Active Directory On-Premises to Windows Azure Active Directory Windows PowerShell Script
Summary
This script enables you to migrate your enterprise AD from purely an on-premise AD to a federated AD and linking your on-prem AD with the AD in Azure. This script is run on both your ADFS servers, and your ADFS-Proxy servers. The script displays a menu of the tasks needed to install and configure yoru ADFS and ADFS-Proxy Servers.
Using this Script
You can copy the script, contained in the box below, onto your ADFS and ADFS Proxies systems - either saving them as a file, or pasting into the PowerShell ISE. You then run the script. The script displays a menu of the tasks required to migrate to implement ADFS and ADFS Proxy systems in your enterprise. You select the item, and the script performs the actions.
You can of course modify the script, but please, only do so after you test and verify your changes. You can also edit this Wiki page and share your changes. If sharing yhour changes, make notes as to what you did to the script when saving changes, so people can go back and look at the history of the changes and pick the version that is correct for them. If you make major changes, consider posting it to a different TechNet Wiki article and/or on the TechNet Script Center.
Notes
This is a community version of the Windows PowerShell script that was originally posted on the TechNet Script Center. You can download that unmodified version from Technet, or make use of the community updates as posted here.
Opportunities for Modifying this script
All scripts can be improved. Some modifications that would be useful for this script include:
- Give the user the ability to utilize an existing SSL certificate, instead of a self-signed certificate
- Provide more verbose instructions in the script such that the Quickstart guide is not needed in order to run the script
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#Requires –Version 2.0 #================================================================================= # Community version of a script originated by DavidTest http://about.me/DavidTesar #================================================================================= #region ----- script-level variables ----- Set-Variable -Name CurrentExecutingPath -Scope 'script' -Option 'ReadOnly'-Value (Split-Path $MyInvocation.MyCommand.Definition) Set-Variable -Name CertificateFriendlyName -Scope 'script' -option 'ReadOnly' -Value 'AD to AAD QuickStart ADFS Certificate' $script:ADFSDomainName = $null $script:ADFSAccountName = $null $script:ADFSAccountPassword = $null $script:ADFSSubjectName = $null $script:ADFSSubjectDomainName = $null $script:ADFSCredentials = $null $script:MsolCredential = $null $script:ADFSSite = $null $script:MSOLConnected = $false $script:CertificateFileName = $script:CurrentExecutingPath + '\ADFSSelfSigned.pfx' # http://msdn.microsoft.com/en-us/library/aa374830.aspx $script:AltNameType = @{ DNS_NAME = 3 # A Domain Name System (DNS) name such as MyDomain.Microsoft.com. IP_ADDRESS = 8 # An Internet Protocol (IP) address in dotted decimal format 123.456.789.123. } #endregion #region ----- support functions ----- function Write-QSCompletionMessage { Write-Host '' Write-Host 'Completed. Press "Enter" to continue.' Read-Host Write-Host '' } # Writes an error message to the host function Write-QSError { param ( [Parameter(Mandatory=$true, HelpMessage="The error message.")] [string] $Message ) #Write-Error $Message Write-Host '' Write-Host -BackgroundColor 'Black' -ForegroundColor 'Red' $Message Write-Host '' } # Writes a warning message to the host function Write-QSWarning { param ( [Parameter(Mandatory=$true, HelpMessage="The warning message.")] [string] $Message ) Write-Host '' Write-Host -BackgroundColor 'Black' -ForegroundColor 'Yellow' $Message Write-Host '' } # Returns $true if the current execution environment is elevated. function Get-QSElevationStatus { $wid = [System.Security.Principal.WindowsIdentity]::GetCurrent() $prp = New-Object System.Security.Principal.WindowsPrincipal($wid) $adm = [System.Security.Principal.WindowsBuiltInRole]::Administrator $IsAdmin = $prp.IsInRole($adm) return $IsAdmin } # Is this a 32-bit process on a 64-bit system? function Test-QSWow64() { return (Test-QSWin32) -and (Test-Path env:\PROCESSOR_ARCHITEW6432) } # Is this a 64 bit process? function Test-QSWin64() { return [IntPtr]::size -eq 8 } # Is this a 32 bit process? function Test-QSWin32() { return [IntPtr]::size -eq 4 } # Is this a server OS SKU? function Test-QSServerOS() { return ((Get-WmiObject Win32_OperatingSystem).ProductType -ne 1) } # Is this server 2012/Windows 8 or later? function Test-QSWindows8OrLater() { return ((Get-WmiObject Win32_OperatingSystem).Version -ge (New-Object System.Version(6,2,0,0))) } # Writes a nicely formatted title for an area. function Write-QSTitle { param ( [Parameter(Mandatory=$true, HelpMessage='The title of the current area.')] [string] $Title, [Parameter(Mandatory=$false, HelpMessage='Indicates a double dashed line should be used.')] [switch] $DoubleDashedLine ) $DashedLine = '-' * ($Title.Length + 10) Write-Host '' Write-Host -BackgroundColor 'Black' -ForegroundColor 'Yellow' $DashedLine if ($DoubleDashedLine) { Write-Host -BackgroundColor 'Black' -ForegroundColor 'Yellow' $DashedLine } Write-Host -BackgroundColor 'Black' -ForegroundColor 'Yellow' " $Title " Write-Host -BackgroundColor 'Black' -ForegroundColor 'Yellow' $DashedLine if ($DoubleDashedLine) { Write-Host -BackgroundColor 'Black' -ForegroundColor 'Yellow' $DashedLine } Write-Host '' } # asks the user for an item from a list function Read-QSListChoice { param ( [Parameter(Mandatory=$true, HelpMessage='The list of choices.')] [string[]] $Choices, [Parameter(Mandatory=$true, HelpMessage='The title for the choice.')] [string] $Title, [Parameter(Mandatory=$true, HelpMessage='The user prompt for the choice.')] [string] $Prompt ) if ($Choices.Count -eq 0) { return $null } if ($Choices.Count -eq 1) { return $Choices[0] } Write-Host ' ' Write-Host $Title Write-Host ' ' Write-Host ' 0) NONE' for ($Counter = 0; $Counter -lt $Choices.Count; $Counter++) { Write-Host ('{0,2}) {1}' -f ($Counter + 1), $Choices[$Counter]) } Write-Host '' $Choice = Read-Host $Prompt if ($Choice -eq 0) { Write-QSWarning 'Cancelled.' return $null } return $Choices[$Choice-1] } function Require-QSDownloadableFile { param ( [Parameter(Mandatory=$true, HelpMessage='The name of the file that should be downloaded if it is not present.')] [string] $FileName, [Parameter(Mandatory=$true, HelpMessage='The URL source for the file for downloading if it is not present.')] [string] $URL ) if ((Test-Path "$Filename") -ne $true) { Write-Host "Downloading $Filename`n from $URL`n please wait..." $webClient = New-Object System.Net.WebClient try { $webClient.DownloadFile($url, "$Filename") Unblock-File -Path "$Filename" } catch { return $false } } $true } function Require-QSLocalFile { param ( [Parameter(Mandatory=$true, HelpMessage='The name of the file that should be present.')] [string] $FileName ) if ((Test-Path $Filename) -ne $true) { Write-QSError "Required local file not present: $Filename" return $false } $true } function Require-QSProduct { param ( [Parameter(Mandatory=$true, HelpMessage='The display name of the MSI package as shown in "Add/Remove Programs".')] [string] $DisplayName, [Parameter(Mandatory=$true, HelpMessage='The filename for the MSI source for the installation')] [string] $FileName, [Parameter(Mandatory=$true, HelpMessage='The download URL for the MSI if it is not available locally.')] [string] $URL ) Write-Host "Checking to see if machine already has product $DisplayName installed..." $Product = Get-WmiObject -Class Win32_Product -ComputerName . | Where-Object -FilterScript { $_.Name -eq $DisplayName } if ($Product -eq $null) { $MSIFilename = $script:CurrentExecutingPath + "\$FileName" if (Require-QSDownloadableFile -url $URL -filename $MSIFilename) { Write-Host "Installing MSI $MSIFilename`n please wait..." $ExitCode = (Start-Process -Wait -PassThru -FilePath msiexec -ArgumentList /i, $msiFilename, /qb, /l*vx, $env:TEMP\$FileName.txt).ExitCode if ($ExitCode -eq 0) { Write-Host 'Installation complete.' return $true } else { Write-Error "FAILURE ON INSTALL: $ExitCode" return $false } } else { Write-Error "Could not download $MSIFilename from $URL" return $false } } else { Write-Host 'Product is already installed, will not reinstall.' return $true } } Function Require-QSModule { param ( [Parameter(Mandatory=$true, HelpMessage='Name of the PowerShell module that is required.')] [string] $Name, [Parameter(Mandatory=$false, HelpMessage='Return a status code of false rather than failing if not found.')] [switch] $PoliteCheck ) if (-not (Get-Module -name $Name)) { Write-Host "Attempting to load system module $Name" -ErrorAction 'SilentlyContinue' Import-Module -Name $Name -ErrorAction 'SilentlyContinue' $Results = $? if ($PoliteCheck) { return $Results } else { Test-QSRequirement -Requirement $Results -Message "Could not load required PowerShell module $Name." } } if ($PoliteCheck) { return $true } } # Ensures a feature is installed on the local machine. function Require-QSWindowsFeature { param ( [Parameter(Mandatory=$true, HelpMessage='The name of the Windows feature that is required.')] [string] $FeatureName ) if ((Get-WindowsFeature $FeatureName).Installed -eq $false) { Write-Host "Local Windows Feature $FeatureName missing, installing..." $InstallResult = Install-WindowsFeature $FeatureName Test-QSRequirement -Requirement $InstallResult.Success -Message "Required Windows feature $FeatureName failed to install." } } # Runs a command and waits for it to exit function Invoke-QSCommand() { param ( [Parameter(Mandatory=$true, HelpMessage='The name of the executable to execute.')] [string] $Program, [Parameter(Mandatory=$false, HelpMessage='The arguments to the command.')] [string] $ArgumentString = '' ) $psi = New-Object 'Diagnostics.ProcessStartInfo' $psi.FileName = $Program $psi.Arguments = $ArgumentString $psi.RedirectStandardError = $false $psi.RedirectStandardOutput = $false $proc = [Diagnostics.Process]::Start($psi) $proc.WaitForExit(); } # gets the list of UPN suffixes for the current forest function Get-QSDomainSuffixes { Require-QSWindowsFeature RSAT-AD-Powershell Require-QSModule ActiveDirectory $Domain = Get-ADDomain $DomainDN = $Domain.distinguishedName $UPNDN = "cn=Partitions,cn=Configuration,$domaindn" $UPNSuffixes = Get-ADObject -Identity $UPNDN -Properties upnsuffixes | Foreach-Object { $_.upnsuffixes } if ($UPNSuffixes -eq $null) { $UPNSuffixes = @( $Domain.DNSRoot ) } else { if ($UPNSuffixes.count -eq 1) { $UPNSuffixes = @($UPNSuffixes) } $UPNSuffixes += $Domain.DNSRoot } return $UPNSuffixes } # Checks a local requirement based on the boolean passed in and reports an error and exits if the requirement is # not met. function Test-QSRequirement { param ( [Parameter(Mandatory=$true, HelpMessage='Requirement that is being checked that must be $true.')] [boolean] $Requirement, [Parameter(Mandatory=$true, HelpMessage='The message to present to the user if the requirement is not met.')] [string] $Message ) if (-not $Requirement) { Write-QSError $Message Write-Host 'Cannot continue - exiting.' Exit } } # Installs the sign-in assistant function Install-QSSignInAssistant { return Require-QSProduct -URL 'http://go.microsoft.com/fwlink/p/?linkid=236300' -FileName 'msoidcrl.msi' -DisplayName 'Microsoft Online Services Sign-in Assistant' } # Installs the MSOL PowerShell module MSI function Install-QSMsolServicesModule { Require-QSWindowsFeature Net-Framework-Core Require-QSWindowsFeature PowerShell-V2 $InstallResults = Install-QSSignInAssistant Test-QSRequirement -Requirement $InstallResults -Message 'Cannot install MSOL PowerShell without Sign-In Assistant' return Require-QSProduct -URL 'http://go.microsoft.com/fwlink/p/?linkid=236297' -FileName 'AdministrationConfig-en.msi' -DisplayName 'Microsoft Online Services Module for Windows PowerShell' } # Require we have an active MSOL connection. function Require-QSActiveMsolConnection { if ($script:MSOLConnected) { return } if (-not (Require-QSModule -Name MSOnline -PoliteCheck)) { Write-Host 'The required Microsoft Online Services Module for Windows PowerShell is not installed. It will be installed now.' Test-QSRequirement -Requirement (Install-QSMsolServicesModule) -Message 'Required module did not install, so script cannot continue.' Require-QSModule -Name MSOnline } Write-Host 'Checking for connection to Microsoft Online Services...' $script:MSOLConnected = $false while (-not $script:MSOLConnected) { $MSOLDomains = Get-MsolDomain -ErrorAction 'SilentlyContinue' if($?) { $script:MSOLConnected = $true } else { Write-Host 'Getting credentials for connecting to Microsoft Online Services tenant.' $script:MsolCredential = $null $script:MsolCredential = Get-Credential -ErrorAction 'SilentlyContinue' -Message 'Microsoft Online Services Administrator' Test-QSRequirement -Requirement ($script:MsolCredential -ne $null) -Message 'Credential entry cancelled.' Connect-MsolService -Credential $script:MsolCredential } } } # Gets the list of all unverified domains. function Get-QSUnverifiedDomains { Require-QSActiveMsolConnection Write-Host 'Getting unverified domain list...' return (Get-MsolDomain | Where-Object { $_.Status -ne 'Verified' }) } # Gets the list of all verified domains that are custom domains. function Get-QSCustomDomains { Require-QSActiveMsolConnection Write-Host 'Getting custom domain list...' return (Get-MsolDomain | Where-Object { -not ( $_.Name -like '*.onmicrosoft.com' ) } ) } # Asks the user for a password with confirmation function Read-QSHostConfirmedPassword { while (1) { $Password = Read-Host ' Password' -AsSecureString $Confirm = Read-Host 'Confirm password' -AsSecureString if ((ConvertFrom-QSSecureStringToPlaintext $Password) -eq (ConvertFrom-QSSecureStringToPlaintext $Confirm)) { return $Password } Write-QSWarning 'Passwords did not match, try again.' } } # Converts a secure string to a plaintext string function ConvertFrom-QSSecureStringToPlaintext { param ( [Parameter(Mandatory=$true, HelpMessage='The secure string to convert back to plaintext.')] [System.Security.SecureString] $SecureString ) return [Runtime.InteropServices.Marshal]::PtrToStringAuto([Runtime.InteropServices.Marshal]::SecureStringToBSTR($SecureString)) } # gets a yes-no answer from the user function Read-QSHostYesNo { param ( [Parameter(Mandatory=$true, HelpMessage='The title for the yes/no question.')] [string] $Title, [Parameter(Mandatory=$true, HelpMessage='The prompt for the yes/no question.')] [string] $Prompt, [Parameter(Mandatory=$true, HelpMessage='The description of what "yes" means.')] [string] $YesDescription, [Parameter(Mandatory=$true, HelpMessage='The description of what "no" means.')] [string] $NoDescription, [Parameter(Mandatory=$false, HelpMessage='Indicates the default choice should be "yes".')] [switch] $YesDefault ) $Yes = New-Object System.Management.Automation.Host.ChoiceDescription "&Yes", $YesDescription $No = New-Object System.Management.Automation.Host.ChoiceDescription "&No", $NoDescription $Options = [System.Management.Automation.Host.ChoiceDescription[]]($Yes, $No) if ($YesDefault) { $DefaultValue = 0 } else { $DefaultValue = 1 } $Result = $Host.UI.PromptForChoice($Title, $Prompt, $Options, $DefaultValue) return ($Result -eq 0) } # Reads generic credentials with confirmed password function Read-QSHostCredentials { param ( [Parameter(Mandatory=$false, HelpMessage='Indicates a domain name should be requested for the account.')] [switch] $NeedDomainName, [Parameter(Mandatory=$true, HelpMessage='Indicates the user-visible purpose for the account.')] [string] $Purpose ) $DomainName = $null if ($NeedDomainName) { $DomainName = Read-Host "Domain name for $Purpose" if (($DomainName -eq $null) -or ($DomainName -eq '')) { Write-QSWarning 'Cancelled.' return $null } } $AccountName = Read-Host "SAM account name for $Purpose" if (($AccountName -eq $null) -or ($AccountName -eq '')) { Write-QSWarning 'Cancelled.' return $null } $AccountPassword = Read-QSHostConfirmedPassword if ((ConvertFrom-QSSecureStringToPlaintext $AccountPassword) -eq '') { Write-QSWarning 'Cancelled.' return $null } return New-Object Object | ` Add-Member -PassThru -MemberType 'NoteProperty' -Name 'Domain' -Value $DomainName | ` Add-Member -PassThru -MemberType 'NoteProperty' -Name 'Account' -Value $AccountName | ` Add-Member -PassThru -MemberType 'NoteProperty' -Name 'Password' -Value $AccountPassword } # Gets ADFS service account credentials from the user function Read-QSHostADFSServiceCredentials { if ($script:ADFSCredentials -ne $null) { if (Read-QSHostYesNo -Title 'Existing Credentials' ` -Prompt "You have previously supplied credentials for ADFS service use, use the same ones?" ` -YesDefault ` -NoDescription 'No, supply new credentials' ` -YesDescription 'Yes, use previously supplied credentials') { return $true } } $Credentials = Read-QSHostCredentials -NeedDomainName -Purpose 'ADFS service account' if ($Credentials -eq $null) { return $false } $script:ADFSDomainName = $Credentials.Domain $script:ADFSAccountName = $Credentials.Account $script:ADFSAccountPassword = $Credentials.Password $script:ADFSCredentials = New-Object System.Management.Automation.PSCredential("$script:ADFSDomainName\$script:ADFSAccountName", $script:ADFSAccountPassword) $true } # Gets a domain name from the verified list function Read-QSHostDomainChoice { Require-QSActiveMsolConnection $Domains = Get-QSCustomDomains | Foreach-Object { $_.Name } if ($Domains.Count -eq 0) { Write-Error 'No verified custom domains exist in the tenant.' return $null } Read-QSListChoice -Choices $Domains -Prompt 'Domain to use' -Title 'Select a verified domain' } # Gets a web site from the local list function Read-QSWebSite { Require-QSModule WebAdministration $Sites = @(Get-Website | Foreach-Object { $_.Name }) if ($Sites.Count -eq 0) { Write-Error 'No web sites exist on the current machine.' return $null } return Read-QSListChoice -Choices $Sites -Prompt 'IIS site to host the ADFS Proxy' 'Select a web site' } # Determines the ADFS subject name function Require-QSADFSSubjectName { if ($script:ADFSSubjectName -eq $null) { $Domain = Read-QSHostDomainChoice if ($Domain -eq $null) { return $false } $script:ADFSSubjectDomainName = $Domain $script:ADFSSubjectName = "adfs.$Domain" } $true } # removes a COM object reference function Release-QSCOMObject { param ( [Parameter(Mandatory=$true, HelpMessage='The object to release.')] [object] $Object ) [void] [System.Runtime.Interopservices.Marshal]::ReleaseComObject($Object) } # gets the local ADFS certificate and validates it function Get-QSADFSCertificate { param ( [Parameter(Mandatory=$false, HelpMessage='Indicates no error should be reported if there is no certificate.')] [switch] $Silent, [Parameter(Mandatory=$false, HelpMessage='Indicates verification is unnecessary.')] [switch] $SkipVerification ) $PossibleCertificates = @(Get-ChildItem 'Cert:\LocalMachine\My' | Where-Object { $_.FriendlyName -eq $script:CertificateFriendlyName} ) if ($PossibleCertificates.GetLength(0) -eq 0) { if (-not $Silent) { Write-QSError "Expected certficate with friendly name `"$script:CertificateFriendlyName`" not found." } return $null } if ($PossibleCertificates.GetLength(0) -gt 1) { Write-QSWarning "More than one certficate with friendly name `"$script:CertificateFriendlyName`" exists.`nSelecting the first one." } $PossibleCertificate = $PossibleCertificates[0] if (-not $SkipVerification) { if (-not (Require-QSADFSSubjectName)) { return $null } if (-not ($PossibleCertificate.Subject.Contains("CN=$script:ADFSSubjectName"))) { Write-QSError "The certificate does not have the expected subject of `"CN=$script:ADFSSubjectName`". It cannot be used." return $null } if ($PossibleCertificate.NotBefore -gt (Get-Date)) { Write-QSError 'The certificate is not yet valid. It cannot be used.' return $null } if ($PossibleCertificate.NotAfter -lt (Get-Date)) { Write-QSError 'The certificate has expired. It cannot be used.' return $null } if (-not ($PossibleCertificate.HasPrivateKey)) { Write-QSError "The certificate's private key is not present on this machine. The certificate cannot be used." return $null } if (-not ($PossibleCertificate.Verify())) { Write-QSError 'The certificate fails verification; this likely means a missing trusted root or intermediate CA. The certificate cannot be used. ' return $null } } return $PossibleCertificate } # get the verification value for a specific domain function Get-QSMsolDNSVerificationText { param ( [Parameter(Mandatory=$true, HelpMessage='The domain name to query.')] [object] $Domain ) return (Get-MsolDomainVerificationDns -DomainName $Domain ).Label.Split('.')