persistent)
Standardization and choice for delivering the best business value for you

14. © 2015 IBM Corporation
IBM Bluemix
IBM Bluemix and the
Container Service

15. IBM Bluemix
© 2015 IBM Corporation
15
IBM Bluemix™ - The Digital Innovation Platform
Transform your business with innovation in high-growth digital business
Rapidly bring new
products and
services to market
at lower cost.
Balance agility with
quality, security and
governance.
Extend existing IT
investments into
cloud business and
delivery models.
Why Bluemix
Open cloud architecture
DevOps & app lifecycle mgmt
Hybrid integration, deployment
and management
Syndicated catalog of IBM, 3rd
party and community services
and images
Global reach

16. IBM Bluemix
© 2015 IBM Corporation
16
Logical Architecture
Bluemix GUI and Command-Line Tools
Cloud Foundry
Enterprise DockerOpenStack
SoftLayer
DEA
Container
VM
Services

17. IBM Bluemix
© 2015 IBM Corporation
17
IBM Container Runtime on Bluemix
ü Automate the build of
Docker images
ü Manage and distribute
Docker images in private
image registries
ü Easily host containers in
the cloud
ü Scale and auto-recovery
built-in
ü Logging and Monitoring
built-in

18. IBM Bluemix
© 2015 IBM Corporation
18
Docker Value IBM Value-add Customer Value
Docker Hub Registry holds a
repository of 75000+ docker
images
• IBM hosted public registry containing IBM
images - linked to Docker Hub
• Client unique registry available on and off
premises
• Curated Enterprise-ready Images
Customers have at their figure tips
the images they require to deploy
containers that meet their business
needs and strategy
Open-source, standardized,
lightweight , self sufficient LXC
container technology
• Enhanced performance with bare metal
deployment
• Run images to local datacenter or cloud
• Deployment choice with pSeries & zSeries
Hybrid Cloud choice and flexibility
to choose the right mix for their
business
Build, ship and run standardized
containers
• Integrated monitoring & logging
• Elasticity to grow storage & container needs
• life-cycle management of containers and
data volumes
Docker simplicity and ease of use
with the Enterprise-level of integrity
and confidence to run a business
Container connections using links
and service discovery
• Private net work communication
• External IP address
Extends and connects Docker
containers to production-ready
Enterprise environments
+ =
IBM Containers - A Bluemix Runtime
deploy and manage distributed cloud workloads in a Hybrid environment packaged as Docker containers
+ =
+ =
Hybrid Cloud
~70% of enterprises to pursue hybrid cloud
computing by 2015*
*Source: Gartner, p.6, Private Cloud Matures, Hybrid Cloud is Next, Gartner G00255302, Sept 6, 2013
+ =

19. IBM Bluemix
© 2015 IBM Corporation
19

20. IBM Bluemix
© 2015 IBM Corporation
20

21. IBM Bluemix
© 2015 IBM Corporation
21
Maureen, DevOps Pro
• Maureen is a seasoned
developer with 15 years
experience in traditional
application delivery
• Her primary motivation is to
build scalable and efficient
cloud services
21
Demo (Container group + route: Local -> Cloud):
o Maureen runs her etherpad image locally
o Maureen test her etherpad image locally
o Maureen pushes her image to the cloud
o Maureen runs her etherpad image in the cloud with
route in the cloud
o http://etherpad-demo.mybluemix.net

22. © 2015 IBM Corporation
IBM Bluemix
IBM DevOps Services
and Containers

23. IBM Bluemix
© 2015 IBM Corporation
23
§ Unified
experience:
Get
started.
Be
produc5ve.
Deliver
high
quality.
Monitor
and
scale.
§ Write
code,
debug,
build
and
test
-­‐-­‐
all
in
your
own
workspace
§ Your
cloud
always
sync'd
to
your
desktop,
from
anywhere
§ Customize
each
stage,
incrementally
discover,
and
add
new
services
to
your
delivery
pipeline
What’s new
• Dedicated sandbox in the cloud for every user
• Bluemix Live Sync
• Extensible Delivery Pipeline
“...instead
of…six
(6)months…to
build
an
applica9on…it
took
us
15
days….poten9al
going
forward,
of
a
cost
savings…for
Bay
Area
Rapid
Transit
(BART)
of
possibly…of
80
to
90%”
-­‐
Slavik
Zorin,
chief
execu9ve
officer,
Synchrony
Systems
IBM Bluemix DevOps Services
Work together to go from idea to delivering value
in minutes
Build &
Deploy
Easy
Access
Code Now
Team
Collaboration
DevOps Services

