Create Add-ZertoAzureVpg function
This commit is contained in:
Wes Carroll
@@ -0,0 +1,201 @@
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<# .ExternalHelp ./en-us/ZertoApiWrapper-help.xml #>
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function New-ZertoAzureVpg {
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[CmdletBinding()]
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# Ignoring Should Process PSSA rule. Change is in memory and not committed untill the Save-ZertoVpgSetting function is called.
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[Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")]
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param(
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[Parameter(
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Mandatory,
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HelpMessage = "Desired name of the VPG to be created."
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)]
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[ValidateNotNullOrEmpty()]
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[string]$Name,
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[Parameter(
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HelpMessage = "Replication priority of the VPG to be created. Default value is 'Medium'"
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)]
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[ValidateSet("High", "Medium", "Low")]
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[string]$Priority = "Medium",
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[Parameter(
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HelpMessage = "Desired journal history in hours of the VPG to be created. Min 1 hour, Max 720 hours (30 days). Default is 24 hours."
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)]
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[ValidateRange(1, 720)]
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[Int]$JournalHistoryInHours = 24,
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[Parameter(
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HelpMessage = "Desired RPO alert value in seconds. Min 60 seconds, Max 86400 seconds (24 hours). Default is 300 seconds (5 minutes)."
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)]
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[ValidateRange(60, 86400)]
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[Int]$RpoInSeconds = 300,
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[Parameter(
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HelpMessage = "Desired test interval in minutes. Please review documentation for values. Default is 262080 minutes (6 months)."
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)]
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[ValidateSet(0, 43200, 131040, 262080, 394560, 525600)]
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[Int]$TestIntervalInMinutes = 262080,
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[Parameter(
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HelpMessage = "Turn on or off WAN compression. Reccommended this setting is not turned off. Default is to leave WAN compression turned on."
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)]
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[Bool]$UseWanCompression = $True,
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[Parameter(
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Mandatory,
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HelpMessage = "Name of the ZCA site for the VPG to target."
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)]
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[ValidateNotNullOrEmpty()]
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[String]$TargetSiteName,
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[Parameter(
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Mandatory,
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HelpMessage = "Name of the default Network (VNet) to use during a live operation."
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)]
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[ValidateNotNullOrEmpty()]
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[String]$LiveNetworkName,
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[Parameter(
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Mandatory,
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HelpMessage = "Name of the default subnet to use during a live operation."
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)]
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[ValidateNotNullOrEmpty()]
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[String]$LiveSubnetName,
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[Parameter(
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Mandatory,
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HelpMessage = "Name of the default Security Group to use during a live operation."
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)]
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[ValidateNotNullOrEmpty()]
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[String]$LiveSecurityGroupName,
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[Parameter(
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Mandatory,
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HelpMessage = "Name of the default VM Instance Type to use during a live operation."
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)]
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[ValidateNotNullOrEmpty()]
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[String]$LiveInstanceType,
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[Parameter(
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HelpMessage = "Type of disk to select as the default for the VPG during a live operation. Default is 'ManagedPremiumSSD'"
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)]
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[ValidateSet("UnmanagedStandard", "ManagedPremiumSSD", "ManagedStandardSSD", "ManagedStandardHDD")]
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[String]$LiveDiskType = "ManagedPremiumSSD",
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[Parameter(
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Mandatory,
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HelpMessage = "Name of the default Network (VNet) to use during a test operation."
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)]
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[ValidateNotNullOrEmpty()]
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[String]$TestNetworkName,
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[Parameter(
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Mandatory,
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HelpMessage = "Name of the default subnet to use during a test operation."
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)]
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[ValidateNotNullOrEmpty()]
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[String]$TestSubnetName,
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[Parameter(
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Mandatory,
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HelpMessage = "Name of the default Security Group to use during a test operation."
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)]
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[ValidateNotNullOrEmpty()]
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[String]$TestSecurityGroupName,
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[Parameter(
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Mandatory,
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HelpMessage = "Name of the default VM Instance Type to use during a test operation."