[0] } # get a DNS server address function Read-QSHostDNSServerAddress { $DNSServerList = @() $Adapters = ([System.Net.NetworkInformation.NetworkInterface])::GetAllNetworkInterfaces() foreach ($Adapter in $Adapters) { $AdapterDNSServers = $Adapter.GetIPProperties().DnsAddresses foreach ($AdapterDNSServer in $AdapterDNSServers) { $DNSIP = $AdapterDNSServer.IPAddressToString if ($DNSIP -match '^.*\..*\..*\..*$') { if (-not ($DNSServerList -contains $DNSIP)) { $DNSServerList += $DNSIP } } } } if ($DNSServerList.Count -eq 0) { Write-Warning 'This machine does not appear to be a DNS client.' return $null; } return Read-QSListChoice -Choices $DNSServerList -Title 'Select a DNS server for the creation request' -Prompt 'DNS server' } # Require the given key name function Require-QSRegistryKey { param ( [Parameter(Mandatory=$true, HelpMessage='The key that is required.')] [string] $KeyName ) if (-not (Test-Path $KeyName)) { $Created = New-Item -Path $KeyName -Type Directory -Force if ($?) { return $true } else { return $false } } return $false } # Require the given key name function Require-QSRegistryValue { param ( [Parameter(Mandatory=$true, HelpMessage='The value name that is required.')] [string] $Name, [Parameter(Mandatory=$true, HelpMessage='The parent key.')] [string] $Key, [Parameter(Mandatory=$true, HelpMessage='The required value.')] [string] $Value, [Parameter(Mandatory=$false, HelpMessage='The type of the value.')] [string] $PropertyType = 'String' ) $Set = Require-QSRegistryKey -KeyName $Key if ((Get-ItemProperty -Path $Key -Name $Name -ErrorAction 'SilentlyContinue') -eq $null) { $Created = New-ItemProperty -Path $Key -PropertyType $PropertyType -Name $Name -Value $Value return $true } else { if ((Get-ItemProperty $Key -Name $Name).$Name -eq $Value) { return $false } $Reset = Set-ItemProperty -Path $Key -PropertyType $PropertyType -Name $Name -Value $Value return $true } } function Disable-QSInternetExplorerESC { $DidIt = $false if (Require-QSRegistryValue -Key 'HKLM:\SOFTWARE\Microsoft\Active Setup\Installed Components\{A509B1A7-37EF-4b3f-8CFC-4F3A74704073}' -Name 'IsInstalled' -Value 0) { $DidIt = $true Write-Host 'IE Enhanced Security Configuration (ESC) has been disabled for Administrators.' -ForegroundColor Green } if (Require-QSRegistryValue -Key 'HKLM:\SOFTWARE\Microsoft\Active Setup\Installed Components\{A509B1A8-37EF-4b3f-8CFC-4F3A74704073}' -Name 'IsInstalled' -Value 0) { $DidIt = $true Write-Host 'IE Enhanced Security Configuration (ESC) has been disabled for Users.' -ForegroundColor Green } if ($DidIt) { Stop-Process -Name Explorer Start-Process -FilePath Explorer Write-Host 'Restarted Windows Explorer to complete IE ESC configuration.' } } function Configure-QSIISAuthentication { Require-QSADFSSubjectName if ($script:ADFSSite -eq $null) { $script:ADFSSite = Read-QSWebSite if ($script:ADFSSite -eq $null) { return $false } } Write-Host 'Configuring Windows Authentication provider order in IIS...' Invoke-QSCommand -Program "$env:SystemRoot\system32\inetsrv\appcmd.exe" -ArgumentString "set config '$script:ADFSSite/adfs/ls' -section:system.webServer/security/authentication/windowsAuthentication /enabled:true /commit:apphost" Invoke-QSCommand -Program "$env:SystemRoot\system32\inetsrv\appcmd.exe" -ArgumentString "set config '$script:ADFSSite/adfs/ls' -section:system.webServer/security/authentication/windowsAuthentication /~providers /commit:apphost" Invoke-QSCommand -Program "$env:SystemRoot\system32\inetsrv\appcmd.exe" -ArgumentString "set config '$script:ADFSSite/adfs/ls' -section:system.webServer/security/authentication/windowsAuthentication /+`"providers.[value='NTLM']`" /commit:apphost" Invoke-QSCommand -Program "$env:SystemRoot\system32\inetsrv\appcmd.exe" -ArgumentString "set config '$script:ADFSSite/adfs/ls' -section:system.webServer/security/authentication/windowsAuthentication /+`"providers.[value='Negotiate']`" /commit:apphost" Write-Host 'Checking/configuring local registry to support loopback testing...' $Set = Require-QSRegistryValue -Key 'HKLM:\System\CurrentControlSet\Control\Lsa' -Name 'DisableLoopbackCheck' -PropertyType 'DWord' -Value 1 if (-not $Set) { Write-Host 'Registry modifications unnecessary.' } else { $Values += $script:ADFSSubjectName Set-ItemProperty 'HKLM:\System\CurrentControlSet\Control\Lsa\MSV1_0' 'BackConnectionHostName' $Values Write-QSWarning 'Changes made to system requirements require a reboot.' Write-Host 'Script exiting.' Exit } } function Configure-QSIISSSL { Write-Host 'Configuring SSL...' Require-QSModule WebAdministration if ($script:ADFSSite -eq $null) { $script:ADFSSite = Read-QSWebSite } if ($script:ADFSSite -eq $null) { return $false } $Certificate = Get-QSADFSCertificate if ($Certificate -eq $null) { return $false } $BindingOnSite = $false $SslBindings = @(Get-ChildItem 'IIS:\SslBindings') if ($SslBindings.Count -ne 0) { $ExistingBinding = $null foreach ($SslBinding in $SslBindings) { foreach ($Site in $SslBinding.Sites) { if ($Site.Value.Contains($script:ADFSSite)) { Write-QSWarning 'SSL binding found on existing web site will be removed.' $ExistingBinding = $SslBinding } } } if ($ExistingBinding -ne $null) { Write-Host 'Removing existing binding from the ADFS site...' Remove-Item -Path $SslBinding.PSPath } } $Sites = Get-ChildItem 'IIS:\Sites' foreach ($Site in $Sites) { $Bindings = $Site.Bindings.Collection foreach ($Binding in $Bindings) { $BindingInformation = $Binding.bindingInformation.Split(':') #$BindingIP = $BindingInformation[0] $BindingPort = $BindingInformation[1] #$BindingHostname = $BindingInformation[2] if ($BindingPort -eq 443) { $BindingOnSite = $true } } } if (-not $BindingOnSite) { New-WebBinding -Name $script:ADFSSite -IP '*' -Port 443 -Protocol 'https' } $Certificate | New-Item 'IIS:\SslBindings\0.0.0.0!443' $true } #endregion #region ----- menu choices ----- function Install-QSSignInAssistantExplicit { Write-QSTitle 'Install Microsoft Online Services Sign-In Assistant' $results = Install-QSSignInAssistant } function Install-QSMsolServicesModuleExplicit { Write-QSTitle 'Install Microsoft Online Services Module for Windows PowerShell' $results = Install-QSMsolServicesModule } # Download and run the Office 365 Deployment Readiness Tool function Launch-QSOffice365DeploymentReadinessTool { Write-QSTitle 'Download and run the Office 365 Deployment Readiness Tool' $EXEFilename = $script:CurrentExecutingPath + '\office365deploymentreadinesstool.exe' $ZipFilename = $script:CurrentExecutingPath + '\office365deploymentreadinesstool.zip' if (-not (Test-Path $EXEFilename)) { if (-not (Require-QSDownloadableFile -FileName $ZipFilename -URL 