commands.ps1
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<# .SYNOPSIS Assign D365 Security configuration .DESCRIPTION Assign the same security configuration as the ADMIN user in the D365FO database .PARAMETER sqlCommand The SQL Command object that should be used when assigning the permissions .PARAMETER Id Id of the user inside the D365FO database .EXAMPLE PS C:\> $SqlParams = @{ DatabaseServer = "localhost" DatabaseName = "AXDB" SqlUser = "sqladmin" SqlPwd = "Pass@word1" TrustedConnection = $false } PS C:\> $SqlCommand = Get-SqlCommand @SqlParams PS C:\> Add-AadUserSecurity -SqlCommand $SqlCommand -Id "TestUser" This will create a new Sql Command object using the Get-SqlCommand cmdlet and the $SqlParams hashtable containing all the needed parameters. With the $SqlCommand in place it calls the Add-AadUserSecurity cmdlet and instructs it to update the "TestUser" to have the same security configuration as the ADMIN user. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Add-AadUserSecurity { [OutputType('System.Boolean')] param ( [Parameter(Mandatory = $true)] [System.Data.SqlClient.SqlCommand] $SqlCommand, [Parameter(Mandatory = $true)] [string] $Id ) $commandText = (Get-Content "$script:ModuleRoot\internal\sql\Set-AadUserSecurityInD365FO.sql") -join [Environment]::NewLine $sqlCommand.CommandText = $commandText $null = $sqlCommand.Parameters.Add("@Id", $Id) Write-PSFMessage -Level Verbose -Message "Setting security roles in D365FO database" Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $differenceBetweenNewUserAndAdmin = $sqlCommand.ExecuteScalar() Write-PSFMessage -Level Verbose -Message "Difference between new user and admin security roles $differenceBetweenNewUserAndAdmin" -Target $differenceBetweenNewUserAndAdmin $SqlCommand.Parameters.Clear() $differenceBetweenNewUserAndAdmin -eq 0 } <# .SYNOPSIS Backup a file .DESCRIPTION Backup a file in the same directory as the original file with a suffix .PARAMETER File Path to the file that you want to backup .PARAMETER Suffix The suffix value that you want to append to the file name when backing it up .EXAMPLE PS C:\> Backup-File -File c:\temp\d365fo.tools\test.txt -Suffix "Original" This will backup the "test.txt" file as "test_Original.txt" inside "c:\temp\d365fo.tools\" .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Backup-File { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $File, [Parameter(Mandatory = $true)] [string] $Suffix ) $FileBackup = Get-BackupName $File $Suffix Write-PSFMessage -Level Verbose -Message "Backing up $File to $FileBackup" -Target (@($File, $FileBackup)) (Get-Content -Path $File) | Set-Content -path $FileBackup } <# .SYNOPSIS Complete the upload action in LCS .DESCRIPTION Signal to LCS that the upload of the blob has completed .PARAMETER Token The token to be used for the http request against the LCS API .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER AssetId The unique id of the asset / file that you are trying to upload to LCS .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .EXAMPLE PS C:\> Complete-LcsUpload -Token "Bearer JldjfafLJdfjlfsalfd..." -ProjectId 123456789 -AssetId "958ae597-f089-4811-abbd-c1190917eaae" -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will commit the upload process for the AssetId "958ae597-f089-4811-abbd-c1190917eaae" in the LCS project with Id 123456789. The http request will be using the "Bearer JldjfafLJdfjlfsalfd..." token for authentication against the LCS API. The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, Api, AAD, Token Author: M�tz Jensen (@Splaxi) #> function Complete-LcsUpload { [CmdletBinding()] [OutputType()] param( [Parameter(Mandatory = $true)] [string]$Token, [Parameter(Mandatory = $true)] [int]$ProjectId, [Parameter(Mandatory = $true)] [string]$AssetId, [Parameter(Mandatory = $false)] [string]$LcsApiUri ) Invoke-TimeSignal -Start $client = New-Object -TypeName System.Net.Http.HttpClient $client.DefaultRequestHeaders.Clear() $commitFileUri = "$LcsApiUri/box/fileasset/CommitFileAsset/$($ProjectId)?assetId=$AssetId" $request = New-JsonRequest -Uri $commitFileUri -Token $Token Write-PSFMessage -Level Verbose -Message "Sending the commit request against LCS" -Target $request try { $commitResult = Get-AsyncResult -Task $client.SendAsync($request) Write-PSFMessage -Level Verbose -Message "Parsing the commitResult for success" -Target $commitResult if (($commitResult.StatusCode -ne [System.Net.HttpStatusCode]::NoContent) -and ($commitResult.StatusCode -ne [System.Net.HttpStatusCode]::OK)) { Write-PSFMessage -Level Host -Message "The LCS API returned an http error code" -Exception $PSItem.Exception -Target $commitResult Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the LCS API" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 return } Invoke-TimeSignal -End $commitResult } <# .SYNOPSIS Convert HashTable into an array .DESCRIPTION Convert HashTable with switches inside into an array of Key:Value .PARAMETER InputObject The HashTable object that you want to work against Shold only contain Key / Vaule, where value is $true or $false .PARAMETER KeyPrefix The prefix that you want to append to the key of the HashTable The default value is "-" .PARAMETER ValuePrefix The prefix that you want to append to the value of the HashTable The default value is ":" .PARAMETER KeepCase Instruct the cmdlet to keep the naming case of the properties from the hashtable Default value is: $true .EXAMPLE PS C:\> $params = @{NoPrompt = $true; CreateParents = $false} PS C:\> $arguments = Convert-HashToArgStringSwitch -Inputs $params This will convert the $params into an array of strings, each with the "-Key:Value" pattern. .EXAMPLE PS C:\> $params = @{NoPrompt = $true; CreateParents = $false} PS C:\> $arguments = Convert-HashToArgStringSwitch -InputObject $params -KeyPrefix "&" -ValuePrefix "=" This will convert the $params into an array of strings, each with the "&Key=Value" pattern. .NOTES Tags: HashTable, Arguments Author: M�tz Jensen (@Splaxi) #> function Convert-HashToArgStringSwitch { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidDefaultValueSwitchParameter", "")] [CmdletBinding()] [OutputType([System.String])] param ( [HashTable] $InputObject, [string] $KeyPrefix = "-", [string] $ValuePrefix = ":", [switch] $KeepCase = $true ) foreach ($key in $InputObject.Keys) { $value = "{0}" -f $InputObject.Item($key).ToString() if (-not $KeepCase) {$value = $value.ToLower()} "$KeyPrefix$($key)$ValuePrefix$($value)" } } <# .SYNOPSIS Convert an object to boolean .DESCRIPTION Convert an object to boolean or default it to the specified boolean value .PARAMETER Object Input object that you want to work against .PARAMETER Default The default boolean value you want returned if the convert / cast fails .EXAMPLE PS C:\> ConvertTo-BooleanOrDefault -Object "1" -Default $true This will try and convert the "1" value to a boolean value. If the convert would fail, it would return the default value $true. .NOTES Author: M�tz Jensen (@Splaxi) #> function ConvertTo-BooleanOrDefault { [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSAvoidUsingEmptyCatchBlock', '')] [CmdletBinding()] [OutputType('System.Boolean')] param ( [Object] $Object, [Boolean] $Default ) [boolean] $result = $Default; $stringTrue = @("yes", "true", "ok", "y") $stringFalse = @( "no", "false", "n") try { if (-not ($null -eq $Object) ) { switch ($Object.ToString().ToLower()) { {$stringTrue -contains $_} { $result = $true break } {$stringFalse -contains $_} { $result = $false break } default { $result = [System.Boolean]::Parser($Object.ToString()) break } } } } catch { } $result } <# .SYNOPSIS Convert an object into a HashTable .DESCRIPTION Convert an object into a HashTable, can be used with json objects to create a HashTable .PARAMETER InputObject The object you want to convert .EXAMPLE PS C:\> $jsonString = '{"Test1": "Test1","Test2": "Test2"}' PS C:\> $jsonString | ConvertFrom-Json | ConvertTo-Hashtable .NOTES Author: M�tz Jensen (@Splaxi) Original Author: Adam Bertram (@techsnips_io) Original blog post with the function explained: https://4sysops.com/archives/convert-json-to-a-powershell-hash-table/ #> function ConvertTo-Hashtable { [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseOutputTypeCorrectly', '')] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseCmdletCorrectly', '')] [CmdletBinding()] param ( [Parameter(ValueFromPipeline)] $InputObject ) process { ## Return null if the input is null. This can happen when calling the function ## recursively and a property is null if ($null -eq $InputObject) { return $null } ## Check if the input is an array or collection. If so, we also need to convert ## those types into hash tables as well. This function will convert all child ## objects into hash tables (if applicable) if ($InputObject -is [System.Collections.IEnumerable] -and $InputObject -isnot [string]) { $collection = @( foreach ($object in $InputObject) { ConvertTo-Hashtable -InputObject $object } ) ## Return the array but don't enumerate it because the object may be pretty complex Write-Output -NoEnumerate $collection } elseif ($InputObject -is [psobject]) { ## If the object has properties that need enumeration ## Convert it to its own hash table and return it $hash = @{} foreach ($property in $InputObject.PSObject.Properties) { $hash[$property.Name] = ConvertTo-Hashtable -InputObject $property.Value } $hash } else { ## If the object isn't an array, collection, or other object, it's already a hash table ## So just return it. $InputObject } } } <# .SYNOPSIS Convert a Hashtable into a PSCustomObject .DESCRIPTION Convert a Hashtable into a PSCustomObject .PARAMETER InputObject The hashtable you want to convert .EXAMPLE PS C:\> $params = @{SqlUser = ""; SqlPwd = ""} PS C:\> $params | ConvertTo-PsCustomObject This will create a hashtable with 2 properties. It will convert the hashtable into a PSCustomObject .NOTES Author: M�tz Jensen (@Splaxi) Original blog post with the function explained: https://blogs.msdn.microsoft.com/timid/2013/03/05/converting-pscustomobject-tofrom-hashtables/ #> function ConvertTo-PsCustomObject { [OutputType('[PsCustomObject]')] param ( [Parameter(Position = 0, Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true)] [object[]] $InputObject ) begin { $i = 0 } process { foreach ($myHashtable in $InputObject) { if ($myHashtable.GetType().Name -eq 'hashtable') { $output = New-Object -TypeName PsObject Add-Member -InputObject $output -MemberType ScriptMethod -Name AddNote -Value { Add-Member -InputObject $this -MemberType NoteProperty -Name $args[0] -Value $args[1] } $myHashtable.Keys | Sort-Object | ForEach-Object { $output.AddNote($_, $myHashtable.$_) } $output } elseif ($myHashtable.GetType().Name -eq 'OrderedDictionary') { $output = New-Object -TypeName PsObject Add-Member -InputObject $output -MemberType ScriptMethod -Name AddNote -Value { Add-Member -InputObject $this -MemberType NoteProperty -Name $args[0] -Value $args[1] } $myHashtable.Keys | ForEach-Object { $output.AddNote($_, $myHashtable.$_) } $output } else { Write-PSFMessage -Level Warning -Message "Index `$i is not of type [hashtable]" -Target $i } $i += 1 } } } <# .SYNOPSIS Copy local file to Azure Blob Storage .DESCRIPTION Copy local file to Azure Blob Storage that is used by LCS .PARAMETER FilePath Path to the file you want to upload to the Azure Blob storage .PARAMETER FullUri The full URI, including SAS token and Policy Permissions to the blob .EXAMPLE PS C:\> Copy-FileToLcsBlob -FilePath "C:\temp\d365fo.tools\GOLDEN.bacpac" -FullUri "https://uswedpl1catalog.blob.core.windows.net/...." This will upload the "C:\temp\d365fo.tools\GOLDEN.bacpac" to the "https://uswedpl1catalog.blob.core.windows.net/...." Blob Storage location. It is required that the FullUri contains all the needed SAS tokens and Policy Permissions for the upload to succeed. .NOTES Tags: Azure Blob, LCS, Upload Author: M�tz Jensen (@Splaxi) #> function Copy-FileToLcsBlob { [CmdletBinding()] [OutputType()] param( [Parameter(Mandatory = $true)] [string]$FilePath, [Parameter(Mandatory = $true)] [System.Uri]$FullUri ) Invoke-TimeSignal -Start Write-PSFMessage -Level Verbose -Message "Initializing the needed .net objects to work against Azure Blob." -Target $FullUri $cloudblob = New-Object -TypeName Microsoft.WindowsAzure.Storage.Blob.CloudBlockBlob -ArgumentList @($FullUri) try { $uploadResult = Get-AsyncResult -Task $cloudblob.UploadFromFileAsync([System.String]$FilePath) } catch { Write-PSFMessage -Level Host -Message "Something went wrong while uploading the desired file to Azure Blob." -Exception $PSItem.Exception -Target $FullUri Stop-PSFFunction -Message "Stopping because of errors" return } Invoke-TimeSignal -End $uploadResult } <# .SYNOPSIS Load all necessary information about the D365 instance .DESCRIPTION Load all servicing dll files from the D365 instance into memory .EXAMPLE PS C:\> Get-ApplicationEnvironment This will load all the different dll files into memory. .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-ApplicationEnvironment { [System.Collections.ArrayList] $Files2Process = New-Object -TypeName "System.Collections.ArrayList" $AOSPath = Join-Path $script:ServiceDrive "\AOSService\webroot\bin" Write-PSFMessage -Level Verbose -Message "Testing if we are running on a AOS server or not." if (-not (Test-Path -Path $AOSPath -PathType Container)) { Write-PSFMessage -Level Verbose -Message "The machine is NOT an AOS server." $MRPath = Join-Path $script:ServiceDrive "MRProcessService\MRInstallDirectory\Server\Services" Write-PSFMessage -Level Verbose -Message "Testing if we are running on a BI / MR server or not." if (-not (Test-Path -Path $MRPath -PathType Container)) { Write-PSFMessage -Level Verbose -Message "It seems that you ran this cmdlet on a machine that doesn't have the assemblies needed to obtain system details. Most likely you ran it on a <c='em'>personal workstation / personal computer</c>." return } else { Write-PSFMessage -Level Verbose -Message "The machine is a BI / MR server." $BasePath = $MRPath $null = $Files2Process.Add((Join-Path $script:ServiceDrive "Monitoring\Instrumentation\Microsoft.Dynamics.AX.Authentication.Instrumentation.dll")) } } else { Write-PSFMessage -Level Verbose -Message "The machine is an AOS server." $BasePath = $AOSPath $null = $Files2Process.Add((Join-Path $BasePath "Microsoft.Dynamics.AX.Authentication.Instrumentation.dll")) } Write-PSFMessage -Level Verbose -Message "Shadow cloning all relevant assemblies to the Microsoft.Dynamics.ApplicationPlatform.Environment.dll to avoid locking issues. This enables us to install updates while having d365fo.tools loaded" $null = $Files2Process.Add((Join-Path $BasePath "Microsoft.Dynamics.AX.Configuration.Base.dll")) $null = $Files2Process.Add((Join-Path $BasePath "Microsoft.Dynamics.BusinessPlatform.SharedTypes.dll")) $null = $Files2Process.Add((Join-Path $BasePath "Microsoft.Dynamics.AX.Framework.EncryptionEngine.dll")) $null = $Files2Process.Add((Join-Path $BasePath "Microsoft.Dynamics.AX.Security.Instrumentation.dll")) $null = $Files2Process.Add((Join-Path $BasePath "Microsoft.Dynamics.ApplicationPlatform.Environment.dll")) Import-AssemblyFileIntoMemory -Path $($Files2Process.ToArray()) if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "All assemblies loaded. Getting environment details." $environment = [Microsoft.Dynamics.ApplicationPlatform.Environment.EnvironmentFactory]::GetApplicationEnvironment() $environment } <# .SYNOPSIS Simple abstraction to handle asynchronous executions .DESCRIPTION Simple abstraction to handle asynchronous executions for several other cmdlets .PARAMETER Task The task you want to work / wait for to complete .EXAMPLE PS C:\> $client = New-Object -TypeName System.Net.Http.HttpClient PS C:\> Get-AsyncResult -Task $client.SendAsync($request) This will take the client (http) and have it send a request using the asynchronous pattern. .NOTES Tags: Async, Waiter, Wait Author: M�tz Jensen (@Splaxi) #> function Get-AsyncResult { [CmdletBinding()] [OutputType('Object')] param ( [Parameter(Mandatory = $true, Position = 1)] [object] $Task ) Write-PSFMessage -Level Verbose -Message "Building the Task Waiter and start waiting." -Target $Task $Task.GetAwaiter().GetResult() } <# .SYNOPSIS Get the Azure Service Objectives .DESCRIPTION Get the current tiering details from the Azure SQL Database instance .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Get-AzureServiceObjective -DatabaseServer dbserver1.database.windows.net -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" This will get the Azure service objective details from the Azure SQL Database instance located at "dbserver1.database.windows.net" .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-AzureServiceObjective { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $DatabaseServer, [Parameter(Mandatory = $true)] [string] $DatabaseName, [Parameter(Mandatory = $true)] [string] $SqlUser, [Parameter(Mandatory = $true)] [string] $SqlPwd, [switch] $EnableException ) $sqlCommand = Get-SqlCommand @PsBoundParameters -TrustedConnection $false $commandText = (Get-Content "$script:ModuleRoot\internal\sql\get-azureserviceobjective.sql") -join [Environment]::NewLine $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $reader = $sqlCommand.ExecuteReader() if ($reader.Read() -eq $true) { Write-PSFMessage -Level Verbose "Extracting details from the result retrieved from the Azure DB instance" $edition = $reader.GetString(1) $serviceObjective = $reader.GetString(2) $reader.close() $sqlCommand.Connection.Close() $sqlCommand.Dispose() [PSCustomObject]@{ DatabaseEdition = $edition DatabaseServiceObjective = $serviceObjective } } else { $messageString = "The query to detect <c='em'>edition</c> and <c='em'>service objectives</c> from the Azure DB instance <c='em'>failed</c>." Write-PSFMessage -Level Host -Message $messageString -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>',''))) return } } catch { $messageString = "Something went wrong while working against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } } <# .SYNOPSIS Get a backup name for the file .DESCRIPTION Generate a backup name for the file parsed .PARAMETER File Path to the file that you want a backup name for .PARAMETER Suffix The name that you want to put into the new backup file name .EXAMPLE PS C:\> Get-BackupName -File "C:\temp\d365do.tools\Test.txt" -Suffix "Original" The function will return "C:\temp\d365do.tools\Test_Original.txt" .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-BackupName { [CmdletBinding()] [OutputType([System.String])] param ( [Parameter(Mandatory = $true)] [string] $File, [Parameter(Mandatory = $true)] [string] $Suffix ) Write-PSFMessage -Level Verbose -Message "Getting backup name for file: $File" -Tag $File $FileInfo = [System.IO.FileInfo]::new($File) $BackupName = "{0}{1}_{2}{3}" -f $FileInfo.Directory, $FileInfo.BaseName, $Suffix, $FileInfo.Extension Write-PSFMessage -Level Verbose -Message "Backup name for the file will be $BackupName" -Tag $BackupName $BackupName } <# .SYNOPSIS Load the Canonical Identity Provider .DESCRIPTION Load the necessary dll files from the D365 instance to get the Canonical Identity Provider object .EXAMPLE PS C:\> Get-CanonicalIdentityProvider This will get the Canonical Identity Provider from the D365 instance .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-CanonicalIdentityProvider { [CmdletBinding()] param () try { Write-PSFMessage -Level Verbose "Loading dll files to do some work against the CanonicalIdentityProvider." Add-Type -Path "$Script:AOSPath\bin\Microsoft.Dynamics.AX.Framework.EncryptionEngine.dll" Add-Type -Path "$Script:AOSPath\bin\Microsoft.Dynamics.AX.Security.AuthenticationCommon.dll" Write-PSFMessage -Level Verbose "Executing the CanonicalIdentityProvider lookup logic." $Identity = [Microsoft.Dynamics.AX.Security.AuthenticationCommon.AadHelper]::GetIdentityProvider() $Provider = [Microsoft.Dynamics.AX.Security.AuthenticationCommon.AadHelper]::GetCanonicalIdentityProvider($Identity) Write-PSFMessage -Level Verbose "CanonicalIdentityProvider is: $Provider" -Tag $Provider return $Provider } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the CanonicalIdentityProvider." