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|There's three big cloud computing suites that are available in Debian: OpenStack, [[XCP]] (Xen Cloud Platform), and OpenNebula. They all work pretty well in Debian 7.0 (Wheezy)||There's three big cloud computing suites that are available in Debian: OpenStack, [[XCP]] (Xen Cloud Platform), and OpenNebula. They all work pretty well in Debian 7 "Wheezy".|
Cloud Computing with Debian and its descendants
This page summarises on what to expect from Debian when it comes to compute clouds. Please refer to Wikipedia or other sources for details about what clouds are about. The idea is that you get virtual instances of some self-assembled or off-shelf booting disk image. You start them, pay for their lifetime (likely), pay for the data that goes in or out, and stop them again.
Our fine distribution can play any role in here. It can
- run as a cloud OS
- run the infrastructure that runs the clouds
- run as the joe the plumber's regular desktop OS that contacts the cloud infrastructure with requests to control the clouds
What cloud software are already available in Debian
See each page for more details :
Building Debian cloud images
How to contribute
Join the Debian Cloud team or the mailing lists:
firstname.lastname@example.org (which is also the one for XenAPI / XCP)
Grab the sources in the /git/openstack or /git/pkg-xen on Alioth.
Note that, especially OpenStack, is BIG. We already have more than 50 binary packages of it in SID. So of course, we'd be more than happy to have help for its packaging/testing.
After reporting a bug against a Debian package, which has an impact on Debian images provided on or for clouds, please mark that the bug affects cloud.debian.org.
Bugs are divided in four categories, by usertagging with the address email@example.com: image (Machine Images), infrastructure, documentation and package.
Bugs related to the images distributed in public clouds (outdatedness, lack of availability in all zones, etc.) can be usertagged aws (Amazon Web Services) or azure (Microsoft Azure). More names of public clouds can of course be added, please keep the list of control commands below up to date.
Where to get more information
Eucalyptus - a free cloud infrastructure with Debian packages pending
Cloud/CreateEucalyptusImage - instruction on how to prepare a cloud-ready image
Cloud/TorqueCluster - instruction how to setup a torque cluster within a Eucalyptus cloud
Cloud/Integration - changes or additions to Debian to prepare and run images using only packaged material.
OpenNebula - toolkit for IaaS cloud handling (with mixed private and public nodes)
- The Net At Large - various howtos that linking Debian with clouds
LinuxConfig.org - how to prepare an image for Amazon's EC2 (see also Cloud/CreateEC2Image)
Windows Azure cloud platform
Cloud/WindowsAzureImage Using and creating Debian Images on Windows Azure
Google Compute Engine cloud platform
Cloud/GoogleComputeEngineImage Using and creating Debian Images on Google Compute Engine
Cloud/SystemsComparison: List of differences between standard Debian systems and current cloud images. The goal is to resolve them.
Who in the Debian community is interested in clouds and why?
Firstly, the extension from providing packages together is to use them together. Thus, the clouds, just like computational grids, may become a way to extend our current way we think about our community. The following groups were observed to show some sincere interest in the cloud technology:
What is the default login name on the Debian AMIs ?
The default user name is admin. There is no password: log in with SSH and a key pair. It is a privileged account: run sudo -i to become root.
HighPerformanceComputing - wiki page gathering tools for distributed computing which can/should partially be combined with cloud technology
euca2ools - handling of virtual machines for the Eucalyptus and Amazon elastic compute cloud.
Teams/Cloud - The Debian Cloud team.
The NIST Definition of Cloud Computing SP 800-145 (PDF).