Update function to enable password installation
This commit is contained in:
Wes Carroll
@@ -1,84 +1,169 @@
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<# .ExternalHelp ./en-us/ZertoApiWrapper-help.xml #>
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#TODO - Add ability to installed with root password, Move to Begin, Process, End Format
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function Install-ZertoVra {
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[cmdletbinding( SupportsShouldProcess = $true )]
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[cmdletbinding( SupportsShouldProcess )]
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param(
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[Parameter( Mandatory = $true, HelpMessage = "Host name where the VRA is to be installed." )]
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[Parameter(
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Mandatory,
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HelpMessage = "Host name where the VRA is to be installed."
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)]
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[ValidateNotNullOrEmpty()]
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[string]$hostName,
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[Parameter( Mandatory = $true, HelpMessage = "Datastore name where the VRA is to be installed." )]
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[Parameter(
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Mandatory,
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HelpMessage = "Datastore name where the VRA is to be installed."
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)]
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[ValidateNotNullOrEmpty()]
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[string]$datastoreName,
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[Parameter( Mandatory = $true, HelpMessage = "Network name the VRA is to be assigned." )]
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[Parameter(
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Mandatory,
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HelpMessage = "Network name the VRA is to be assigned."
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)]
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[ValidateNotNullOrEmpty()]
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[string]$networkName,
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[Parameter( HelpMessage = "Initial amount of memory to assign to the VRA in GB. Default is 3, Minimum is 1, Maximum is 16" )]
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[Parameter(
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HelpMessage = "Initial amount of memory to assign to the VRA in GB. Default is 3, Minimum is 1, Maximum is 16"
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)]
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[ValidateRange(1, 16)]
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[int]$memoryInGB = 3,
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[Parameter( HelpMessage = "Bandwidth group to assign to the VRA. If unspecified will assign to the 'default_group'" )]
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[Parameter(
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HelpMessage = "Bandwidth group to assign to the VRA. If unspecified will assign to the 'default_group'"
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)]
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[ValidateNotNullOrEmpty()]
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[string]$groupName,
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[Parameter( ParameterSetName = "Dhcp", Mandatory = $true, HelpMessage = "Assign a DHCP address to the VRA." )]
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[Parameter(
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ParameterSetName = "Dhcp",
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Mandatory,
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HelpMessage = "Assign a DHCP address to the VRA."
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)]
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[Parameter(
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ParameterSetName = "DhcpWithRoot",
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Mandatory,
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HelpMessage = "Assign a DHCP address to the VRA."
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)]
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[switch]$Dhcp,
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[Parameter( ParameterSetName = "StaticIp", Mandatory = $true, HelpMessage = "Static IP address to assign to the VRA." )]
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[Parameter(
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ParameterSetName = "StaticIp",
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Mandatory,
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HelpMessage = "Static IP address to assign to the VRA."
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)]
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[Parameter(
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ParameterSetName = "StaticIpWithRoot",
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Mandatory,
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HelpMessage = "Static IP address to assign to the VRA."
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)]
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[ValidateScript( { $_ -match [IPAddress]$_ })]
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[string]$vraIpAddress,
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[Parameter( ParameterSetName = "StaticIp", Mandatory = $true, HelpMessage = "Default gateway to assign to the VRA" )]
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[Parameter(
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ParameterSetName = "StaticIp",
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Mandatory,
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HelpMessage = "Default gateway to assign to the VRA"
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)]
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[Parameter(
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ParameterSetName = "StaticIpWithRoot",
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Mandatory,
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HelpMessage = "Default gateway to assign to the VRA"
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)]
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[ValidateScript( { $_ -match [IPAddress]$_ })]
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[string]$defaultGateway,
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[Parameter( ParameterSetName = "StaticIp", Mandatory = $true, HelpMessage = "Subnetmask to be assigned to the VRA" )]
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[Parameter(
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ParameterSetName = "StaticIp",
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Mandatory,
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HelpMessage = "Subnetmask to be assigned to the VRA"
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)]
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[Parameter(
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ParameterSetName = "StaticIpWithRoot",
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Mandatory,
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HelpMessage = "Subnetmask to be assigned to the VRA"
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)]
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[ValidateScript( { $_ -match [IPAddress]$_ })]
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[string]$subnetMask
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[string]$subnetMask,
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[Parameter(
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ParameterSetName = "StaticIpWithRoot",
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Mandatory,
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HelpMessage = "Use this switch to install the VRA using the root password install method."