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } <# .SYNOPSIS Parse the compiler output .DESCRIPTION Parse the output log files from the compiler and show the number of warnings and errors .PARAMETER Path The path to where the compiler output log file is located .EXAMPLE PS C:\> Get-CompilerResult -Path c:\temp\d365fo.tools\Dynamics.AX.Custom.xppc.log This will analaze the Dynamics.AX.Custom.xppc.log compiler output file. Will create a summarize object with number of errors and warnings. .NOTES Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Vilmos Kintera" (twitter: @DAXRunBase) All credits goes to him for showing how to extract these information His blog can be found here: https://www.daxrunbase.com/blog/ The specific blog post that we based this cmdlet on can be found here: https://www.daxrunbase.com/2020/03/31/interpreting-compiler-results-in-d365fo-using-powershell/ The github repository containing the original scrips can be found here: https://github.com/DAXRunBase/PowerShell-and-Azure #> function Get-CompilerResult { [CmdletBinding()] [OutputType('[PsCustomObject]')] param ( [parameter(Mandatory = $true)] [string] $Path ) Invoke-TimeSignal -Start if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } $errorText = Select-String -LiteralPath $Path -Pattern ^Errors: | ForEach-Object { $_.Line } $errorCount = [int]$errorText.Split()[-1] $warningText = Select-String -LiteralPath $Path -Pattern ^Warnings: | ForEach-Object { $_.Line } $warningCount = [int]$warningText.Split()[-1] [PsCustomObject][Ordered]@{ File = "$Path" Warnings = $warningCount Errors = $errorCount PSTypeName = 'D365FO.TOOLS.CompilerOutput' } } <# .SYNOPSIS Clone a hashtable .DESCRIPTION Create a deep clone of a hashtable for you to work on it without updating the original object .PARAMETER InputObject The hashtable you want to clone .EXAMPLE PS C:\> Get-DeepClone -InputObject $HashTable This will clone the $HashTable variable into a new object and return it to you. .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-DeepClone { [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseOutputTypeCorrectly', '')] [CmdletBinding()] param( [parameter(Mandatory = $true)] $InputObject ) process { if($InputObject -is [hashtable]) { $clone = @{} foreach($key in $InputObject.keys) { if($key -eq "EnableException") {continue} $clone[$key] = Get-DeepClone $InputObject[$key] } $clone } else { $InputObject } } } <# .SYNOPSIS Get the file version details .DESCRIPTION Get the file version details for any given file .PARAMETER Path Path to the file that you want to extract the file version details from .EXAMPLE PS C:\> Get-FileVersion -Path "C:\Program Files\Microsoft Dynamics AX\60\Server\MicrosoftDynamicsAX\Bin\AxServ32.exe" This will get the file version details for the AX AOS executable (AxServ32.exe). .NOTES Author: M�tz Jensen (@Splaxi) Inspired by https://blogs.technet.microsoft.com/askpfeplat/2014/12/07/how-to-correctly-check-file-versions-with-powershell/ #> function Get-FileVersion { [CmdletBinding()] Param( [Parameter(Mandatory = $true)] [string] $Path ) if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } Write-PSFMessage -Level Verbose -Message "Extracting the file properties for: $Path" -Target $Path $Filepath = Get-Item -Path $Path [PSCustomObject]@{ FileVersion = $Filepath.VersionInfo.FileVersion ProductVersion = $Filepath.VersionInfo.ProductVersion FileVersionUpdated = "$($Filepath.VersionInfo.FileMajorPart).$($Filepath.VersionInfo.FileMinorPart).$($Filepath.VersionInfo.FileBuildPart).$($Filepath.VersionInfo.FilePrivatePart)" ProductVersionUpdated = "$($Filepath.VersionInfo.ProductMajorPart).$($Filepath.VersionInfo.ProductMinorPart).$($Filepath.VersionInfo.ProductBuildPart).$($Filepath.VersionInfo.ProductPrivatePart)" } } <# .SYNOPSIS Get the identity provider .DESCRIPTION Execute a web request to get the identity provider for the given email address .PARAMETER Email Email address on the account that you want to get the Identity Provider details about .EXAMPLE PS C:\> Get-IdentityProvider -Email "Claire@contoso.com" This will get the Identity Provider details for the user account with the email address "Claire@contoso.com" .NOTES Author : Rasmus Andersen (@ITRasmus) Author : M�tz Jensen (@splaxi) #> function Get-IdentityProvider { [CmdletBinding()] param( [Parameter(Mandatory = $true, Position = 1)] [string]$Email ) $tenant = Get-TenantFromEmail $Email try { $webRequest = New-WebRequest "https://login.windows.net/$tenant/.well-known/openid-configuration" $null "GET" $response = $WebRequest.GetResponse() if ($response.StatusCode -eq [System.Net.HttpStatusCode]::Ok) { $stream = $response.GetResponseStream() $streamReader = New-Object System.IO.StreamReader($stream); $openIdConfig = $streamReader.ReadToEnd() $streamReader.Close(); } else { $statusDescription = $response.StatusDescription throw "Https status code : $statusDescription" } $openIdConfigJSON = ConvertFrom-Json $openIdConfig $openIdConfigJSON.issuer } catch { Write-PSFMessage -Level Host -Message "Something went wrong while executing the web request" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } <# .SYNOPSIS Get the instance provider from the D365FO instance .DESCRIPTION Get the instance provider from the dll files used for encryption and authentication for D365FO .EXAMPLE PS C:\> Get-InstanceIdentityProvider This will return the Instance Identity Provider based on the D365FO instance. .NOTES Author : Rasmus Andersen (@ITRasmus) Author : M�tz Jensen (@splaxi) #> function Get-InstanceIdentityProvider { [CmdletBinding()] [OutputType([System.String])] param() $files = @("$Script:AOSPath\bin\Microsoft.Dynamics.AX.Framework.EncryptionEngine.dll", "$Script:AOSPath\bin\Microsoft.Dynamics.AX.Security.AuthenticationCommon.dll") if (-not (Test-PathExists -Path $files -Type Leaf)) { return } try { Add-Type -Path $files $Identity = [Microsoft.Dynamics.AX.Security.AuthenticationCommon.AadHelper]::GetIdentityProvider() Write-PSFMessage -Level Verbose -Message "The found instance identity provider is: $Identity" -Target $Identity $Identity } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the Identity provider" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } <# .SYNOPSIS Get the Azure Database instance values .DESCRIPTION Extract the PlanId, TenantId and PlanCapability from the Azure Database instance .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER TrustedConnection Should the connection use a Trusted Connection or not .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Get-InstanceValues -DatabaseServer SQLServer -DatabaseName AXDB -SqlUser "SqlAdmin" -SqlPwd "Pass@word1" This will extract the PlanId, TenantId and PlanCapability from the AXDB on the SQLServer, using the "SqlAdmin" credentials to do so. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-InstanceValues { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType('System.Collections.Hashtable')] param ( [Parameter(Mandatory = $true)] [string] $DatabaseServer, [Parameter(Mandatory = $true)] [string] $DatabaseName, [Parameter(Mandatory = $false)] [string] $SqlUser, [Parameter(Mandatory = $false)] [string] $SqlPwd, [Parameter(Mandatory = $false)] [boolean] $TrustedConnection, [switch] $EnableException ) $sqlCommand = Get-SqlCommand @PsBoundParameters $commandText = (Get-Content "$script:ModuleRoot\internal\sql\get-instancevalues.sql") -join [Environment]::NewLine $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $reader = $sqlCommand.ExecuteReader() if ($reader.Read() -eq $true) { Write-PSFMessage -Level Verbose "Extracting details from the result retrieved from the DB instance" $tenantId = $reader.GetString(0) $planId = $reader.GetGuid(1) $planCapability = $reader.GetString(2) @{ TenantId = $tenantId PlanId = $planId PlanCapability = $planCapability } } else { $messageString = "The query to detect <c='em'>TenantId</c>, <c='em'>PlanId</c> and <c='em'>PlanCapability</c> from the database <c='em'>failed</c>." Write-PSFMessage -Level Host -Message $messageString -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of missing parameters." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>',''))) return } } catch { $messageString = "Something went wrong while working against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { $reader.close() $sqlCommand.Connection.Close() $sqlCommand.Dispose() } } <# .SYNOPSIS Get the validation status from LCS .DESCRIPTION Get the validation status for a given file in the Asset Library in LCS .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER BearerToken The token you want to use when working against the LCS api .PARAMETER AssetId The unique id of the asset / file that you are trying to deploy from LCS .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .EXAMPLE PS C:\> Get-LcsAssetValidationStatus -ProjectId 123456789 -BearerToken "JldjfafLJdfjlfsalfd..." -AssetId "958ae597-f089-4811-abbd-c1190917eaae" -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will check the file with the AssetId "958ae597-f089-4811-abbd-c1190917eaae" in validated or not. It will test against the Asset Library located under the LCS project 123456789. The BearerToken "JldjfafLJdfjlfsalfd..." is used to authenticate against the LCS API endpoint. The file will be named "ReadyForTesting" inside the Asset Library in LCS. The file is validated against the NON-EUROPE LCS API. .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-LcsAssetValidationStatus { [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true, Position = 1)] [int] $ProjectId, [Parameter(Mandatory = $true, Position = 2)] [Alias('Token')] [string] $BearerToken, [Parameter(Mandatory = $true, Position = 3)] [string] $AssetId, [Parameter(Mandatory = $true, Position = 4)] [string] $LcsApiUri ) Invoke-TimeSignal -Start $client = New-Object -TypeName System.Net.Http.HttpClient $client.DefaultRequestHeaders.Clear() $checkUri = "$LcsApiUri/box/fileasset/GetFileAssetValidationStatus/$($ProjectId)?assetId=$AssetId" $request = New-JsonRequest -Uri $checkUri -Token $BearerToken -HttpMethod "GET" try { Write-PSFMessage -Level Verbose -Message "Invoke LCS request." -Target $request $result = Get-AsyncResult -task $client.SendAsync($request) Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." $responseString = Get-AsyncResult -task $result.Content.ReadAsStringAsync() Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." -Target $responseString try { $asset = ConvertFrom-Json -InputObject $responseString -ErrorAction SilentlyContinue } catch { Write-PSFMessage -Level Critical -Message "$responseString" } Write-PSFMessage -Level Verbose -Message "Extracting the asset json response received from LCS." -Target $asset if (-not ($result.StatusCode -eq [System.Net.HttpStatusCode]::OK)) { if (($asset) -and ($asset.Message)) { Write-PSFMessage -Level Host -Message "Error creating new file asset." -Target $($asset.Message) Stop-PSFFunction -Message "Stopping because of errors" } else { Write-PSFMessage -Level Host -Message "API Call returned $($result.StatusCode)." -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" } } if (-not ($asset.Id)) { if ($asset.Message) { Write-PSFMessage -Level Host -Message "Error creating new file asset." -Target $($asset.Message) Stop-PSFFunction -Message "Stopping because of errors" } else { Write-PSFMessage -Level Host -Message "Unknown error creating new file asset." -Target $asset Stop-PSFFunction -Message "Stopping because of errors" } } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the LCS API." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } Invoke-TimeSignal -End $asset } <# .SYNOPSIS Get database backups from LCS project .DESCRIPTION Get the available database backups from the Asset Library in LCS project .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER BearerToken The token you want to use when working against the LCS api .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .EXAMPLE PS C:\> Get-D365LcsDatabaseBackups -ProjectId 123456789 -BearerToken "JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will get all available database backups from the Asset Library inside LCS. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The request will authenticate with the BearerToken "JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .NOTES Tags: Environment, LCS, Api, AAD, Token, Bacpac, Backup Author: M�tz Jensen (@Splaxi) #> function Get-LcsDatabaseBackups { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [Cmdletbinding()] param( [Parameter(Mandatory = $true)] [int] $ProjectId, [Alias('Token')] [string] $BearerToken, [Parameter(Mandatory = $true)] [string] $LcsApiUri ) Invoke-TimeSignal -Start Write-PSFMessage -Level Verbose -Message "Json payload for LCS generated." -Target $jsonFile $client = New-Object -TypeName System.Net.Http.HttpClient $client.DefaultRequestHeaders.Clear() $deployStatusUri = "$LcsApiUri/databasemovement/v1/databases/project/$($ProjectId)" $request = New-JsonRequest -Uri $deployStatusUri -Token $BearerToken -HttpMethod "GET" try { Write-PSFMessage -Level Verbose -Message "Invoke LCS request." $result = Get-AsyncResult -task $client.SendAsync($request) Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." $responseString = Get-AsyncResult -task $result.Content.ReadAsStringAsync() try { $databasesObject = ConvertFrom-Json -InputObject $responseString -ErrorAction SilentlyContinue } catch { Write-PSFMessage -Level Critical -Message "$responseString" } Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." -Target $databasesObject if (-not ($result.StatusCode -eq [System.Net.HttpStatusCode]::OK)) { if (($databasesObject) -and ($databasesObject.ErrorMessage)) { $errorText = "" if ($databasesObject.OperationActivityId) { $errorText = "Error $( $databasesObject.ErrorMessage) in request for status of environment servicing action: '$( $databasesObject.ErrorMessage)' (Activity Id: '$( $databasesObject.OperationActivityId)')" } else { $errorText = "Error $( $databasesObject.ErrorMessage) in request for status of environment servicing action: '$( $databasesObject.ErrorMessage)'" } } elseif ($databasesObject.OperationActivityId) { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase) (Activity Id: '$($databasesObject.OperationActivityId)')" } else { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase)" } Write-PSFMessage -Level Host -Message "Error creating new file asset." -Target $($databasesObject.ErrorMessage) Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 } if (-not ( $databasesObject.IsSuccess)) { if ( $databasesObject.ErrorMessage) { $errorText = "Error in request for status of environment servicing action: '$( $databasesObject.ErrorMessage)' (Activity Id: '$( $databasesObject.OperationActivityId)')" } elseif ( $databasesObject.OperationActivityId) { $errorText = "Error in request for status of environment servicing action. Activity Id: '$($activity.OperationActivityId)'" } else { $errorText = "Unknown error in request for status of environment servicing action" } Write-PSFMessage -Level Host -Message "Unknown error creating new file asset." -Target $databasesObject Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the LCS API." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 return } Invoke-TimeSignal -End $databasesObject } <# .SYNOPSIS Get the status of a LCS database operation .DESCRIPTION Get the database operation status for an environment in LCS .PARAMETER Token The token to be used for the http request against the LCS API .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER BearerToken The token you want to use when working against the LCS api .PARAMETER OperationActivityId The unique id of the action you got from when starting the database operation against the environment .PARAMETER EnvironmentId The unique id of the environment that you want to work against The Id can be located inside the LCS portal .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .EXAMPLE PS C:\> Get-LcsDatabaseOperationStatus -ProjectId 123456789 -OperationActivityId 123456789 -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -Token "JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will check the database operation status of a specific OperationActivityId against an environment. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The OperationActivityId is identified by the OperationActivityId 123456789, which is obtained from executing either the Invoke-D365LcsDatabaseExport or Invoke-D365LcsDatabaseRefresh cmdlets. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. The request will authenticate with the BearerToken "JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .LINK Start-LcsDatabaseRefresh .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, Api, AAD, Token, Deployment, Deployable Package Author: M�tz Jensen (@Splaxi) #> function Get-LcsDatabaseOperationStatus { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Cmdletbinding()] param( [Parameter(Mandatory = $true)] [int] $ProjectId, [Alias('Token')] [string] $BearerToken, [Parameter(Mandatory = $true)] [string] $OperationActivityId, [Parameter(Mandatory = $true)] [string] $EnvironmentId, [Parameter(Mandatory = $true)] [string] $LcsApiUri ) Invoke-TimeSignal -Start Write-PSFMessage -Level Verbose -Message "Json payload for LCS generated." -Target $jsonFile $client = New-Object -TypeName System.Net.Http.HttpClient $client.DefaultRequestHeaders.Clear() $databaseOperationStatusUri = "$LcsApiUri/databasemovement/v1/fetchstatus/project/$($ProjectId)/environment/$($EnvironmentId)/operationactivity/$($OperationActivityId)" $request = New-JsonRequest -Uri $databaseOperationStatusUri -Token $BearerToken -HttpMethod "GET" try { Write-PSFMessage -Level Verbose -Message "Invoke LCS request." $result = Get-AsyncResult -task $client.SendAsync($request) Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." $responseString = Get-AsyncResult -task $result.Content.ReadAsStringAsync() try { $operationStatus = ConvertFrom-Json -InputObject $responseString -ErrorAction SilentlyContinue } catch { Write-PSFMessage -Level Critical -Message "$responseString" } Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." -Target $operationStatus if (-not ($result.StatusCode -eq [System.Net.HttpStatusCode]::OK)) { if (($operationStatus) -and ($operationStatus.ErrorMessage)) { $errorText = "" if ($operationStatus.OperationActivityId) { $errorText = "Error in request for database refresh status of environment: '$( $operationStatus.ErrorMessage)' (Activity Id: '$( $operationStatus.OperationActivityId)')" } else { $errorText = "Error in request for database refresh status of environment: '$( $operationStatus.ErrorMessage)'" } } elseif ($operationStatus.OperationActivityId) { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase) (Activity Id: '$($operationStatus.OperationActivityId)')" } else { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase)" } Write-PSFMessage -Level Host -Message "Error getting database refresh status." -Target $($operationStatus.ErrorMessage) Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 } if (-not ($operationStatus.IsSuccess)) { if ($operationStatus.ErrorMessage) { $errorText = "Error in request for database refresh status of environment: '$( $operationStatus.ErrorMessage)' (Activity Id: '$( $operationStatus.OperationActivityId)')" } elseif ( $operationStatus.OperationActivityId) { $errorText = "Error in request for database refresh status of environment. Activity Id: '$($activity.OperationActivityId)'" } else { $errorText = "Unknown error in request for database refresh status." } Write-PSFMessage -Level Host -Message "Unknown error requesting database refresh status." -Target $operationStatus Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the LCS API." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 return } Invoke-TimeSignal -End $operationStatus } <# .SYNOPSIS Get the status of a LCS deployment .DESCRIPTION Get the deployment status for an environment in LCS .PARAMETER Token The token to be used for the http request against the LCS API .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER BearerToken The token you want to use when working against the LCS api .PARAMETER ActionHistoryId The unique id of the action you got from when starting the deployment to the environment .PARAMETER EnvironmentId The unique id of the environment that you want to work against The Id can be located inside the LCS portal .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .EXAMPLE PS C:\> Get-LcsDeploymentStatus -Token "Bearer JldjfafLJdfjlfsalfd..." -ProjectId 123456789 -ActionHistoryId 123456789 -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will start the deployment of the file located in the Asset Library with the AssetId "958ae597-f089-4811-abbd-c1190917eaae" in the LCS project with Id 123456789. The http request will be using the "Bearer JldjfafLJdfjlfsalfd..." token for authentication against the LCS API. The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .LINK Start-LcsDeployment .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, Api, AAD, Token, Deployment, Deployable Package Author: M�tz Jensen (@Splaxi) #> function Get-LcsDeploymentStatus { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Cmdletbinding()] param( [Parameter(Mandatory = $true)] [int] $ProjectId, [Alias('Token')] [string] $BearerToken, [Parameter(Mandatory = $true)] [string] $ActionHistoryId, [Parameter(Mandatory = $true)] [string] $EnvironmentId, [Parameter(Mandatory = $true)] [string] $LcsApiUri ) Invoke-TimeSignal -Start Write-PSFMessage -Level Verbose -Message "Json payload for LCS generated." -Target $jsonFile $client = New-Object -TypeName System.Net.Http.HttpClient $client.DefaultRequestHeaders.Clear() $deployStatusUri = "$LcsApiUri/environment/servicing/v1/monitorupdate/$($ProjectId)?environmentId=$EnvironmentId&actionHistoryId=$ActionHistoryId" $request = New-JsonRequest -Uri $deployStatusUri -Token $BearerToken -HttpMethod "GET" try { Write-PSFMessage -Level Verbose -Message "Invoke LCS request." $result = Get-AsyncResult -task $client.SendAsync($request) Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." $responseString = Get-AsyncResult -task $result.Content.ReadAsStringAsync() try { $deploymentStatus = ConvertFrom-Json -InputObject $responseString -ErrorAction SilentlyContinue } catch { Write-PSFMessage -Level Critical -Message "$responseString" } Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." -Target $deploymentStatus if (-not ($result.StatusCode -eq [System.Net.HttpStatusCode]::OK)) { if (($deploymentStatus) -and ($deploymentStatus.Message)) { $errorText = "" if ($deploymentStatus.ActivityId) { $errorText = "Error $( $deploymentStatus.LcsErrorCode) in request for status of environment servicing action: '$( $deploymentStatus.Message)' (Activity Id: '$( $deploymentStatus.ActivityId)')" } else { $errorText = "Error $( $deploymentStatus.LcsErrorCode) in request for status of environment servicing action: '$( $deploymentStatus.Message)'" } } elseif ($deploymentStatus.ActivityId) { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase) (Activity Id: '$($deploymentStatus.ActivityId)')" } else { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase)" } Write-PSFMessage -Level Host -Message "Error creating new file asset." -Target $($deploymentStatus.Message) Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" } if (-not ( $deploymentStatus.LcsEnvironmentActionStatus)) { if ( $deploymentStatus.Message) { $errorText = "Error in request for status of environment servicing action: '$( $deploymentStatus.Message)' (Activity Id: '$( $deploymentStatus.ActivityId)')" } elseif ( $deploymentStatus.ActivityId) { $errorText = "Error in request for status of environment servicing action. Activity Id: '$($activity.ActivityId)'" } else { $errorText = "Unknown error in request for status of environment servicing action" } Write-PSFMessage -Level Host -Message "Unknown error creating new file asset." -Target $deploymentStatus Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the LCS API." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } Invoke-TimeSignal -End $deploymentStatus } <# .SYNOPSIS Get the login name from the e-mail address .DESCRIPTION Extract the login name from the e-mail address by substring everything before the @ character .PARAMETER Email The e-mail address that you want to get the login name from .EXAMPLE PS C:\> Get-LoginFromEmail -Email Claire@contoso.com This will substring the e-mail address and return "Claire" as the result .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-LoginFromEmail { [CmdletBinding()] [OutputType('System.String')] param ( [string]$Email ) $email.Substring(0, $Email.LastIndexOf('@')).Trim() } <# .SYNOPSIS Get the network domain from the e-mail .DESCRIPTION Get the network domain provider (Azure) for the e-mail / user .PARAMETER Email The e-mail that you want to retrieve the provider for .EXAMPLE PS C:\> Get-NetworkDomain -Email "Claire@contoso.com" This will return the provider registered with the "Claire@contoso.com" e-mail address. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-NetworkDomain { [CmdletBinding()] [OutputType('System.String')] param( [Parameter(Mandatory = $true, Position = 1)] [string]$Email ) $tenant = Get-TenantFromEmail $Email $provider = Get-InstanceIdentityProvider $canonicalIdentityProvider = Get-CanonicalIdentityProvider if ($Provider.ToLower().Contains($Tenant.ToLower()) -eq $True) { $canonicalIdentityProvider } else { "$canonicalIdentityProvider$Tenant" } } <# .SYNOPSIS Get the product information .DESCRIPTION Get the product information object from the environment .EXAMPLE PS C:\> Get-ProductInfoProvider This will get the product information object and return it .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-ProductInfoProvider { Add-Type -Path "$Script:AOSPath\bin\Microsoft.Dynamics.BusinessPlatform.ProductInformation.Provider.dll" [Microsoft.Dynamics.BusinessPlatform.ProductInformation.Provider.ProductInfoProvider]::get_Provider() } <# .SYNOPSIS Get the list of Dynamics 365 services .DESCRIPTION Get the list of Dynamics 365 service names based on the parameters .PARAMETER All Switch to instruct the cmdlet to output all service names .PARAMETER Aos Switch to instruct the cmdlet to output the aos service name .PARAMETER Batch Switch to instruct the cmdlet to output the batch service name .PARAMETER FinancialReporter Switch to instruct the cmdlet to output the financial reporter service name .PARAMETER DMF Switch to instruct the cmdlet to output the data management service name .EXAMPLE PS C:\> Get-ServiceList -All This will return all services for an D365 environment .NOTES Author: M�tz Jensen (@Splaxi) #> Function Get-ServiceList { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidDefaultValueSwitchParameter", "")] [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [switch] $All = $true, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 2 )] [switch] $Aos, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 3 )] [switch] $Batch, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 4 )] [switch] $FinancialReporter, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 5 )] [switch] $DMF ) if ($PSCmdlet.ParameterSetName -eq "Specific") { $All = $false } Write-PSFMessage -Level Verbose -Message "The PSBoundParameters was" -Target $PSBoundParameters $aosname = "w3svc" $batchname = "DynamicsAxBatch" $financialname = "MR2012ProcessService" $dmfname = "Microsoft.Dynamics.AX.Framework.Tools.DMF.SSISHelperService.exe" [System.Collections.ArrayList]$Services = New-Object -TypeName "System.Collections.ArrayList" if ($All) { $null = $Services.AddRange(@($aosname, $batchname, $financialname, $dmfname)) } else { if ($Aos) { $null = $Services.Add($aosname) } if ($Batch) { $null = $Services.Add($batchname) } if ($FinancialReporter) { $null = $Services.Add($financialname) } if ($DMF) { $null = $Services.Add($dmfname) } } $Services.ToArray() } <# .SYNOPSIS Get a SqlCommand object .DESCRIPTION Get a SqlCommand object initialized with the passed parameters .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER TrustedConnection Should the connection use a Trusted Connection or not .EXAMPLE PS C:\> Get-SqlCommand -DatabaseServer localhost -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" -TrustedConnection $true This will initialize a new SqlCommand object (.NET type) with localhost as the server name, AxDB as the database and the User123 sql credentials. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-SQLCommand { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $DatabaseServer, [Parameter(Mandatory = $true)] [string] $DatabaseName, [Parameter(Mandatory = $false)] [string] $SqlUser, [Parameter(Mandatory = $false)] [string] $SqlPwd, [Parameter(Mandatory = $false)] [boolean] $TrustedConnection ) Write-PSFMessage -Level Debug -Message "Writing the bound parameters" -Target $PsBoundParameters [System.Collections.ArrayList]$Params = New-Object -TypeName "System.Collections.ArrayList" $null = $Params.Add("Server='$DatabaseServer';") $null = $Params.Add("Database='$DatabaseName';") if ($null -eq $TrustedConnection -or (-not $TrustedConnection)) { $null = $Params.Add("User='$SqlUser';") $null = $Params.Add("Password='$SqlPwd';") } else { $null = $Params.Add("Integrated Security='SSPI';") } $null = $Params.Add("Application Name='d365fo.tools'") Write-PSFMessage -Level Verbose -Message "Building the SQL connection string." -Target ($Params -join ",") $sqlConnection = New-Object System.Data.SqlClient.SqlConnection try { $sqlConnection.ConnectionString = ($Params -join "") $sqlCommand = New-Object System.Data.SqlClient.SqlCommand $sqlCommand.Connection = $sqlConnection $sqlCommand.CommandTimeout = 0 } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working with the sql server connection objects" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } $sqlCommand } <# .SYNOPSIS Get the size from the parameter .DESCRIPTION Get the size from the parameter based on its datatype and value .PARAMETER SqlParameter The SqlParameter object that you want to get the size from .EXAMPLE PS C:\> $SqlCmd = New-Object System.Data.SqlClient.SqlCommand PS C:\> $SqlCmd.Parameters.AddWithValue("@Parm1", "1234") PS C:\> Get-SqlParameterSize -SqlParameter $SqlCmd.Parameters[0] This will extract the size from the first parameter from the SqlCommand object and return it as a formatted string. .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-SqlParameterSize { [CmdletBinding()] [OutputType('System.String')] param ( [System.Data.SqlClient.SqlParameter] $SqlParameter ) $res = "" $stringSizeTypes = @( [System.Data.SqlDbType]::Char, [System.Data.SqlDbType]::NChar, [System.Data.SqlDbType]::NText, [System.Data.SqlDbType]::NVarChar, [System.Data.SqlDbType]::Text, [System.Data.SqlDbType]::VarChar ) if ( $stringSizeTypes -contains $SqlParameter.SqlDbType) { $res = "($($SqlParameter.Size))" } $res } <# .SYNOPSIS Get the value from the parameter .DESCRIPTION Get the value that is assigned to the SqlParameter object .PARAMETER SqlParameter The SqlParameter object that you want to work against .EXAMPLE PS C:\> $SqlCmd = New-Object System.Data.SqlClient.SqlCommand PS C:\> $SqlCmd.Parameters.AddWithValue("@Parm1", "1234") PS C:\> Get-SqlParameterValue -SqlParameter $SqlCmd.Parameters[0] This will extract the value from the first parameter from the SqlCommand object. .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-SqlParameterValue { [CmdletBinding()] [OutputType('System.String')] param ( [System.Data.SqlClient.SqlParameter] $SqlParameter ) $result = $null $stringEscaped = @( [System.Data.SqlDbType]::Char, [System.Data.SqlDbType]::DateTime, [System.Data.SqlDbType]::NChar, [System.Data.SqlDbType]::NText, [System.Data.SqlDbType]::NVarChar, [System.Data.SqlDbType]::Text, [System.Data.SqlDbType]::VarChar, [System.Data.SqlDbType]::Xml, [System.Data.SqlDbType]::Date, [System.Data.SqlDbType]::Time, [System.Data.SqlDbType]::DateTime2, [System.Data.SqlDbType]::DateTimeOffset ) $stringNumbers = @([System.Data.SqlDbType]::Float, [System.Data.SqlDbType]::Decimal) switch ($SqlParameter.SqlDbType) { { $stringEscaped -contains $_ } { $result = "'{0}'" -f $SqlParameter.Value.ToString().Replace("'", "''") break } { [System.Data.SqlDbType]::Bit } { if ((ConvertTo-BooleanOrDefault -Object $SqlParameter.Value.ToString() -Default $true)) { $result = '1' } else { $result = '0' } break } { $stringNumbers -contains $_ } { $SqlParameter.Value $result = ([System.Double]$SqlParameter.Value).ToString([System.Globalization.CultureInfo]::InvariantCulture).Replace("'", "''") break } default { $result = $SqlParameter.Value.ToString().Replace("'", "''") break } } $result } <# .SYNOPSIS Get an executable string from a SqlCommand object .DESCRIPTION Get an formatted and valid string from a SqlCommand object that contains all variables .PARAMETER SqlCommand The SqlCommand object that you want to retrieve the string from .EXAMPLE PS C:\> $SqlCmd = New-Object System.Data.SqlClient.SqlCommand PS C:\> $SqlCmd.CommandText = "SELECT * FROM Table WHERE Column = @Parm1" PS C:\> $SqlCmd.Parameters.AddWithValue("@Parm1", "1234") PS C:\> Get-SqlString -SqlCommand $SqlCmd .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-SqlString { [CmdletBinding()] [OutputType('System.String')] param ( [System.Data.SqlClient.SqlCommand] $SqlCommand ) $sbDeclare = [System.Text.StringBuilder]::new() $sbAssignment = [System.Text.StringBuilder]::new() $sbRes = [System.Text.StringBuilder]::new() if ($SqlCommand.CommandType -eq [System.Data.CommandType]::Text) { if (-not ($null -eq $SqlCommand.Connection)) { $null = $sbDeclare.Append("USE [").Append($SqlCommand.Connection.Database).AppendLine("]") } foreach ($parameter in $SqlCommand.Parameters) { if ($parameter.Direction -eq [System.Data.ParameterDirection]::Input) { $null = $sbDeclare.Append("DECLARE ").Append($parameter.ParameterName).Append("`t") $null = $sbDeclare.Append($parameter.SqlDbType.ToString().ToUpper()) $null = $sbDeclare.AppendLine((Get-SqlParameterSize -SqlParameter $parameter)) $null = $sbAssignment.Append("SET ").Append($parameter.ParameterName).Append(" = ").AppendLine((Get-SqlParameterValue -SqlParameter $parameter)) } } $null = $sbRes.AppendLine($sbDeclare.ToString()) $null = $sbRes.AppendLine($sbAssignment.ToString()) $null = $sbRes.AppendLine($SqlCommand.CommandText) } $sbRes.ToString() } <# .SYNOPSIS Retrieve sync base and extension elements based on a modulename .DESCRIPTION Retrieve the list of installed packages / modules where the name fits the ModuleName parameter. For every model retrieved: collect all base sync and extension sync elements. .PARAMETER ModuleName Name of the module that you are looking for Accepts wildcards for searching. E.g. -Name "Application*Adaptor" Default value is "*" which will search for all modules .EXAMPLE PS C:\> Get-SyncElements -ModuleName "Application*Adaptor" Retrieve the list of installed packages / modules where the name fits the search "Application*Adaptor". For every model retrieved: collect all base sync and extension sync elements. .NOTES Tags: Database Author: Jasper Callens - Cegeka #> function Get-SyncElements { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] Param( [Parameter(Mandatory = $true, ValueFromPipeline = $true)] [string] $ModuleName ) begin { $assemblies2Process = New-Object -TypeName "System.Collections.ArrayList" $null = $assemblies2Process.Add((Join-Path $BinDirTools "Microsoft.Dynamics.AX.Metadata.dll")) $null = $assemblies2Process.Add((Join-Path $BinDirTools "Microsoft.Dynamics.AX.Metadata.Core.dll")) $null = $assemblies2Process.Add((Join-Path $BinDirTools "Microsoft.Dynamics.AX.Metadata.Storage.dll")) $null = $assemblies2Process.Add((Join-Path $BinDirTools "Microsoft.Dynamics.ApplicationPlatform.XppServices.Instrumentation.dll")) $null = $assemblies2Process.Add((Join-Path $BinDirTools "Microsoft.Dynamics.AX.Metadata.Management.Delta.dll")) $null = $assemblies2Process.Add((Join-Path $BinDirTools "Microsoft.Dynamics.AX.Metadata.Management.Core.dll")) $null = $assemblies2Process.Add((Join-Path $BinDirTools "Microsoft.Dynamics.AX.Metadata.Management.Merge.dll")) $null = $assemblies2Process.Add((Join-Path $BinDirTools "Microsoft.Dynamics.AX.Metadata.Management.Diff.dll")) Import-AssemblyFileIntoMemory -Path $($assemblies2Process.ToArray()) $diskMetadataProvider = (New-Object Microsoft.Dynamics.AX.Metadata.Storage.MetadataProviderFactory).CreateDiskProvider($Script:PackageDirectory) $baseSyncElements = New-Object -TypeName "System.Collections.ArrayList" $extensionSyncElements = New-Object -TypeName "System.Collections.ArrayList" $extensionToBaseSyncElements = New-Object -TypeName "System.Collections.ArrayList" } process { Write-PSFMessage -Level Debug -Message "Collecting $ModuleName AOT elements to sync" $baseSyncElements.AddRange($diskMetadataProvider.Tables.ListObjects($ModuleName)); $baseSyncElements.AddRange($diskMetadataProvider.Views.ListObjects($ModuleName)); $baseSyncElements.AddRange($diskMetadataProvider.DataEntityViews.ListObjects($ModuleName)); $extensionSyncElements.AddRange($diskMetadataProvider.TableExtensions.ListObjects($ModuleName)); # Some Extension elements have to be 'converted' to their base element that has to be passed to the SyncList of the syncengine # Add these elements to an ArrayList $extensionToBaseSyncElements.AddRange($diskMetadataProvider.ViewExtensions.ListObjects($ModuleName)); $extensionToBaseSyncElements.AddRange($diskMetadataProvider.DataEntityViewExtensions.ListObjects($ModuleName)); } end { # Loop every extension element, convert it to its base element and add the base element to another list Foreach ($extElement in $extensionToBaseSyncElements) { $null = $baseSyncElements.Add($extElement.Substring(0, $extElement.IndexOf('.'))) } Write-PSFMessage -Level Debug -Message "Elements from $ModuleName retrieved: $(($baseSyncElements + $extensionToBaseSyncElements) -join ",")" [PSCustomObject]@{ BaseSyncElements = $baseSyncElements.ToArray(); ExtensionSyncElements = $extensionSyncElements.ToArray(); } } } <# .SYNOPSIS Get the tenant from e-mail address .DESCRIPTION Get the tenant (domain) from an e-mail address .PARAMETER Email The e-mail address you want to get the tenant from .EXAMPLE PS C:\> Get-TenantFromEmail -Email "Claire@contoso.com" This will return the tenant (domain) from the "Claire@contoso.com" e-mail address. