netCore/ExchangeOnlineManagement.psm1
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# Import the REST module so that the EXO* cmdlets are present before Connect-ExchangeOnline in the powershell instance. $RestModule = "Microsoft.Exchange.Management.RestApiClient.dll" $RestModulePath = [System.IO.Path]::Combine($PSScriptRoot, $RestModule) Import-Module $RestModulePath $ExoPowershellModule = "Microsoft.Exchange.Management.ExoPowershellGalleryModule.dll" $ExoPowershellModulePath = [System.IO.Path]::Combine($PSScriptRoot, $ExoPowershellModule) Import-Module $ExoPowershellModulePath #Keep track of Execution status of last cmdlet $global:EXO_LastExecutionStatus = $true; ############# Helper Functions Begin ############# <# Get the ExchangeOnlineManagement module version. Same function is present in the autogen module. Both the codes should be kept in sync. #> function Get-ModuleVersion { try { # Return the already computed version info if available. if ($script:ModuleVersion -ne $null -and $script:ModuleVersion -ne '') { Write-Verbose "Returning precomputed version info: $script:ModuleVersion" return $script:ModuleVersion; } $exoModule = Get-Module ExchangeOnlineManagement # Check for ExchangeOnlineManagementBeta in case the psm1 is loaded directly if ($exoModule -eq $null) { $exoModule = (Get-Command -Name Connect-ExchangeOnline).Module } # Get the module version from the loaded module info. $script:ModuleVersion = $exoModule.Version.ToString() # Look for prerelease information from the corresponding module manifest. $exoModuleRoot = (Get-Item $exoModule.Path).Directory.Parent.FullName $exoModuleManifestPath = Join-Path -Path $exoModuleRoot -ChildPath ExchangeOnlineManagement.psd1 $isExoModuleManifestPathValid = Test-Path -Path $exoModuleManifestPath if ($isExoModuleManifestPathValid -ne $true) { # Could be a local debug build import for testing. Skip extracting prerelease info for those. Write-Verbose "Module manifest path invalid, path: $exoModuleManifestPath, skipping extracting prerelease info" return $script:ModuleVersion } $exoModuleManifestContent = Get-Content -Path $exoModuleManifestPath $preReleaseInfo = $exoModuleManifestContent -match "Prerelease = '(.*)'" if ($preReleaseInfo -ne $null) { $script:ModuleVersion = "{0}-{1}" -f $exoModule.Version.ToString(),$preReleaseInfo[0].Split('=')[1].Trim().Trim("'") } Write-Verbose "Computed version info: $script:ModuleVersion" return $script:ModuleVersion } catch { return [string]::Empty } } <# .Synopsis Validates a given Uri #> function Test-Uri { [CmdletBinding()] [OutputType([bool])] Param ( # Uri to be validated [Parameter(Mandatory=$true, ValueFromPipelineByPropertyName=$true, Position=0)] [string] $UriString ) [Uri]$uri = $UriString -as [Uri] $uri.AbsoluteUri -ne $null -and $uri.Scheme -eq 'https' } <# .Synopsis Is Cloud Shell Environment #> function global:IsCloudShellEnvironment() { return [Microsoft.Exchange.Management.AdminApiProvider.Utility]::IsCloudShellEnvironment(); } <# .Synopsis Override Get-PSImplicitRemotingSession function for reconnection #> function global:UpdateImplicitRemotingHandler() { # Remote Powershell Sessions created by the ExchangeOnlineManagement module are given a name that starts with "ExchangeOnlineInternalSession". # Only modules from such sessions should be modified here, to prevent modfification of RPS tmp_* modules created by running the New-PSSession cmdlet directly, or when connecting to exchange on-prem tenants. $existingPSSession = Get-PSSession | Where-Object {$_.ConfigurationName -like "Microsoft.Exchange" -and $_.Name -like "ExchangeOnlineInternalSession*"} if ($existingPSSession.count -gt 0) { foreach ($session in $existingPSSession) { $module = Get-Module $session.CurrentModuleName if ($module -eq $null) { continue } [bool]$moduleProcessed = $false [string] $moduleUrl = $module.Description [int] $queryStringIndex = $moduleUrl.IndexOf("?") if ($queryStringIndex -gt 0) { $moduleUrl = $moduleUrl.SubString(0,$queryStringIndex) } if ($moduleUrl.EndsWith("/PowerShell-LiveId", [StringComparison]::OrdinalIgnoreCase) -or $moduleUrl.EndsWith("/PowerShell", [StringComparison]::OrdinalIgnoreCase)) { & $module { ${function:Get-PSImplicitRemotingSession} = ` { param( [Parameter(Mandatory = $true, Position = 0)] [string] $commandName ) $shouldRemoveCurrentSession = $false; # Clear any left over PS tmp modules if (($script:PSSession -ne $null) -and ($script:PSSession.PreviousModuleName -ne $null) -and ($script:PSSession.PreviousModuleName -ne $script:MyModule.Name)) { $null = Remove-Module -Name $script:PSSession.PreviousModuleName -ErrorAction SilentlyContinue $script:PSSession.PreviousModuleName = $null } if (($script:PSSession -eq $null) -or ($script:PSSession.Runspace.RunspaceStateInfo.State -ne 'Opened')) { Set-PSImplicitRemotingSession ` (& $script:GetPSSession ` -InstanceId $script:PSSession.InstanceId.Guid ` -ErrorAction SilentlyContinue ) } if ($script:PSSession -ne $null) { if ($script:PSSession.Runspace.RunspaceStateInfo.State -eq 'Disconnected') { # If we are handed a disconnected session, try re-connecting it before creating a new session. Set-PSImplicitRemotingSession ` (& $script:ConnectPSSession ` -Session $script:PSSession ` -ErrorAction SilentlyContinue) } else { # Import the module once more to ensure that Test-ActiveToken is present Import-Module $global:_EXO_ModulePath -Cmdlet Test-ActiveToken; # If there is no active token run the new session flow $hasActiveToken = Test-ActiveToken -TokenExpiryTime $script:PSSession.TokenExpiryTime $sessionIsOpened = $script:PSSession.Runspace.RunspaceStateInfo.State -eq 'Opened' if (($hasActiveToken -eq $false) -or ($sessionIsOpened -ne $true)) { #If there is no active user token or opened session then ensure that we remove the old session $shouldRemoveCurrentSession = $true; } } } if (($script:PSSession -eq $null) -or ($script:PSSession.Runspace.RunspaceStateInfo.State -ne 'Opened') -or ($shouldRemoveCurrentSession -eq $true)) { # Import the module once more to ensure that New-ExoPSSession is present Import-Module $global:_EXO_ModulePath -Cmdlet New-ExoPSSession; Write-PSImplicitRemotingMessage ('Creating a new Remote PowerShell session using Modern Authentication for implicit remoting of "{0}" command ...' -f $commandName) $session = New-ExoPSSession -PreviousSession $script:PSSession if ($session -ne $null) { if ($shouldRemoveCurrentSession -eq $true) { Remove-PSSession $script:PSSession } # Import the latest session to ensure that the next cmdlet call would occur on the new PSSession instance. if ([string]::IsNullOrEmpty($script:MyModule.ModulePrefix)) { $PSSessionModuleInfo = Import-PSSession $session -AllowClobber -DisableNameChecking -CommandName $script:MyModule.CommandName -FormatTypeName $script:MyModule.FormatTypeName } else { $PSSessionModuleInfo = Import-PSSession $session -AllowClobber -DisableNameChecking -CommandName $script:MyModule.CommandName -FormatTypeName $script:MyModule.FormatTypeName -Prefix $script:MyModule.ModulePrefix } # Add the name of the module to clean up in case of removing the broken session $session | Add-Member -NotePropertyName "CurrentModuleName" -NotePropertyValue $PSSessionModuleInfo.Name $CurrentModule = Import-Module $PSSessionModuleInfo.Path -Global -DisableNameChecking -Prefix $script:MyModule.ModulePrefix -PassThru $CurrentModule | Add-Member -NotePropertyName "ModulePrefix" -NotePropertyValue $script:MyModule.ModulePrefix $CurrentModule | Add-Member -NotePropertyName "CommandName" -NotePropertyValue $script:MyModule.CommandName $CurrentModule | Add-Member -NotePropertyName "FormatTypeName" -NotePropertyValue $script:MyModule.FormatTypeName $session | Add-Member -NotePropertyName "PreviousModuleName" -NotePropertyValue $script:MyModule.Name UpdateImplicitRemotingHandler $script:PSSession = $session } } if (($script:PSSession -eq $null) -or ($script:PSSession.Runspace.RunspaceStateInfo.State -ne 'Opened')) { throw 'No session has been associated with this implicit remoting module' } return [Management.Automation.Runspaces.PSSession]$script:PSSession }} } } } } <# .SYNOPSIS Extract organization name from UserPrincipalName #> function Get-OrgNameFromUPN { param([string] $UPN) $fields = $UPN -split '@' return $fields[-1] } <# .SYNOPSIS Get the command from the given module #> function global:Get-WrappedCommand { param( [string] $CommandName, [string] $ModuleName, [string] $CommandType) $cmd = (Get-Module $moduleName).ExportedFunctions[$CommandName] return $cmd } <# .Synopsis Writes a message to the console in Yellow. Call this method with caution since it uses Write-Host internally which cannot be suppressed by the user. #> function Write-Message { param([string] $message) Write-Host $message -ForegroundColor Yellow } ############# Helper Functions End ############# ###### Begin Main ###### $EOPConnectionInProgress = $false function Connect-ExchangeOnline { [CmdletBinding()] param( # Connection Uri for the Remote PowerShell endpoint [string] $ConnectionUri = '', # Azure AD Authorization endpoint Uri that can issue the OAuth2 access tokens [string] $AzureADAuthorizationEndpointUri = '', # Exchange Environment name [Microsoft.Exchange.Management.RestApiClient.ExchangeEnvironment] $ExchangeEnvironmentName = 'O365Default', # PowerShell session options to be used when opening the Remote PowerShell session [System.Management.Automation.Remoting.PSSessionOption] $PSSessionOption = $null, # Switch to bypass use of mailbox anchoring hint. [switch] $BypassMailboxAnchoring = $false, # Delegated Organization Name [string] $DelegatedOrganization = '', # Prefix [string] $Prefix = '', # Show Banner of Exchange cmdlets Mapping and recent updates [switch] $ShowBanner = $true, #Cmdlets to Import for rps cmdlets , by default it would bring all [string[]] $CommandName = @("*"), #The way the output objects would be printed on the console [string[]] $FormatTypeName = @("*"), # Use Remote PowerShell Session based connection [switch] $UseRPSSession = $false, # Use to Skip Exchange Format file loading into current shell. [switch] $SkipLoadingFormatData = $false, # Use to skip downloading and loading the help files into the current connection. [switch] $SkipLoadingCmdletHelp = $false, # Externally provided access token [string] $AccessToken = '', # Client certificate to sign the temp module [System.Security.Cryptography.X509Certificates.X509Certificate2] $SigningCertificate = $null ) DynamicParam { if (($isCloudShell = IsCloudShellEnvironment) -eq $false) { $attributes = New-Object System.Management.Automation.ParameterAttribute $attributes.Mandatory = $false $attributeCollection = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $attributeCollection.Add($attributes) # User Principal Name or email address of the user $UserPrincipalName = New-Object System.Management.Automation.RuntimeDefinedParameter('UserPrincipalName', [string], $attributeCollection) $UserPrincipalName.Value = '' # User Credential to Logon $Credential = New-Object System.Management.Automation.RuntimeDefinedParameter('Credential', [System.Management.Automation.PSCredential], $attributeCollection) $Credential.Value = $null # Certificate $Certificate = New-Object System.Management.Automation.RuntimeDefinedParameter('Certificate', [System.Security.Cryptography.X509Certificates.X509Certificate2], $attributeCollection) $Certificate.Value = $null # Certificate Path $CertificateFilePath = New-Object System.Management.Automation.RuntimeDefinedParameter('CertificateFilePath', [string], $attributeCollection) $CertificateFilePath.Value = '' # Certificate Password $CertificatePassword = New-Object System.Management.Automation.RuntimeDefinedParameter('CertificatePassword', [System.Security.SecureString], $attributeCollection) $CertificatePassword.Value = $null # Certificate Thumbprint $CertificateThumbprint = New-Object System.Management.Automation.RuntimeDefinedParameter('CertificateThumbprint', [string], $attributeCollection) $CertificateThumbprint.Value = '' # Application Id $AppId = New-Object System.Management.Automation.RuntimeDefinedParameter('AppId', [string], $attributeCollection) $AppId.Value = '' # Organization $Organization = New-Object System.Management.Automation.RuntimeDefinedParameter('Organization', [string], $attributeCollection) $Organization.Value = '' # Switch to collect telemetry on command execution. $EnableErrorReporting = New-Object System.Management.Automation.RuntimeDefinedParameter('EnableErrorReporting', [switch], $attributeCollection) $EnableErrorReporting.Value = $false # Where to store EXO command telemetry data. By default telemetry is stored in the directory "%TEMP%/EXOTelemetry" in the file : EXOCmdletTelemetry-yyyymmdd-hhmmss.csv. $LogDirectoryPath = New-Object System.Management.Automation.RuntimeDefinedParameter('LogDirectoryPath', [string], $attributeCollection) $LogDirectoryPath.Value = [System.IO.Path]::Combine([System.IO.Path]::GetTempPath(), "EXOCmdletTelemetry") # Create a new attribute and valiate set against the LogLevel $LogLevelAttribute = New-Object System.Management.Automation.ParameterAttribute $LogLevelAttribute.Mandatory = $false $LogLevelAttributeCollection = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $LogLevelAttributeCollection.Add($LogLevelAttribute) $LogLevelList = @([Microsoft.Online.CSE.RestApiPowerShellModule.Instrumentation.LogLevel]::Default, [Microsoft.Online.CSE.RestApiPowerShellModule.Instrumentation.LogLevel]::All) $ValidateSet = New-Object System.Management.Automation.ValidateSetAttribute($LogLevelList) $LogLevel = New-Object System.Management.Automation.RuntimeDefinedParameter('LogLevel', [Microsoft.Online.CSE.RestApiPowerShellModule.Instrumentation.LogLevel], $LogLevelAttributeCollection) $LogLevel.Attributes.Add($ValidateSet) # Switch to use Managed Identity flow. $ManagedIdentity = New-Object System.Management.Automation.RuntimeDefinedParameter('ManagedIdentity', [switch], $attributeCollection) $ManagedIdentity.Value = $false # ManagedIdentityAccountId to be used in case of User Assigned Managed Identity flow $ManagedIdentityAccountId = New-Object System.Management.Automation.RuntimeDefinedParameter('ManagedIdentityAccountId', [string], $attributeCollection) $ManagedIdentityAccountId.Value = '' # EXO params start # Switch to track perfomance $TrackPerformance = New-Object System.Management.Automation.RuntimeDefinedParameter('TrackPerformance', [bool], $attributeCollection) $TrackPerformance.Value = $false # Flag to enable or disable showing the number of objects written $ShowProgress = New-Object System.Management.Automation.RuntimeDefinedParameter('ShowProgress', [bool], $attributeCollection) $ShowProgress.Value = $false # Switch to enable/disable Multi-threading in the EXO cmdlets $UseMultithreading = New-Object System.Management.Automation.RuntimeDefinedParameter('UseMultithreading', [bool], $attributeCollection) $UseMultithreading.Value = $true # Pagesize Param $PageSize = New-Object System.Management.Automation.RuntimeDefinedParameter('PageSize', [uint32], $attributeCollection) $PageSize.Value = 1000 # Switch to MSI auth $Device = New-Object System.Management.Automation.RuntimeDefinedParameter('Device', [switch], $attributeCollection) $Device.Value = $false # Switch to CmdInline parameters $InlineCredential = New-Object System.Management.Automation.RuntimeDefinedParameter('InlineCredential', [switch], $attributeCollection) $InlineCredential.Value = $false # EXO params end $paramDictionary = New-object System.Management.Automation.RuntimeDefinedParameterDictionary $paramDictionary.Add('UserPrincipalName', $UserPrincipalName) $paramDictionary.Add('Credential', $Credential) $paramDictionary.Add('Certificate', $Certificate) $paramDictionary.Add('CertificateFilePath', $CertificateFilePath) $paramDictionary.Add('CertificatePassword', $CertificatePassword) $paramDictionary.Add('AppId', $AppId) $paramDictionary.Add('Organization', $Organization) $paramDictionary.Add('EnableErrorReporting', $EnableErrorReporting) $paramDictionary.Add('LogDirectoryPath', $LogDirectoryPath) $paramDictionary.Add('LogLevel', $LogLevel) $paramDictionary.Add('TrackPerformance', $TrackPerformance) $paramDictionary.Add('ShowProgress', $ShowProgress) $paramDictionary.Add('UseMultithreading', $UseMultithreading) $paramDictionary.Add('PageSize', $PageSize) $paramDictionary.Add('ManagedIdentity', $ManagedIdentity) $paramDictionary.Add('ManagedIdentityAccountId', $ManagedIdentityAccountId) if($PSEdition -eq 'Core') { $paramDictionary.Add('Device', $Device) $paramDictionary.Add('InlineCredential', $InlineCredential); # We do not want to expose certificate thumprint in Linux as it is not feasible there. if($IsWindows) { $paramDictionary.Add('CertificateThumbprint', $CertificateThumbprint); } } else { $paramDictionary.Add('CertificateThumbprint', $CertificateThumbprint); } return $paramDictionary } else { $attributes = New-Object System.Management.Automation.ParameterAttribute $attributes.Mandatory = $false $attributeCollection = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $attributeCollection.Add($attributes) # Switch to MSI auth $Device = New-Object System.Management.Automation.RuntimeDefinedParameter('Device', [switch], $attributeCollection) $Device.Value = $false # Switch to collect telemetry on command execution. $EnableErrorReporting = New-Object System.Management.Automation.RuntimeDefinedParameter('EnableErrorReporting', [switch], $attributeCollection) $EnableErrorReporting.Value = $false # Where to store EXO command telemetry data. By default telemetry is stored in the directory "%TEMP%/EXOTelemetry" in the file : EXOCmdletTelemetry-yyyymmdd-hhmmss.csv. $LogDirectoryPath = New-Object System.Management.Automation.RuntimeDefinedParameter('LogDirectoryPath', [string], $attributeCollection) $LogDirectoryPath.Value = [System.IO.Path]::Combine([System.IO.Path]::GetTempPath(), "EXOCmdletTelemetry") # Create a new attribute and validate set against the LogLevel $LogLevelAttribute = New-Object System.Management.Automation.ParameterAttribute $LogLevelAttribute.Mandatory = $false $LogLevelAttributeCollection = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $LogLevelAttributeCollection.Add($LogLevelAttribute) $LogLevelList = @([Microsoft.Online.CSE.RestApiPowerShellModule.Instrumentation.LogLevel]::Default, [Microsoft.Online.CSE.RestApiPowerShellModule.Instrumentation.LogLevel]::All) $ValidateSet = New-Object System.Management.Automation.ValidateSetAttribute($LogLevelList) $LogLevel = New-Object System.Management.Automation.RuntimeDefinedParameter('LogLevel', [Microsoft.Online.CSE.RestApiPowerShellModule.Instrumentation.LogLevel], $LogLevelAttributeCollection) $LogLevel.Attributes.Add($ValidateSet) # Switch to CmdInline parameters $InlineCredential = New-Object System.Management.Automation.RuntimeDefinedParameter('InlineCredential', [switch], $attributeCollection) $InlineCredential.Value = $false # User Credential to Logon $Credential = New-Object System.Management.Automation.RuntimeDefinedParameter('Credential', [System.Management.Automation.PSCredential], $attributeCollection) $Credential.Value = $null $paramDictionary = New-object System.Management.Automation.RuntimeDefinedParameterDictionary $paramDictionary.Add('Device', $Device) $paramDictionary.Add('EnableErrorReporting', $EnableErrorReporting) $paramDictionary.Add('LogDirectoryPath', $LogDirectoryPath) $paramDictionary.Add('LogLevel', $LogLevel) $paramDictionary.Add('Credential', $Credential) $paramDictionary.Add('InlineCredential', $InlineCredential) return $paramDictionary } } process { $global:EXO_LastExecutionStatus = $true; $startTime = Get-Date # Validate parameters if (($ConnectionUri -ne '') -and (-not (Test-Uri $ConnectionUri))) { $global:EXO_LastExecutionStatus = $false; throw "Invalid ConnectionUri parameter '$ConnectionUri'" } if (($AzureADAuthorizationEndpointUri -ne '') -and (-not (Test-Uri $AzureADAuthorizationEndpointUri))) { $global:EXO_LastExecutionStatus = $false; throw "Invalid AzureADAuthorizationEndpointUri parameter '$AzureADAuthorizationEndpointUri'" } if (($Prefix -ne '')) { if ($Prefix -notmatch '^[a-z0-9]+$') { $global:EXO_LastExecutionStatus = $false; throw "Use of any special characters in the Prefix string is not supported." } if ($Prefix -eq 'EXO') { $global:EXO_LastExecutionStatus = $false; throw "Prefix 'EXO' is a reserved Prefix, please use a different prefix." } } # Keep track of error count at beginning. $errorCountAtStart = $global:Error.Count; try { $moduleVersion = Get-ModuleVersion Write-Verbose "ModuleVersion: $moduleVersion" # Generate a ConnectionId to use in all logs and to send in all server calls. $connectionContextID = [System.Guid]::NewGuid() $cmdletLogger = New-CmdletLogger -ExoModuleVersion $moduleVersion -LogDirectoryPath $LogDirectoryPath.Value -EnableErrorReporting:$EnableErrorReporting.Value -ConnectionId $connectionContextID -IsRpsSession:$UseRPSSession.IsPresent $logFilePath = $cmdletLogger.GetCurrentLogFilePath() if ($EnableErrorReporting.Value -eq $true -and $UseRPSSession -eq $false) { Write-Message ("Writing cmdlet logs to " + $logFilePath) } $cmdletLogger.InitLog($connectionContextID) $cmdletLogger.LogStartTime($connectionContextID, $startTime) $cmdletLogger.LogCmdletName($connectionContextID, "Connect-ExchangeOnline"); $cmdletLogger.LogCmdletParameters($connectionContextID, $PSBoundParameters); if ($isCloudShell -eq $false) { $ConnectionContext = Get-ConnectionContext -ExchangeEnvironmentName $ExchangeEnvironmentName -ConnectionUri $ConnectionUri ` -AzureADAuthorizationEndpointUri $AzureADAuthorizationEndpointUri -UserPrincipalName $UserPrincipalName.Value ` -PSSessionOption $PSSessionOption -Credential $Credential.Value -BypassMailboxAnchoring:$BypassMailboxAnchoring ` -DelegatedOrg $DelegatedOrganization -Certificate $Certificate.Value -CertificateFilePath $CertificateFilePath.Value ` -CertificatePassword $CertificatePassword.Value -CertificateThumbprint $CertificateThumbprint.Value -AppId $AppId.Value ` -Organization $Organization.Value -Device:$Device.Value -InlineCredential:$InlineCredential.Value -CommandName $CommandName ` -FormatTypeName $FormatTypeName -Prefix $Prefix -PageSize $PageSize.Value -ExoModuleVersion:$moduleVersion -Logger $cmdletLogger ` -ConnectionId $connectionContextID -IsRpsSession $UseRPSSession.IsPresent -EnableErrorReporting:$EnableErrorReporting.Value ` -ManagedIdentity:$ManagedIdentity.Value -ManagedIdentityAccountId $ManagedIdentityAccountId.Value -AccessToken $AccessToken } else { $ConnectionContext = Get-ConnectionContext -ExchangeEnvironmentName $ExchangeEnvironmentName -ConnectionUri $ConnectionUri ` -AzureADAuthorizationEndpointUri $AzureADAuthorizationEndpointUri -Credential $Credential.Value -PSSessionOption $PSSessionOption ` -BypassMailboxAnchoring:$BypassMailboxAnchoring -Device:$Device.Value -InlineCredential:$InlineCredential.Value ` -DelegatedOrg $DelegatedOrganization -CommandName $CommandName -FormatTypeName $FormatTypeName -Prefix $prefix -ExoModuleVersion:$moduleVersion ` -Logger $cmdletLogger -ConnectionId $connectionContextID -IsRpsSession $UseRPSSession.IsPresent -EnableErrorReporting:$EnableErrorReporting.Value -AccessToken $AccessToken } if ($isCloudShell -eq $false) { $global:_EXO_EnableErrorReporting = $EnableErrorReporting.Value; } if ($ShowBanner -eq $true) { try { $BannerContent = Get-EXOBanner -ConnectionContext:$ConnectionContext -IsRPSSession:$UseRPSSession.IsPresent Write-Host -ForegroundColor Yellow $BannerContent } catch { Write-Verbose "Failed to fetch banner content from server. Reason: $_" $cmdletLogger.LogGenericError($connectionContextID, $_); } } if (($ConnectionUri -ne '') -and ($AzureADAuthorizationEndpointUri -eq '')) { Write-Information "Using ConnectionUri:'$ConnectionUri', in the environment:'$ExchangeEnvironmentName'." } if (($AzureADAuthorizationEndpointUri -ne '') -and ($ConnectionUri -eq '')) { Write-Information "Using AzureADAuthorizationEndpointUri:'$AzureADAuthorizationEndpointUri', in the environment:'$ExchangeEnvironmentName'." } if ($SkipLoadingFormatData -eq $true -and $UseRPSSession -eq $true) { Write-Warning "In RPS Session SkipLoadingFormatData switch will be ignored. Use SkipLoadingFormatData Switch only in Non RPS session." } if ($SkipLoadingCmdletHelp -eq $true -and $UseRPSSession -eq $true) { Write-Warning "In RPS Session SkipLoadingCmdletHelp switch will be ignored. Use SkipLoadingCmdletHelp Switch only in Non RPS session." } $ImportedModuleName = ''; $LogModuleDirectoryPath = [System.IO.Path]::GetTempPath(); if ($UseRPSSession -eq $true) { $ExoPowershellModule = "Microsoft.Exchange.Management.ExoPowershellGalleryModule.dll"; $ModulePath = [System.IO.Path]::Combine($PSScriptRoot, $ExoPowershellModule); Import-Module $ModulePath; $global:_EXO_ModulePath = $ModulePath; $PSSession = New-ExoPSSession -ConnectionContext $ConnectionContext if ($PSSession -ne $null) { if ([string]::IsNullOrEmpty($Prefix)) { $PSSessionModuleInfo = Import-PSSession $PSSession -AllowClobber -DisableNameChecking -CommandName $CommandName -FormatTypeName $FormatTypeName } else { $PSSessionModuleInfo = Import-PSSession $PSSession -AllowClobber -DisableNameChecking -CommandName $CommandName -FormatTypeName $FormatTypeName -Prefix $Prefix } # Add the name of the module to clean up in case of removing the broken session $PSSession | Add-Member -NotePropertyName "CurrentModuleName" -NotePropertyValue $PSSessionModuleInfo.Name # Import the above module globally. This is needed as with using psm1 files, # any module which is dynamically loaded in the nested module does not reflect globally. $CurrentModule = Import-Module $PSSessionModuleInfo.Path -Global -DisableNameChecking -Prefix $Prefix -PassThru $CurrentModule | Add-Member -NotePropertyName "ModulePrefix" -NotePropertyValue $Prefix $CurrentModule | Add-Member -NotePropertyName "CommandName" -NotePropertyValue $CommandName $CurrentModule | Add-Member -NotePropertyName "FormatTypeName" -NotePropertyValue $FormatTypeName UpdateImplicitRemotingHandler # Import the REST module $RestPowershellModule = "Microsoft.Exchange.Management.RestApiClient.dll"; $RestModulePath = [System.IO.Path]::Combine($PSScriptRoot, $RestPowershellModule); Import-Module $RestModulePath -Cmdlet Set-ExoAppSettings; $ImportedModuleName = $PSSessionModuleInfo.Name; } } else { # Download the new web based EXOModule if ($SigningCertificate -ne $null) { $ImportedModule = New-EXOModule -ConnectionContext $ConnectionContext -SkipLoadingFormatData:$SkipLoadingFormatData -SigningCertificate $SigningCertificate; } else { $ImportedModule = New-EXOModule -ConnectionContext $ConnectionContext -SkipLoadingFormatData:$SkipLoadingFormatData; } if ($null -ne $ImportedModule) { $ImportedModuleName = $ImportedModule.Name; $LogModuleDirectoryPath = $ImportedModule.ModuleBase Write-Verbose "AutoGen EXOModule created at $($ImportedModule.ModuleBase)" if ($SkipLoadingCmdletHelp -eq $true) { $cmdletLogger.LogGenericInfo($connectionContextID, "Skipping cmdlet help data"); } elseif ($null -ne $HelpFileNames -and $HelpFileNames -is [array] -and $HelpFileNames.Count -gt 0) { Get-HelpFiles -HelpFileNames $HelpFileNames -ConnectionContext $ConnectionContext -ImportedModule $ImportedModule -EnableErrorReporting:$EnableErrorReporting.Value } else { Write-Warning "Get-help cmdlet might not work. Please reconnect if you want to access that functionality." } } else { $global:EXO_LastExecutionStatus = $false; throw "Module could not be correctly formed. Please run Connect-ExchangeOnline again." } } # If we are configured to collect telemetry, add telemetry wrappers in case of an RPS connection if ($EnableErrorReporting.Value -eq $true) { if ($UseRPSSession -eq $true) { $FilePath = Add-EXOClientTelemetryWrapper -Organization (Get-OrgNameFromUPN -UPN $UserPrincipalName.Value) -PSSessionModuleName $ImportedModuleName -LogDirectoryPath $LogDirectoryPath.Value -LogModuleDirectoryPath $LogModuleDirectoryPath