[jira] [Resolved] (CLOUDSTACK-7333) [vGPU] Windows VM with GPU cards and PV drivers is going to repair state when deployed with "dynamic scaling enabled" option.

["Sanjay Tripathi (JIRA)" <ji...@apache.org>]

     [ https://issues.apache.org/jira/browse/CLOUDSTACK-7333?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel ]

Sanjay Tripathi resolved CLOUDSTACK-7333.
-----------------------------------------
    Resolution: Won't Fix

There is no need to fix anything in CloudStack as this is the issue in XS SP1 + patches.

Also, the issue is fixed in XS 6.5

> [vGPU] Windows VM with GPU cards and PV drivers is going to repair state when deployed with "dynamic scaling enabled" option.
> -----------------------------------------------------------------------------------------------------------------------------
>
>                 Key: CLOUDSTACK-7333
>                 URL: https://issues.apache.org/jira/browse/CLOUDSTACK-7333
>             Project: CloudStack
>          Issue Type: Bug
>      Security Level: Public(Anyone can view this level - this is the default.) 
>          Components: Hypervisor Controller, Management Server, XenServer
>    Affects Versions: 4.5.0
>         Environment: Xenserver 6.2.5  + PV drivers (up to date)
>            Reporter: Abhinav Roy
>            Assignee: Sanjay Tripathi
>            Priority: Blocker
>             Fix For: 4.5.0
>
>         Attachments: CS-7333.zip
>
>
> There are 4 scenarios which i tried :
> Setup :
> =============
> CS 4.5 advanced zone with Xen 6.2.5 + PV drivers ( XS Tools)
> Dynamic scaling is enabled on zone level.
> Scenario 1 :
> ====================================
> 1. Register a windows 8 or windows 2012 template ( without dynamic scaling enabled) and deploy a VM with vGPU service offering from it.
>  
>   -- Template is registered and VM is deployed. 
> 2. Install the PV drivers on the VM.
>   -- PV drivers are installed successfully (make sure they are latest)
> 3. Now stop the VM, enable dynamic scaling and start the VM.
>   -- VM fails to start and goes into the repair state.
> Scenario 2 :
> ====================================
> 1. Register a windows 8 or windows 2012 template ( with dynamic scaling enabled) and deploy a VM with vGPU service offering from it.
>  
>   -- Template is registered and VM is deployed. 
> 2. Install the PV drivers on the VM.
>   -- PV drivers fail to install and VM goes to repair state.
> Scenario 3 :
> ====================================
> 1. Register a windows 8 or windows 2012 template ( with dynamic scaling enabled and PV drivers installed) and deploy a VM with vGPU service offering from it.
>  
>   -- Template is registered and VM fails to deploy, it goes into repair state. 
> Scenario 4 :
> ====================================
> 1. Register a windows 8 or windows 2012 template ( without dynamic scaling enabled but PV drivers are installed) and deploy a VM with vGPU service offering from it.
>  
>   -- Template is registered and VM is deployed. 
> 2. Now stop the VM, enable dynamic scaling and start the VM.
>   -- VM fails to start and goes into the repair state
> Scenario 5 :
> ====================================
> 1. Register a windows 8 or windows 2012 ISO and deploy a VM with vGPU service offering from it.
>  
>   -- ISO is registered and VM is deployed. 
> 2. Install the PV drivers on the VM.
>   -- PV drivers are installed successfully (make sure they are latest)
> 3. Now stop the VM, enable dynamic scaling and start the VM.
>   -- VM fails to start and goes into the repair state



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