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-TenantFromEmail { [CmdletBinding()] [OutputType('System.String')] param ( [string] $email ) $email.Substring($email.LastIndexOf('@') + 1).Trim(); } <# .SYNOPSIS Get time zone .DESCRIPTION Extract the time zone object from the supplied parameter Uses regex to determine whether or not the parameter is the ID or the DisplayName of a time zone .PARAMETER InputObject String value that you want converted into a time zone object .EXAMPLE PS C:\> Get-TimeZone -InputObject "UTC" This will return the time zone object based on the UTC id. .NOTES Tag: Time, TimeZone, Author: M�tz Jensen (@Splaxi) #> function Get-TimeZone { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidOverwritingBuiltInCmdlets", "")] [CmdletBinding()] [OutputType('System.TimeZoneInfo')] param ( [Parameter(Mandatory = $true, Position = 1)] [string] $InputObject ) if ($InputObject -match "\s\-\s\[") { $search = [regex]::Split($InputObject, "\s\-\s\[")[0] [System.TimeZoneInfo]::GetSystemTimeZones() | Where-Object {$PSItem.DisplayName -eq $search} | Select-Object -First 1 } else { try { [System.TimeZoneInfo]::FindSystemTimeZoneById($InputObject) } catch { Write-PSFMessage -Level Host -Message "Unable to translate the <c='em'>$InputObject</c> to a known .NET timezone value. Please make sure you filled in a valid timezone." Stop-PSFFunction -Message "Stopping because timezone wasn't found." -StepsUpward 1 return } } } <# .SYNOPSIS Get the SID from an Azure Active Directory (AAD) user .DESCRIPTION Get the generated SID that an Azure Active Directory (AAD) user will get in relation to Dynamics 365 Finance & Operations environment .PARAMETER SignInName The sign in name (email address) for the user that you want the SID from .PARAMETER Provider The provider connected to the sign in name .EXAMPLE PS C:\> Get-UserSIDFromAad -SignInName "Claire@contoso.com" -Provider "ZXY" This will get the SID for Azure Active Directory user "Claire@contoso.com" .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Get-UserSIDFromAad { [CmdletBinding()] [OutputType('System.String')] param ( [string] $SignInName, [string] $Provider ) try { Add-Type -Path "$Script:AOSPath\bin\Microsoft.Dynamics.BusinessPlatform.SharedTypes.dll" Add-Type -Path "$Script:AOSPath\bin\Microsoft.Dynamics.ApplicationPlatform.PerformanceCounters.dll" Add-Type -Path "$Script:AOSPath\bin\Microsoft.Dynamics.ApplicationPlatform.XppServices.Instrumentation.dll" Add-Type -Path "$Script:AOSPath\bin\Microsoft.Dynamics.AX.Security.SidGenerator.dll" $SID = [Microsoft.Dynamics.Ax.Security.SidGenerator]::Generate($SignInName, $Provider) Write-PSFMessage -Level Verbose -Message "Generated SID: $SID" -Target $SID $SID } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } <# .SYNOPSIS Get Windows Defender Status .DESCRIPTION Will get the current status of the Windows Defender .PARAMETER Silent Instruct the cmdlet to silence the output written to the console If set the output will be silenced, if not set, the output will be written to the console .EXAMPLE PS C:\> Get-WindowsDefenderStatus This will get the status of Windows Defender. It will write the output to the console. .EXAMPLE PS C:\> Get-WindowsDefenderStatus -Silent This will get the status of Windows Defender. All outputs will be silenced. .NOTES Inspired by https://gallery.technet.microsoft.com/scriptcenter/PowerShell-to-Check-if-811b83bc Author: Robin Kretzschmar (@darksmile92) Author: M�tz Jensen (@Splaxi) #> function Get-WindowsDefenderStatus { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType('System.Boolean')] param ( [switch] $Silent ) try { $defenderOptions = Get-MpComputerStatus if ([string]::IsNullOrEmpty($defenderOptions)) { if ($Silent -eq $false) { Write-PSFMessage -Level Host -Message "Windows Defender was not found running on the Server: $($env:computername)" } $false } else { if ($Silent -eq $false) { Write-PSFHostColor -DefaultColor "Cyan" -String "Windows Defender was found on the Server: $($env:computername)" Write-PSFHostColor -DefaultColor "Yellow" -String " Is Windows Defender Enabled? $($defenderOptions.AntivirusEnabled)" Write-PSFHostColor -DefaultColor "Yellow" -String " Is Windows Defender Service Enabled? $($defenderOptions.AMServiceEnabled)" Write-PSFHostColor -DefaultColor "Yellow" -String " Is Windows Defender Antispyware Enabled? $($defenderOptions.AntispywareEnabled)" Write-PSFHostColor -DefaultColor "Yellow" -String " Is Windows Defender OnAccessProtection Enabled? $($defenderOptions.OnAccessProtectionEnabled)" Write-PSFHostColor -DefaultColor "Yellow" -String " Is Windows Defender RealTimeProtection Enabled? $($defenderOptions.RealTimeProtectionEnabled)" } if ($defenderOptions.AntivirusEnabled -eq $true) { $true } else { $false } } } catch { if ($Silent -eq $false) { Write-PSFMessage -Level Host -Message "Windows Defender was not found running on the Server: $($env:computername)" } $false } } <# .SYNOPSIS Import an Azure Active Directory (AAD) user .DESCRIPTION Import an Azure Active Directory (AAD) user into a Dynamics 365 for Finance & Operations environment .PARAMETER SqlCommand The SQL Command object that should be used when importing the AAD user .PARAMETER SignInName The sign in name (email address) for the user that you want to import .PARAMETER Name The name that the imported user should have inside the D365FO environment .PARAMETER Id The ID that the imported user should have inside the D365FO environment .PARAMETER SID The SID that correlates to the imported user inside the D365FO environment .PARAMETER StartUpCompany The default company (legal entity) for the imported user .PARAMETER IdentityProvider The provider for the imported to validated against .PARAMETER NetworkDomain The network domain of the imported user .PARAMETER ObjectId The Azure Active Directory object id for the imported user .PARAMETER Language Language that should be configured for the user, for when they sign-in to the D365 environment .EXAMPLE PS C:\> $SqlCommand = Get-SqlCommand -DatabaseServer localhost -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" PS C:\> Import-AadUserIntoD365FO -SqlCommand $SqlCommand -SignInName "Claire@contoso.com" -Name "Claire" -Id "claire" -SID "123XYZ" -StartupCompany "DAT" -IdentityProvider "XYZ" -NetworkDomain "Contoso.com" -ObjectId "123XYZ" This will get a SqlCommand object that will connect to the localhost server and the AXDB database, with the sql credential "User123". The SqlCommand object is passed to the Import-AadUserIntoD365FO along with all the necessary details for importing Claire@contoso.com as an user into the D365FO environment. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Import-AadUserIntoD365FO { [CmdletBinding()] param ( [System.Data.SqlClient.SqlCommand] $SqlCommand, [string] $SignInName, [string] $Name, [string] $Id, [string] $SID, [string] $StartUpCompany, [string] $IdentityProvider, [string] $NetworkDomain, [string] $ObjectId, [string] $Language ) Write-PSFMessage -Level Verbose -Message "Testing the Email $signInName" -Target $signInName $UserFound = Test-AadUserInD365FO $sqlCommand $SignInName if ($UserFound -eq $false) { Write-PSFMessage -Level Verbose -Message "Testing the userid $Id" -Target $Id $idTaken = Test-AadUserIdInD365FO $sqlCommand $id if (Test-PSFFunctionInterrupt) { return } if ($idTaken -eq $false) { $userAdded = New-D365FOUser $sqlCommand $SignInName $Name $Id $Sid $StartUpCompany $IdentityProvider $NetworkDomain $ObjectId $Language if ($userAdded -eq $true) { $securityAdded = Add-AadUserSecurity $sqlCommand $Id Write-PSFMessage -Level Host -Message "User $SignInName Imported" if ($securityAdded -eq $false) { Write-PSFMessage -Level Host -Message "User $SignInName did not get securityRoles" #Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 #return } } else { Write-PSFMessage -Level Host -Message "User $SignInName, not added to D365FO" #Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 #return } } else { Write-PSFMessage -Level Host -Message "An User with ID = '$ID' already exists" #Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 #return } } else { Write-PSFMessage -Level Host -Message "An User with Email $SignInName already exists in D365FO" #Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 #return } } <# .SYNOPSIS Imports a .NET dll file into memory .DESCRIPTION Imports a .NET dll file into memory, by creating a copy (temporary file) and imports it using reflection .PARAMETER Path Path to the dll file you want to import Accepts an array of strings .EXAMPLE PS C:\> Import-AssemblyFileIntoMemory -Path "C:\AOSService\PackagesLocalDirectory\Bin\Microsoft.Dynamics.BusinessPlatform.ProductInformation.Framework.dll" This will create an new file named "C:\AOSService\PackagesLocalDirectory\Bin\Microsoft.Dynamics.BusinessPlatform.ProductInformation.Framework.dll_shawdow.dll" The new file is then imported into memory using .NET Reflection. After the file has been imported, it will be deleted from disk. .NOTES Author: M�tz Jensen (@Splaxi) #> function Import-AssemblyFileIntoMemory { [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true, Position = 1)] [string[]] $Path ) if (-not (Test-PathExists -Path $Path -Type Leaf)) { Stop-PSFFunction -Message "Stopping because unable to locate file." -StepsUpward 1 return } Invoke-TimeSignal -Start foreach ($itemPath in $Path) { $shadowClonePath = "$itemPath`_shadow.dll" try { Write-PSFMessage -Level Verbose -Message "Cloning $itemPath to $shadowClonePath" Copy-Item -Path $itemPath -Destination $shadowClonePath -Force Write-PSFMessage -Level Verbose -Message "Loading $shadowClonePath into memory" $null = [AppDomain]::CurrentDomain.Load(([System.IO.File]::ReadAllBytes($shadowClonePath))) } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { Write-PSFMessage -Level Verbose -Message "Removing $shadowClonePath" Remove-Item -Path $shadowClonePath -Force -ErrorAction SilentlyContinue } } Invoke-TimeSignal -End } <# .SYNOPSIS Create a database copy in Azure SQL Database instance .DESCRIPTION Create a new database by cloning a database in Azure SQL Database instance .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER NewDatabaseName Name of the new / cloned database in the Azure SQL Database instance .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Invoke-AzureBackupRestore -DatabaseServer TestServer.database.windows.net -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" -NewDatabaseName ExportClone This will create a database named "ExportClone" in the "TestServer.database.windows.net" Azure SQL Database instance. It uses the SQL credential "User123" to preform the needed actions. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> Function Invoke-AzureBackupRestore { [CmdletBinding()] [OutputType('System.Boolean')] param ( [Parameter(Mandatory = $true)] [string] $DatabaseServer, [Parameter(Mandatory = $true)] [string] $DatabaseName, [Parameter(Mandatory = $true)] [string] $SqlUser, [Parameter(Mandatory = $true)] [string] $SqlPwd, [Parameter(Mandatory = $true)] [string] $NewDatabaseName, [switch] $EnableException ) Invoke-TimeSignal -Start $StartTime = Get-Date $SqlConParams = @{DatabaseServer = $DatabaseServer; SqlUser = $SqlUser; SqlPwd = $SqlPwd; TrustedConnection = $false} $sqlCommand = Get-SqlCommand @SqlConParams -DatabaseName $DatabaseName $commandText = (Get-Content "$script:ModuleRoot\internal\sql\newazuredbfromcopy.sql") -join [Environment]::NewLine $commandText = $commandText.Replace('@CurrentDatabase', $DatabaseName) $commandText = $commandText.Replace('@NewName', $NewDatabaseName) $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) Write-PSFMessage -Level Verbose -Message "Starting the cloning process of the Azure DB." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() } catch { $messageString = "Something went wrong while <c='em'>cloning</c> the Azure DB database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ -StepsUpward 1 return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } $sqlCommand = Get-SqlCommand @SqlConParams -DatabaseName "master" $commandText = (Get-Content "$script:ModuleRoot\internal\sql\checkfornewazuredb.sql") -join [Environment]::NewLine $sqlCommand.CommandText = $commandText $null = $sqlCommand.Parameters.Add("@NewName", $NewDatabaseName) $null = $sqlCommand.Parameters.Add("@Time", $StartTime) try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) Write-PSFMessage -Level Verbose -Message "Start to wait for the cloning process of the Azure DB to complete." $sqlCommand.Connection.Open() $operation_row_count = 0 #Loop every minute until we get a row, if we get a row copy is done while ($operation_row_count -eq 0) { $Reader = $sqlCommand.ExecuteReader() $Datatable = New-Object System.Data.DataTable $Datatable.Load($Reader) $operation_row_count = $Datatable.Rows.Count $time = (Get-Date).ToString("HH:mm:ss") Write-PSFMessage -Level Verbose -Message "Cloning not complete Sleeping for 60 seconds. [$time]" Start-Sleep -s 60 } $true } catch { $messageString = "Something went wrong while <c='em'>waiting</c> for the clone process of the Azure DB database to complete." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ -StepsUpward 1 return } finally { $Reader.close() if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() $Datatable.Dispose() } Invoke-TimeSignal -End } <# .SYNOPSIS Clear Azure SQL Database specific objects .DESCRIPTION Clears all the objects that can only exists inside an Azure SQL Database instance or disable things that will require rebuilding on the receiving system .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Invoke-ClearAzureSpecificObjects -DatabaseServer TestServer.database.windows.net -DatabaseName ExportClone -SqlUser User123 -SqlPwd "Password123" This will execute all necessary scripts against the "ExportClone" database that exists in the "TestServer.database.windows.net" Azure SQL Database instance. It uses the SQL credential "User123" to preform the needed actions. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> Function Invoke-ClearAzureSpecificObjects { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType([System.Boolean])] param ( [Parameter(Mandatory = $true)] [string] $DatabaseServer, [Parameter(Mandatory = $true)] [string] $DatabaseName, [Parameter(Mandatory = $true)] [string] $SqlUser, [Parameter(Mandatory = $true)] [string] $SqlPwd, [switch] $EnableException ) $sqlCommand = Get-SQLCommand @PsBoundParameters -TrustedConnection $false $commandText = (Get-Content "$script:ModuleRoot\internal\sql\clear-azurebacpacdatabase.sql") -join [Environment]::NewLine $commandText = $commandText.Replace("@NewDatabase", $DatabaseName) $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() $true } catch { $messageString = "Something went wrong while <c='em'>clearing</c> the <c='em'>Azure</c> specific objects in the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ -StepsUpward 1 return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Clear SQL Server (on-premises) specific objects .DESCRIPTION Clears all the objects that can only exists inside a SQL Server (on-premises) instance or disable things that will require rebuilding on the receiving system .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER TrustedConnection Should the connection use a Trusted Connection or not .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Invoke-ClearSqlSpecificObjects -DatabaseServer localhost -DatabaseName ExportClone -SqlUser User123 -SqlPwd "Password123" This will execute all necessary scripts against the "ExportClone" database that exists in the localhost SQL Server instance. It uses the SQL credential "User123" to preform the needed actions. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> Function Invoke-ClearSqlSpecificObjects { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType([System.Boolean])] param ( [Parameter(Mandatory = $true)] [string] $DatabaseServer, [Parameter(Mandatory = $true)] [string] $DatabaseName, [Parameter(Mandatory = $false)] [string] $SqlUser, [Parameter(Mandatory = $false)] [string] $SqlPwd, [Parameter(Mandatory = $false)] [boolean] $TrustedConnection, [switch] $EnableException ) $sqlCommand = Get-SQLCommand @PsBoundParameters $commandText = (Get-Content "$script:ModuleRoot\internal\sql\clear-sqlbacpacdatabase.sql") -join [Environment]::NewLine $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() $true } catch { $messageString = "Something went wrong while <c='em'>clearing</c> the <c='em'>SQL</c> specific objects in the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ -StepsUpward 1 return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Analyze the compiler output log .DESCRIPTION Analyze the compiler output log and generate an excel file contain worksheets per type: Errors, Warnings, Tasks It could be a Visual Studio compiler log or it could be a Invoke-D365ModuleCompile log you want analyzed .PARAMETER Path Path to the compiler log file that you want to work against A BuildModelResult.log or a Dynamics.AX.*.xppc.log file will both work .PARAMETER Identifier Identifier used to name the error output when hitting parsing errors .PARAMETER OutputPath Path where you want the excel file (xlsx-file) saved to .PARAMETER SkipWarnings Instructs the cmdlet to skip warnings while analyzing the compiler output log file .PARAMETER SkipTasks Instructs the cmdlet to skip tasks while analyzing the compiler output log file .PARAMETER PackageDirectory Path to the directory containing the installed package / module .EXAMPLE PS C:\> Invoke-CompilerResultAnalyzer -Path "c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log" -Identifier "Custom" -OutputPath "C:\Temp\d365fo.tools\custom-CompilerResults.xslx" -PackageDirectory "J:\AOSService\PackagesLocalDirectory" This will analyze the compiler log file and generate a compiler result excel file. .NOTES Tags: Compiler, Build, Errors, Warnings, Tasks Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Vilmos Kintera" (twitter: @DAXRunBase) All credits goes to him for showing how to extract these information His blog can be found here: https://www.daxrunbase.com/blog/ The specific blog post that we based this cmdlet on can be found here: https://www.daxrunbase.com/2020/03/31/interpreting-compiler-results-in-d365fo-using-powershell/ The github repository containing the original scrips can be found here: https://github.com/DAXRunBase/PowerShell-and-Azure #> function Invoke-CompilerResultAnalyzer { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidAssignmentToAutomaticVariable", "")] [CmdletBinding()] [OutputType('')] param ( [string] $Path, [string] $Identifier, [string] $OutputPath, [switch] $SkipWarnings, [switch] $SkipTasks, [string] $PackageDirectory ) Invoke-TimeSignal -Start if (-not (Test-PathExists -Path $PackageDirectory -Type Container)) { return } $positionRegex = '(?=\[\().*(?=\)\])' $positionSplitRegex = '(.*)(?=\[\().*(?:\)\]: )(.*)' $warningRegex = '(?:Compile Fatal|MetadataProvider|Metadata|Compile|Unspecified|Generation|ExternalReference|BestPractices) (Warning): (Query Method|Interface Method|Form Method LocalFunction|Form Control Method|Form Datasource Method|Form DataSource Method|Form DataSource DataField Method|Form Method|Map Method|Class Delegate|Table Method LocalFunction|Class Method LocalFunction|Table Method|Class Method|Table|Class|View|Form|)(?: |)(?:dynamics:|)(.*)(?:: )(.*)' $taskRegex = '(TaskListItem Information): (Query Method|Interface Method|Form Method LocalFunction|Form Control Method|Form Datasource Method|Form DataSource Method|Form DataSource DataField Method|Form Method|Map Method|Class Delegate|Table Method LocalFunction|Class Method LocalFunction|Table Method|Class Method|Table|Class|View|Form|)(?: |)(?:dynamics:|)(.*)(?:: )(.*)' $errorRegex = '(?:Compile Fatal|MetadataProvider|Metadata|Compile|Unspecified|Generation) (Error): (Query Method|Interface Method|Form Method LocalFunction|Form Control Method|Form Datasource Method|Form DataSource Method|Form DataSource DataField Method|Form Method|Map Method|Class Delegate|Table Method LocalFunction|Class Method LocalFunction|Table Method|Class Method|Table|Class|View|Form|)(?: |)(?:dynamics:|)(.*)(?:: )(.*)' $warningObjects = New-Object System.Collections.Generic.List[System.Object] $errorObjects = New-Object System.Collections.Generic.List[System.Object] $taskObjects = New-Object System.Collections.Generic.List[System.Object] if (-not $SkipWarnings) { Write-PSFMessage -Level Verbose -Message "Will analyze for warnings in the log file." -Target $SkipWarnings try { $warningText = Select-String -LiteralPath $Path -Pattern '(^.*) Warning: (.