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)]
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[Parameter(
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ParameterSetName = "DhcpWithRoot",
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Mandatory,
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HelpMessage = "Use this switch to install the VRA using the root password install method."
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)]
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[switch]$UseRootCredential,
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[Parameter(
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ParameterSetName = "StaticIpWithRoot",
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Mandatory,
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HelpMessage = "The password for the root user of the ESXi host where the VRA is to be installed."
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)]
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[Parameter(
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ParameterSetName = "DhcpWithRoot",
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Mandatory,
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HelpMessage = "The password for the root user of the ESXi host where the VRA is to be installed."
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)]
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[ValidateNotNullOrEmpty()]
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[securestring]$HostRootPassword
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)
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# Build the VRA Name.
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$vraName = "Z-VRA-{0}" -f $hostName
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# If the VRA does not exist, proceed with the installation. If it does exist, bypass and
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if ( -not (Get-ZertoVra -vraName $vraName) ) {
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# Get identifiers for each item provided by name.
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$siteIdentifier = $script:zvmLocalInfo.SiteIdentifier
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$hostIdentifier = Get-ZertoVirtualizationSite -siteIdentifier $siteIdentifier -hosts | Where-Object { $_.VirtualizationHostName -eq $hostName } | Select-Object hostIdentifier -ExpandProperty hostIdentifier
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$networkIdentifier = Get-ZertoVirtualizationSite -siteIdentifier $siteIdentifier -networks | Where-Object { $_.VirtualizationNetworkName -eq $networkName } | Select-Object NetworkIdentifier -ExpandProperty NetworkIdentifier
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$datastoreIdentifier = Get-ZertoVirtualizationSite -siteIdentifier $siteIdentifier -datastores | Where-Object { $_.DatastoreName -eq $datastoreName } | Select-Object DatastoreIdentifier -ExpandProperty DatastoreIdentifier
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if ($datastoreIdentifier.count -gt 1) {
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$hostDevices = Get-ZertoVirtualizationSite -siteIdentifier $siteIdentifier -devices -hostIdentifier $hostIdentifier
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$datastoreIdentifier = foreach ($identifier in $datastoreIdentifier) {
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if ($identifier -in $hostDevices.DatastoreIdentifier) {
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$identifier
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begin {
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}
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Process {
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# Build the VRA Name.
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$vraName = "Z-VRA-{0}" -f $hostName
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# If the VRA does not exist, proceed with the installation. If it does exist, bypass and
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if ( -not (Get-ZertoVra -vraName $vraName) ) {
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# Get identifiers for each item provided by name.
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$siteIdentifier = $script:zvmLocalInfo.SiteIdentifier
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$hostIdentifier = Get-ZertoVirtualizationSite -siteIdentifier $siteIdentifier -hosts | Where-Object { $_.VirtualizationHostName -eq $hostName } | Select-Object hostIdentifier -ExpandProperty hostIdentifier
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$networkIdentifier = Get-ZertoVirtualizationSite -siteIdentifier $siteIdentifier -networks | Where-Object { $_.VirtualizationNetworkName -eq $networkName } | Select-Object NetworkIdentifier -ExpandProperty NetworkIdentifier
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$datastoreIdentifier = Get-ZertoVirtualizationSite -siteIdentifier $siteIdentifier -datastores | Where-Object { $_.DatastoreName -eq $datastoreName } | Select-Object DatastoreIdentifier -ExpandProperty DatastoreIdentifier
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if ($datastoreIdentifier.count -gt 1) {
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$hostDevices = Get-ZertoVirtualizationSite -siteIdentifier $siteIdentifier -devices -hostIdentifier $hostIdentifier
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$datastoreIdentifier = foreach ($identifier in $datastoreIdentifier) {
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if ($identifier -in $hostDevices.DatastoreIdentifier) {
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$identifier
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}
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}
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if ($datastoreIdentifier.count -gt 1) {
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Write-Error "Datastore $datastoreName has more than one identifier associated with it on the specified host. Please review and try again."
