Public/New-AGMLibAWSVM.ps1
|
# Copyright 2022 Google Inc. All Rights Reserved. # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. Function New-AGMLibAWSVM ([string]$appid,[string]$appname,[string]$mountapplianceid,[string]$imageid,[string]$imagename, [string]$vmname, [switch]$migratevm, [switch]$poweroffvm, [string]$rehydrationmode, [string]$selectedobjects, [int]$cpu, [int]$memory, [string]$ostype, [string]$volumeType, [string]$tags, [string]$regioncode, [string]$vpcid, [string]$accesskeyscsv, [string]$accesskeyid, [string]$secretkey, [string]$network, [string]$network1, [string]$network2, [string]$network3, [string]$network4, [string]$network5, [string]$network6, [string]$network7, [string]$network8, [string]$network9, [string]$network10, [string]$network11, [string]$network12, [string]$network13, [string]$network14, [string]$network15, [switch][alias("g")]$guided) { <# .SYNOPSIS Mounts an image as a new AWS VM .EXAMPLE New-AGMLibAWSVM -g Runs a guided menu to create a new AWS VM. .EXAMPLE New-AGMLibAWSVM -vmname "avtest" -appid 46455214 -mountapplianceid 1415013462 -volumetype "General Purpose (SSD)" -regioncode "us-east-1" -vpcid "vpc-1234" -accesskeyscsv "/Users/anthony/Downloads/av_accessKeys.csv" -network1 "subnet-5678;sg-9012;" This mounts the latest image for the specified appid using the specified cluster ID. The subnet ID is "subnet-5678" and the security group ID is "sg-9012" .EXAMPLE New-AGMLibAWSVM -imageid 1234 -volumetype "General Purpose (SSD)" -regioncode "us-east-1" -vpcid "vpc-1234" -accesskeyscsv "/Users/anthony/Downloads/av_accessKeys.csv" -network1 "subnet-5678;sg-9012;" This mounts the specified imageid. The subnet ID is "subnet-5678" and the security group ID is "sg-9012" .DESCRIPTION A function to create new AWS VMs using a mount job Image selection can be done three ways: 1) Run this command in guided mode to learn the available images and select one 2) Learn the image ID and specify that as part of the command with -imageid 3) Learn the Appid and Cluster Id for the appliance that will mount the image and then use -appid and -mountapplianceid This will use the latest snapshot, dedupasync, StreamSnap or OnVault image on that appliance poweroffvm - by default is not set and VM is left powered on rehydrationmode - OnVault only can be: StorageOptimized,Balanced, PerformanceOptimized or MaximumPerformance selectedobjects - currently not cated for cpu - autolearned from the image so they should only be issued if you want to vary them from the per image default memory - autolearned from the image so they should only be issued if you want to vary them from the per image default ostype - autolearned from the image so they should only be issued if you want to vary them from the per image default volumeType - Get list by running: Get-AGMImageSystemStateOptions -imageid $imageid -target AWS tags - comma separate if you have multiple regioncode - Get list by running: Get-AGMImageSystemStateOptions -imageid $imageid -target AWS privateipaddresses - comma separate if you have multiple migratevm - by default is not set networks - each network should have three semi-colon separated sections: subnet id ; SecurityGroupIds comma separated ; private IPs comma separate e.g.: 1234;5678,9012;10.1.1.1,10.1.1.1 bootdisksize - autolearned from the image so they should only be issued if you want to vary them from the per image default Note image defaults can be shown with: Get-AGMImageSystemStateOptions -imageid $imageid -target AWS If you have the access keys CSV file downloaded from the AWS IAM panel you can use that with -accesskeyscsv, else you will need to supply -accesskeyid and -secretkey #> if ( (!($AGMSESSIONID)) -or (!($AGMIP)) ) { Get-AGMErrorMessage -messagetoprint "Not logged in or session expired. Please login using Connect-AGM" return } $sessiontest = Get-AGMVersion if ($sessiontest.errormessage) { $sessiontest return } # if the user gave us nothing to start work, then ask for a VMware VM name if ( (!