*)' | ForEach-Object { $_.Line } # Skip modules that do not have warnings if ($warningText) { Write-PSFMessage -Level Verbose -Message "Found warning lines in the log file." foreach ($line in $warningText) { $lineLocal = $line # Remove positioning text in the format of "[(5,5),(5,39)]: " for methods if ($lineLocal -match $positionRegex) { Write-PSFMessage -Level Verbose -Message "Position notation was found in the warning line. Will remove it." $lineReplaced = [regex]::Split($lineLocal, $positionSplitRegex) $lineLocal = $lineReplaced[1] + $lineReplaced[2] } try { Write-PSFMessage -Level Verbose -Message "Will split the warning line, and create result object." # Regular expression matching to split line details into groups $Matches = [regex]::split($lineLocal, $warningRegex) $object = [PSCustomObject]@{ OutputType = $Matches[1].trim() ObjectType = $Matches[2].trim() Path = $Matches[3].trim() Text = $Matches[4].trim() } $warningObjects.Add($object) } catch { Write-PSFHostColor -Level Host "<c='Yellow'>($Identifier) Error during processing line for warnings <</c><c='Red'>$line</c><c='Yellow'>></c>" } } } } catch { Write-PSFMessage -Level Host "Error while processing warnings" } } if (-not $SkipTasks) { Write-PSFMessage -Level Verbose -Message "Will analyze for tasks in the log file." -Target $SkipTasks try { $taskText = Select-String -LiteralPath $Path -Pattern '(^.*)TaskListItem Information: (.*)' | ForEach-Object { $_.Line } # Skip modules that do not have tasks if ($taskText) { Write-PSFMessage -Level Verbose -Message "Found task lines in the log file." foreach ($line in $taskText) { $lineLocal = $line # Remove positioning text in the format of "[(5,5),(5,39)]: " for methods if ($lineLocal -match $positionRegex) { Write-PSFMessage -Level Verbose -Message "Position notation was found in the task line. Will remove it." $lineReplaced = [regex]::Split($lineLocal, $positionSplitRegex) $lineLocal = $lineReplaced[1] + $lineReplaced[2] } # Remove TODO part if ($lineLocal -match '(?:TODO :|TODO:|TODO)') { Write-PSFMessage -Level Verbose -Message "TODO prefix string value was found in the line. Will remove it." $lineReplaced = [regex]::Split($lineLocal, '(.*)(?:TODO :|TODO:|TODO)(.*)', [System.Text.RegularExpressions.RegexOptions]::IgnoreCase) $lineLocal = $lineReplaced[1] + $lineReplaced[2] } try { Write-PSFMessage -Level Verbose -Message "Will split the task line, and create result object." # Regular expression matching to split line details into groups $Matches = [regex]::split($lineLocal, $taskRegex) $object = [PSCustomObject]@{ OutputType = $Matches[1].trim() ObjectType = $Matches[2].trim() Path = $Matches[3].trim() Text = $Matches[4].trim() } $taskObjects.Add($object) } catch { Write-PSFHostColor -Level Host "<c='Yellow'>($Identifier) Error during processing line for tasks <</c><c='Red'>$line</c><c='Yellow'>></c>" } } } } catch { Write-PSFMessage -Level Host -Message "Error during processing tasks" } } try { $errorText = Select-String -LiteralPath $Path -Pattern '(^.*) Error: (.*)' | ForEach-Object { $_.Line } # Skip modules that do not have errors if ($errorText) { foreach ($line in $errorText) { $lineLocal = $line # Remove positioning text in the format of "[(5,5),(5,39)]: " for methods if ($lineLocal -match $positionRegex) { Write-PSFMessage -Level Verbose -Message "Position notation was found in the error line. Will remove it." $lineReplaced = [regex]::Split($lineLocal, $positionSplitRegex) $lineLocal = $lineReplaced[1] + $lineReplaced[2] } try { Write-PSFMessage -Level Verbose -Message "Will split the error line, and create result object." # Regular expression matching to split line details into groups $Matches = [regex]::split($lineLocal, $errorRegex) $object = [PSCustomObject]@{ ErrorType = $Matches[1].trim() ObjectType = $Matches[2].trim() Path = $Matches[3].trim() Text = $Matches[4].trim() } $errorObjects.Add($object) } catch { Write-PSFHostColor -Level Host "<c='Yellow'>($Identifier) Error during processing line for errors <</c><c='Red'>$line</c><c='Yellow'>></c>" } } } } catch { Write-PSFMessage -Level Host -Message "Error during processing errors" } Write-PSFMessage -Level Verbose -Message "Will start exporting the details to the excel file." -Target $OutputPath $errorObjects.ToArray() | Export-Excel -Path $OutputPath -WorksheetName "Errors" -ClearSheet -AutoFilter -AutoSize -BoldTopRow $groupErrorTexts = $errorObjects.ToArray() | Group-Object -Property Text | Sort-Object -Property "Count" -Descending | Select-PSFObject Count, "Name as DistinctErrorText" $groupErrorTexts | Export-Excel -Path $OutputPath -WorksheetName "Errors-Summary" -ClearSheet -AutoFilter -AutoSize -BoldTopRow if (-not $SkipWarnings) { Write-PSFMessage -Level Verbose -Message "Building the warning details and saving them to the excel file." -Target $SkipWarnings $warningObjects.ToArray() | Export-Excel -Path $OutputPath -WorksheetName "Warnings" -ClearSheet -AutoFilter -AutoSize -BoldTopRow $groupWarningTexts = $warningObjects.ToArray() | Group-Object -Property Text | Sort-Object -Property "Count" -Descending | Select-PSFObject Count, "Name as DistinctWarningText" $groupWarningTexts | Export-Excel -Path $OutputPath -WorksheetName "Warnings-Summary" -ClearSheet -AutoFilter -AutoSize -BoldTopRow } else { Remove-Worksheet -Path $OutputPath -WorksheetName "Warnings" Remove-Worksheet -Path $OutputPath -WorksheetName "Warnings-Summary" } if (-not $SkipTasks) { Write-PSFMessage -Level Verbose -Message "Building the task details and saving them to the excel file." -Target $SkipTasks $taskObjects.ToArray() | Export-Excel -Path $OutputPath -WorksheetName "Tasks" -ClearSheet -AutoFilter -AutoSize -BoldTopRow $groupTaskTexts = $taskObjects.ToArray() | Group-Object -Property Text | Sort-Object -Property "Count" -Descending | Select-PSFObject Count, "Name as DistinctTaskText" $groupTaskTexts | Export-Excel -Path $OutputPath -WorksheetName "Tasks-Summary" -ClearSheet -AutoFilter -AutoSize -BoldTopRow } else { Remove-Worksheet -Path $OutputPath -WorksheetName "Tasks" Remove-Worksheet -Path $OutputPath -WorksheetName "Tasks-Summary" } [PSCustomObject]@{ File = $OutputPath Filename = $(Split-Path -Path $OutputPath -Leaf) } Invoke-TimeSignal -End } <# .SYNOPSIS Invoke the ModelUtil.exe .DESCRIPTION A cmdlet that wraps some of the cumbersome work into a streamlined process .PARAMETER Command Instruct the cmdlet to what process you want to execute against the ModelUtil tool Valid options: Import Export Delete Replace .PARAMETER Path Used for import to point where to import from Used for export to point where to export the model to The cmdlet only supports an already extracted ".axmodel" file .PARAMETER Model Name of the model that you want to work against Used for export to select the model that you want to export Used for delete to select the model that you want to delete .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin Default value is fetched from the current configuration on the machine .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-ModelUtil -Command Import -Path "c:\temp\d365fo.tools\CustomModel.axmodel" This will execute the import functionality of ModelUtil.exe and have it import the "CustomModel.axmodel" file. .EXAMPLE PS C:\> Invoke-ModelUtil -Command Export -Path "c:\temp\d365fo.tools" -Model CustomModel This will execute the export functionality of ModelUtil.exe and have it export the "CustomModel" model. The file will be placed in "c:\temp\d365fo.tools". .EXAMPLE PS C:\> Invoke-ModelUtil -Command Delete -Model CustomModel This will execute the delete functionality of ModelUtil.exe and have it delete the "CustomModel" model. The folders in PackagesLocalDirectory for the "CustomModel" will NOT be deleted .EXAMPLE PS C:\> Invoke-ModelUtil -Command Replace -Path "c:\temp\d365fo.tools\CustomModel.axmodel" This will execute the replace functionality of ModelUtil.exe and have it replace the "CustomModel" model. .NOTES Tags: AXModel, Model, ModelUtil, Servicing, Import, Export, Delete, Replace Author: M�tz Jensen (@Splaxi) #> function Invoke-ModelUtil { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidDefaultValueSwitchParameter", "")] [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $true)] [ValidateSet('Import', 'Export', 'Delete', 'Replace')] [string] $Command, [Parameter(Mandatory = $True, ParameterSetName = 'Import', Position = 1 )] [Parameter(Mandatory = $True, ParameterSetName = 'Export', Position = 1 )] [Alias('File')] [string] $Path, [Parameter(Mandatory = $True, ParameterSetName = 'Export', Position = 2 )] [Parameter(Mandatory = $True, ParameterSetName = 'Delete', Position = 1 )] [string] $Model, [string] $BinDir = "$Script:PackageDirectory\bin", [string] $MetaDataDir = "$Script:MetaDataDir", [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) Invoke-TimeSignal -Start if (-not (Test-PathExists -Path $MetaDataDir, $BinDir -Type Container)) { Stop-PSFFunction -Message "Stopping because of missing paths." -StepsUpward 1 } $executable = Join-Path $BinDir "ModelUtil.exe" if (-not (Test-PathExists -Path $executable -Type Leaf)) { Stop-PSFFunction -Message "Stopping because of missing paths." -StepsUpward 1 } $params = New-Object System.Collections.Generic.List[string] Write-PSFMessage -Level Verbose -Message "Building the parameter options." switch ($Command.ToLowerInvariant()) { 'import' { if (-not (Test-PathExists -Path $Path -Type Leaf)) { Stop-PSFFunction -Message "Stopping because of missing paths." -StepsUpward 1 } $params.Add("-import") $params.Add("-metadatastorepath=`"$MetaDataDir`"") $params.Add("-file=`"$Path`"") } 'export' { $params.Add("-export") $params.Add("-metadatastorepath=`"$MetaDataDir`"") $params.Add("-outputpath=`"$Path`"") $params.Add("-modelname=`"$Model`"") } 'delete' { $params.Add("-delete") $params.Add("-metadatastorepath=`"$MetaDataDir`"") $params.Add("-modelname=`"$Model`"") } 'replace' { if (-not (Test-PathExists -Path $Path -Type Leaf)) { Stop-PSFFunction -Message "Stopping because of missing paths." -StepsUpward 1 } $params.Add("-replace") $params.Add("-metadatastorepath=`"$MetaDataDir`"") $params.Add("-file=`"$Path`"") } } Write-PSFMessage -Level Verbose -Message "Starting the $executable with the parameter options." -Target $($params.ToArray() -join " ") Invoke-Process -Executable $executable -Params $params.ToArray() -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { Stop-PSFFunction -Message "Stopping because of 'ModelUtil.exe' failed its execution." -StepsUpward 1 return } Invoke-TimeSignal -End } <# .SYNOPSIS Invoke a process .DESCRIPTION Invoke a process and pass the needed parameters to it .PARAMETER Path Path to the program / executable that you want to start .PARAMETER Params Array of string parameters that you want to pass to the executable .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Invoke-Process -Path "C:\AOSService\PackagesLocalDirectory\Bin\xppc.exe" -Params "-metadata=`"C:\AOSService\PackagesLocalDirectory\Bin`"", "-modelmodule=`"ApplicationSuite`"", "-output=`"C:\AOSService\PackagesLocalDirectory\Bin`"", "-referencefolder=`"C:\AOSService\PackagesLocalDirectory\Bin`"", "-log=`"C:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.$Module.xppc.log`"", "-xmlLog=`"C:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.ApplicationSuite.xppc.xml`"", "-verbose" This will invoke the "C:\AOSService\PackagesLocalDirectory\Bin\xppc.exe" executable. All parameters will be passed to it. The standard output will be redirected to a local variable. The error output will be redirected to a local variable. The standard output will be written to the verbose stream before exiting. If an error should occur, both the standard output and error output will be written to the console / host. .EXAMPLE PS C:\> Invoke-Process -ShowOriginalProgress -Path "C:\AOSService\PackagesLocalDirectory\Bin\xppc.exe" -Params "-metadata=`"C:\AOSService\PackagesLocalDirectory\Bin`"", "-modelmodule=`"ApplicationSuite`"", "-output=`"C:\AOSService\PackagesLocalDirectory\Bin`"", "-referencefolder=`"C:\AOSService\PackagesLocalDirectory\Bin`"", "-log=`"C:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.$Module.xppc.log`"", "-xmlLog=`"C:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.ApplicationSuite.xppc.xml`"", "-verbose" This will invoke the "C:\AOSService\PackagesLocalDirectory\Bin\xppc.exe" executable. All parameters will be passed to it. The standard output will be outputted directly to the console / host. The error output will be outputted directly to the console / host. .NOTES Author: M�tz Jensen (@Splaxi) #> function Invoke-Process { [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true)] [Alias('Executable')] [string] $Path, [Parameter(Mandatory = $true)] [string[]] $Params, [switch] $OutputCommandOnly, [switch] $ShowOriginalProgress, [switch] $EnableException ) Invoke-TimeSignal -Start if (-not (Test-PathExists -Path $Path -Type Leaf)) {return} if (Test-PSFFunctionInterrupt) { return } $tool = Split-Path -Path $Path -Leaf $pinfo = New-Object System.Diagnostics.ProcessStartInfo $pinfo.FileName = "$Path" $pinfo.WorkingDirectory = Split-Path -Path $Path -Parent if (-not $ShowOriginalProgress) { Write-PSFMessage -Level Verbose "Output and Error streams will be redirected (silence mode)" $pinfo.RedirectStandardError = $true $pinfo.RedirectStandardOutput = $true } $pinfo.UseShellExecute = $false $pinfo.Arguments = "$($Params -join " ")" $p = New-Object System.Diagnostics.Process $p.StartInfo = $pinfo Write-PSFMessage -Level Verbose "Starting the $tool" -Target "$($params -join " ")" if($OutputCommandOnly){ Write-PSFMessage -Level Host "$Path $($pinfo.Arguments)" return } $p.Start() | Out-Null if (-not $ShowOriginalProgress) { $stdout = $p.StandardOutput.ReadToEnd() $stderr = $p.StandardError.ReadToEnd() } Write-PSFMessage -Level Verbose "Waiting for the $tool to complete" $p.WaitForExit() if ($p.ExitCode -ne 0 -and (-not $ShowOriginalProgress)) { Write-PSFMessage -Level Host "Exit code from $tool indicated an error happened. Will output both standard stream and error stream." Write-PSFMessage -Level Host "Standard output was: \r\n $stdout" Write-PSFMessage -Level Host "Error output was: \r\n $stderr" $messageString = "Stopping because an Exit Code from $tool wasn't 0 (zero) like expected." Stop-PSFFunction -Message "Stopping because of Exit Code." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>',''))) -StepsUpward 1 return } else { Write-PSFMessage -Level Verbose "Standard output was: \r\n $stdout" } Invoke-TimeSignal -End } <# .SYNOPSIS Backup & Restore SQL Server database .DESCRIPTION Backup a database and restore it back into the SQL Server .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER TrustedConnection Should the connection use a Trusted Connection or not .PARAMETER NewDatabaseName Name of the new (restored) database .PARAMETER BackupDirectory Path to a directory that can store the backup file .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Invoke-SqlBackupRestore -DatabaseServer localhost -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" -NewDatabaseName "ExportClone" -BackupDirectory "C:\temp\d365fo.tools\sqlbackup" This will backup the AxDB database and place the backup file inside the "c:\temp\d365fo.tools\sqlbackup" directory. The backup file will the be used to restore into a new database named "ExportClone". .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> Function Invoke-SqlBackupRestore { [CmdletBinding()] [OutputType('System.Boolean')] param ( [Parameter(Mandatory = $true)] [string] $DatabaseServer, [Parameter(Mandatory = $true)] [string] $DatabaseName, [Parameter(Mandatory = $false)] [string] $SqlUser, [Parameter(Mandatory = $false)] [string] $SqlPwd, [Parameter(Mandatory = $false)] [boolean] $TrustedConnection, [Parameter(Mandatory = $true)] [string] $NewDatabaseName, [Parameter(Mandatory = $true)] [string] $BackupDirectory, [switch] $EnableException ) Invoke-TimeSignal -Start $Params = @{DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd; TrustedConnection = $TrustedConnection; } $sqlCommand = Get-SQLCommand @Params $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\backuprestoredb.sql") -join [Environment]::NewLine $null = $sqlCommand.Parameters.Add("@CurrentDatabase", $DatabaseName) $null = $sqlCommand.Parameters.Add("@NewName", $NewDatabaseName) $null = $sqlCommand.Parameters.Add("@BackupDirectory", $BackupDirectory) try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() $true } catch { $messageString = "Something went wrong while doing <c='em'>backup / restore</c> against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { $sqlCommand.Connection.Close() $sqlCommand.Dispose() } Invoke-TimeSignal -End } <# .SYNOPSIS Invoke the sqlpackage executable .DESCRIPTION Invoke the sqlpackage executable and pass the necessary parameters to it .PARAMETER Action Can either be import or export .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER TrustedConnection Should the sqlpackage work with TrustedConnection or not .PARAMETER FilePath Path to the file, used for either import or export .PARAMETER Properties Array of all the properties that needs to be parsed to the sqlpackage.exe .PARAMETER DiagnosticFile Path to where you want the SqlPackage to output a diagnostics file to assist you in troubleshooting .PARAMETER ModelFile Path to the model file that you want the SqlPackage.exe to use instead the one being part of the bacpac file This is used to override SQL Server options, like collation and etc .PARAMETER MaxParallelism Sets SqlPackage.exe's degree of parallelism for concurrent operations running against a database. The default value is 8. .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> $BaseParams = @{ DatabaseServer = $DatabaseServer DatabaseName = $DatabaseName SqlUser = $SqlUser SqlPwd = $SqlPwd } PS C:\> $ImportParams = @{ Action = "import" FilePath = $BacpacFile } PS C:\> Invoke-SqlPackage @BaseParams @ImportParams This will start the sqlpackage.exe file and pass all the needed parameters. .NOTES Author: M�tz Jensen (@splaxi) #> function Invoke-SqlPackage { [CmdletBinding()] [OutputType([System.Boolean])] param ( [ValidateSet('Import', 'Export')] [string] $Action, [string] $DatabaseServer, [string] $DatabaseName, [string] $SqlUser, [string] $SqlPwd, [string] $TrustedConnection, [string] $FilePath, [string[]] $Properties, [string] $DiagnosticFile, [string] $ModelFile, [string] $MaxParallelism, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly, [switch] $EnableException ) $executable = $Script:SqlPackagePath Invoke-TimeSignal -Start if (!(Test-PathExists -Path $executable -Type Leaf)) { return } Write-PSFMessage -Level Verbose -Message "Starting to prepare the parameters for sqlpackage.exe" [System.Collections.ArrayList]$Params = New-Object -TypeName "System.Collections.ArrayList" if ($Action -eq "export") { $null = $Params.Add("/Action:export") $null = $Params.Add("/SourceServerName:$DatabaseServer") $null = $Params.Add("/SourceDatabaseName:$DatabaseName") $null = $Params.Add("/TargetFile:`"$FilePath`"") $null = $Params.Add("/Properties:CommandTimeout=0") if (!$UseTrustedConnection) { $null = $Params.Add("/SourceUser:$SqlUser") $null = $Params.Add("/SourcePassword:$SqlPwd") } Remove-Item -Path $FilePath -ErrorAction SilentlyContinue -Force } else { $null = $Params.Add("/Action:import") $null = $Params.Add("/TargetServerName:$DatabaseServer") $null = $Params.Add("/TargetDatabaseName:$DatabaseName") $null = $Params.Add("/SourceFile:`"$FilePath`"") $null = $Params.Add("/Properties:CommandTimeout=0") if (!