dtu big data hackathon -...

© 2014 IBM Corporation

Introduction to IBM DevOps Servicesand Bluemix

Mattias MohlinSenior Software Architect

JazzHub Growth Hacking

Urs SchuppliBusiness Development

Executive – Academic

Initiative

DTU Big Data Hackathon

VisionDe studerende skal udvikle en ”Smart City løsning”, der kan gøre Lyngby Taarbæk

Kommune grønnere og til et bedre sted at leve i for forvaltning, borgere og erhvervsliv.

Eksempler på temaer

Forslag til data - Databuffet

KommunenKommunens bygninger

Solcellers placeringTømning af affald

DTUTracking/sociale medier

DTU Computes erhvervssamspil

Offentlige dataMiljøportalen

ErhvervsstatistikVejrdata – DMI

Stamdata for vindmøller

Ønsket resultatDe studerende skal med udgangspunkt i Big data og et konkret behov udvikle prototyper i form af fx apps (eller elementer af heraf),

koncepter eller Internetservices.

Bedre affaldshåndterin

g

Bedre dialog med borgere og

erhvervsliv

Bedre miljø og energiforbrug

Bedre planlægning i

forvaltning???

Dato Indhold og aktiviteter

18.11 8.00-9.00 Indregistrering og kaffe

9.00-10.00 Velkomst og introduktion (Auditoriet)

10.00 Hackathon sættes i gang (bordopstilling i stueetagen og loungeområde)

19.11 18.00 Hackathonforløb slutter

18.30-ca.22.00 Bedømmelse og afsløring af vindere

19.00 Grupperne pitcher (Auditoriet) deres projekter for dommerpanelet. Maks 4-6 minutter pr.

præsentation inklusiv spørgsmål fra dommere.

20.30 Bedømmelse og afgørelse (Skylab 1).

21.30 Afsløring af vindere (Auditoriet): Dommerpanelet offentliggør over for de deltagende i hackathonen,

hvilke fire grupper er prisvindere. De konkrete fire priser (1-3 & særpris) afsløres først den 20. november på

Big Data konferencen i DI.

21.45 Forfriskning og music

20.11 10.00-10.20 Hackathon prisuddeling

Uddeling af priser for bedste Hackathon-løsninger v/ borgmester Sofia Osmani, Lyngby-Taarbæk kommune og

koncerndirektør Niels Axel Nielsen, DTU.


Development on the Cloud, for the Cloud, by the Crowd

4

Bluemix• A platform-as-a-service environment for

deploying web and mobile apps

• Compose applications using a wide range

of runtimes and services

• Available for everyone, and free up to

certain usage levels



Core

IT

Speed and simplicity are the drivers...

Benefits

Fully customizable.

Few limitations.

Necessary for some solutions.

Existing Investments.

Time Commitment

Weeks to setup and deploy.

Maintenance/upgrades of

hardware and software.

~ Weeks ~ Days

Code

Data

Runtime

Middleware

OS

Virtualization

Servers

Storage

Networking

~ Minutes

Time to initial deployment

Customer Managed



Benefits

Most control in the cloud.

Necessary for some solutions.

Infrastructure managed by SP.

Customer Managed

Service Provider Managed

~ Days

Time Commitment

Minutes to provision VM.

Time to configure software

and apps varies.

Maintenance/upgrades of OS,

middleware, runtime.

IBM SoftLayer

~ Minutes

Code

Data

Runtime

Middleware

OS

Virtualization

Servers

Storage

Networking

~ Weeks

Core ITTime to initial deployment

Infrastructure

as a Service




~ Minutes

Platform

as a ServiceCustomer Managed

Service Provider Managed

IaaS

Benefits

Setup environments and

deploy apps very quickly.

Infrastructure and platform

managed by SP.

Time Commitment

Minutes to setup and deploy.

Focus on your apps and their

data.