($appname)) -and (!($imagename)) -and (!($imageid)) -and (!($appid)) ) { $guided = $TRUE write-host "Running guided mode" $appliancegrab = Get-AGMAppliance | select-object name,clusterid | sort-object name if ($appliancegrab.count -eq 0) { Get-AGMErrorMessage -messagetoprint "Failed to find any appliances to list" return } if ($appliancegrab.name.count -eq 1) { $mountapplianceid = $appliancegrab.clusterid $mountappliancename = $appliancegrab.name } else { Clear-Host write-host "Appliance selection menu - which Appliance will run this mount" Write-host "" $i = 1 foreach ($appliance in $appliancegrab) { Write-Host -Object "$i`: $($appliance.name)" $i++ } While ($true) { Write-host "" $listmax = $appliancegrab.name.count [int]$appselection = Read-Host "Please select an Appliance to mount from (1-$listmax)" if ($appselection -lt 1 -or $appselection -gt $listmax) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$($listmax)]" } else { break } } $mountapplianceid = $appliancegrab.clusterid[($appselection - 1)] $mountappliancename = $appliancegrab.name[($appselection - 1)] } write-host "Fetching VM and SystemState list from AGM for $mountappliancename" $vmgrab = Get-AGMApplication -filtervalue "apptype=SystemState&apptype=VMBackup&managed=True&clusterid=$mountapplianceid" | sort-object appname if ($vmgrab.count -eq 0) { Get-AGMErrorMessage -messagetoprint "There are no Managed System State or VMBackup apps to list" return } if ($vmgrab.count -eq 1) { $appname = $vmgrab.appname $appid = $vmgrab.id write-host "Found one app $appname" write-host "" } else { Clear-Host write-host "VM Selection menu" Write-host "" $i = 1 foreach ($vm in $vmgrab) { Write-Host -Object "$i`: $($vm.appname) ($($vm.apptype)) on $($vm.cluster.name)" $i++ } While ($true) { Write-host "" $listmax = $vmgrab.appname.count [int]$vmselection = Read-Host "Please select a protected VM (1-$listmax)" if ($vmselection -lt 1 -or $vmselection -gt $listmax) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$($listmax)]" } else { break } } $appname = $vmgrab.appname[($vmselection - 1)] $appid = $vmgrab.id[($vmselection - 1)] } } else { if ( (!($appname)) -and (!($imagename)) -and (!($imageid)) -and (!($appid)) ) { $appname = read-host "AppName of the source VM" } } if ( ($appname) -and (!($appid)) ) { $appgrab = Get-AGMApplication -filtervalue "appname=$appname&apptype=VMBackup&apptype=SystemState" if ($appgrab.id.count -ne 1) { Get-AGMErrorMessage -messagetoprint "Failed to resolve $appname to a unique valid VMBackup or System State app. Use Get-AGMLibApplicationID and try again specifying -appid." return } else { $appid = $appgrab.id } } # learn name of new VM if (!($vmname)) { While ($true) { if ($vmname -eq "") { [string]$vmname= Read-Host "Name of New VM you want to create using an image of $appname" } else { break } } } # learn about the image if ($imagename) { $imagegrab = Get-AGMImage -filtervalue backupname=$imagename if ($imagegrab.count -eq 0) { Get-AGMErrorMessage -messagetoprint "Failed to find $imagename using: Get-AGMImage -filtervalue backupname=$imagename" return } else { $imageid = $imagegrab.id } } # this if for guided menu if ($guided) { if (!($imagename)) { write-host "Fetching Image list from AGM" $imagelist = Get-AGMImage -filtervalue "appid=$appid&jobclass=snapshot&jobclass=StreamSnap&jobclass=dedupasync&jobclass=OnVault&clusterid=$mountapplianceid" | select-object -Property backupname,consistencydate,id,targetuds,jobclass,cluster,diskpool | Sort-Object consistencydate if ($imagelist.id.count -eq 0) { Get-AGMErrorMessage -messagetoprint "Failed to fetch any Images for appid $appid" return } Clear-Host Write-Host "Image list. Choose based on the best consistency date, location and jobclass." $i = 1 foreach ($image in $imagelist) { if ($image.jobclass -eq "OnVault") { $target = $image.diskpool.name Write-Host -Object "$i`: $($image.consistencydate) $($image.jobclass) (Diskpool: $target)" } else { $target = $image.cluster.name Write-Host -Object "$i`: $($image.consistencydate) $($image.jobclass) (Appliance: $target)" } $i++ } While ($true) { Write-host "" $listmax = $imagelist.Length [int]$imageselection = Read-Host "Please select an image (1-$listmax)" if ($imageselection -lt 1 -or $imageselection -gt $imagelist.Length) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$($imagelist.Length)]" } else { break } } $imageid = $imagelist[($imageselection - 1)].id $jobclass = $imagelist[($imageselection - 1)].jobclass } } if (($appid) -and ($mountapplianceid) -and (!($imageid))) { # if we are not running guided mode but we have an appid without imageid, then lets get the latest image on the mountappliance ID $imagegrab = Get-AGMImage -filtervalue "appid=$appid&targetuds=$mountapplianceid&jobclass=snapshot&jobclass=StreamSnap&jobclass=dedupasync&jobclass=OnVault" -sort "consistencydate:desc,jobclasscode:asc" -limit 1 if ($imagegrab.count -eq 1) { $imageid = $imagegrab.id } else { Get-AGMErrorMessage -messagetoprint "Failed to fetch a snapshot, dedupasync, StreamSnap or OnVault Image for appid $appid on appliance with clusterID $mountapplianceid" return } } $systemstateoptions = Get-AGMImageSystemStateOptions -imageid $imageid -target AWS $cpudefault = $ostype = ($systemstateoptions| where-object {$_.name -eq "CPU"}).defaultvalue $memorydefault = $ostype = ($systemstateoptions| where-object {$_.name -eq "Memory"}).defaultvalue $bootdiskdefault = $ostype = ($systemstateoptions| where-object {$_.name -eq "BootDiskSize"}).defaultvalue $ostype = ($systemstateoptions| where-object {$_.name -eq "OSType"}).defaultvalue $volumetypelist = ($systemstateoptions| where-object {$_.name -eq "volumeType"}).choices.name $regioncodelist = ($systemstateoptions| where-object {$_.name -eq "RegionCode"}).choices # so many settings to explore if ($guided) { Clear-Host Write-Host "" # migrate VM Write-Host "Migrate VM?" Write-Host "1`: Do not migrate VM(default)" Write-Host "2`: Migrate the VM to cloud storage" Write-Host "" [int]$userselection = Read-Host "Please select from this list (1-2)" if ($userselection -eq "") { $userselection = 1 } if ($userselection -eq 1) { $migratevm = $FALSE } if ($userselection -eq 2) { $migratevm = $TRUE } # power off Write-Host "Power off after recovery?" Write-Host "1`: Do not power off after recovery(default)" Write-Host "2`: Power off after recovery" Write-Host "" [int]$userselection = Read-Host "Please select from this list (1-2)" if ($userselection -eq "") { $userselection = 1 } if ($userselection -eq 1) { $poweroffvm = $FALSE } if ($userselection -eq 2) { $poweroffvm = $TRUE } Write-Host "" # cpu and memory [int]$cpu = read-host "CPU (vCPU) (default $cpudefault)" [int]$memory = read-host "Memory (GB) (default $memorydefault)" # ostype shouldn't be needed if (!($ostype)) { Write-Host "" Write-Host "OS TYPE?" Write-Host "1`: Windows(default)" Write-Host "2`: Linux" Write-Host "" [int]$userselection = Read-Host "Please select from this list (1-2)" if ($userselection -eq "") { $userselection = 1 } if ($userselection -eq 1) { $ostype = "Windows" } if ($userselection -eq 2) { $ostype = "Linux" } } else { write-host "`nOS type: $ostype" } Write-Host "" #volume type Write-Host "Volume Type" $i = 1 $listmax = $volumetypelist.Length foreach ($disktype in $volumetypelist) { Write-Host -Object "$i`: $disktype" $i++ } [int]$userselection = Read-Host "Please select from this list (1-$listmax)" if ($userselection -eq "") { $userselection = 1 } $volumetype = $volumetypelist[($userselection - 1)] # tags Write-Host "" [string]$tags = Read-Host "Tags (comma separated)" # region code Write-Host "Region Code" $i = 1 $listmax = $regioncodelist.Length foreach ($region