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Break
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}
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}
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if ($datastoreIdentifier.count -gt 1) {
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Write-Error "Datastore $datastoreName has more than one identifier associated with it on the specified host. Please review and try again."
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Break
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# Build the JSON object through an Ordered Hashtable.
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$vraBasic = [ordered]@{ }
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$vraBasic['DatastoreIdentifier'] = $datastoreIdentifier.toString()
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if ($PSBoundParameters.ContainsKey('groupName')) {
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$vraBasic['GroupName'] = $groupName
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}
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$vraBasic['HostIdentifier'] = $hostIdentifier.toString()
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$vraBasic['MemoryInGB'] = $memoryInGB
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$vraBasic['NetworkIdentifier'] = $networkIdentifier.toString()
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$vraBasic['UsePublicKeyInsteadOfCredentials'] = $true
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$vraBasicNetwork = [ordered]@{ }
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if ( $PSCmdlet.ParameterSetName -eq "StaticIp" -or $PSCmdlet.ParameterSetName -eq "StaticIpWithRoot") {
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$vraBasicNetwork['DefaultGateway'] = $defaultGateway.toString()
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$vraBasicNetwork['SubnetMask'] = $subnetMask.toString()
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$vraBasicNetwork['VraIPAddress'] = $vraIpAddress.toString()
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$vraBasicNetwork['VraIPConfigurationTypeApi'] = "Static"
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} else {
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$vraBasicNetwork['VraIPConfigurationTypeApi'] = "Dhcp"
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}
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$vraBasic['VraNetworkDataApi'] = $vraBasicNetwork
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if ($PSCmdlet.ParameterSetName -eq "StaticIpWithRoot" -or $PSCmdlet.ParameterSetName -eq "DhcpWithRoot") {
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$HostRootCredential = [pscredential]::new('root', $HostRootPassword)
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$vraBasic['UsePublicKeyInsteadOfCredentials'] = $false
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$vraBasic['HostRootPassword'] = $HostRootCredential.GetNetworkCredential().Password
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}
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}
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# Build the JSON object through an Ordered Hashtable.
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$vraBasic = [ordered]@{ }
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$vraBasic['DatastoreIdentifier'] = $datastoreIdentifier.toString()
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if ($PSBoundParameters.ContainsKey('groupName')) {
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$vraBasic['GroupName'] = $groupName
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}
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$vraBasic['HostIdentifier'] = $hostIdentifier.toString()
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$vraBasic['MemoryInGB'] = $memoryInGB
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$vraBasic['NetworkIdentifier'] = $networkIdentifier.toString()
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$vraBasic['UsePublicKeyInsteadOfCredentials'] = $true
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$vraBasicNetwork = [ordered]@{ }
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if ( $PSCmdlet.ParameterSetName -eq "StaticIp" ) {
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$vraBasicNetwork['DefaultGateway'] = $defaultGateway.toString()
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$vraBasicNetwork['SubnetMask'] = $subnetMask.toString()
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$vraBasicNetwork['VraIPAddress'] = $vraIpAddress.toString()
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$vraBasicNetwork['VraIPConfigurationTypeApi'] = "Static"
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# Leverage WhatIf functionality to see what might happen, if WhatIf is not specified, attempt to install.
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if ($PSCmdlet.ShouldProcess($hostName)) {
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Invoke-ZertoRestRequest -uri "vras" -method POST -body $($vraBasic | ConvertTo-Json)
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}
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} else {
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$vraBasicNetwork['VraIPConfigurationTypeApi'] = "Dhcp"
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Write-Error "Host $hostName already has a VRA installed. Aborting Install Call"
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}
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$vraBasic['VraNetworkDataApi'] = $vraBasicNetwork
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}
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End {
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# Leverage WhatIf functionality to see what might happen, if WhatIf is not specified, attempt to install.
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if ($PSCmdlet.ShouldProcess("Preforming operation 'Install-Vra' on Host $hostName with the following data \n $($vraBasic | ConvertTo-Json)")) {
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Invoke-ZertoRestRequest -uri "vras" -method POST -body $($vraBasic | ConvertTo-Json)
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}
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} else {
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Write-Error "Host $hostName already has a VRA installed. Aborting Install Call"
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}
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}
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