'https://bposast.vo.msecnd.net/O365ReadinessTool.80/office365deploymentreadinesstool.zip')) { Write-QSError 'Tool download failed.' return } $ShellApplication = New-Object -ComObject 'Shell.Application' $ZipFile = $ShellApplication.Namespace($ZipFilename) $Destination = $ShellApplication.Namespace($script:CurrentExecutingPath) # 0x10 = overwrite, 0x4 = hide copy dialog $Destination.CopyHere($ZipFile.Items(), 0x14) Release-QSCOMObject $Destination Release-QSCOMObject $ZipFile Release-QSCOMObject $ShellApplication } Start-Process -FilePath $EXEFilename } function Add-QSMsolDomain { Write-QSTitle 'Add local UPN suffix as domain in Windows Azure Active Directory' Require-QSActiveMsolConnection Write-Host 'Checking for unused UPN suffixes...' $UpnSuffixes = Get-QSDomainSuffixes $ActiveDomains = Get-MsolDomain | Foreach-Object { $_.Name } $UnusedList = @() foreach ($UpnSuffix in $UpnSuffixes) { if (-not ($ActiveDomains -contains $UpnSuffix)) { $UnusedList += $UpnSuffix; } else { Write-Host "Found already added domain: $UpnSuffix" } } if ($UnusedList.Count -eq 0) { Write-Host ' ' Write-Host 'All possible domains have already been added to the service.' return } $SelectedSuffix = Read-QSListChoice -Choices $UnusedList -Prompt 'UPN suffix to add to Windows Azure Active Directory' -Title 'UPN Selection' if ($SelectedSuffix -eq $null) { return } New-MsolDomain -Name $SelectedSuffix -Authentication Federated $Domain = Get-MsolDomain -DomainName $SelectedSuffix if ($Domain.Status -eq 'Verified') { Write-Host ' ' Write-Host 'Domain is verified. If it is a subdomain of an existing domain, this is automatic.' Write-Host ' ' } else { Write-Host ' ' Write-Host -NoNewline 'Domain verification code: ' Get-QSMsolDNSVerificationText -Domain $SelectedSuffix Write-Host ' ' } } # Looks up DNS verification record information function Get-QSMsolDomainVerificationDnsAll { Write-QSTitle 'Retrieve verification information for domains in Windows Azure Active Directory' Require-QSActiveMsolConnection $UnverifiedDomains = Get-QSUnverifiedDomains if ($UnverifiedDomains.Count -eq 0) { Write-Host 'There are no unverified domains in the current tenant.' return } $Results = @(); foreach ($UnverifiedDomain in $UnverifiedDomains) { $Result = ` New-Object Object | ` Add-Member -PassThru -MemberType 'NoteProperty' -Name 'Domain Name' -Value $UnverifiedDomain.Name | ` Add-Member -PassThru -MemberType 'NoteProperty' -Name 'Verification Value' -Value ( Get-QSMsolDNSVerificationText -Domain $UnverifiedDomain.Name ) $Results += $Result } return $Results } # Enables DirSync support function Set-QSMsolDirSyncEnabled { Write-QSTitle 'Enable directory synchronization (DirSync) on the tenant' Require-QSActiveMsolConnection if ((Get-MSOLCompanyInformation).DirectorySynchronizationEnabled) { Write-Host 'Directory synchronization support is already enabled for the current tenant.' return } Write-Host 'Requesting directory sync to be enabled. This may take up to 24 hours to complete.' Set-MsolDirSyncEnabled -EnableDirSync $true } # Add ADFS role to this server function Install-QSADFSRole { Write-QSTitle 'Add the ADFS role to this server' Require-QSWindowsFeature ADFS-Federation } # Create a service account in the local domain for ADFS use function New-QSADFSServiceAccount { Write-QSTitle 'Create a service account in the local domain for ADFS use' if (-not (Read-QSHostADFSServiceCredentials)) { return } if (($script:ADFSDomainName.ToLower() -ne $env:USERDOMAIN.ToLower()) -and ` ($script:ADFSDomainName.ToLower() -ne $env:USERDNSDOMAIN.ToLower())) { Write-QSError 'The domain for the service account must match the domain of the ADFS server.' return } Require-QSWindowsFeature RSAT-AD-Powershell Require-QSModule ActiveDirectory $ExistingUser = $null try { $ExistingUser = Get-ADUser $script:ADFSAccountName } catch { } if ($?) { Write-QSWarning 'User already exists, skipping creation.' return } Write-Host "Creating user `"$script:ADFSAccountName`"..." New-ADUser -Name $script:ADFSAccountName ` -SamAccountName $script:ADFSAccountName ` -DisplayName 'ADFS Service Account' ` -AccountPassword $script:ADFSAccountPassword ` -ChangePasswordAtLogon $false ` -PasswordNeverExpires $true ` -Enabled $true if ($?) { Write-Host -ForegroundColor 'Green' -BackgroundColor 'Black' 'Creation successful.' return } else { Write-QSError 'Creation failed, please review earlier messages and try again.' $script:ADFSAccountName = $null } } # Create an internal DNS entry for ADFS function Add-QSADFSDNSEntry { Write-QSTitle 'Create an internal DNS entry for ADFS' $Domain = Read-QSHostDomainChoice if ($Domain -eq $null) { return } $LocalHostname = $env:COMPUTERNAME.ToLower() $LocalDNSDomainName = $env:USERDNSDOMAIN.ToLower() if (($LocalHostname -eq 'adfs') -and ($Domain -eq $LocalDNSDomainName)) { Write-QSError 'You cannot use a server with the name "ADFS" for hosting ADFS.' return } $ServerAddress = Read-QSHostDNSServerAddress if ($ServerAddress -eq $null) { return } $IPAddresses = (Get-WmiObject -Class Win32_NetworkAdapterConfiguration -Filter "IPEnabled=TRUE").IPAddress | Select-String -Pattern '^.*\..*\..*\..*$' $IPAddress = Read-QSListChoice -Choices $IPAddresses -Prompt 'Main ADFS service IP address' -Title 'Local IP Addresses' if ($IPAddress -eq $null) { return } Require-QSWindowsFeature RSAT-DNS-Server Require-QSModule DnsServer Write-Host 'Attempting to add DNS record...' Add-DnsServerResourceRecordA -ComputerName $ServerAddress -ZoneName $Domain -Name 'adfs' -IPv4Address $IPAddress if ($?) { Write-Host 'Complete.' } else { Write-QSError 'Record addition failed.' } } # Process SSL certificate for ADFS function Process-QSCertificate { Write-QSTitle 'Process SSL certificate for ADFS' Write-Host 'Checking for existing certificate...' $Certificate = Get-QSADFSCertificate -SkipVerification -Silent if ($Certificate -ne $null) { Write-QSWarning ('Local certificate with friendly name "' + $script:CertificateFriendlyName + '" already exists.') $ValidateChoice = Read-QSHostYesNo -Title 'Validate Existing?' ` -Prompt 'The certificate already exists. Validate the existing certificate?' ` -YesDefault ` -YesDescription 'Validate the certificate' ` -NoDescription 'Skip validation' if ($ValidateChoice) { $Certificate = Get-QSADFSCertificate if ($Certificate -eq $null) { Write-QSError 'Validation failed.' } else { Write-Host -ForegroundColor 'Green' -BackgroundColor 'Black' 'Validation successful.' } } else { Write-QSWarning 'Validation skipped.' } return } if (-not (Require-QSADFSSubjectName)) { return } if (-not (Read-QSHostYesNo -Title 'Confirm Self-Signed' ` -Prompt 'Create self-signed certificate?' ` -YesDefault ` -YesDescription 'Create self-signed certificate' ` -NoDescription 'Do not create certificate')) { Write-QSWarning 'Creation skipped.' return } Write-Host 'Creating private key...' # subject name $Name = New-Object -ComObject 'X509Enrollment.CX500DistinguishedName.1' $Name.Encode("CN=$script:ADFSSubjectName", 