24. IBM Bluemix
© 2015 IBM Corporation
24
Anatomy of a Delivery Pipeline
Source
Repos
Continuous
Integration & Build
Mgmt.
Build
Package
Repo
Build Registered
with Package
Repo
Triggers
Version
Meta-data
Deployment
System
Builds
Test 1
Test ...
Test n
Prod
Functional
Tests
Performance
Tests
Monitoring
Environment
Management

25. IBM Bluemix
© 2015 IBM Corporation
25
IBM Bluemix DevOps Services – Project Mgmt
Source Control Management
• Hosted
source
control
management
within
the
cloud
• Support
for
Git
and
Jazz
repositories
• Manage
users
access
via
projects
• Projects
have
developer
centric
tools
such
as
IDE,
defect
tracking,
and
a
delivery
pipeline

26. IBM Bluemix
© 2015 IBM Corporation
26
IBM Bluemix DevOps Services – Delivery Pipeline
• Integra5on
test,
System
test,
Produc5on
• Automa5on
ensures
the
same
procedure
in
each
environment
• Fully
hosted,
managed,
and
integrated
in
the
cloud
for
the
cloud

27. IBM Bluemix
© 2015 IBM Corporation
27
Anatomy of the Bluemix Delivery Pipeline
Stages
Manages the flow of work
through the pipeline. Stages
have triggers, inputs, jobs, and
properties.
Jobs
Where the work is actually
done. One or more within a
stage. Build, Deploy, Test
are the categories of jobs.
Triggers
Events that start the execution
of a stage (manual vs
automatic). Automatic includes
SCM commits and stage
completion.
Inputs
Defined on a stage and identifies
the artifacts used by the jobs
within a stage. Can be an SCM
branch or the artifacts produced
by another job (form a previous
stage).
Properties
Defined on a stage and values are
passed to Jobs within the stage. A
job may override a value and
have it passed to downstream
jobs.

28. IBM Bluemix
© 2015 IBM Corporation
28
Demo Scenario
Leverage portability of containers, Continuous Build support in
DevOps Services and convenience of Bluemix Containers.
IBM DevOps Services
Build Pipeline
IBM Container Service
on IBM Bluemix
Code stored on Github
Local Eclipse IDE
Local Docker
(optional)

29. © 2015 IBM Corporation
IBM Bluemix
Extended Scenarios

30. IBM Bluemix
© 2015 IBM Corporation
30
§ Con6nuous
integra6on
of
docker
images
using
IBM
UrbanCode
Build
§ Deploy
and
manage
mul6-­‐pla;orm/mul6-­‐container
applica6on
environments
with
IBM
UrbanCode
Deploy
to
§ IBM
Container
Service
via
Bluemix
§ Docker
hosts
on
hybrid-­‐clouds
§ IBM
SoRLayer
and
others
(e.g.
OpenStack,
AWS,
VMWare)
§ Mobile,
Tradi5onal/virtualized,
Mainframes
§ UrbanCode
Deploy
with
IBM
Docker
Enterprise
provides
an
enterprise
solu5on
for
Docker
containers
What’s new
IBM UrbanCode enables automated deployment and
management of multi-platform & multi-container environments
to hybrid cloud
IBM UrbanCode solution for Docker Containers
Enabling multi-platform & multi-container deployments
to Hybrid Clouds
Docker Hub
Enterprise
Backend
Systems of Record
IBM Containers

31. IBM Bluemix
© 2015 IBM Corporation
31
Dev/Test with Hybrid Cloud
Off-PremOn-Prem
Image Registry
IBM Bluemix
IBM UrbanCode Deploy
PRODSTAGING