in $regioncodelist.name) { Write-Host -Object "$i`: $region" $i++ } While ($true) { [int]$userselection = Read-Host "Please select from this list (1-$listmax)" if ($userselection -lt 1 -or $userselection -gt $listmax) { Write-Host -Object "Invalid selection. Please enter a number in range [1-$($listmax)]" } else { break } } $regioncode = $regioncodelist.name[($userselection - 1)] #vpc ID, access ID and secretkey While ($true) { if ($vpcid -eq "") { [string]$vpcid = Read-Host "VPC ID" } else { break } } Write-host "If you have an AWS Access key file in CSV format, you can use that. Otherwise hit enter on the next prompt to type them in manually." $accesskeyscsv = "" $accesskeyscsv = read-host "Name of AWS Access keyfile (with full path to file)" if ($accesskeyscsv) { if ([IO.File]::Exists($accesskeyscsv)) { $importedcsv = Import-Csv -Path $accesskeyscsv if ($importedcsv.'Access key ID') { $accesskeyid = $importedcsv.'Access key ID' } if ($importedcsv.'Secret access key') { $secretkey = $importedcsv.'Secret access key' } } else { Write-Host -Object "Could not locate $accesskeyscsv." $accesskeyscsv = "" } } if ((!($accesskeyid)) -and (!($secretkey))) { $accesskeyid = "" While ($true) { if ($encaccesskeyid.length -eq 0) { $encaccesskeyid = Read-Host -AsSecureString "Access Key ID" } else { break } } $secretkey = "" While ($true) { if ($encsecretkey.length -eq 0) { $encsecretkey = Read-Host -AsSecureString "Secret Key" } else { break } } $accesskeyid = ConvertFrom-SecureString -SecureString $encaccesskeyid -AsPlainText $secretkey = ConvertFrom-SecureString -SecureString $encsecretkey -AsPlainText } #networks [int]$networkcount = Read-Host "Number of networks (default is 1)" if (!($networkcount)) { $networkcount = 1 } foreach ($net in 1..$networkcount) { write-host "" Write-host "Network $net settings" Write-Host "" [string]$subnetid = "" While ($true) { if ($subnetid -eq "") { [string]$subnetid = Read-Host "Subnet ID"} else { break } } $networkinformation = $subnetid + ";" $secgroupinfo = "" [int]$securitygroupcount = Read-Host "Number of Security Groups (default is 1)" if (!($securitygroupcount)) { $securitygroupcount = 1 } foreach ($secgroup in 1..$securitygroupcount) { [string]$securitygroupid = "" While ($true) { if ($securitygroupid -eq "") { [string]$securitygroupid = Read-Host "Security Group ID"} else { break } } $secgroupinfo = $secgroupinfo + "," + $securitygroupid } if ($secgroupinfo -ne "") { $secgroupinfo = $secgroupinfo.substring(1) } $networkinformation = $networkinformation + $secgroupinfo + ";" $privateipinfo = "" [int]$privateipcount = Read-Host "Number of Private IPs (default is 0)" if (!($privateipcount)) { $privateipcount = 0 } if ($privateipcount -gt 0) { foreach ($privip in 1..$privateipcount) { [string]$privateip = "" While ($true) { if ($privateip -eq "") { [string]$privateip = Read-Host "Private IP Address"} else { break } } $privateipinfo = $privateipinfo + "," + $privateip } } if ($privateipinfo -ne "") { $privateipinfo = $privateipinfo.substring(1) } $networkinformation = $networkinformation + $privateipinfo New-Variable -Name "network$net" -Value $networkinformation -force } # boot disk size [int]$bootdisksize = read-host "Boot Disk Size(default $bootdiskdefault)" if ($jobclass -eq "OnVault") { Write-Host "" Write-Host "OnVault Performance & Consumption Options" Write-Host "1`: Storage Optimized (performance depends on network, least storage consumption)" Write-Host "2`: Balanced (more performance, more storage consumption) - Default" Write-Host "3`: Performance Optimized (higher performance, highest storage consumption)" Write-Host "4`: Maximum Performance (delay before mount, highest performance, highest storage consumption)" Write-Host "" [int]$userselection = Read-Host "Please select from this list (1-4)" if ($userselection -eq "") { $userselection = 2 } if ($userselection -eq 1) { $rehydrationmode = "StorageOptimized" } if ($userselection -eq 2) { $rehydrationmode = "Balanced" } if ($userselection -eq 3) { $rehydrationmode = "PerformanceOptimized" } if ($userselection -eq 4) { $rehydrationmode = "MaximumPerformance" } } } #some defaults if (!