$UseTrustedConnection) { $null = $Params.Add("/TargetUser:$SqlUser") $null = $Params.Add("/TargetPassword:$SqlPwd") } } foreach ($item in $Properties) { $null = $Params.Add("/Properties:$item") } if (-not [system.string]::IsNullOrEmpty($DiagnosticFile)) { $null = $Params.Add("/Diagnostics:true") $null = $Params.Add("/DiagnosticsFile:`"$DiagnosticFile`"") } if (-not [system.string]::IsNullOrEmpty($ModelFile)) { $null = $Params.Add("/ModelFilePath:`"$ModelFile`"") } if (-not [system.string]::IsNullOrEmpty($MaxParallelism)) { $null = $Params.Add("/mp:`"$MaxParallelism`"") } Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { Write-PSFMessage -Level Critical -Message "The SqlPackage.exe exited with an error." Stop-PSFFunction -Message "Stopping because of errors." -StepsUpward 1 return } Invoke-TimeSignal -End } <# .SYNOPSIS Handle time measurement .DESCRIPTION Handle time measurement from when a cmdlet / function starts and ends Will write the output to the verbose stream (Write-PSFMessage -Level Verbose) .PARAMETER Start Switch to instruct the cmdlet that a start time registration needs to take place .PARAMETER End Switch to instruct the cmdlet that a time registration has come to its end and it needs to do the calculation .EXAMPLE PS C:\> Invoke-TimeSignal -Start This will start the time measurement for any given cmdlet / function .EXAMPLE PS C:\> Invoke-TimeSignal -End This will end the time measurement for any given cmdlet / function. The output will go into the verbose stream. .NOTES Author: M�tz Jensen (@Splaxi) #> function Invoke-TimeSignal { [CmdletBinding(DefaultParameterSetName = 'Start')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'Start', Position = 1 )] [switch] $Start, [Parameter(Mandatory = $True, ParameterSetName = 'End', Position = 2 )] [switch] $End ) $Time = (Get-Date) $Command = (Get-PSCallStack)[1].Command if ($Start) { if ($Script:TimeSignals.ContainsKey($Command)) { Write-PSFMessage -Level Verbose -Message "The command '$Command' was already taking part in time measurement. The entry has been update with current date and time." $Script:TimeSignals[$Command] = $Time } else { $Script:TimeSignals.Add($Command, $Time) } } else { if ($Script:TimeSignals.ContainsKey($Command)) { $TimeSpan = New-TimeSpan -End $Time -Start (($Script:TimeSignals)[$Command]) Write-PSFMessage -Level Verbose -Message "Total time spent inside the function was $TimeSpan" -Target $TimeSpan -FunctionName $Command -Tag "TimeSignal" $null = $Script:TimeSignals.Remove($Command) } else { Write-PSFMessage -Level Verbose -Message "The command '$Command' was never started to take part in time measurement." } } } <# .SYNOPSIS Create a new authorization header .DESCRIPTION Get a new authorization header by acquiring a token from the authority web service .PARAMETER Authority The authority that you want to work against .PARAMETER ClientId The client id that you have registered for getting access to the web resource that you want to work against .PARAMETER ClientSecret The client secret that enables you to prove that you have privileges to get an authorization header .PARAMETER D365FO The URL to the Dynamics 365 for Finance & Operations that you want to work against .EXAMPLE PS C:\> New-AuthorizationHeader -Authority "XYZ" -ClientId "123" -ClientSecret "TopSecretId" -D365FO "https://usnconeboxax1aos.cloud.onebox.dynamics.com" This will retrieve a new authorization header from the D365FO instance located at "https://usnconeboxax1aos.cloud.onebox.dynamics.com". .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function New-AuthorizationHeader { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] Param ( [string] $Authority, [string] $ClientId, [string] $ClientSecret, [string] $D365FO ) $authContext = new-Object Microsoft.IdentityModel.Clients.ActiveDirectory.AuthenticationContext ($Authority, $false) $clientCred = New-Object Microsoft.IdentityModel.Clients.ActiveDirectory.ClientCredential($ClientId, $ClientSecret) $task = $authContext.AcquireTokenAsync($D365FO, $clientCred) $taskStatus = $task.Wait(1000) Write-PSFMessage -Level Verbose -Message "Status $TaskStatus" $authorizationHeader = $task.Result Write-PSFMessage -Level Verbose -Message "AuthorizationHeader $authorizationHeader" $authorizationHeader } <# .SYNOPSIS Creates a new user .DESCRIPTION Creates a new user in a Dynamics 365 for Finance & Operations instance .PARAMETER sqlCommand The SQL Command object that should be used when creating the new user .PARAMETER SignInName The sign in name (email address) for the user that you want the SID from .PARAMETER Name The name that the imported user should have inside the D365FO environment .PARAMETER Id The ID that the imported user should have inside the D365FO environment .PARAMETER SID The SID that correlates to the imported user inside the D365FO environment .PARAMETER StartUpCompany The default company (legal entity) for the imported user .PARAMETER IdentityProvider The provider for the imported to validated against .PARAMETER NetworkDomain The network domain of the imported user .PARAMETER ObjectId The Azure Active Directory object id for the imported user .PARAMETER Language Language that should be configured for the user, for when they sign-in to the D365 environment .EXAMPLE PS C:\> $SqlCommand = Get-SqlCommand -DatabaseServer localhost -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" PS C:\> New-D365FOUser -SqlCommand $SqlCommand -SignInName "Claire@contoso.com" -Name "Claire" -Id "claire" -SID "123XYZ" -StartupCompany "DAT" -IdentityProvider "XYZ" -NetworkDomain "Contoso.com" -ObjectId "123XYZ" This will get a SqlCommand object that will connect to the localhost server and the AXDB databae, with the sql credential "User123". The SqlCommand object is passed to the Import-AadUserIntoD365FO along with all the necessary details for importing Claire@contoso.com as an user into the D365FO environment. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function New-D365FOUser { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] Param ( [System.Data.SqlClient.SqlCommand] $SqlCommand, [string] $SignInName, [string] $Name, [string] $Id, [string] $SID, [string] $StartUpCompany, [string] $IdentityProvider, [string] $NetworkDomain, [string] $ObjectId, [string] $Language ) $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\Add-AadUserIntoD365FO.sql") -join [Environment]::NewLine Write-PSFMessage -Level Verbose -Message "Adding User : $SignInName,$Name,$Id,$SID,$StartUpCompany,$IdentityProvider,$NetworkDomain" $null = $sqlCommand.Parameters.Add("@SignInName", $SignInName) $null = $sqlCommand.Parameters.Add("@Name", $Name) $null = $sqlCommand.Parameters.Add("@SID", $SID) $null = $sqlCommand.Parameters.Add("@NetworkDomain", $NetworkDomain) $null = $sqlCommand.Parameters.Add("@IdentityProvider", $IdentityProvider) $null = $sqlCommand.Parameters.Add("@StartUpCompany", $StartUpCompany) $null = $sqlCommand.Parameters.Add("@Id", $Id) $null = $sqlCommand.Parameters.Add("@ObjectId", $ObjectId) $null = $sqlCommand.Parameters.Add("@Language", $Language) Write-PSFMessage -Level Verbose -Message "Creating the user in database" Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $rowsCreated = $sqlCommand.ExecuteScalar() Write-PSFMessage -Level Verbose -Message "Rows inserted $rowsCreated for user $SignInName" $SqlCommand.Parameters.Clear() $rowsCreated -eq 1 } <# .SYNOPSIS Create a new self signed certificate .DESCRIPTION Create a new self signed certificate and have it password protected .PARAMETER CertificateFileName Path to the location where you want to store the CER file for the certificate .PARAMETER PrivateKeyFileName Path to the location where you want to store the PFX file for the certificate .PARAMETER Password The password that you want to use to protect your different certificates with .EXAMPLE PS C:\> New-D365SelfSignedCertificate -CertificateFileName "C:\temp\d365fo.tools\TestAuth.cer" -PrivateKeyFileName "C:\temp\d365fo.tools\TestAuth.pfx" -Password (ConvertTo-SecureString -String "pass@word1" -Force -AsPlainText) This will generate a new CER certificate that is stored at "C:\temp\d365fo.tools\TestAuth.cer". This will generate a new PFX certificate that is stored at "C:\temp\d365fo.tools\TestAuth.pfx". Both certificates will be password protected with "pass@word1". .NOTES Author: Kenny Saelen (@kennysaelen) Author: M�tz Jensen (@Splaxi) #> function New-D365SelfSignedCertificate { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidUsingConvertToSecureStringWithPlainText", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 1)] [string] $CertificateFileName = (Join-Path $env:TEMP "TestAuthCert.cer"), [Parameter(Mandatory = $false, Position = 2)] [string] $PrivateKeyFileName = (Join-Path $env:TEMP "TestAuthCert.pfx"), [Parameter(Mandatory = $false, Position = 3)] [Security.SecureString] $Password = (ConvertTo-SecureString -String "Password1" -Force -AsPlainText) ) try { # First generate a self-signed certificate and place it in the local store on the machine $certificate = New-SelfSignedCertificate -dnsname 127.0.0.1 -CertStoreLocation cert:\LocalMachine\My -FriendlyName "D365 Automated testing certificate" -Provider "Microsoft Strong Cryptographic Provider" $certificatePath = 'cert:\localMachine\my\' + $certificate.Thumbprint # Export the private key Export-PfxCertificate -cert $certificatePath -FilePath $PrivateKeyFileName -Password $Password # Import the certificate into the local machine's trusted root certificates store $importedCertificate = Import-PfxCertificate -FilePath $PrivateKeyFileName -CertStoreLocation Cert:\LocalMachine\Root -Password $Password } catch { Write-PSFMessage -Level Host -Message "Something went wrong while generating the self-signed certificate and installing it into the local machine's trusted root certificates store." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 return } return $importedCertificate } <# .SYNOPSIS Decrypt web.config file .DESCRIPTION Utilize the built in encryptor utility to decrypt the web.config file from inside the AOS .PARAMETER File Path to the file that you want to work against Please be careful not to point to the original file from inside the AOS directory .PARAMETER DropPath Path to the directory where you want save the file after decryption is completed .EXAMPLE PS C:\> New-DecryptedFile -File "C:\temp\d365fo.tools\web.config" -DropPath "c:\temp\d365fo.tools\decrypted.config" This will take the "C:\temp\d365fo.tools\web.config" and decrypt it. After decryption the output file will be stored in "c:\temp\d365fo.tools\decrypted.config". .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function New-DecryptedFile { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] Param ( [string] $File, [string] $DropPath ) $Decrypter = Join-Path $AosServiceWebRootPath -ChildPath "bin\Microsoft.Dynamics.AX.Framework.ConfigEncryptor.exe" if (-not (Test-PathExists -Path $Decrypter -Type Leaf)) { return } $fileInfo = [System.IO.FileInfo]::new($File) $DropFile = Join-Path $DropPath $FileInfo.Name Write-PSFMessage -Level Verbose -Message "Extracted file path is: $DropFile" -Target $DropFile Copy-Item $File $DropFile -Force -ErrorAction Stop if (-not (Test-PathExists -Path $DropFile -Type Leaf)) { return } & $Decrypter -decrypt $DropFile } <# .SYNOPSIS Create a new Json HttpRequestMessage .DESCRIPTION Create a new HttpRequestMessage with the ContentType = application/json .PARAMETER Uri The URI / URL for the web site you want to work against .PARAMETER Token The token that contains the needed authorization permission .PARAMETER Content The content that you want to include in the HttpRequestMessage .PARAMETER HttpMethod The method of the HTTP request you wanne make Valid options are: GET POST .EXAMPLE PS C:\> New-JsonRequest -Token "Bearer JldjfafLJdfjlfsalfd..." -Uri "https://lcsapi.lcs.dynamics.com/box/fileasset/CommitFileAsset/123456789?assetId=958ae597-f089-4811-abbd-c1190917eaae" This will create a new HttpRequestMessage what will work against the "https://lcsapi.lcs.dynamics.com/box/fileasset/CommitFileAsset/123456789?assetId=958ae597-f089-4811-abbd-c1190917eaae". It attaches the Token "Bearer JldjfafLJdfjlfsalfd..." to the request. .NOTES Tags: Json, Http, HttpRequestMessage, POST Author: M�tz Jensen (@Splaxi) #> function New-JsonRequest { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true)] [string] $Uri, [Parameter(Mandatory = $true)] [string] $Token, [Parameter(Mandatory = $false)] [string] $Content, [Parameter(Mandatory = $false)] [ValidateSet('POST', 'GET')] [string] $HttpMethod = "POST" ) $httpMethodObject = [System.Net.Http.HttpMethod]::New($HttpMethod) Write-PSFMessage -Level Verbose -Message "Building a HttpRequestMessage." -Target $Uri $request = New-Object -TypeName System.Net.Http.HttpRequestMessage -ArgumentList @($httpMethodObject, $Uri) if (-not ($Content -eq "")) { Write-PSFMessage -Level Verbose -Message "Adding content to the HttpRequestMessage." -Target $Content $request.Content = New-Object -TypeName System.Net.Http.StringContent -ArgumentList @($Content, [System.Text.Encoding]::UTF8, "application/json") } Write-PSFMessage -Level Verbose -Message "Adding Authorization token to the HttpRequestMessage." -Target $Token $request.Headers.Authorization = $Token $request } <# .SYNOPSIS Get a web request object .DESCRIPTION Get a prepared web request object with all necessary headers and tokens in place .PARAMETER RequestUrl The URL you want to work against .PARAMETER AuthorizationHeader The Authorization Header object that you want to use for you web request .PARAMETER Action The HTTP action you want to preform .EXAMPLE PS C:\> New-WebRequest -RequestUrl "https://login.windows.net/contoso/.well-known/openid-configuration" -AuthorizationHeader $null -Action GET This will create a new web request object that will work against the "https://login.windows.net/contoso/.well-known/openid-configuration" URL. The HTTP action is GET and in this case we don't need an Authorization Header in place. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function New-WebRequest { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] param ( $RequestUrl, $AuthorizationHeader, $Action ) Write-PSFMessage -Level Verbose -Message "New Request $RequestUrl, $Action" $request = [System.Net.WebRequest]::Create($RequestUrl) if ($null -ne $AuthorizationHeader) { $request.Headers["Authorization"] = $AuthorizationHeader.CreateAuthorizationHeader() } $request.Method = $Action $request } <# .SYNOPSIS Rename the value in the web.config file .DESCRIPTION Replace the old value with the new value inside a web.config file .PARAMETER File Path to the file that you want to update/rename/replace .PARAMETER NewValue The new value that replaces the old value .PARAMETER OldValue The old value that needs to be replaced .EXAMPLE PS C:\> Rename-ConfigValue -File "C:\temp\d365fo.tools\web.config" -NewValue "Demo-8.1" -OldValue "usnconeboxax1aos" This will open the "C:\temp\d365fo.tools\web.config" file and replace all "usnconeboxax1aos" entries with "Demo-8.1" .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Rename-ConfigValue { param ( [string] $File, [string] $NewValue, [string] $OldValue ) Write-PSFMessage -Level Verbose -Message "Replace content from $File. Old value is $OldValue. New value is $NewValue." -Target (@($File, $OldValue, $NewValue)) (Get-Content $File).replace($OldValue, $NewValue) | Set-Content $File } <# .SYNOPSIS Short description .DESCRIPTION Long description .PARAMETER InputObject Parameter description .PARAMETER Property Parameter description .PARAMETER ExcludeProperty Parameter description .PARAMETER TypeName Parameter description .EXAMPLE PS C:\> Select-DefaultView -InputObject $result -Property CommandName, Synopsis This will help you do it right. .NOTES Author: M�tz Jensen (@Splaxi) #> function Select-DefaultView { <# This command enables us to send full on objects to the pipeline without the user seeing it a lot of this is from boe, thanks boe! https://learn-powershell.net/2013/08/03/quick-hits-set-the-default-property-display-in-powershell-on-custom-objects/ TypeName creates a new type so that we can use ps1xml to modify the output #> [CmdletBinding()] param ( [parameter(ValueFromPipeline)] [object] $InputObject, [string[]] $Property, [string[]] $ExcludeProperty, [string] $TypeName ) process { if ($null -eq $InputObject) { return } if ($TypeName) { $InputObject.PSObject.TypeNames.Insert(0, "d365fo.tools.$TypeName") } if ($ExcludeProperty) { if ($InputObject.GetType().Name.ToString() -eq 'DataRow') { $ExcludeProperty += 'Item', 'RowError', 'RowState', 'Table', 'ItemArray', 'HasErrors' } $props = ($InputObject | Get-Member | Where-Object MemberType -in 'Property', 'NoteProperty', 'AliasProperty' | Where-Object { $_.Name -notin $ExcludeProperty }).Name $defaultset = New-Object System.Management.Automation.PSPropertySet('DefaultDisplayPropertySet', [string[]]$props) } else { # property needs to be string if ("$property" -like "* as *") { $newproperty = @() foreach ($p in $property) { if ($p -like "* as *") { $old, $new = $p -isplit " as " # Do not be tempted to not pipe here $inputobject | Add-Member -Force -MemberType AliasProperty -Name $new -Value $old -ErrorAction SilentlyContinue $newproperty += $new } else { $newproperty += $p } } $property = $newproperty } $defaultset = New-Object System.Management.Automation.PSPropertySet('DefaultDisplayPropertySet', [string[]]$Property) } $standardmembers = [System.Management.Automation.PSMemberInfo[]]@($defaultset) # Do not be tempted to not pipe here $inputobject | Add-Member -Force -MemberType MemberSet -Name PSStandardMembers -Value $standardmembers -ErrorAction SilentlyContinue $inputobject } } <# .SYNOPSIS Provision an user to be the administrator of a Dynamics 365 for Finance & Operations environment .DESCRIPTION Provision an user to be the administrator by using the supplied tools from Microsoft (AdminUserProvisioning.exe) .PARAMETER SignInName The sign in name (email address) for the user that you want to be the administrator .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Set-AdminUser -SignInName "Claire@contoso.com" -DatabaseServer localhost -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" This will provision the user with the e-mail "Claire@contoso.com" to be the administrator of the D365 for Finance & Operations instance. It will handle if the tenant is switching also, and update the necessary details. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) Author: Mark Furrer (@devax_mf) #> function Set-AdminUser { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] Param ( [string] $SignInName, [string] $DatabaseServer, [string] $DatabaseName, [string] $SqlUser, [string] $SqlPwd, [switch] $EnableException ) $WebConfigFile = Join-Path $Script:AOSPath $Script:WebConfig $MetaDataNode = Select-Xml -XPath "/configuration/appSettings/add[@key='Aos.MetadataDirectory']/@value" -Path $WebConfigFile $MetaDataNodeDirectory = $MetaDataNode.Node.Value Write-PSFMessage -Level Verbose -Message "MetaDataDirectory: $MetaDataNodeDirectory" -Target $MetaDataNodeDirectory $AdminFileLocationPu29AndUp = "$MetaDataNodeDirectory\Bin\Microsoft.Dynamics.AdminUserProvisioningLib.dll" $AdminFileLocationBeforePu29 = "$MetaDataNodeDirectory\Bin\AdminUserProvisioning.exe" if ( Test-Path -Path $AdminFileLocationPu29AndUp -PathType Leaf ) { $AdminFile = $AdminFileLocationPu29AndUp $AdminLibNameSpace = "Microsoft.Dynamics.AdminUserProvisioningLib" } else { $AdminFile = $AdminFileLocationBeforePu29 $AdminLibNameSpace = "Microsoft.Dynamics.AdminUserProvisioning" } Write-PSFMessage -Level Verbose -Message "Path to AdminFile: $AdminFile" $TempFileName = New-TemporaryFile $TempFileName = $TempFileName.BaseName $AdminDll = "$env:TEMP\$TempFileName.dll" copy-item -Path $AdminFile -Destination $AdminDll $adminAssembly = [System.Reflection.Assembly]::LoadFile($AdminDll) $AdminUserUpdater = $adminAssembly.GetType("$AdminLibNameSpace.AdminUserUpdater") $PublicBinding = [System.Reflection.BindingFlags]::Public $StaticBinding = [System.Reflection.BindingFlags]::Static $CombinedBinding = $PublicBinding -bor $StaticBinding $UpdateAdminUser = $AdminUserUpdater.GetMethod("UpdateAdminUser", $CombinedBinding) Write-PSFMessage -Level Verbose -Message "Adjusting parameter set to the PU that is in use in this environment." if((($UpdateAdminUser.GetParameters()).Name) -contains "hostUrl") { Write-PSFMessage -Level Verbose -Message "PU29 or higher found. Will adjust parameters." $params = $SignInName, "AAD-Global", $null, $null, $DatabaseServer, $DatabaseName, $SqlUser, $SqlPwd, "$Script:AOSPath\", $Script:Url } elseif((($UpdateAdminUser.GetParameters()).Name) -contains "providerName") { Write-PSFMessage -Level Verbose -Message "PU26/27/28 found. Will adjust parameters." $params = $SignInName, "AAD-Global", $null, $null, $DatabaseServer, $DatabaseName, $SqlUser, $SqlPwd } else { Write-PSFMessage -Level Verbose -Message "PU below PU26 found. Will adjust parameters." $params = $SignInName, $null, $null, $DatabaseServer, $DatabaseName, $SqlUser, $SqlPwd } try { $paramsString = $params -join ", " Write-PSFMessage -Level Verbose -Message "Updating Admin using the values $paramsString" $UpdateAdminUser.Invoke($null, $params) } catch { $messageString = "Something went wrong while <c='em'>provisioning</c> the environment to the new administrator: $SignInName." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target $SignInName Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ -StepsUpward 1 return } } <# .SYNOPSIS Change the different Azure SQL Database details .DESCRIPTION When preparing an Azure SQL Database to be the new database for an Tier 2+ environment you need to set different details .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER AxDeployExtUserPwd Password obtained from LCS .PARAMETER AxDbAdminPwd Password obtained from LCS .PARAMETER AxRuntimeUserPwd Password obtained from LCS .PARAMETER AxMrRuntimeUserPwd Password obtained from LCS .PARAMETER AxRetailRuntimeUserPwd Password obtained from LCS .PARAMETER AxRetailDataSyncUserPwd Password obtained from LCS .PARAMETER AxDbReadonlyUserPwd Password obtained from LCS .PARAMETER TenantId The ID of tenant that the Azure SQL Database instance is going to be run under .PARAMETER PlanId The ID of the type of plan that the Azure SQL Database is going to be using .PARAMETER PlanCapability The capabilities that the Azure SQL Database instance will be running with .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Set-AzureBacpacValues -DatabaseServer dbserver1.database.windows.net -DatabaseName Import -SqlUser User123 -SqlPwd "Password123" -AxDeployExtUserPwd "Password123" -AxDbAdminPwd "Password123" -AxRuntimeUserPwd "Password123" -AxMrRuntimeUserPwd "Password123" -AxRetailRuntimeUserPwd "Password123" -AxRetailDataSyncUserPwd "Password123" -AxDbReadonlyUserPwd "Password123" -TenantId "TenantIdFromAzure" -PlanId "PlanIdFromAzure" -PlanCapability "Capabilities" This will set all the needed details inside the "Import" database that is located in the "dbserver1.database.windows.net" Azure SQL Database instance. All service accounts and their passwords will be updated accordingly. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Set-AzureBacpacValues { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType([System.Boolean])] param ( [Parameter(Mandatory = $true)] [string] $DatabaseServer, [Parameter(Mandatory = $true)] [string] $DatabaseName, [Parameter(Mandatory = $true)] [string] $SqlUser, [Parameter(Mandatory = $true)] [string] $SqlPwd, [Parameter(Mandatory = $true)] [string] $AxDeployExtUserPwd, [Parameter(Mandatory = $true)] [string] $AxDbAdminPwd, [Parameter(Mandatory = $true)] [string] $AxRuntimeUserPwd, [Parameter(Mandatory = $true)] [string] $AxMrRuntimeUserPwd, [Parameter(Mandatory = $true)] [string] $AxRetailRuntimeUserPwd, [Parameter(Mandatory = $true)] [string] $AxRetailDataSyncUserPwd, [Parameter(Mandatory = $true)] [string] $AxDbReadonlyUserPwd, [Parameter(Mandatory = $true)] [string] $TenantId, [Parameter(Mandatory = $true)] [string] $PlanId, [Parameter(Mandatory = $true)] [string] $PlanCapability, [switch] $EnableException ) $sqlCommand = Get-SQLCommand -DatabaseServer $DatabaseServer -DatabaseName $DatabaseName -SqlUser $SqlUser -SqlPwd $SqlPwd -TrustedConnection $false $commandText = (Get-Content "$script:ModuleRoot\internal\sql\set-bacpacvaluesazure.sql") -join [Environment]::NewLine $commandText = $commandText.Replace('@axdeployextuser', $AxDeployExtUserPwd) $commandText = $commandText.Replace('@axdbadmin', $AxDbAdminPwd) $commandText = $commandText.Replace('@axruntimeuser', $AxRuntimeUserPwd) $commandText = $commandText.Replace('@axmrruntimeuser', $AxMrRuntimeUserPwd) $commandText = $commandText.Replace('@axretailruntimeuser', $AxRetailRuntimeUserPwd) $commandText = $commandText.Replace('@axretaildatasyncuser', $AxRetailDataSyncUserPwd) $commandText = $commandText.Replace('@axdbreadonlyuser', $AxDbReadonlyUserPwd) $sqlCommand.CommandText = $commandText $null = $sqlCommand.Parameters.Add("@TenantId", $TenantId) $null = $sqlCommand.Parameters.Add("@PlanId", $PlanId) $null = $sqlCommand.Parameters.Add("@PlanCapability ", $PlanCapability) try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() $true } catch { $messageString = "Something went wrong while working against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Set the SQL Server specific values .DESCRIPTION Set the SQL Server specific values when restoring a bacpac file .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER TrustedConnection Should the connection use a Trusted Connection or not .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Set-SqlBacpacValues -DatabaseServer localhost -DatabaseName "AxDB" -SqlUser "User123" -SqlPwd "Password123" This will connect to the "AXDB" database that is available in the SQL Server instance running on the localhost. It will use the "User123" SQL Server credentials to connect to the SQL Server instance. This will set all the necessary SQL Server database options and create the needed objects in side the "AxDB" database. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Set-SqlBacpacValues { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType('System.Boolean')] param ( [Parameter(Mandatory = $true)] [string] $DatabaseServer, [Parameter(Mandatory = $true)] [string] $DatabaseName, [Parameter(Mandatory = $false)] [string] $SqlUser, [Parameter(Mandatory = $false)] [string] $SqlPwd, [Parameter(Mandatory = $false)] [bool] $TrustedConnection, [switch] $EnableException ) $Params = @{DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd; TrustedConnection = $TrustedConnection; } $sqlCommand = Get-SQLCommand @Params $commandText = (Get-Content "$script:ModuleRoot\internal\sql\set-bacpacvaluessql.sql") -join [Environment]::NewLine $commandText = $commandText.Replace('@DATABASENAME', $DatabaseName) $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $sqlCommand.ExecuteNonQuery() $true } catch { $messageString = "Something went wrong while working against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Start a database export from an environment .DESCRIPTION Start a database export from an environment from a LCS project .PARAMETER BearerToken The token you want to use when working against the LCS api .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER SourceEnvironmentId The unique id of the environment that you want to use as the source for the database export The Id can be located inside the LCS portal .PARAMETER BackupName Name of the backup file when it is being exported from the environment The file shouldn't contain any extension at all, just the desired file name .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .EXAMPLE PS C:\> Start-LcsDatabaseExport -ProjectId 123456789 -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -BackupName "BackupViaApi" -BearerToken "JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will start the database export from the Source environment. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The backup name is identified by the BackupName "BackupViaApi", which instructs the API to save the backup with that filename. The request will authenticate with the BearerToken "JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .LINK Get-LcsDatabaseOperationStatus .NOTES Tags: Environment, Config, Configuration, LCS, Database backup, Api, Backup, Bacpac Author: M�tz Jensen (@Splaxi) #> function Start-LcsDatabaseExport { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Cmdletbinding()] param( [Parameter(Mandatory = $true)] [int] $ProjectId, [Parameter(Mandatory = $true)] [Alias('Token')] [string] $BearerToken, [Parameter(Mandatory = $true)] [string] $SourceEnvironmentId, [Parameter(Mandatory = $true)] [string] $BackupName, [Parameter(Mandatory = $true)] [string] $LcsApiUri ) Invoke-TimeSignal -Start Write-PSFMessage -Level Verbose -Message "Json payload for LCS generated." -Target $jsonFile $client = New-Object -TypeName System.Net.Http.HttpClient $client.DefaultRequestHeaders.Clear() $deployUri = "$LcsApiUri/databasemovement/v1/export/project/$($ProjectId)/environment/$($SourceEnvironmentId)/backupName/$($BackupName)" $request = New-JsonRequest -Uri $deployUri -Token $BearerToken -HttpMethod "POST" try { Write-PSFMessage -Level Verbose -Message "Invoke LCS request: $($request.RequestUri)" -Target $request.RequestUri $result = Get-AsyncResult -task $client.SendAsync($request) Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." $responseString = Get-AsyncResult -task $result.Content.ReadAsStringAsync() Write-PSFMessage -Level Verbose -Message "Parsing the response string into a json object." -Target $responseString try { $exportJob = ConvertFrom-Json -InputObject $responseString -ErrorAction SilentlyContinue } catch { Write-PSFMessage -Level Critical -Message "$responseString" } Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." -Target $exportJob if (-not ($result.StatusCode -eq [System.Net.HttpStatusCode]::OK)) { if (($exportJob) -and ($exportJob.ErrorMessage)) { $errorText = "" if ($exportJob.OperationActivityId) { $errorText = "Error in request for database refresh of environment: '$( $exportJob.ErrorMessage)' (Activity Id: '$( $exportJob.OperationActivityId)')" } else { $errorText = "Error in request for database refresh of environment: '$( $exportJob.ErrorMessage)'" } } elseif ($exportJob.OperationActivityId) { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase) (Activity Id: '$($exportJob.OperationActivityId)')" } else { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase)" } Write-PSFMessage -Level Host -Message "Error performing database refresh of environment." -Target $($exportJob.ErrorMessage) Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 } if (-not ($exportJob.IsSuccess)) { if ( $exportJob.ErrorMessage) { $errorText = "Error in request for database refresh of environment: '$( $exportJob.ErrorMessage)' (Activity Id: '$( $exportJob.OperationActivityId)')" } elseif ( $exportJob.OperationActivityId) { $errorText = "Error in request for database refresh of environment. Activity Id: '$($activity.OperationActivityId)'" } else { $errorText = "Unknown error in request for database refresh." } Write-PSFMessage -Level Host -Message "Unknown error requesting database refresh." -Target $exportJob Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the LCS API." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 return } Invoke-TimeSignal -End $exportJob } <# .SYNOPSIS Start a database refresh between 2 environments .DESCRIPTION Start a database refresh between 2 environments from a LCS project .PARAMETER BearerToken The token you want to use when working against the LCS api .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER SourceEnvironmentId The unique id of the environment that you want to use as the source for the database refresh The Id can be located inside the LCS portal .PARAMETER TargetEnvironmentId The unique id of the environment that you want to use as the target for the database refresh The Id can be located inside the LCS portal .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .EXAMPLE PS C:\> Start-LcsDatabaseRefresh -ProjectId 123456789 -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -BearerToken "JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will start the database refresh between the Source and Target environments. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The target environment is identified by the TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. The request will authenticate with the BearerToken "JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .LINK Get-LcsDatabaseOperationStatus .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, Api, AAD, Token, Deployment, Deployable Package Author: M�tz Jensen (@Splaxi) #> function Start-LcsDatabaseRefresh { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Cmdletbinding()] param( [Parameter(Mandatory = $true)] [int] $ProjectId, [Parameter(Mandatory = $true)] [Alias('Token')] [string] $BearerToken, [Parameter(Mandatory = $true)] [string] $SourceEnvironmentId, [Parameter(Mandatory = $true)] [string] $TargetEnvironmentId, [Parameter(Mandatory = $true)] [string] $LcsApiUri ) Invoke-TimeSignal -Start Write-PSFMessage -Level Verbose -Message "Json payload for LCS generated." -Target $jsonFile $client = New-Object -TypeName System.Net.Http.HttpClient $client.DefaultRequestHeaders.Clear() $deployUri = "$LcsApiUri/databasemovement/v1/refresh/project/$($ProjectId)/source/$($SourceEnvironmentId)/target/$($TargetEnvironmentId)" $request = New-JsonRequest -Uri $deployUri -Token $BearerToken -HttpMethod "POST" try { Write-PSFMessage -Level Verbose -Message "Invoke LCS request." $result = Get-AsyncResult -task $client.SendAsync($request) Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." $responseString = Get-AsyncResult -task $result.Content.ReadAsStringAsync() try { $refreshJob = ConvertFrom-Json -InputObject $responseString -ErrorAction SilentlyContinue } catch { Write-PSFMessage -Level Critical -Message "$responseString" } Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." -Target $refreshJob if (-not ($result.StatusCode -eq [System.Net.HttpStatusCode]::OK)) { if (($refreshJob) -and ($refreshJob.ErrorMessage)) { $errorText = "" if ($refreshJob.OperationActivityId) { $errorText = "Error in request for database refresh of environment: '$( $refreshJob.ErrorMessage)' (Activity Id: '$( $refreshJob.OperationActivityId)')" } else { $errorText = "Error in request for database refresh of environment: '$( $refreshJob.ErrorMessage)'" } } elseif ($refreshJob.OperationActivityId) { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase) (Activity Id: '$($refreshJob.OperationActivityId)')" } else { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase)" } Write-PSFMessage -Level Host -Message "Error performing database refresh of environment." -Target $($refreshJob.ErrorMessage) Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 } if (-not ($refreshJob.IsSuccess)) { if ( $refreshJob.ErrorMessage) { $errorText = "Error in request for database refresh of environment: '$( $refreshJob.ErrorMessage)' (Activity Id: '$( $refreshJob.OperationActivityId)')" } elseif ( $refreshJob.OperationActivityId) { $errorText = "Error in request for database refresh of environment. Activity Id: '$($activity.OperationActivityId)'" } else { $errorText = "Unknown error in request for database refresh." } Write-PSFMessage -Level Host -Message "Unknown error requesting database refresh." -Target $refreshJob Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the LCS API." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 return } Invoke-TimeSignal -End $refreshJob } <# .SYNOPSIS Start LCS deployment .DESCRIPTION Start the deployment of a deployable package from the LCS API .PARAMETER BearerToken The token you want to use when working against the LCS api .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER AssetId The unique id of the asset / file that you are trying to deploy from LCS .PARAMETER EnvironmentId The unique id of the environment that you want to work against The Id can be located inside the LCS portal .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .EXAMPLE PS C:\> Start-LcsDeployment -BearerToken "Bearer JldjfafLJdfjlfsalfd..." -ProjectId 123456789 -AssetId "958ae597-f089-4811-abbd-c1190917eaae" -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will start the deployment of the file located in the Asset Library. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The file is identified by the AssetId "958ae597-f089-4811-abbd-c1190917eaae", which is obtained either by earlier upload or simply looking in the LCS portal. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. The request will authenticate with the BearerToken "Bearer JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, Api, AAD, Token, Deployment, Deployable Package Author: M�tz Jensen (@Splaxi) #> function Start-LcsDeployment { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Cmdletbinding()] param( [Parameter(Mandatory = $true)] [int] $ProjectId, [Parameter(Mandatory = $true)] [Alias('Token')] [string] $BearerToken, [Parameter(Mandatory = $true)] [string] $AssetId, [Parameter(Mandatory = $true)] [string] $EnvironmentId, [Parameter(Mandatory = $true)] [string] $LcsApiUri ) Invoke-TimeSignal -Start Write-PSFMessage -Level Verbose -Message "Json payload for LCS generated." -Target $jsonFile $client = New-Object -TypeName System.Net.Http.HttpClient $client.DefaultRequestHeaders.Clear() $deployUri = "$LcsApiUri/environment/servicing/v1/applyupdate/$($ProjectId)?assetId=$AssetId&environmentId=$EnvironmentId" $request = New-JsonRequest -Uri $deployUri -Token $BearerToken -HttpMethod "POST" try { Write-PSFMessage -Level Verbose -Message "Invoke LCS request." $result = Get-AsyncResult -task $client.SendAsync($request) Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." $responseString = Get-AsyncResult -task $result.Content.ReadAsStringAsync() try { $asset = ConvertFrom-Json -InputObject $responseString -ErrorAction SilentlyContinue } catch { Write-PSFMessage -Level Critical -Message "$responseString" } Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." -Target $asset if (-not ($result.StatusCode -eq [System.Net.HttpStatusCode]::OK)) { if (($asset) -and ($asset.Message)) { $errorText = "" if ($asset.ActivityId) { $errorText = "Error $( $asset.LcsErrorCode) in request for status of environment servicing action: '$( $asset.Message)' (Activity Id: '$( $asset.ActivityId)')" } else { $errorText = "Error $( $asset.LcsErrorCode) in request for status of environment servicing action: '$( $asset.Message)'" } } elseif ($asset.ActivityId) { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase) (Activity Id: '$($asset.ActivityId)')" } else { $errorText = "API Call returned $($result.StatusCode): $($result.ReasonPhrase)" } Write-PSFMessage -Level Host -Message "Error creating new file asset." -Target $($asset.Message) Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" } if (-not ( $asset.LcsEnvironmentActionStatus)) { if ( $asset.Message) { $errorText = "Error in request for status of environment servicing action: '$( $asset.Message)' (Activity Id: '$( $asset.ActivityId)')" } elseif ( $asset.ActivityId) { $errorText = "Error in request for status of environment servicing action. Activity Id: '$($activity.ActivityId)'" } else { $errorText = "Unknown error in request for status of environment servicing action" } Write-PSFMessage -Level Host -Message "Unknown error creating new file asset." -Target $asset Write-PSFMessage -Level Host -Message $errorText -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the LCS API." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } Invoke-TimeSignal -End $asset } <# .SYNOPSIS Start the upload process to LCS .DESCRIPTION Start the flow of actions to upload a file to LCS .PARAMETER Token The token to be used for the http request against the LCS API .