Hyper-V OpenStack Nova Compute
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This document discusses integrating OpenStack with Hyper-V. It outlines goals of establishing an OpenStack/Hyper-V development community and reintegrating Hyper-V code for the Folsom release. It describes successes in Folsom including restored and improved Hyper-V functionality. It provides details on using Hyper-V Server 2012 with OpenStack and key contributions to the Folsom integration. Finally, it discusses plans for the Grizzly release and resources for learning more.
Hyper-V OpenStack Nova Compute
- 1. Hyper-V and OpenStack Alessandro Pilotti Peter Pouliot CEO Cloudbase Solutions Sr SDET OpenStack @cloudbaseit Microsoft
- 2. OpenStack Essex Summit Goals: Organize a development community to support and maintain the OpenStack/Hyper-V codebase Re-Integrate Hyper-V codebase for Folsom Release Make Hyper-V server the premier hypervisor for OpenStack compute workloads
- 3. Folsom Success story Established a community 5+ active members contributing Hyper-V restored in Folsom All code Integrated and maintained within the active Nova-Compute codebase on Github Original Functionality restored and greatly improved Hyper-V v3 Server 2012 released and ready for OpenStack compute
- 4. Microsoft’s Hyper-V Server 2012 Ready for you to try with OpenStack Folsom!
- 5. Hyper-V 2012 availability FREE edition Full Hypervisor Minimum OS support Minimum impact on security updates, etc Windows Server 2012 Just enable the related role Windows 8 For workstation / testing / development usage
- 6. Key Code Contributions for Folsom Alessandro Pilotti Pause/Un-pause, Suspend/Resume, Snapshot, Live Migration Folsom integration, Hyper-V unit Testing Framework Folsom Installer Pedro Navarro Perez Volume attach/Detach Boot from volume Jordan Rinke Initial integration and Essex installer
- 7. Hyper-V 2012 and OpenStack Python Application installed as an application/service on the Hyper-V node. OpenStack compute utilizes key features baked into the Hyper-V Virtualization Platform Does not require windows clustering services Does not require shared storage
- 8. Hyper-V/Glance Integration Native glance client support on Windows. Upload images directly from the windows compute node VHDx support planned for Grizzly
- 9. Volume Attach/Detach Requirements Windows iSCSI initiator service enabled and running on hyper-v compute node. Configuration can be scripted Create, attach detach volumes using the OpenStack Dashboard or Nova commands. OS must be installed directly onto the created volume for “boot from volume” instances
- 10. Live Migration Requirements Each compute node must have Active Directory Domain Membership Nova-compute service must be running under an Active Directory Domain account. Shared nothing live migration can be enabled via simple powershell commands or from the Hyper-V management GUI. Live Migration initiated via nova live-migration commands
- 11. MSI Installer Features: Independent Python environment to avoid conflicts with existing applications Installs and registers all the required dependencies Generates dynamically a nova.conf file based on the parameters provided by the user Creates a new Hyper-V external switch if required Registers Nova Compute as a service and starts it Enables the Microsoft iSCSI Initiator service (optional)
- 12. MSI Installer Continued.. Enables and configures Hyper-V Live Migration (optional ) FreeRDP for Hyper-V console access Installs a command prompt shortcut in the applications menu for a ready made OpenStack prompt (optional) Can be executed fully unattended and automated
- 14. Grizzly is Coming Planning for Grizzly now! Quantum RDP access to VM Consoles Windows Guest Agent Cinder SQL Server support
- 16. Resources OpenStack Hyper-V Wiki http://wiki.openstack.org/Hyper-V OpenStack Compute installer http://www.cloudbase.it Hyper-V http://www.microsoft.com/en-us/server-cloud/hyper-v- server/