Write-Message("Writing telemetry records for this session to " + $FilePath[0] ); $global:_EXO_TelemetryFilePath = $FilePath[0] Import-Module $FilePath[1] -DisableNameChecking -Global Push-EXOTelemetryRecord -TelemetryFilePath $global:_EXO_TelemetryFilePath -CommandName Connect-ExchangeOnline -CommandParams $PSCmdlet.MyInvocation.BoundParameters -OrganizationName $global:_EXO_ExPSTelemetryOrganization -ScriptName $global:_EXO_ExPSTelemetryScriptName -ScriptExecutionGuid $global:_EXO_ExPSTelemetryScriptExecutionGuid } $endTime = Get-Date $cmdletLogger.LogEndTime($connectionContextID, $endTime); $cmdletLogger.CommitLog($connectionContextID); if ($EOPConnectionInProgress -eq $false) { # Set the AppSettings Set-ExoAppSettings -ShowProgress $ShowProgress.Value -PageSize $PageSize.Value -UseMultithreading $UseMultithreading.Value -TrackPerformance $TrackPerformance.Value -EnableErrorReporting $true -LogDirectoryPath $LogDirectoryPath.Value -LogLevel $LogLevel.Value } } else { if ($EOPConnectionInProgress -eq $false) { # Set the AppSettings disabling the logging Set-ExoAppSettings -ShowProgress $ShowProgress.Value -PageSize $PageSize.Value -UseMultithreading $UseMultithreading.Value -TrackPerformance $TrackPerformance.Value -EnableErrorReporting $false } } } catch { # If telemetry is enabled, log errors generated from this cmdlet also. # If telemetry is not enabled, calls to cmdletLogger will be a no-op. $errorCountAtProcessEnd = $global:Error.Count $numErrorRecordsToConsider = $errorCountAtProcessEnd - $errorCountAtStart for ($i = 0 ; $i -lt $numErrorRecordsToConsider ; $i++) { $cmdletLogger.LogGenericError($connectionContextID, $global:Error[$i]); } $cmdletLogger.CommitLog($connectionContextID); if ($EnableErrorReporting.Value -eq $true -and $UseRPSSession -eq $true) { if ($global:_EXO_TelemetryFilePath -eq $null) { $global:_EXO_TelemetryFilePath = New-EXOClientTelemetryFilePath -LogDirectoryPath $LogDirectoryPath.Value # Import the REST module $RestPowershellModule = "Microsoft.Exchange.Management.RestApiClient.dll"; $RestModulePath = [System.IO.Path]::Combine($PSScriptRoot, $RestPowershellModule); Import-Module $RestModulePath -Cmdlet Set-ExoAppSettings; # Set the AppSettings Set-ExoAppSettings -ShowProgress $ShowProgress.Value -PageSize $PageSize.Value -UseMultithreading $UseMultithreading.Value -TrackPerformance $TrackPerformance.Value -ConnectionUri $ConnectionUri -EnableErrorReporting $true -LogDirectoryPath $LogDirectoryPath.Value -LogLevel $LogLevel.Value } # Log errors which are encountered during Connect-ExchangeOnline execution. Write-Message ("Writing Connect-ExchangeOnline error log to " + $global:_EXO_TelemetryFilePath) Push-EXOTelemetryRecord -TelemetryFilePath $global:_EXO_TelemetryFilePath -CommandName Connect-ExchangeOnline -CommandParams $PSCmdlet.MyInvocation.BoundParameters -OrganizationName $global:_EXO_ExPSTelemetryOrganization -ScriptName $global:_EXO_ExPSTelemetryScriptName -ScriptExecutionGuid $global:_EXO_ExPSTelemetryScriptExecutionGuid -ErrorObject $global:Error -ErrorRecordsToConsider ($errorCountAtProcessEnd - $errorCountAtStart) } $global:EXO_LastExecutionStatus = $false; if ($_.Exception -ne $null) { # Connect-ExchangeOnline Failed, Remove ConnectionContext from Map. if ([Microsoft.Exchange.Management.ExoPowershellSnapin.ConnectionContextFactory]::RemoveConnectionContextUsingConnectionId($connectionContextID)) { Write-Verbose "ConnectionContext Removed" } if ($_.Exception.InnerException -ne $null) { throw $_.Exception.InnerException; } else { throw $_.Exception; } } else { throw $_; } } } } function Connect-IPPSSession { [CmdletBinding()] param( # Connection Uri for the Remote PowerShell endpoint [string] $ConnectionUri = 'https://ps.compliance.protection.outlook.com/PowerShell-LiveId', # Azure AD Authorization endpoint Uri that can issue the OAuth2 access tokens [string] $AzureADAuthorizationEndpointUri = 'https://login.microsoftonline.com/organizations', # Delegated Organization Name [string] $DelegatedOrganization = '', # PowerShell session options to be used when opening the Remote PowerShell session [System.Management.Automation.Remoting.PSSessionOption] $PSSessionOption = $null, # Switch to bypass use of mailbox anchoring hint. [switch] $BypassMailboxAnchoring = $false, # Prefix [string] $Prefix = '', #Cmdlets to Import, by default it would bring all [string[]] $CommandName = @("*"), #The way the output objects would be printed on the console [string[]] $FormatTypeName = @("*"), # Use Remote PowerShell Session based connection [switch] $UseRPSSession = $false, # Show Banner of scc cmdlets Mapping and recent updates [switch] $ShowBanner = $true ) DynamicParam { if (($isCloudShell = IsCloudShellEnvironment) -eq $false) { $attributes = New-Object System.Management.Automation.ParameterAttribute $attributes.Mandatory = $false $attributeCollection = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $attributeCollection.Add($attributes) # User Principal Name or email address of the user $UserPrincipalName = New-Object System.Management.Automation.RuntimeDefinedParameter('UserPrincipalName', [string], $attributeCollection) $UserPrincipalName.Value = '' # User Credential to Logon $Credential = New-Object System.Management.Automation.RuntimeDefinedParameter('Credential', [System.Management.Automation.PSCredential], $attributeCollection) $Credential.Value = $null # Certificate $Certificate = New-Object System.Management.Automation.RuntimeDefinedParameter('Certificate', [System.Security.Cryptography.X509Certificates.X509Certificate2], $attributeCollection) $Certificate.Value = $null # Certificate Path $CertificateFilePath = New-Object System.Management.Automation.RuntimeDefinedParameter('CertificateFilePath', [string], $attributeCollection) $CertificateFilePath.Value = '' # Certificate Password $CertificatePassword = New-Object System.Management.Automation.RuntimeDefinedParameter('CertificatePassword', [System.Security.SecureString], $attributeCollection) $CertificatePassword.Value = $null # Certificate Thumbprint $CertificateThumbprint = New-Object System.Management.Automation.RuntimeDefinedParameter('CertificateThumbprint', [string], $attributeCollection) $CertificateThumbprint.Value = '' # Application Id $AppId = New-Object System.Management.Automation.RuntimeDefinedParameter('AppId', [string], $attributeCollection) $AppId.Value = '' # Organization $Organization = New-Object System.Management.Automation.RuntimeDefinedParameter('Organization', [string], $attributeCollection) $Organization.Value = '' $paramDictionary = New-object System.Management.Automation.RuntimeDefinedParameterDictionary $paramDictionary.Add('UserPrincipalName', $UserPrincipalName) $paramDictionary.Add('Credential', $Credential) $paramDictionary.Add('Certificate', $Certificate) $paramDictionary.Add('CertificateFilePath', $CertificateFilePath) $paramDictionary.Add('CertificatePassword', $CertificatePassword) $paramDictionary.Add('AppId', $AppId) $paramDictionary.Add('Organization', $Organization) if($PSEdition -eq 'Core') { # We do not want to expose certificate thumprint in Linux as it is not feasible there. if($IsWindows) { $paramDictionary.Add('CertificateThumbprint', $CertificateThumbprint); } } else { $paramDictionary.Add('CertificateThumbprint', $CertificateThumbprint); } return $paramDictionary } else { $attributes = New-Object System.Management.Automation.ParameterAttribute $attributes.Mandatory = $false $attributeCollection = New-Object System.Collections.ObjectModel.Collection[System.Attribute] $attributeCollection.Add($attributes) # Switch to MSI auth $Device = New-Object System.Management.Automation.RuntimeDefinedParameter('Device', [switch], $attributeCollection) $Device.Value = $false $paramDictionary = New-object System.Management.Automation.RuntimeDefinedParameterDictionary $paramDictionary.Add('Device', $Device) return $paramDictionary } } process { try { $EOPConnectionInProgress = $true if ($isCloudShell -eq $false) { $certThumbprint = $CertificateThumbprint.Value # Will pass CertificateThumbprint if it is not null or not empty if($certThumbprint) { Connect-ExchangeOnline -ConnectionUri $ConnectionUri -AzureADAuthorizationEndpointUri $AzureADAuthorizationEndpointUri -UserPrincipalName $UserPrincipalName.Value -PSSessionOption $PSSessionOption -Credential $Credential.Value -BypassMailboxAnchoring:$BypassMailboxAnchoring -ShowBanner:$ShowBanner -DelegatedOrganization $DelegatedOrganization -Certificate $Certificate.Value -CertificateFilePath $CertificateFilePath.Value -CertificatePassword $CertificatePassword.Value -CertificateThumbprint $certThumbprint -AppId $AppId.Value -Organization $Organization.Value -Prefix $Prefix -CommandName $CommandName -FormatTypeName $FormatTypeName -UseRPSSession:$UseRPSSession } else { Connect-ExchangeOnline -ConnectionUri $ConnectionUri -AzureADAuthorizationEndpointUri $AzureADAuthorizationEndpointUri -UserPrincipalName $UserPrincipalName.Value -PSSessionOption $PSSessionOption -Credential $Credential.Value -BypassMailboxAnchoring:$BypassMailboxAnchoring -ShowBanner:$ShowBanner -DelegatedOrganization $DelegatedOrganization -Certificate $Certificate.Value -CertificateFilePath $CertificateFilePath.Value -CertificatePassword $CertificatePassword.Value -AppId $AppId.Value -Organization $Organization.Value -Prefix $Prefix -CommandName $CommandName -FormatTypeName $FormatTypeName -UseRPSSession:$UseRPSSession } } else { Connect-ExchangeOnline -ConnectionUri $ConnectionUri -AzureADAuthorizationEndpointUri $AzureADAuthorizationEndpointUri -PSSessionOption $PSSessionOption -BypassMailboxAnchoring:$BypassMailboxAnchoring -Device:$Device.Value -ShowBanner:$ShowBanner -DelegatedOrganization $DelegatedOrganization -Prefix $Prefix -CommandName $CommandName -FormatTypeName $FormatTypeName -UseRPSSession:$UseRPSSession } } finally { $EOPConnectionInProgress = $false } } } function Disconnect-ExchangeOnline { [CmdletBinding(SupportsShouldProcess, ConfirmImpact='High', DefaultParameterSetName='DefaultParameterSet')] param( [Parameter(Mandatory=$true, ParameterSetName='ConnectionId', ValueFromPipelineByPropertyName=$true)] [string[]] $ConnectionId, [Parameter(Mandatory=$true, ParameterSetName='ModulePrefix')] [string[]] $ModulePrefix ) process { $global:EXO_LastExecutionStatus = $true; $disconnectConfirmationMessage = "" Switch ($PSCmdlet.ParameterSetName) { 'ConnectionId' { $disconnectConfirmationMessage = [Microsoft.Exchange.Management.ExoPowershellSnapin.ConnectionContextFactory]::GetDisconnectConfirmationMessageByConnectionId($ConnectionId) break } 'ModulePrefix' { $disconnectConfirmationMessage = [Microsoft.Exchange.Management.ExoPowershellSnapin.ConnectionContextFactory]::GetDisconnectConfirmationMessageByModulePrefix($ModulePrefix) break } Default { $disconnectConfirmationMessage = [Microsoft.Exchange.Management.ExoPowershellSnapin.ConnectionContextFactory]::GetDisconnectConfirmationMessageWithInbuilt() } } if ($PSCmdlet.ShouldProcess( $disconnectConfirmationMessage, "Press(Y/y/A/a) if you want to continue.", $disconnectConfirmationMessage)) { # Keep track of error count at beginning. $errorCountAtStart = $global:Error.Count; $startTime = Get-Date try { # Get