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)]
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[ValidateNotNullOrEmpty()]
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[String]$TestInstanceType,
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[Parameter(
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HelpMessage = "Type of disk to select as the default for the VPG during a live operation. Default is 'ManagedPremiumSSD'"
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)]
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[ValidateSet("UnmanagedStandard", "ManagedPremiumSSD", "ManagedStandardSSD", "ManagedStandardHDD")]
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[String]$TestDiskType = "ManagedPremiumSSD"
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)
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begin {
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# Grab local site identifier and target site information and identifier
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$LocalSiteIdentifier = Get-ZertoLocalSite | Select-Object -ExpandProperty SiteIdentifier
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$TargetSiteInfo = Get-ZertoPeerSite | Where-Object { $_.PeerSiteName -match $TargetSiteName }
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$TargetSiteIdentifier = $TargetSiteInfo | Select-Object -ExpandProperty SteIdentifier
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# Validate site identifier and site type.
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if ($null -eq $TargetSiteIdentifier) {
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Write-Error "Unable to find target site with name $TargetSiteName. Please check the name and try again" -ErrorAction Stop
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} elseif ($TargetSiteInfo.SiteType -notmatch "Azure") {
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Write-Error "Specified site is not an Azure site. Please specify an Azure site and try again." -ErrorAction Stop
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}
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# Build Maps for quick lookups and validation
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$NetworksMap = GetMap -InputObject (Get-ZertoAzureResource -SiteIdentifier $TargetSiteIdentifier -Network) -Key "VirtualNetworkName" -Value "VirtualNetworkIdentifier"
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$SubnetsMap = GetMap -InputObject (Get-ZertoAzureResource -SiteIdentifier $TargetSiteIdentifier -Subnet) -Key "SubnetName" -Value "SubnetIdentifier"
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$SecurityGroupsMap = GetMap -InputObject (Get-ZertoAzureResource -SiteIdentifier $TargetSiteIdentifier -SecurityGroup) -Key "SecurityGroupName" -Value "SecurityGroupIdentifier"
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$InstancesMap = GetMap -InputObject (Get-ZertoAzureResource -SiteIdentifier $TargetSiteIdentifier -VmInstanceType) -Key "VmInstanceType" -Value "IsPremiumSupported"
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# Validate instance types and ensure case insensitivity
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$TestInstanceType = $Instances.Where( { $_.VmInstanceType -match $TestInstanceType }) | Select-Object -ExpandProperty VmInstanceType
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$LiveInstanceType = $Instances.Where( { $_.VmInstanceType -match $LiveInstanceType }) | Select-Object -ExpandProperty VmInstanceType
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# Validate parameters are found at target site and Instance and Disk Types are valid
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if ($null -eq $NetworksMap[$LiveNetworkName]) {
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Write-Error "Unable to find network with name $LiveNetworkName. Please check the name and try again." -ErrorAction Stop
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} elseif ($null -eq $SubnetsMap[$LiveSubnetName]) {
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Write-Error "Unable to find subnet with name $LiveSubnetName. Please check the name and try again." -ErrorAction Stop
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} elseif ($null -eq $SecurityGroupsMap[$LiveSecurityGroupName]) {
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Write-Error "Unable to find security group with name $LiveSecurityGroupName. Please check the name and try again." -ErrorAction Stop
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} elseif ($LiveInstanceType -notin $Instances.VmInstanceType) {
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Write-Error "Unable to find a supported VM Instance Type with name $LiveInstanceType. Please check the name and try again." -ErrorAction Stop
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} elseif ($null -eq $NetworksMap[$TestNetworkName]) {
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Write-Error "Unable to find network with name $TestNetworkName. Please check the name and try again." -ErrorAction Stop
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} elseif ($null -eq $SubnetsMap[$TestSubnetName]) {
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Write-Error "Unable to find subnet with name $TestSubnetName. Please check the name and try again." -ErrorAction Stop
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} elseif ($null -eq $SecurityGroupsMap[$TestSecurityGroupName]) {
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Write-Error "Unable to find security group with name $TestSecurityGroupName. Please check the name and try again." -ErrorAction Stop
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} elseif ($TestInstanceType -notin $Instances.VmInstanceType) {
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Write-Error "Unable to find a supported VM Instance Type with name $TestInstanceType. Please check the name and try again." -ErrorAction Stop
