$disks = Get-DatastoreCluster SQL2_A9K_General_KeepTogether | Get-Datastore | Get-vm | get-harddisk | select Parent,CapacityGB,Persistence,@{n='Datastore';e={$_.Filename.split(' ')[0]}}
$disks | where-object Datastore -notlike "*CND*" | sort-object CapacityGB -Descending


$disks | where-object Datastore -notlike "*CND*" | where-object Persistence -like "IndependentPersistent" | where-object {$_.Datastore -notlike "*171*" -or $_.Datastore -notlike "*174*" -and $_.Datastore -notlike "*175*" -and $_.Datastore -notlike "*176*" -and $_.Datastore -notlike "*177*" -and $_.Datastore -notlike "*178*" -and $_.Datastore -notlike "*185*"}

$VMSize = @()
$disks | group-object Parent | ForEach-Object {
    $obj=[PSCustomObject]@{
        'VM' = $_.Name;
        'SizeGB' = ($_.Group | measure-object CapacityGB -sum).sum
    }
    $VMSize += $obj
}
#### MOVE _CND NEXT


$disks = Get-DatastoreCluster SQL2_A9K_General | Get-Datastore | Get-vm | get-harddisk | select Parent,CapacityGB,Persistence,@{n='Datastore';e={$_.Filename.split(' ')[0]}}
$disks | group-object Parent | ForEach-Object{
    $_.Group | where-object Persistence -eq IndependentPersistent | sort-object CapacityGB -Descending | select -first 1
}

$disks | group-object Parent | select Name,@{n='MaxIPDiskSizeGB';e={($_.Group | Where-Object Persistence -eq IndependentPersistent | sort-object CapacityGB -Descending | select -first 1).CapacityGB}},@{n='MaxIPDiskDatastore';e={($_.Group | Where-Object Persistence -eq IndependentPersistent | sort-object CapacityGB -Descending | select -first 1).Datastore}},@{n='TotalSizeGB';e={($_.group | measure-object CapacityGB -Sum).Sum}},@{n='DatastoreCount';e={@($_.group).count }} | sort-object MaxIPDiskSizeGB -Descending | ft




$VMs = Get-DatastoreCluster SQL1_A9K_General | Get-VM
$AllDisks = $VMs | Get-HardDisk | select Parent,CapacityGB,Persistence,@{n='Datastore';e={$_.Filename.split(' ')[0]}}

$result = @()
ForEach($VM in $VMs)
{
    $VMDisks = $VM | Get-HardDisk | select Parent,CapacityGB,Persistence,@{n='Datastore';e={$_.Filename.split(' ')[0]}}
    If(($VMDisks | select -Unique Datastore).count -gt 1)
    {
        $obj=[PSCustomObject]@{
            'VMName' = $VM.Name;
            'SumGB' = (Get-VM $VM.Name | Get-HardDisk | measure-object CapacityGB -Sum).Sum;
        }
        $result += $obj
    }
}
$result | sort-object SumGB -Descending





<#   Manual SQL SDRS
- get amount of space required to find a home for
- find datastore with the most VMs under under 2TB
- do those VMs take up more space than desired amount?
    - if yes, move VMs to other datastores
        - create new object with before and after usage
        - find largest VM in group, move to datastore with highest free space        
        - repeat until enough specified space exists
    - if no, find datastore with the most free space
        - create new object with before and after usage
        - move the largest vm on that datastore to the datastore with the 2nd most free space        
        - repeat until enough specified space exists

# >


169

*Select "Change" only if changes need to go to VM admins.

*Select "Delete" to have the VM removed and permanently deleted