all the connection contexts so that the logger can be initialized. $connectionContexts = [Microsoft.Exchange.Management.ExoPowershellSnapin.ConnectionContextFactory]::GetAllConnectionContexts() $disconnectCmdletId = [System.Guid]::NewGuid().ToString() # denotes if any of the connections is an RPS session. # This is used to Push-EXOTelemetryRecord in case any RPS connections are present. $rpsConnectionWithErrorReportingExists = $false foreach ($context in $connectionContexts) { $context.Logger.InitLog($disconnectCmdletId); $context.Logger.LogStartTime($disconnectCmdletId, $startTime); $context.Logger.LogCmdletName($disconnectCmdletId, "Disconnect-ExchangeOnline"); if ($context.IsRpsSession -and $context.ErrorReportingEnabled) { $rpsConnectionWithErrorReportingExists = $true } } # Import the module once more to ensure that Test-ActiveToken is present $ExoPowershellModule = "Microsoft.Exchange.Management.ExoPowershellGalleryModule.dll"; $ModulePath = [System.IO.Path]::Combine($PSScriptRoot, $ExoPowershellModule); Import-Module $ModulePath -Cmdlet Clear-ActiveToken; $existingPSSession = Get-PSSession | Where-Object {$_.ConfigurationName -like "Microsoft.Exchange" -and $_.Name -like "ExchangeOnlineInternalSession*"} if ($existingPSSession.count -gt 0) { for ($index = 0; $index -lt $existingPSSession.count; $index++) { $session = $existingPSSession[$index] Remove-PSSession -session $session Write-Information "Removed the PSSession $($session.Name) connected to $($session.ComputerName)" # Remove any active access token from the cache # If the connectionId of the session being cleared is equal to AppSettings.ConnectionId, this means connection to EXO cmdlets will break. if ($session.ConnectionContext.ConnectionId -ieq [Microsoft.Exchange.Management.AdminApiProvider.AppSettings]::ConnectionId) { Clear-ActiveToken -TokenProvider $session.TokenProvider -IsSessionUsedByInbuiltCmdlets:$true } else { Clear-ActiveToken -TokenProvider $session.TokenProvider -IsSessionUsedByInbuiltCmdlets:$false } # Remove any previous modules loaded because of the current PSSession if ($session.PreviousModuleName -ne $null) { if ((Get-Module $session.PreviousModuleName).Count -ne 0) { $null = Remove-Module -Name $session.PreviousModuleName -ErrorAction SilentlyContinue } $session.PreviousModuleName = $null } # Remove any leaked module in case of removal of broken session object if ($session.CurrentModuleName -ne $null) { if ((Get-Module $session.CurrentModuleName).Count -ne 0) { $null = Remove-Module -Name $session.CurrentModuleName -ErrorAction SilentlyContinue } } } } $modulesToRemove = $null Switch ($PSCmdlet.ParameterSetName) { 'ConnectionId' { # Call GetModulesToRemoveByConnectionId in this scenario $modulesToRemove = [Microsoft.Exchange.Management.ExoPowershellSnapin.ConnectionContextFactory]::GetModulesToRemoveByConnectionId($ConnectionId) break } 'ModulePrefix' { # Call GetModulesToRemoveByModulePrefix in this scenario $modulesToRemove = [Microsoft.Exchange.Management.ExoPowershellSnapin.ConnectionContextFactory]::GetModulesToRemoveByModulePrefix($ModulePrefix) break } Default { # Remove all the AutoREST modules from this instance of powershell if created $existingAutoRESTModules = Get-Module "tmpEXO_*" foreach ($module in $existingAutoRESTModules) { $null = Remove-Module -Name $module -ErrorAction SilentlyContinue } # The below call to remove all connection contexts could be removed as we already have an OnRemove event hooked to the module. Work Item 3461604 to investigate this # Remove all ConnectionContexts # this internally clears all the active tokens in ConnectionContexts [Microsoft.Exchange.Management.ExoPowershellSnapin.ConnectionContextFactory]::RemoveAllConnectionContexts() } } if ($modulesToRemove -ne $null -and $modulesToRemove.Count -gt 0) { $null = Remove-Module $modulesToRemove -ErrorAction SilentlyContinue } Write-Information "Disconnected successfully !" # Remove all the Wrapped modules from this instance of powershell if created $existingWrappedModules = Get-Module "EXOCmdletWrapper-*" foreach ($module in $existingWrappedModules) { $null = Remove-Module -Name $module -ErrorAction SilentlyContinue } if ($rpsConnectionWithErrorReportingExists) { if ($global:_EXO_TelemetryFilePath -eq $null) { $global:_EXO_TelemetryFilePath = New-EXOClientTelemetryFilePath } Push-EXOTelemetryRecord -TelemetryFilePath $global:_EXO_TelemetryFilePath -CommandName Disconnect-ExchangeOnline -CommandParams $PSCmdlet.MyInvocation.BoundParameters -OrganizationName $global:_EXO_ExPSTelemetryOrganization -ScriptName $global:_EXO_ExPSTelemetryScriptName -ScriptExecutionGuid $global:_EXO_ExPSTelemetryScriptExecutionGuid } } catch { # If telemetry is enabled for any of the connections, log errors generated from this cmdlet also. $errorCountAtProcessEnd = $global:Error.Count $global:EXO_LastExecutionStatus = $false; $endTime = Get-Date foreach ($context in $connectionContexts) { $numErrorRecordsToConsider = $errorCountAtProcessEnd - $errorCountAtStart for ($i = 0 ; $i -lt $numErrorRecordsToConsider ; $i++) { $context.Logger.LogGenericError($disconnectCmdletId, $global:Error[$i]); } $context.Logger.LogEndTime($disconnectCmdletId, $endTime); $context.Logger.CommitLog($disconnectCmdletId); $logFilePath = $context.Logger.GetCurrentLogFilePath(); } if ($rpsConnectionWithErrorReportingExists) { if ($global:_EXO_TelemetryFilePath -eq $null) { $global:_EXO_TelemetryFilePath = New-EXOClientTelemetryFilePath } # Log errors which are encountered during Disconnect-ExchangeOnline execution. 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