~ Weeks

IBM Bluemix

~ Days

Time to initial deployment

Code

Data

Runtime

Middleware

OS

Virtualization

Servers

Storage

Networking

Core IT




How does Bluemix work?• Bluemix is built on Cloud Foundry (an

open source cloud platform)

• Each app gets an image (virtual machine)

where it can run

• The image is hosted at one of SoftLayers

data centers (Dallas, London etc.)

• During deployment all software necessary

for running the app (”build pack”) gets

installed

Design your app to be independent on

underlying technology. For example,

prefer to use cloud services for storage

instead of the file system.



9

DevOps Services (a.k.a. JazzHub)

• Cloud-based software development tools

• SCM (Git or Jazz)

• Web-based editors

(Eclipse Orion)

• Work tracking and planning

• Build and deploy

• Special focus on developing apps for

Bluemix



10

It’s all about collaboration!

Share your work with others

– reuse code and share solutions

– manage versions

– make others aware of what you are doing

Access your files from everywhere

– Develop using Eclipse (or another IDE), or use web-based development tools

Track and plan the development

– Replace personal TODO-lists with work items

– Everyone becomes aware of the plan (what is done, and what comes next)

Automatic deployment to Bluemix

– As soon as changes are delivered a new deployed version of the application is available

– Your collegues and customers can immediately access the deployed application



11

Public vs Private Projects

Public project

– Accessible to everyone Private project

– Only accessible to invited

project members



12

Member Management

A project has a single owner (by default the creator)

– Possible to transfer ownership

The project owner can invite others to become members of the project

– Invite by means of email-address

– Note: You must use the email-address registered with IBM DevOps Services



13

Choose Your SCM Toolset

Jazz SCM

Git

What to choose mostly depends on your

previous experience, which IDE you plan

to use etc.



14

Choose Your IDE

Web IDE

– Provides code editors, SCM tools, deployment tools etc. in the web browser

– No need to install anything locally

– For people who want to get started quickly, have no preference for another IDE, do not

need all advanced IDE features or work away from their regular computer

Eclipse or Visual Studio

– For people familiar with these IDEs

– Integrates with IBM DevOps Services by means of plugins (EGit or RTC)

Command-line

– For people who use another IDE

Any member in your team can make their own choice!



15

Track & Plan

New Track & Plan UI recently released in beta

– Easy to quickly create a new work item

– Predefined queries for quickly finding work items of interest (open, subscribed, recently

worked on etc.)



16

Connecting Work Items to Code Changes

Supported both when using Git and Jazz SCM

– For Jazz SCM use RTC’s

ability to link a change set

to a work item, or use special

button in the web IDE:

– For Git write a commit comment that includes the work item type followed by the work

item number.

For example:



17

Linking a DevOps Project to Wiki, Blog etc.

Link to arbitrary additional contents using hyperlinks

– By placing a hyperlink in the README.md file it shows up on the project overview page

in DevOps Services. For example:

– Use DevOps Services for code and other files that make up an application

– Other files (presentations, documentation etc.) may be placed elsewhere and linked to



18

Deployment to Bluemix

Simple deployment

– Files are copied from your DevOps project to BlueMix (but not built)

– Works well for applications developed using script languages (Node.JS, Python, PHP

etc.)



19

Deployment to Bluemix

Advanced deployment

– Support for building code before

deployment, to run unit tests and more

– Should be used when some kind of

processing of files is necessary before

deployment, typically compilation

(Java etc)



20

Managing a Bluemix App

manifest.yml

– This file contains the settings necessary for deploying a Bluemix app (runtime, memory,

host name, number of instances etc.)

Further administration can be done from the Bluemix web UI

– For example to add new services to an app



21

Learn More

Bluemix: http://bluemix.net(documentation in the DOCS menu)

DevOps Services: http://hub.jazz.net(documentation in the HELP menu)

http://bluemix.net/

http://hub.jazz.net/



22

Demo

Create a new DevOps Services Project

Invite another person to join the project

Edit and commit code using the web editors

Edit and commit code using Eclipse

Automatic deployment

dtu big data hackathon -...

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