Thanks a lot Brother, i was able to complete this with the below codes(ofcourse with your input too)
do{
$i
$VMtomove = $VMslist["$i"]
$VMstoMove += $VMtomove
$VMdisksizeperDS = ($VMtomove |Get-HardDisk |?{$_.Filename -match $lowDS.Name}|foreach{$_.CapacityGB} |Measure-Object -Sum).sum
$Datastores = $VMHosts | Get-Datastore | where {($_.Name -notlike $DNIDSNames) -and ($_.Name -notlike $DNIDSNames1 ) -and ($_.Name -notlike $DNIDSNames2)}
$VMSize = (($VMtomove |Get-HardDisk| Foreach {$_.CapacityGB } | Measure-Object -sum).sum + $VMtomove.MemoryGB)
$opendatastores = $Datastores | where {($_.FreeSpaceGB-$VMSize/$_.CapacityGB)*100 -gt $PercentFree} | Sort FreeSpaceGB -Descending
if (($opendatastores | Measure-Object).count -ge 1){
# Pause loop to wait on jobs to finish
while ((Get-Job -State Running).length -ge $MaxJobs){
Start-Sleep -seconds 3
}
#Determine Datastores in use
$DatastoresInUse = @()
$RunningJobs = Get-Job | where {$_.State -eq "Running"}
foreach ($OpenDatastore in $OpenDatastores){
foreach ($Job in $RunningJobs){
$JobArrayMatch = $JobArray | where {$_.JobID -eq $Job.ID}
foreach ($Match in $JobArrayMatch | where {$_.Destination -eq $OpenDatastore}){
$DatastoresInUse += $OpenDatastore.name
}
}
}
$FilteredDatastores = @()
# Filter Datastore list based on those in use
foreach ($OpenDatastore in $OpenDatastores){
if ($DatastoresInUse -notcontains $OpenDatastore.Name){
$FilteredDatastores += $OpenDatastore
}
Else{}
}
# Determine Best Datastore detination
foreach ($FilteredDatastore in $FilteredDatastores | Sort FreeSpaceMB -Descending){
if (((($FilteredDatastore.FreeSpaceGB-$VMSize)/$FilteredDatastore.CapacityGB)*100)-gt $PercentFree){
$DestinationDatastore = $FilteredDatastore
break
}
}
if ($DestinationDatastore -ne $null){
# Define Job Parameters
$jobSpec=@()
$jobSpec += $jobcmd
$jobSpec += $vCenter
$jobSpec += $saacount
$jobSpec += $vi_pass
$jobSpec += $VMtomove.ID
$jobSpec += $DestinationDatastore.Id
$StartJob = Start-Job -InputObject $jobSpec -ScriptBlock $jobSpec[0]
$Object = New-Object -TypeName psobject -Property @{
jobid = $StartJob.ID
destination = $DestinationDatastore
vm = $VM.Name
}
$JobArray += $object
Write-Host "Moving $VMtomove to $DestinationDatastore"
sleep 30
}
else{
Write-Host "Cannot Move $VMtomove to a datastore accessable to the cluster, There is not enough space to maintain $PercentFree % criteria"
}
}
$i++
}
until(((((Get-Datastore $lowDS.Name).FreeSpaceGB+$VMdisksizeperDS)/(Get-Datastore $lowDS.Name).CapacityGB)*100) -gt 15)
do{
$i
$VMtomove = $VMslist["$i"]
$VMstoMove += $VMtomove
$VMdisksizeperDS = ($VMtomove |Get-HardDisk |?{$_.Filename -match $lowDS.Name}|foreach{$_.CapacityGB} |Measure-Object -Sum).sum
$Datastores = $VMHosts | Get-Datastore | where {($_.Name -notlike $DNIDSNames) -and ($_.Name -notlike $DNIDSNames1 ) -and ($_.Name -notlike $DNIDSNames2)}
$VMSize = (($VMtomove |Get-HardDisk| Foreach {$_.CapacityGB } | Measure-Object -sum).sum + $VMtomove.MemoryGB)
$opendatastores = $Datastores | where {($_.FreeSpaceGB-$VMSize/$_.CapacityGB)*100 -gt $PercentFree} | Sort FreeSpaceGB -Descending
if (($opendatastores | Measure-Object).count -ge 1){
# Pause loop to wait on jobs to finish
while ((Get-Job -State Running).length -ge $MaxJobs){
Start-Sleep -seconds 3
}
#Determine Datastores in use
$DatastoresInUse = @()
$RunningJobs = Get-Job | where {$_.State -eq "Running"}
foreach ($OpenDatastore in $OpenDatastores){
foreach ($Job in $RunningJobs){
$JobArrayMatch = $JobArray | where {$_.JobID -eq $Job.ID}
foreach ($Match in $JobArrayMatch | where {$_.Destination -eq $OpenDatastore}){
$DatastoresInUse += $OpenDatastore.name
}
}
}
$FilteredDatastores = @()
# Filter Datastore list based on those in use
foreach ($OpenDatastore in $OpenDatastores){
if ($DatastoresInUse -notcontains $OpenDatastore.Name){
$FilteredDatastores += $OpenDatastore
}
Else{}
}
# Determine Best Datastore detination
foreach ($FilteredDatastore in $FilteredDatastores | Sort FreeSpaceMB -Descending){
if (((($FilteredDatastore.FreeSpaceGB-$VMSize)/$FilteredDatastore.CapacityGB)*100)-gt $PercentFree){
$DestinationDatastore = $FilteredDatastore
break
}
}
if ($DestinationDatastore -ne $null){
# Define Job Parameters
$jobSpec=@()
$jobSpec += $jobcmd
$jobSpec += $vCenter
$jobSpec += $saacount
$jobSpec += $vi_pass
$jobSpec += $VMtomove.ID
$jobSpec += $DestinationDatastore.Id
$StartJob = Start-Job -InputObject $jobSpec -ScriptBlock $jobSpec[0]
$Object = New-Object -TypeName psobject -Property @{
jobid = $StartJob.ID
destination = $DestinationDatastore
vm = $VM.Name
}
$JobArray += $object
Write-Host "Moving $VMtomove to $DestinationDatastore"
sleep 30
}
else{
Write-Host "Cannot Move $VMtomove to a datastore accessable to the cluster, There is not enough space to maintain $PercentFree % criteria"
}
}
$i++
}
until(((((Get-Datastore $lowDS.Name).FreeSpaceGB+$VMdisksizeperDS)/(Get-Datastore $lowDS.Name).CapacityGB)*100) -gt 15)
Regards,
Satheesh
