introduction to openstack

An Introduction to OpenStack

goals

1. what is it?

2. where did it come from?

3. Who is using it?

4. How can i use it?

i’m not here to

• PREACH

• TALK ABOUT SILVER BULLETS

• sell

introducing… me

Software Engineer, Rackspace

DRG (Developer Relations Group)

OpenStack Contributor

Retired Tekken Champion

what?

in a nutshell

• Open-source software project

• Modules that provide cloud infrastructure

• Independent, driven by community

• Governed by an elected technical board

But really…

just python

code

omg python

don’t panic!

language agnostic

• REST APIs

• SDKs (Language Bindings)

• CLIs

• GUI Console (OpenStack Horizon)

such cloud… many services… wow

• Servers (Nova)

• File storage (Swift)

• Databases (Trove)

• Block storage (Cinder)

• OS Images (Glance)

• Networks (Neutron)

• Identity (Keystone)

• Orchestration (Heat)

• Work queues (Marconi)

• Hadoop (Sahara)

where?

project nebula

• Federal cloud platform

• “take the lead in open, transparent and participatory space exploration and government”

• Efficiency, flexibility, reduced energy costs, reduced setup time, performance.

“This could have fallen apart in a

million different ways.”

Rick Clark

the glorious loopholeProblem

• Existing codebase (eucalyptus) had issues

• Creating a new codebase at NASA was not allowed

Solution

• Create a new OSS project at the weekends

• Contribute back to it during working week

“Launched Nova. !

Apache-Licensed cloud computing, in Python. !

It’s live, it’s buggy, it’s beta. Check it out.”

Josh McKenty, Summer 2010

“It was like finding a long-lost twin…”

It was the weirdest experience I’ve ever had. !

We were using the same tools. !

We had made the same language decisions. !

we both said: ‘Wow, you just wrote the code that we were going to write.’

Who?

LHC• 17 mile long particle accelerator

• 9,000 magnets; cooled with 10 thousand tonnes of liquid nitrogen

• Magnets accelerate particles to 671,000,000 mph. That’s over 11,000 laps per second.

• 600 million collisions per second

• Each collision generates temperates 100,000 times hotter than the core of the sun

Just 2 Requirements

1. Infrastructure that can analyze the most data-intense experiments in human history.

2. IT network for 11,000 Physicists (email, web services, databases, desktop support).

Big data?

• Filter 1PB of data per second with ~1,000+ VMs.

• 35PB of residual data per annum from LHC, which needs mathematical analysis.

• Scale for future growth. By 2015, the LHC will double its energy usage.

The Grid

• 1,000 Nova servers, each with ~12 cores.

• 60k cores in total, tiered architecture.

• During CMS experiments, ~250 VMs are launched in a 5min burst.

How?

installation

$  composer  require  \  

   rackspace/php-­‐opencloud:dev-­‐master

1. Setup client<?php  !require  'vendor/autoload.php';  !use  OpenCloud\OpenStack;  !$client  =  new  OpenStack('my-­‐os-­‐api.com:35357/v2.0',  [          'username'      =>  'foo',          'password'      =>  'bar',          'tenantName'  =>  'baz'  ]);  !$service  =  $client-­‐>computeService('nova',  'region1');

2. choose OS

//  Traverse  \Iterator  collection  $allImages  =  $compute-­‐>imageList();  !foreach  ($allImages  as  $image)  {     if  (preg_match('#^ubuntu#i',  $image-­‐>name))  {       $ubuntu  =  $image;       break;     }  }  !//  Or  instantiate  with  ID:  $ubuntu  =  $compute-­‐>image('{uuid}');

3. choose hardware

//  Traverse  \Iterator  collection  $allFlavors  =  $compute-­‐>flavorList();  !foreach  ($allFlavors  as  $flavor)  {     if  (preg_match('#large#i',  $flavor-­‐>name))  {       $largeFlavor  =  $flavor;       break;     }  }  !//  Or  instantiate  directly:  $largeFlavor  =  $compute-­‐>image('m1.large');

4. launchuse  Guzzle\Http\Exception\BadResponseException;  !/**  @var  $server  OpenCloud\Compute\Resource\Server  */  $server  =  $compute-­‐>server();  !try  {     $response  =  $server-­‐>create([       'name'      =>  'Viva  Italia!',       'image'    =>  $ubuntu,       'flavor'  =>  $largeFlavor     ]);  }  catch  (BadResponseException  $e)  {     printf("An  error  occurred!\n");     printf("Request:  %s\n",  (string)  $e-­‐>getRequest());     printf("Response:  %s",  (string)  $e-­‐>getResponse());  }

• ‘getting started’ guides

• full user manual

• samples for most use-cases

• issue tracking for help, or feel free to email sdk-support@rackspace.com

github.com/rackspace/php-opencloud

Future?

Thanks!

@jamiehannaford

Photo Credits

‘Wisoff on the Arm’, NASA !20th Century Fox !Peter Thoeny, Copyright 2013, Creative Commons license !Alexander van Dijk, Copyright 2009, Creative Commons license !CERN, All rights reserved !Philip Hay, Copyright 2007, Creative Commons !CC license: https://creativecommons.org/licenses/by-nc-sa/2.0