($cpu)) { $cpu = $cpudefault } if (!($memory)) { $memory = $memorydefault } if (!($bootdisksize)) { $bootdisksize = $bootdiskdefault } if ($guided) { Clear-Host Write-Host "Guided selection is complete. The values entered resulted in the following command:" Write-Host "" Write-Host -nonewline "New-AGMLibAWSVM -imageid $imageid -vmname `"$vmname`" -appid $appid -mountapplianceid $mountapplianceid" if ($poweroffvm) { Write-Host -nonewline " -poweroffvm" } if ($rehydrationmode) { Write-Host -nonewline " -rehydrationmode `"$rehydrationmode`""} if ($accesskeyscsv -eq "" ) { Write-Host -nonewline " -cpu $cpu -memory $memory -ostype `"$OSType`" -volumetype `"$volumetype`" -regioncode `"$regioncode`" -vpcid `"$vpcid`" -accesskeyid ******* -secretkey *******" } if ($accesskeyscsv -ne "" ) { Write-Host -nonewline " -cpu $cpu -memory $memory -ostype `"$OSType`" -volumetype `"$volumetype`" -regioncode `"$regioncode`" -vpcid `"$vpcid`" -accesskeyscsv `"$accesskeyscsv`"" } if ($tags) { Write-Host -nonewline " -tags `"$tags`"" } if ($network) { Write-Host -nonewline " -network1 `"$network`""} if ($network1) { Write-Host -nonewline " -network1 `"$network1`""} if ($network2) { Write-Host -nonewline " -network2 `"$network2`""} if ($network3) { Write-Host -nonewline " -network3 `"$network3`""} if ($network4) { Write-Host -nonewline " -network4 `"$network4`""} if ($network5) { Write-Host -nonewline " -network5 `"$network5`""} if ($network6) { Write-Host -nonewline " -network6 `"$network6`""} if ($network7) { Write-Host -nonewline " -network7 `"$network7`""} if ($network8) { Write-Host -nonewline " -network8 `"$network8`""} if ($network9) { Write-Host -nonewline " -network9 `"$network9`""} if ($network10) { Write-Host -nonewline " -network10 `"$network10`""} if ($network11) { Write-Host -nonewline " -network11 `"$network11`""} if ($network12) { Write-Host -nonewline " -network12 `"$network12`""} if ($network13) { Write-Host -nonewline " -network13 `"$network13`""} if ($network14) { Write-Host -nonewline " -network14 `"$network14`""} if ($network15) { Write-Host -nonewline " -network15 `"$network15`""} Write-Host -nonewline " -bootdisksize $bootdisksize" if ($migratevm) { Write-Host -nonewline " -migratevm" } Write-Host "" Write-Host "1`: Run the command now (default) - NOTE the access ID and secret key ID are not shown here but will be used" Write-Host "2`: Show the JSON used to run this command, but don't run it - NOTE the access ID and secret key ID will be shown here" Write-host "3`: Show the command with secret key to run it later. This will use the latest available image rather than image $imageid" Write-Host "4`: Exit without running the command" $userchoice = Read-Host "Please select from this list (1-4)" if ($userchoice -eq 2) { $jsonprint = "yes" } if ($userchoice -eq 3) { Write-Host -nonewline "New-AGMLibAWSVM -vmname `"$vmname`" -appid $appid -mountapplianceid $mountapplianceid" if ($poweroffvm) { Write-Host -nonewline " -poweroffvm" } if ($rehydrationmode) { Write-Host -nonewline " -rehydrationmode `"$rehydrationmode`""} if ($accesskeyscsv -eq "" ) { Write-Host -nonewline " -cpu $cpu -memory $memory -ostype `"$OSType`" -volumetype `"$volumetype`" -regioncode `"$regioncode`" -vpcid `"$vpcid`" -accesskeyid `"$accesskeyid`" -secretkey `"$secretkey`"" } if ($accesskeyscsv -ne "" ) { Write-Host -nonewline " -cpu $cpu -memory $memory -ostype `"$OSType`" -volumetype `"$volumetype`" -regioncode `"$regioncode`" -vpcid `"$vpcid`" -accesskeyscsv `"$accesskeyscsv`"" } if ($tags) { Write-Host -nonewline " -tags `"$tags`"" } if ($network) { Write-Host -nonewline " -network1 `"$network`""} if ($network1) { Write-Host -nonewline " -network1 `"$network1`""} if ($network2) { Write-Host -nonewline " -network2 `"$network2`""} if ($network3) { Write-Host -nonewline " -network3 `"$network3`""} if ($network4) { Write-Host -nonewline " -network4 `"$network4`""} if ($network5) { Write-Host -nonewline " -network5 `"$network5`""} if ($network6) { Write-Host -nonewline " -network6 `"$network6`""} if ($network7) { Write-Host -nonewline " -network7 `"$network7`""} if ($network8) { Write-Host -nonewline " -network8 `"$network8`""} if ($network9) { Write-Host -nonewline " -network9 `"$network9`""} if ($network10) { Write-Host -nonewline " -network10 `"$network10`""} if ($network11) { Write-Host -nonewline " -network11 `"$network11`""} if ($network12) { Write-Host -nonewline " -network12 `"$network12`""} if ($network13) { Write-Host -nonewline " -network13 `"$network13`""} if ($network14) { Write-Host -nonewline " -network14 `"$network14`""} if ($network15) { Write-Host -nonewline " -network15 `"$network15`""} Write-Host -nonewline " -bootdisksize $bootdisksize" if ($migratevm) { Write-Host -nonewline " -migratevm" } return } if ($userchoice -eq 4) { return } } if (($accesskeyscsv) -and (!($accesskeyid))) { if ([IO.File]::Exists($accesskeyscsv)) { $importedcsv = Import-Csv -Path $accesskeyscsv if ($importedcsv.'Access key ID') { $accesskeyid = $importedcsv.'Access key ID' } if ($importedcsv.'Secret access key') { $secretkey = $importedcsv.'Secret access key' } } else { Get-AGMErrorMessage -messagetoprint "Could not locate $accesskeyscsv file. Make sure file path is used" return } } $body = [ordered]@{} $body += @{ hostname = $vmname } if ($poweroffvm) { $body += @{ poweronvm = "false" } } else { $body += @{ poweronvm = "true" } } if ($rehydrationmode) { $body += @{ rehydrationmode = $rehydrationmode } } # selected objects needed # [string]$selectedobjects, $systemstateoptions = @() $systemstateoptions += @( [ordered]@{ name = 'CPU'; value = $cpu } [ordered]@{ name = 'Memory'; value = $memory } [ordered]@{ name = 'OSType'; value = $ostype } [ordered]@{ name = 'CloudType'; value = "AWS" } [ordered]@{ name = 'volumeType'; value = $volumetype } ) if ($tags) { foreach ($tag in $tags.split(",")) { $systemstateoptions += @( [ordered]@{ name = 'tags'; value = $tag } ) } } $systemstateoptions += @( [ordered]@{ name = 'RegionCode'; value = $regioncode } [ordered]@{ name = 'NetworkId'; value = $vpcid } [ordered]@{ name = 'AccessKeyID'; value = $accesskeyid } [ordered]@{ name = 'SecretKey'; value = $secretkey } ) # add all the networks! foreach ($netinfo in $network,$network1,$network2,$network3,$network4,$network5,$network6,$network7,$network8,$network9,$network10,$network11,$network12,$network13,$network14,$network15) { if ($netinfo) { $nicinfo = @() $nicinfo = @( @{ name = 'SubnetId' ; value = $netinfo.split(";")[0] } ) $networksplit1 = $netinfo.split(";")[1] foreach ($value in $networksplit1.split(",")) { $nicinfo += @( @{ name = 'SecurityGroupId' ; value = $value } ) } $networksplit2 = $netinfo.split(";")[2] foreach ($value in $networksplit2.split(",")) { if ($value -ne "" ) { $nicinfo += @( @{ name = 'privateIpAddresses' ; value = $value } ) } } $systemstateoptions += @( [ordered]@{ name = 'NICInfo'; structurevalue = $nicinfo } ) } } # bootdisk size $systemstateoptions += @( [ordered]@{ name = 'BootDiskSize'; value = $bootdisksize } ) $body += [ordered]@{ systemstateoptions = $systemstateoptions } if ($migratevm) { $body += @{ migratevm = "true" } } else { $body += @{ migratevm = "false" } } $json = $body | ConvertTo-Json -depth 4 if ($jsonprint -eq "yes") { $compressedjson = $body | ConvertTo-Json -compress -depth 4 Write-host "This is the final command:" Write-host "" Write-host "Post-AGMAPIData -endpoint /backup/$imageid/mount -body `'$compressedjson`'" return } Post-AGMAPIData -endpoint /backup/$imageid/mount -body $json } |