VMware Aria Automation | Working with Windows Server Drives

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formatVersion: 1
inputs:
  CustomizationSpec:
    type: string
    description: Customization Specification
    default: W2K19
    title: CustomizationSpec
  VMName:
    type: string
    title: VM Name
    minLength: 1
    maxLength: 15
    default: DBH-194
  IP:
    type: string
    default: 192.168.110.194
  EDrive:
    type: integer
    title: E-Drive
    default: 0
    description: Enter 0 to disable the disk and not create
  LDrive:
    type: integer
    title: L-Drive
    default: 0
    description: Enter 0 to disable the disk and not create
  TDrive:
    type: integer
    title: T-Drive
    default: 0
    description: Enter 0 to disable the disk and not create
  SQL:
    type: string
    title: SQL
    description: Selecting SQL will format all DATA drives with 64k allocation.
    default: 'False'
    enum:
      - 'True'
      - 'False'
resources:
  Network:
    type: Cloud.Network
    properties:
      networkType: existing
      constraints:
        - tag: network:VMs
  Virtual_Machine:
    type: Cloud.Machine
    properties:
      image: W2K19
      flavor: medium
      customizationSpec: ${input.CustomizationSpec}
      name: ${input.VMName}
      remoteAccess:
        authentication: usernamePassword
        username: administrator
        password: VMware1!
      networks:
        - network: ${resource.Network.id}
          assignment: static
          address: ${input.IP}
      attachedDisks: ${map_to_object(resource.Cloud_Volume_E[*].id + resource.Cloud_Volume_L[*].id + resource.Cloud_Volume_T[*].id , "source")}
      edrivesize: ${input.EDrive}
      ldrivesize: ${input.LDrive}
      tdrivesize: ${input.TDrive}
      sql: ${input.SQL}
  # - VMware Max SCSI Controllers is 4
  # - VMware Max Unit per SCSI Controllers is 15
  Cloud_Volume_E:
    type: Cloud.Volume
    properties:
      capacityGb: ${input.EDrive}
      count: '${input.EDrive == 0 ? 0 : 1 }'
      SCSIController: SCSI_Controller_1
      unitNumber: 0
      provisioningType: thin
  Cloud_Volume_L:
    type: Cloud.Volume
    properties:
      capacityGb: ${input.LDrive}
      count: '${input.LDrive == 0 ? 0 : 1 }'
      SCSIController: SCSI_Controller_1
      unitNumber: 1
      provisioningType: thin
  Cloud_Volume_T:
    type: Cloud.Volume
    properties:
      capacityGb: ${input.TDrive}
      count: '${input.TDrive == 0 ? 0 : 1 }'
      SCSIController: SCSI_Controller_1
      unitNumber: 2
      provisioningType: thin
  Cloud_SaltStack_1:
    type: Cloud.SaltStack
    properties:
      hosts:
        - ${resource.Virtual_Machine.id}
      masterId: saltstack_enterprise_installer
      stateFiles:
        - /vcrocs/windows-server-services.sls
        - /vcrocs/windows-server-new-drives.sls
      saltEnvironment: base
      additionalMinionParams:
        grains:
          vCROCS_Roles:
            - webserver
            - database
          vCROCS_Drive_E_Size:
            - ${input.EDrive}
          vCROCS_Drive_L_Size:
            - ${input.LDrive}
          vCROCS_Drive_T_Size:
            - ${input.TDrive}
          vCROCS_SQL:
            - ${input.SQL}

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onlinenewdrives:
  cmd.script:
    - name: newdrives
    - source: salt://scripts/windows-server-new-drives-ps.ps1
    - shell: PowerShell

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# ----- [ Get minion data ] -----
$eDrive = salt-call grains.get vCROCS_Drive_E_Size --output=json | ConvertFrom-Json
$eDrive = $eDrive.local
$output = 'E-Drive: ' + $eDrive
Write-Output $output

$lDrive = salt-call grains.get vCROCS_Drive_L_Size --output=json | ConvertFrom-Json
$lDrive = $lDrive.local
$output = 'L-Drive: ' +$lDrive
Write-Output $output

$tDrive = salt-call grains.get vCROCS_Drive_T_Size --output=json | ConvertFrom-Json
$tDrive = $tDrive.local
$output = 'T-Drive: ' + $tDrive
Write-Output $output

$SQL = salt-call grains.get vCROCS_SQL --output=json | ConvertFrom-Json
$SQL = $SQL.local
$output = 'SQL: ' + $SQL
Write-Output $output

# ----- [ Function to bring drive online and format ] -----
function set-driveOnline{

    param(
    [parameter(mandatory = $true)]
    [string]$driveLetter,
    [int]$diskNumber
    )

    $diskOnline = Get-Disk | Where-Object Number -EQ $diskNumber
    if($diskOnline.OperationalStatus -eq 'offline'){
        Get-Disk | Where-Object Number -EQ $diskNumber | Set-Disk -IsOffline $False

        $disksize = Get-Disk -Number $diskNumber | Select-Object size
        $disksize = $disksize.size
        $disksize = $disksize/1073741824
        $output = 'Disk ' + $diskNumber + ' Size: ' + $disksize
        Write-Output $output

        if($disksize -gt 0){
            Initialize-Disk $diskNumber -PartitionStyle GPT
        } # End if
        
        New-Partition -DiskNumber $diskNumber -UseMaximumSize -DriveLetter $driveLetter
        if($SQL -eq 'True'){
            Format-Volume -DriveLetter $driveLetter -FileSystem NTFS -NewFileSystemLabel "SQL Data" -AllocationUnitSize 65536 -Confirm:$false
        } # End If
        else{
            Format-Volume -DriveLetter $driveLetter -FileSystem NTFS -NewFileSystemLabel "APP Data" -AllocationUnitSize 4096 -Confirm:$false
        } # End Else

        $global:diskNumber++
        $output = 'Disk Number: ' + $global:diskNumber
        Write-Output $output
    } # end if offline

} # end function



$global:diskNumber = 1
$output = 'Disk Number: ' + $global:diskNumber
Write-Output $output

if($eDrive -gt 0){
    $driveLetter = 'E'
    $output = 'Drive Letter: ' + $driveLetter
    Write-Output $output
    
    # run function
    set-driveOnline -driveLetter $driveLetter -diskNumber $global:diskNumber

} # end if

if($lDrive -gt 0){
    $driveLetter = 'L'
    $output = 'Drive Letter: ' + $driveLetter
    Write-Output $output
    
    # run function
    set-driveOnline -driveLetter $driveLetter -diskNumber $global:diskNumber

} # end if

if($tDrive -gt 0){
    $driveLetter = 'T'
    $output = 'Drive Letter: ' + $driveLetter
    Write-Output $output
    
    # run function
    set-driveOnline -driveLetter $driveLetter -diskNumber $global:diskNumber

} # end if