0) # new key pair $Key = New-Object -ComObject 'X509Enrollment.CX509PrivateKey.1' $Key.ProviderName = 'Microsoft RSA SChannel Cryptographic Provider' $Key.KeySpec = 1 $Key.Length = 2048 $Key.SecurityDescriptor = 'D:PAI(A;;0xd01f01ff;;;SY)(A;;0xd01f01ff;;;BA)(A;;0x80120089;;;NS)' $Key.MachineContext = 1 $Key.ExportPolicy = 1 $Key.FriendlyName = $script:CertificateFriendlyName $Key.Create() Write-Host 'Creating certificate request details...' $EnhancedKeyUsageOIDs = New-Object -ComObject 'X509Enrollment.CObjectIds.1' $ServerAuthenticationOID = New-Object -ComObject 'X509Enrollment.CObjectId.1' $ServerAuthenticationOID.InitializeFromValue('1.3.6.1.5.5.7.3.1') $EnhancedKeyUsageOIDs.add($ServerAuthenticationOID) $EnhancedKeyUsageExtension = New-Object -ComObject 'X509Enrollment.CX509ExtensionEnhancedKeyUsage.1' $EnhancedKeyUsageExtension.InitializeEncode($EnhancedKeyUsageOIDs) Write-Host 'Creating certificate request...' $Certificate = New-Object -ComObject 'X509Enrollment.CX509CertificateRequestCertificate.1' # 2 in first parameter = ContextMachine # '' in third parameter = no template specified $Certificate.InitializeFromPrivateKey(2, $Key, '') $Certificate.Subject = $Name $Certificate.Issuer = $Certificate.Subject $Certificate.NotBefore = Get-Date $Certificate.NotAfter = $Certificate.NotBefore.AddDays(365) $Certificate.X509Extensions.Add($EnhancedKeyUsageExtension) if ($script:ADFSSubjectDomainName.ToLower -ne $env:USERDNSDOMAIN) { $AltNamesCollection = New-Object -ComObject 'X509Enrollment.CAlternativeNames' $ExtNames = New-Object -ComObject 'X509Enrollment.CX509ExtensionAlternativeNames' $AltDnsName = New-Object -ComObject 'X509Enrollment.CAlternativeName' $AltDnsName.InitializeFromString($script:AltNameType.DNS_NAME, ($env:COMPUTERNAME + '.' + $env:USERDNSDOMAIN)) $AltNamesCollection.Add($AltDnsName) $MainDnsName = New-Object -ComObject 'X509Enrollment.CAlternativeName' $MainDnsName.InitializeFromString($script:AltNameType.DNS_NAME, $script:ADFSSubjectName) $AltNamesCollection.Add($MainDnsName) $ExtNames.InitializeEncode($AltNamesCollection) $Certificate.X509Extensions.Add($ExtNames) } $Certificate.Encode() Write-Host 'Submitting request...' $Enrollment = New-Object -ComObject 'X509Enrollment.CX509Enrollment.1' $Enrollment.InitializeFromRequest($Certificate) $Enrollment.CertificateFriendlyName = $Key.FriendlyName $CertificateData = $Enrollment.CreateRequest(0) Write-Host 'Installing response...' # 2 in first parameter = AllowUntrustedCertificate # 0 in third parameter = XCN_CRYPT_STRING_BASE64HEADER # '' in fourth parameter = no certificate password $Enrollment.InstallResponse(2, $CertificateData, 0, '') # cleanup COM objects if ($AltNamesCollection -ne $null) { Release-QSCOMObject $MainDnsName; $MainDnsName = $null Release-QSCOMObject $AltDnsName; $AltDnsName = $null Release-QSCOMObject $ExtNames; $ExtNames = $null Release-QSCOMObject $AltNamesCollection; $AltNamesCollection = $null } Release-QSCOMObject $Enrollment; $Enrollment = $null Release-QSCOMObject $Certificate; $Certificate = $null Release-QSCOMObject $EnhancedKeyUsageExtension; $EnhancedKeyUsageExtension = $null Release-QSCOMObject $ServerAuthenticationOID; $ServerAuthenticationOID = $null Release-QSCOMObject $EnhancedKeyUsageOIDs; $EnhancedKeyUsageOIDs = $null Release-QSCOMObject $Key; $Key = $null Release-QSCOMObject $Name; $Name = $null # Trust the certificate $Certificate = Get-QSADFSCertificate -SkipVerification Write-Host 'Importing as trusted root...' $Store = Get-Item 'cert:\LocalMachine\Root' $Store.Open('ReadWrite') $Store.Add($Certificate) $Store.Close() Write-Host 'Importing as enterprise trust...' $Store = Get-Item 'cert:\LocalMachine\Trust' $Store.Open('ReadWrite') $Store.Add($Certificate) $Store.Close() Write-Host 'Importing as trusted third-party root...' $Store = Get-Item 'cert:\LocalMachine\AuthRoot' $Store.Open('ReadWrite') $Store.Add($Certificate) $Store.Close() Write-Host 'Complete.' } # Export SSL certificate with private key function Export-QSCertificate { Write-QSTitle 'Export SSL certificate with private key' Write-Host 'Exporting...' $FinalCertificate = Get-QSADFSCertificate if ($FinalCertificate -eq $null) { Write-Error 'Cannot find the self-signed certificate; export failed.' return } $CERFilename = $Script:CertificateFileName.Replace('.pfx', '.cer') [System.IO.File]::WriteAllBytes($CERFilename, $FinalCertificate.Export('CER')) [System.IO.File]::WriteAllBytes($script:CertificateFileName, $FinalCertificate.Export('PFX', 'secret')) Write-Host 'Complete.' } # Configure ADFS with basic configuration function Configure-QSADFS { Write-QSTitle 'Configure ADFS with basic configuration' Require-QSWindowsFeature ADFS-Federation if (-not (Require-QSADFSSubjectName)) { return } if (-not (Read-QSHostADFSServiceCredentials)) { return } $Certificate = Get-QSADFSCertificate if ($Certificate -eq $null) { Write-QSError 'No certificate found to use for the installation.' return } if (-not (Configure-QSIISSSL)) { return } #Write-Host 'Stopping Windows Internal Database (if started)...' #Stop-Service -Name 'Windows Internal Database' #Write-Host 'Deleting old ADFS databases (if present)...' #Remove-Item "$env:SystemRoot\WID\Data\Adfs*.*" -ErrorAction 'SilentlyContinue' Write-Host "Configuring ADFS to run as $script:ADFSDomainName\$script:ADFSAccountName`n" ` ' with certificate thumbprint ' $Certificate.Thumbprint '...' Install-AdfsFarm -CertificateThumbprint $Certificate.Thumbprint ` -FederationServiceName $script:ADFSSubjectName ` -ServiceAccountCredential $script:ADFSCredentials ` -OverwriteConfiguration if ($?) { Configure-QSIISAuthentication } } # Confirm/configure Windows Firewall for port 443 function Configure-QSWindowsFirewall { Write-QSTitle 'Confirm/configure Windows Firewall for port 443' Require-QSModule NetSecurity $Rules = Get-NetFirewallPortFilter | Where-Object { ($_.LocalPort -eq 443) -and ($_.Protocol -eq 'TCP') } ` | Get-NetFirewallRule ` | Where-Object { ($_.Direction -eq 'Inbound') -and $_.Enabled -and ($_.Profile -eq 'Any') } ` | Get-NetFirewallAddressFilter | Where-Object { $_.RemoteAddress -eq 'Any' } ` | Get-NetFirewallRule ` | Get-NetFirewallApplicationFilter | Where-Object { @('any', 'system').Contains($_.Program.ToLower()) } ` | Get-NetFirewallRule ` | Get-NetFirewallInterfaceFilter | Where-Object { $_.InterfaceAlias -eq 'Any' } ` | Get-NetFirewallRule ` | Get-NetFirewallInterfaceTypeFilter | Where-Object { $_.InterfaceType -eq 'Any' } ` | Get-NetFirewallRule if (-not $?) { Write-QSWarning 'Unable to get firewall rules - Windows Firewall disabled? You must configure any local firewall manually.' return } if ($Rules.Count -eq 0) { Write-Host 'Adding new SSL incoming rule (TCP port 443).' New-NetFirewallRule -DisplayName 'ADFS SSL Incoming [TCP 443]' -Direction Inbound -Action Allow -EdgeTraversalPolicy Allow -Protocol TCP -LocalPort 443 } else { Write-Host 'Windows Firewall appears open for TCP port 443, no changes made.' } } # Launch test web pages function Launch-QSIETestPages { Write-QSTitle 'Launch test web pages' if (-not (Require-QSADFSSubjectName)) { return } Write-Host 'Page launch will take about 10 seconds...' $JunkResults = [Diagnostics.Process]::Start("$env:SystemRoot\system32\ipconfig.exe", '/flushdns') Start-Sleep -Seconds 3 $JunkResults = [Diagnostics.Process]::Start("https://$script:ADFSSubjectName/adfs/services/trust/mex") Start-Sleep -Seconds 3 $JunkResults = [Diagnostics.Process]::Start("https://$script:ADFSSubjectName/FederationMetadata/2007-06/FederationMetadata.xml") Start-Sleep -Seconds 3 $JunkResults = [Diagnostics.Process]::Start("https://$script:ADFSSubjectName/adfs/ls/IdpInitiatedSignon.aspx") } # Import certificates for ADFS Proxy function Import-QSCertificates { Write-QSTitle 'Import certificates for ADFS Proxy' if (-not (Require-QSLocalFile $script:CertificateFileName)) { return } Require-QSModule PKI $CertificatePassword = ConvertTo-SecureString -String 'secret' -Force -AsPlainText Write-Host 'Importing as enterprise trust...' $Results = Import-PfxCertificate -FilePath $script:CertificateFileName -CertStoreLocation 'cert:\LocalMachine\Trust' -Exportable -Password $CertificatePassword Write-Host 'Importing as trusted root...' $Results = Import-PfxCertificate -FilePath $script:CertificateFileName -CertStoreLocation 'cert:\LocalMachine\Root' -Exportable -Password $CertificatePassword Write-Host 'Importing to certificate store...' $Results = Import-PfxCertificate -FilePath $script:CertificateFileName -CertStoreLocation 'cert:\LocalMachine\My' -Exportable -Password $CertificatePassword Write-Host 'Complete.' } # Add the ADFS Proxy role to this server function Install-QSADFSProxyRole { Write-QSTitle 'Add the ADFS Proxy role to this server' Require-QSWindowsFeature ADFS-Proxy } # Configure IIS SSL and authentication function Configure-QSIISSSLExplicit { Write-QSTitle 'Configure IIS SSL and authentication' if (-not (Configure-QSIISSSL)) { return } Configure-QSIISAuthentication } # Add a HOSTS file entry for ADFS access from the proxy function Add-HostsEntryForADFS { Write-QSTitle 'Add a HOSTS file entry for ADFS access from the proxy' $Domain = Read-QSHostDomainChoice if ($Domain -eq $null) { return } $IPAddress = Read-Host 'Enter the IP address of the internal ADFS server' if ($IPAddress -eq '') { Write-QSWarning 'Cancelled.' return } $NeedToAdd = $true $HostsPath = "$env:SystemRoot\System32\drivers\etc\HOSTS" Copy-Item $HostsPath "$HostsPath.backup" $Hosts = get-content $hostsPath $Hosts = $Hosts | Foreach { if ($_ -match "(.*?\d{1,3}.*?adfs\.$Domain*)") { Write-QSWarning 'Will remove existing entry' } else { $_ } } $Hosts = $Hosts + "`n$IPAddress adfs.$Domain" $Hosts | Out-File $HostsPath -Encoding ASCII } # Configure ADFS Proxy with basic configuration function Configure-QSADFSProxyRole { Write-QSTitle 'Configure ADFS Proxy with basic configuration' Require-QSWindowsFeature ADFS-Proxy if (-not (Read-QSHostADFSServiceCredentials)) { return } Write-Host 'Checking for local certificate...' $Certificate = Get-QSADFSCertificate if ($Certificate -eq $null) { return } Write-Host 'Checking for ADFS subject name...' if (-not (Require-QSADFSSubjectName)) { return } Write-Host 'Configuring ADFS Proxy...' Add-AdfsProxy -FederationServiceName $script:ADFSSubjectName ` -FederationServiceTrustCredential $script:ADFSCredentials # Pre-Windows Server 2012 command line to configure ADFS # Start-Process -FilePath ("$env:SystemRoot\ADFS\FSPConfigWizard.exe") -Wait -ArgumentList @( ` # '/Hostname', $script:ADFSSubjectName, ` # '/Username', $script:ADFSAccountName, ` # '/Password', (ConvertFrom-QSSecureStringToPlaintext -SecureString $script:ADFSAccountPassword) ` #) Configure-QSIISAuthentication } # Looks up TXT DNS records for unverified domains function Test-QSExternalDNSRecords { Write-QSTitle 'Check DNS records for TXT entries for unverified domains' Require-QSActiveMsolConnection # Level 3: resolver1.level3.net $ExternalServer = "209.244.0.3" $NewHost = Read-Host "Enter the IP address for the external DNS server to query`nor hit Enter for the default of $ExternalServer" if ($NewHost -ne '') { $ExternalServer = $NewHost } $LookupResults = nslookup www.microsoft.com $ExternalServer 2>&1 if ($LookupResults -match 'Request to .* timed-out') { Write-QSError "Cannot access external DNS server $ExternalServer." return } $UnverifiedDomains = Get-QSUnverifiedDomains foreach ($UnverifiedDomain in $UnverifiedDomains) { Write-Host -NoNewline ('Checking for TXT for "' + $UnverifiedDomain.Name + '"... ') $LookupResults = nslookup -type=TXT $UnverifiedDomain.Name $ExternalServer 2>&1 $Matched = $LookupResults -match '(MS=ms[0-9]*)+' if ($Matched.Count -eq 0) { Write-Host -ForegroundColor 'Red' -BackgroundColor 'Black' 'Failure.' Write-Host 'No records found. Full results:' Write-Host $LookupResults } else { if ($Matched.Count -ne 1) { Write-Host -ForegroundColor 'Red' -BackgroundColor 'Black' 'Failure.' Write-Host 'Expected exactly one record, found' $Matched.Count'.' } else { Write-Host -ForegroundColor 'Green' -BackgroundColor 'Black' 'Success.' Write-Host 'Record found: ' $Matched[0] $Matched[0] -match 'ms[0-9]+' | Out-Null $Found = $matches[0] $Expected = Get-QSMsolDNSVerificationText -Domain $UnverifiedDomain.Name Write-Host -NoNewLine 'Validating record... ' if ($Found -eq $Expected) { Write-Host -ForegroundColor 'Green' -BackgroundColor 'Black' 'Success.' Write-Host 'Record located matched expected record.' } else { Write-Host -ForegroundColor 'Red' -BackgroundColor 'Black' 'Failure.' Write-Host "Found $Found but expected $Expected." } } } } } # Configure Windows Azure AD connection to ADFS function Convert-QSMsolDomain { Write-QSTitle 'Configure Windows Azure AD connection to ADFS' Require-QSActiveMsolConnection $Domain = Read-QSHostDomainChoice if ($Domain -eq $null) { return } Write-Host 'Configuring the Windows Azure AD connection to ADFS...' New-MsolFederatedDomain -DomainName $Domain if ($?) { Write-Host 'Finished.' } } # Create sign-in test user function New-QSTestUser { Write-QSTitle 'Create sign-in test user' $Credentials = Read-QSHostCredentials -Purpose 'Test user' if ($Credentials -eq $null) { Write-QSWarning 'Cancelled.' return } $AccountName = $Credentials.Account $FirstName = Read-Host 'First (given) name of new user' if ($FirstName -eq '') { Write-QSWarning 'Cancelled.' return } $LastName = Read-Host 'Last (family) name of new user' if ($LastName -eq '') { Write-QSWarning 'Cancelled.' return } $UPNDomain = Read-QSHostDomainChoice if ($UPNDomain -eq $null) { return } Require-QSWindowsFeature RSAT-AD-Powershell Require-QSModule ActiveDirectory $LocalUser = $null try { $LocalUser = Get-ADUser $AccountName -Properties 'DisplayName' } catch { } if ($?) { Write-QSWarning 'Local user already exists, skipping creation.' } else { Write-Host "Creating user `"$AccountName`"..." New-ADUser -Name $AccountName ` -SamAccountName $AccountName ` -DisplayName 'ADFS Test Account' ` -AccountPassword $Credentials.Password ` -ChangePasswordAtLogon $false ` -PasswordNeverExpires $true ` -Enabled $true ` -UserPrincipalName "$AccountName@$UPNDomain" ` -GivenName $FirstName ` -Surname $LastName if (-not $?) { Write-QSError 'Windows Azure Active Directory user creation failed, please review earlier messages and try again.' return } $LocalUser = Get-ADUser $AccountName -Properties 'DisplayName' } Write-Host 'Creating corresponding Windows Azure Active Directory user...' Require-QSActiveMsolConnection $GUID = $LocalUser.ObjectGuid $Base64 = [System.Convert]::ToBase64String($GUID.ToByteArray()) New-MsolUser -DisplayName $LocalUser.DisplayName ` -ImmutableId $Base64 ` -UserPrincipalName $LocalUser.UserPrincipalName ` -FirstName $FirstName ` -LastName $LastName ` } # Download, install, and configure the DirSync tool function Install-QSDirSync { Write-QSTitle 'Download, install, and configure the DirSync tool' $DirSyncFilename = $script:CurrentExecutingPath + '\DirSync.exe' if (-not (Require-QSDownloadableFile -FileName $DirSyncFilename -URL 'http://g.microsoftonline.com/0BX10en/571')) { Write-QSError 'DirSync download failed.' return } Write-Host 'Running DirSync installer...' Start-Process -FilePath $DirSyncFilename -ArgumentList @('/quiet') -Wait $ConfigWizardFilename = $env:ProgramFiles + '\Microsoft Online Directory Sync\ConfigWizard.exe' if (-not (Test-Path $ConfigWizardFilename)) { Write-QSError "Installation appears to have failed, try running $DirSyncFilename interactively." return } Write-QSWarning 'You must sign out and sign in again to continue.' Write-Host 'Script exiting.' Exit } # Configure the DirSync tool function Configure-QSDirSync { Write-QSTitle 'Configure the DirSync tool' Add-PSSnapIn Coexistence-Configuration Require-QSActiveMsolConnection Write-Host 'Requesting synchonization credentials...' $TargetCredentials = Get-Credential -Message 'Permanent Synchronization Credentials' Write-Host 'Requesting local credentials...' $SourceCredentials = Get-Credential -Message 'Local Active Directory Administrator' Write-Host 'Requesting online coexistence configuration information...' $Configuration = Get-CoexistenceConfiguration -TargetCredentials $script:MsolCredential Write-Host 'Configuring local coexistence configuration information...' Set-CoexistenceConfiguration -SourceCredentials $SourceCredentials -TargetCredentials $TargetCredentials Write-Host 'Requesting an immediate synchronization...' Start-OnlineCoexistenceSync } # Get the latest Directory Synchronization events function Get-QSEventLogSyncronizationEvents { Write-QSTitle 'Get the latest Directory Synchronization events' Get-EventLog -After ((Get-Date).AddMinutes(-30)) -LogName 'Application' -Source 'Directory Synchronization' | Sort-Object -Property TimeGenerated } #endregion #region ----- main code ----- Test-QSRequirement -Requirement (Get-QSElevationStatus) -Message 'You must launch this script as an administrator.' Test-QSRequirement -Requirement (-not (Test-QSWin32)) -Message 'You must launch this script in a 64-bit PowerShell session.' Test-QSRequirement -Requirement (Test-QSServerOS) -Message 'You must run this script on a Server OS SKU.' Test-QSRequirement -Requirement (Test-QSWindows8OrLater) -Message 'You must run this script on Windows Server 2012 or later.' Disable-QSInternetExplorerESC while (1) { Write-QSTitle -DoubleDashedLine -Title 'Active Directory to Windows Azure Active Directory QuickStart Tool' @" Select an operation to continue: 0) EXIT ADFS Server Options (Part 1) ---------------------------- 1) Install Microsoft Online Services Sign-In Assistant 2) Install Microsoft Online Services Module for Windows PowerShell 3) Download and run the Office 365 Deployment Readiness Tool 4) Add local UPN suffix as domain in Windows Azure Active Directory 5) Retrieve verification information for domains in Windows Azure Active Directory 6) Enable directory synchronization (DirSync) on the tenant 7) Add the ADFS role to this server 8) Create a service account in the local domain for ADFS use 9) Create an internal DNS entry for ADFS 10) Process SSL certificate for ADFS 11) Export SSL certificate with private key 12) Configure ADFS with basic configuration 13) Confirm/configure Windows Firewall for port 443 14) Launch test web pages ADFS Proxy Options ------------------ 15) Import certificates for ADFS Proxy 16) Add the ADFS Proxy role to this server 17) Configure IIS SSL and authentication 18) Add a HOSTS file entry for ADFS access from the proxy 19) Configure ADFS Proxy with basic configuration 20) Confirm/configure Windows Firewall for port 443 21) Launch test web pages ADFS Server Options (Part 2) ---------------------------- 22) Check DNS records for TXT entries for unverified domains 23) Configure Windows Azure AD connection to ADFS 24) Create a single sign-on test user 25) Download and install the DirSync tool 26) Configure the DirSync tool 27) Get the latest Directory Synchronization events "@ $Choice = Read-Host 'Enter your selection' switch ($Choice) { 0 { exit } 1 { Install-QSSignInAssistantExplicit; Write-QSCompletionMessage } 2 { Install-QSMsolServicesModuleExplicit; Write-QSCompletionMessage } 3 { Launch-QSOffice365DeploymentReadinessTool; Write-QSCompletionMessage } 4 { Add-QSMsolDomain; Write-QSCompletionMessage } 5 { Get-QSMsolDomainVerificationDnsAll; Write-QSCompletionMessage } 6 { Set-QSMsolDirSyncEnabled; Write-QSCompletionMessage } 7 { Install-QSADFSRole; Write-QSCompletionMessage } 8 { New-QSADFSServiceAccount; Write-QSCompletionMessage } 9 { Add-QSADFSDNSEntry; Write-QSCompletionMessage } 10 { Process-QSCertificate; Write-QSCompletionMessage } 11 { Export-QSCertificate; Write-QSCompletionMessage } 12 { Configure-QSADFS; Write-QSCompletionMessage } 13 { Configure-QSWindowsFirewall; Write-QSCompletionMessage } 14 { Launch-QSIETestPages; Write-QSCompletionMessage } 15 { Import-QSCertificates; Write-QSCompletionMessage } 16 { Install-QSADFSProxyRole; Write-QSCompletionMessage } 17 { Configure-QSIISSSLExplicit; Write-QSCompletionMessage } 18 { Add-HostsEntryForADFS; Write-QSCompletionMessage } 19 { Configure-QSADFSProxyRole; Write-QSCompletionMessage } 20 { Configure-QSWindowsFirewall; Write-QSCompletionMessage } 21 { Launch-QSIETestPages; Write-QSCompletionMessage } 22 { Test-QSExternalDNSRecords; Write-QSCompletionMessage } 23 { Convert-QSMsolDomain; Write-QSCompletionMessage } 24 { New-QSTestUser; Write-QSCompletionMessage } 25 { Install-QSDirSync; Write-QSCompletionMessage } 26 { Configure-QSDirSync; Write-QSCompletionMessage } 27 { Get-QSEventLogSyncronizationEvents; Write-QSCompletionMessage } } } #endregion |