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} elseif ($LiveDiskType -eq "ManagedPremiumSSD" -and ( -not $InstancesMap[$LiveInstanceType])) {
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Write-Error "$LiveDiskType disk type is not supported on the selected instance $LiveInstanceType. Please check your settings and try again." -ErrorAction Stop
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} elseif ($LiveDiskType -ne "ManagedPremiumSSD" -and $InstancesMap[$LiveInstanceType]) {
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Write-Error "$TestDiskType disk type is not supported on the selected instance $LiveInstanceType. Please check your settings and try again." -ErrorAction Stop
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} elseif ($TestDiskType -eq "ManagedPremiumSSD" -and ( -not $InstancesMap[$TestInstanceType])) {
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Write-Error "$TestDiskType disk type is not supported on the selected instance $TestInstanceType. Please check your settings and try again." -ErrorAction Stop
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} elseif ($TestDiskType -ne "ManagedPremiumSSD" -and $InstancesMap[$TestInstanceType]) {
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Write-Error "$TestDiskType disk type is not supported on the selected instance $TestInstanceType. Please check your settings and try again." -ErrorAction Stop
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}
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# Create the VPG Settings Identifier and get the skeleton
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$VpgSettingsIdentifier = New-ZertoVpgSettingsIdentifier -newVpg
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$Settings = Get-ZertoVpgSetting -vpgSettingsIdentifier $VpgSettingsIdentifier
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# Set the VPG Settings URI
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$VpgSettingsBaseUri = "vpgSettings/{0}" -f $VpgSettingsIdentifier
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# Populate the skeleton with the basic information
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$Settings.Basic.Name = $Name
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$Settings.Basic.Priority = $Priority
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$Settings.Basic.JournalHistoryInHours = $JournalHistoryInHours
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$Settings.Basic.ProtectedSiteIdentifier = $LocalSiteIdentifier
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$Settings.Basic.RecoverySiteIdentifier = $TargetSiteIdentifier
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$Settings.Basic.RpoInSeconds = $RpoInSeconds
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$Settings.Basic.TestIntervalInMinutes = $TestIntervalInMinutes
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$Settings.Basic.UseWanCompression = $UseWanCompression
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# Put the basic information to get am Azure Skeleton for the remainder of the default settings
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$null = Invoke-ZertoRestRequest -method PUT -uri $VpgSettingsBaseUri -body ($Settings | ConvertTo-Json -Depth 10)
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Start-Sleep -Milliseconds 500
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# Get an updated Skeleton with Azure specific settings to populate and populate them
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$Settings = Get-ZertoVpgSetting -vpgSettingsIdentifier $VpgSettingsIdentifier
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$Settings.Networks.Failover.PublicCloud.VirtualNetworkIdentifier = $NetworksMap[$LiveNetworkName]
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$Settings.Networks.Failover.PublicCloud.SubnetIdentifier = $SubnetsMap[$LiveSubnetName]
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$Settings.Networks.Failover.PublicCloud.SecurityGroupIdentifier = $SecurityGroupsMap[$LiveSecurityGroupName]
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$Settings.Networks.FailoverTest.PublicCloud.VirtualNetworkIdentifier = $NetworksMap[$TestNetworkName]
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$Settings.Networks.FailoverTest.PublicCloud.SubnetIdentifier = $SubnetsMap[$TestSubnetName]
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$Settings.Networks.FailoverTest.PublicCloud.SecurityGroupIdentifier = $SecurityGroupsMap[$TestSecurityGroupName]
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$Settings.Recovery.PublicCloud.Failover.VmInstanceType = $LiveInstanceType
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$Settings.Recovery.PublicCloud.Failover.Azure.RecoveryDiskType = $LiveDiskType
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$Settings.Recovery.PublicCloud.FailoverTest.VmInstanceType = $TestInstanceType
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$Settings.Recovery.PublicCloud.FailoverTest.Azure.RecoveryDiskType = $TestDiskType
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# Update the VPG Settings on the Server with a PUT request
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$null = Invoke-ZertoRestRequest -method PUT -uri $VpgSettingsBaseUri -body ($Settings | ConvertTo-Json -Depth 10)
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# Return the VPG Settings Identifier to use when adding VMs to the VPG.
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$VpgSettingsIdentifier
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}
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process {
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}
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end {
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}
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}
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