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER FileType Type of file you want to upload Valid options: "Model" "Process Data Package" "Software Deployable Package" "GER Configuration" "Data Package" "PowerBI Report Model" .PARAMETER Name Name to be assigned / shown on LCS .PARAMETER Description Description to be assigned / shown on LCS .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .EXAMPLE PS C:\> Start-LcsUpload -Token "Bearer JldjfafLJdfjlfsalfd..." -ProjectId 123456789 -FileType "DatabaseBackup" -Name "ReadyForTesting" -Description "Contains all customers & vendors" -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will contact the NON-EUROPE LCS API and instruct it that we want to upload a new file to the Asset Library. The token "Bearer JldjfafLJdfjlfsalfd..." is used to the authorize against the LCS API. The ProjectId is 123456789 and FileType is "DatabaseBackup". The file will be named "ReadyForTesting" and the Description will be "Contains all customers & vendors". .NOTES Tags: Url, LCS, Upload, Api, Token Author: M�tz Jensen (@Splaxi) #> function Start-LcsUpload { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Cmdletbinding()] param( [Parameter(Mandatory = $true)] [string] $Token, [Parameter(Mandatory = $true)] [int] $ProjectId, [Parameter(Mandatory = $true)] [string] $FileType, [Parameter(Mandatory = $false)] [string] $Name, [Parameter(Mandatory = $false)] [string] $Description, [Parameter(Mandatory = $false)] [string] $LcsApiUri ) Invoke-TimeSignal -Start if ($Description -eq "") { $jsonDescription = "null" } else { $jsonDescription = "`"$Description`"" } $fileTypeValue = 0 switch ($FileType) { "Model" { $fileTypeValue = 1 } "Process Data Package" { $fileTypeValue = 4 } "Software Deployable Package" { $fileTypeValue = 10 } "GER Configuration" { $fileTypeValue = 12 } "Data Package" { $fileTypeValue = 15 } "PowerBI Report Model" { $fileTypeValue = 19 } } $jsonFile = "{ `"Name`": `"$Name`", `"FileName`": `"$fileName`", `"FileDescription`": $jsonDescription, `"SizeByte`": 0, `"FileType`": $fileTypeValue }" Write-PSFMessage -Level Verbose -Message "Json payload for LCS generated." -Target $jsonFile $client = New-Object -TypeName System.Net.Http.HttpClient $client.DefaultRequestHeaders.Clear() $createUri = "$LcsApiUri/box/fileasset/CreateFileAsset/$ProjectId" $request = New-JsonRequest -Uri $createUri -Content $jsonFile -Token $Token try { Write-PSFMessage -Level Verbose -Message "Invoke LCS request." -Target $request $result = Get-AsyncResult -task $client.SendAsync($request) Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." $responseString = Get-AsyncResult -task $result.Content.ReadAsStringAsync() Write-PSFMessage -Level Verbose -Message "Extracting the response received from LCS." -Target $responseString try { $asset = ConvertFrom-Json -InputObject $responseString -ErrorAction SilentlyContinue } catch { Write-PSFMessage -Level Critical -Message "$responseString" } Write-PSFMessage -Level Verbose -Message "Extracting the asset json response received from LCS." -Target $asset if (-not ($result.StatusCode -eq [System.Net.HttpStatusCode]::OK)) { if (($asset) -and ($asset.Message)) { Write-PSFMessage -Level Host -Message "Error creating new file asset." -Target $($asset.Message) Stop-PSFFunction -Message "Stopping because of errors" } else { Write-PSFMessage -Level Host -Message "API Call returned $($result.StatusCode)." -Target $($result.ReasonPhrase) Stop-PSFFunction -Message "Stopping because of errors" } } if (-not ($asset.Id)) { if ($asset.Message) { Write-PSFMessage -Level Host -Message "Error creating new file asset." -Target $($asset.Message) Stop-PSFFunction -Message "Stopping because of errors" } else { Write-PSFMessage -Level Host -Message "Unknown error creating new file asset." -Target $asset Stop-PSFFunction -Message "Stopping because of errors" } } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the LCS API." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } Invoke-TimeSignal -End $asset } <# .SYNOPSIS Test to see if a given user ID exists .DESCRIPTION Test to see if a given user ID exists in the Dynamics 365 for Finance & Operations instance .PARAMETER SqlCommand The SQL Command object that should be used when testing the user ID .PARAMETER Id Id of the user that you want to test exists or not .EXAMPLE PS C:\> $SqlCommand = Get-SqlCommand -DatabaseServer localhost -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" PS C:\> Test-AadUserIdInD365FO -SqlCommand $SqlCommand -Id "TestUser" This will get a SqlCommand object that will connect to the localhost server and the AXDB database, with the sql credential "User123". It will query the the database for any user with the Id "TestUser". .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Test-AadUserIdInD365FO { param ( [System.Data.SqlClient.SqlCommand] $SqlCommand, [string] $Id ) $commandText = (Get-Content "$script:ModuleRoot\internal\sql\test-aaduseridind365fo.sql") -join [Environment]::NewLine $sqlCommand.CommandText = $commandText $null = $sqlCommand.Parameters.Add("@Id", $Id) Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $NumFound = $sqlCommand.ExecuteScalar() Write-PSFMessage -Level Verbose -Message "Number of user rows found in database $NumFound" -Target $NumFound $SqlCommand.Parameters.Clear() $NumFound -ne 0 } <# .SYNOPSIS Test to see if a given user already exists .DESCRIPTION Test to see if a given user already exists in the Dynamics 365 for Finance & Operations instance .PARAMETER SqlCommand The SQL Command object that should be used when testing the user .PARAMETER SignInName The sign in name (email address) for the user that you want test .EXAMPLE PS C:\> $SqlCommand = Get-SqlCommand -DatabaseServer localhost -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" PS C:\> Test-AadUserInD365FO -SqlCommand $SqlCommand -SignInName "Claire@contoso.com" This will get a SqlCommand object that will connect to the localhost server and the AXDB database, with the sql credential "User123". It will query the the database for the user with the e-mail address "Claire@contoso.com". .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Test-AadUserInD365FO { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [System.Data.SqlClient.SqlCommand] $SqlCommand, [Parameter(Mandatory = $true)] [string] $SignInName ) $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\test-aaduserind365fo.sql") -join [Environment]::NewLine $null = $sqlCommand.Parameters.Add("@Email", $SignInName) try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $NumFound = $sqlCommand.ExecuteScalar() Write-PSFMessage -Level Verbose -Message "Number of user rows found in database $NumFound" -Target $NumFound } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 return } finally { $SqlCommand.Parameters.Clear() } $NumFound -ne 0 } <# .SYNOPSIS Test if any D365 assemblies are loaded .DESCRIPTION Test if any D365 assemblies are loaded into memory and will be a blocking issue .EXAMPLE PS C:\> Test-AssembliesLoaded This will test in any D365 specific assemblies are loaded into memory. If is, a Stop-PSFFunction test will state that we should stop execution. .NOTES Author: M�tz Jensen (@Splaxi) #> function Test-AssembliesLoaded { [CmdletBinding()] [OutputType()] param ( ) Invoke-TimeSignal -Start $assembliesLoaded = [System.AppDomain]::CurrentDomain.GetAssemblies() | Where-Object Location -ne $null $assembliesBlocking = $assembliesLoaded.location -match "AOSService|Dynamics|PackagesLocalDirectory" if ($assembliesBlocking.Count -gt 0) { Stop-PSFFunction -Message "Stopping because some assembly (DLL) files seems to be loaded into memory." -StepsUpward 1 return } Invoke-TimeSignal -End } <# .SYNOPSIS Test accessible to the configuration storage .DESCRIPTION Test if the desired configuration storage is accessible with the current user context .PARAMETER ConfigStorageLocation Parameter used to instruct where to store the configuration objects The default value is "User" and this will store all configuration for the active user Valid options are: "User" "System" "System" will store the configuration so all users can access the configuration objects .EXAMPLE PS C:\> Test-ConfigStorageLocation -ConfigStorageLocation "System" This will test if the current executing user has enough privileges to save to the system wide configuration storage. The system wide configuration storage requires administrator rights. .NOTES Author: M�tz Jensen (@Splaxi) #> function Test-ConfigStorageLocation { [CmdletBinding()] [OutputType('System.String')] param ( [ValidateSet('User', 'System')] [string] $ConfigStorageLocation = "User" ) $configScope = "UserDefault" if ($ConfigStorageLocation -eq "System") { if ($Script:IsAdminRuntime) { $configScope = "SystemDefault" } else { Write-PSFMessage -Level Host -Message "Unable to locate save the <c='em'>configuration objects</c> in the <c='em'>system wide configuration store</c> on the machine. Please start an elevated session and run the cmdlet again." Stop-PSFFunction -Message "Elevated permissions needed. Please start an elevated session and run the cmdlet again." -StepsUpward 1 return } } $configScope } <# .SYNOPSIS Test multiple paths .DESCRIPTION Easy way to test multiple paths for public functions and have the same error handling .PARAMETER Path Array of paths you want to test They have to be the same type, either file/leaf or folder/container .PARAMETER Type Type of path you want to test Either 'Leaf' or 'Container' .PARAMETER Create Instruct the cmdlet to create the directory if it doesn't exist .PARAMETER ShouldNotExist Instruct the cmdlet to return true if the file doesn't exists .EXAMPLE PS C:\> Test-PathExists "c:\temp","c:\temp\dir" -Type Container This will test if the mentioned paths (folders) exists and the current context has enough permission. .NOTES Author: M�tz Jensen (@splaxi) #> function Test-PathExists { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType([System.Boolean])] param ( [Parameter(Mandatory = $True)] [AllowEmptyString()] [string[]] $Path, [ValidateSet('Leaf', 'Container')] [Parameter(Mandatory = $True)] [string] $Type, [switch] $Create, [switch] $ShouldNotExist ) $res = $false $arrList = New-Object -TypeName "System.Collections.ArrayList" foreach ($item in $Path) { if ([string]::IsNullOrEmpty($item)) { Stop-PSFFunction -Message "Stopping because path was either null or empty string." -StepsUpward 1 return } Write-PSFMessage -Level Verbose -Message "Testing the path: $item" -Target $item $temp = Test-Path -Path $item -Type $Type if ((-not $temp) -and ($Create) -and ($Type -eq "Container")) { Write-PSFMessage -Level Verbose -Message "Creating the path: $item" -Target $item $null = New-Item -Path $item -ItemType Directory -Force -ErrorAction Stop $temp = $true } elseif ($ShouldNotExist) { Write-PSFMessage -Level Verbose -Message "The should NOT exists: $item" -Target $item } elseif ((-not $temp) -and ($WarningPreference -ne [System.Management.Automation.ActionPreference]::SilentlyContinue)) { Write-PSFMessage -Level Host -Message "The <c='em'>$item</c> path wasn't found. Please ensure the path <c='em'>exists</c> and you have enough <c='em'>permission</c> to access the path." } $null = $arrList.Add($temp) } if ($arrList.Contains($false) -and (-not $ShouldNotExist)) { # The $ErrorActionPreference variable determines the behavior we are after, but the "Stop-PSFFunction -WarningAction" is where we need to put in the value. Stop-PSFFunction -Message "Stopping because of missing paths." -StepsUpward 1 -WarningAction $ErrorActionPreference } elseif ($arrList.Contains($true) -and $ShouldNotExist) { # The $ErrorActionPreference variable determines the behavior we are after, but the "Stop-PSFFunction -WarningAction" is where we need to put in the value. Stop-PSFFunction -Message "Stopping because file exists." -StepsUpward 1 -WarningAction $ErrorActionPreference } else { $res = $true } $res } <# .SYNOPSIS Test if a given registry key exists or not .DESCRIPTION Test if a given registry key exists in the path specified .PARAMETER Path Path to the registry hive and sub directories you want to work against .PARAMETER Name Name of the registry key that you want to test for .EXAMPLE PS C:\> Test-RegistryValue -Path "HKLM:\SOFTWARE\Microsoft\Dynamics\Deployment\" -Name "InstallationInfoDirectory" This will query the LocalMachine hive and the sub directories "HKLM:\SOFTWARE\Microsoft\Dynamics\Deployment\" for a registry key with the name of "InstallationInfoDirectory". .NOTES Author: M�tz Jensen (@Splaxi) #> Function Test-RegistryValue { [OutputType('System.Boolean')] param( [Parameter(Mandatory = $true)] [string]$Path, [Parameter(Mandatory = $true)] [string]$Name ) if (Test-Path -Path $Path -PathType Any) { $null -ne (Get-ItemProperty $Path).$Name } else { $false } } <# .SYNOPSIS Test PSBoundParameters whether or not to support TrustedConnection .DESCRIPTION Test callers PSBoundParameters (HashTable) for details that determines whether or not a SQL Server connection should support TrustedConnection or not .PARAMETER Inputs HashTable ($PSBoundParameters) with the parameters from the callers invocation .EXAMPLE PS C:\> $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters This will send the entire HashTable from the callers invocation, containing all explicit defined parameters to be analyzed whether or not the SQL Server connection should support TrustedConnection or not. .NOTES Author: M�tz Jensen (@splaxi) #> function Test-TrustedConnection { [CmdletBinding()] [OutputType([System.Boolean])] param ( [HashTable] $Inputs ) if (($Inputs.ContainsKey("ImportModeTier2")) -or ($Inputs.ContainsKey("ExportModeTier2"))){ Write-PSFMessage -Level Verbose -Message "Not capable of using Trusted Connection based on Tier validation." $false } elseif (($Inputs.ContainsKey("SqlUser")) -or ($Inputs.ContainsKey("SqlPwd"))) { Write-PSFMessage -Level Verbose -Message "Not capable of using Trusted Connection based on supplied SQL login details." $false } elseif ($Inputs.ContainsKey("TrustedConnection")) { Write-PSFMessage -Level Verbose -Message "The script was calling with TrustedConnection directly. This overrides all other logic in respect that the caller should know what it is doing. Value was: $($Inputs.TrustedConnection)" -Tag $Inputs.TrustedConnection $Inputs.TrustedConnection } else { Write-PSFMessage -Level Verbose -Message "Capabilities based on the centralized logic in the psm1 file." -Target $Script:CanUseTrustedConnection $Script:CanUseTrustedConnection } } <# .SYNOPSIS Update the broadcast message config variables .DESCRIPTION Update the active broadcast message config variables that the module will use as default values .EXAMPLE PS C:\> Update-BroadcastVariables This will update the broadcast variables. .NOTES Author: M�tz Jensen (@Splaxi) #> function Update-BroadcastVariables { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType()] param ( ) $configName = (Get-PSFConfig -FullName "d365fo.tools.active.broadcast.message.config.name").Value.ToString().ToLower() if (-not ($configName -eq "")) { $broadcastHash = Get-D365ActiveBroadcastMessageConfig -OutputAsHashtable foreach ($item in $broadcastHash.Keys) { if ($item -eq "name") { continue } $name = "Broadcast" + (Get-Culture).TextInfo.ToTitleCase($item) Write-PSFMessage -Level Verbose -Message "$name - $($broadcastHash[$item])" -Target $broadcastHash[$item] Set-Variable -Name $name -Value $broadcastHash[$item] -Scope Script } } } <# .SYNOPSIS Update the LCS API config variables .DESCRIPTION Update the active LCS API config variables that the module will use as default values .EXAMPLE PS C:\> Update-LcsApiVariables This will update the LCS API variables. .NOTES Author: M�tz Jensen (@Splaxi) #> function Update-LcsApiVariables { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType()] param ( ) $hashParameters = Get-D365LcsApiConfig -OutputAsHashtable foreach ($item in $hashParameters.Keys) { $name = "LcsApi" + (Get-Culture).TextInfo.ToTitleCase($item) Write-PSFMessage -Level Verbose -Message "$name - $($hashParameters[$item])" -Target $hashParameters[$item] Set-Variable -Name $name -Value $hashParameters[$item] -Scope Script } } <# .SYNOPSIS Update module variables .DESCRIPTION Loads configuration variables again, to make sure things are updated based on changed configuration .EXAMPLE PS C:\> Update-ModuleVariables This will update internal variables that the module is dependent on. .NOTES Author: M�tz Jensen (@Splaxi) #> function Update-ModuleVariables { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType()] param ( ) Update-PsfConfigVariables $Script:AADOAuthEndpoint = Get-PSFConfigValue -FullName "d365fo.tools.azure.common.oauth.token" } <# .SYNOPSIS Update the module variables based on the PSF Configuration store .DESCRIPTION Will read the current PSF Configuration store and create local module variables .EXAMPLE PS C:\> Update-PsfConfigVariables This will read all relevant PSF Configuration values and create matching module variables. .NOTES Author: M�tz Jensen (@splaxi) #> function Update-PsfConfigVariables { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param () foreach ($config in Get-PSFConfig -FullName "d365fo.tools.path.*") { $item = $config.FullName.Replace("d365fo.tools.path.", "") $name = (Get-Culture).TextInfo.ToTitleCase($item) + "Path" Set-Variable -Name $name -Value $config.Value -Scope Script } } <# .SYNOPSIS Update the topology file .DESCRIPTION Update the topology file based on the already installed list of services on the machine .PARAMETER Path Path to the folder where the topology XML file that you want to work against is placed Should only contain a path to a folder, not a file .EXAMPLE PS C:\> Update-TopologyFile -Path "c:\temp\d365fo.tools\DefaultTopologyData.xml" This will update the "c:\temp\d365fo.tools\DefaultTopologyData.xml" file with all the installed services on the machine. .NOTES # Credit http://dev.goshoom.net/en/2016/11/installing-deployable-packages-with-powershell/ Author: Tommy Skaue (@Skaue) Author: M�tz Jensen (@Splaxi) #> function Update-TopologyFile { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType([System.Boolean])] param ( [Parameter(Mandatory = $true)] [string]$Path ) $topologyFile = Join-Path $Path 'DefaultTopologyData.xml' Write-PSFMessage -Level Verbose "Creating topology file: $topologyFile" [xml]$xml = Get-Content $topologyFile $machine = $xml.TopologyData.MachineList.Machine $machine.Name = $env:computername $serviceModelList = $machine.ServiceModelList $null = $serviceModelList.RemoveAll() [System.Collections.ArrayList] $Files2Process = New-Object -TypeName "System.Collections.ArrayList" $null = $Files2Process.Add((Join-Path $Path 'Microsoft.Dynamics.AX.AXInstallationInfo.dll')) Import-AssemblyFileIntoMemory -Path $($Files2Process.ToArray()) $models = [Microsoft.Dynamics.AX.AXInstallationInfo.AXInstallationInfo]::GetInstalledServiceModel() foreach ($name in $models.Name) { $element = $xml.CreateElement('string') $element.InnerText = $name $serviceModelList.AppendChild($element) } $xml.Save($topologyFile) $true } <# .SYNOPSIS Save an Azure Storage Account config .DESCRIPTION Adds an Azure Storage Account config to the configuration store .PARAMETER Name The logical name of the Azure Storage Account you are about to registered in the configuration store .PARAMETER AccountId The account id for the Azure Storage Account you want to register in the configuration store .PARAMETER AccessToken The access token for the Azure Storage Account you want to register in the configuration store .PARAMETER SAS The SAS key that you have created for the storage account or blob container .PARAMETER Container The name of the blob container inside the Azure Storage Account you want to register in the configuration store .PARAMETER Force Switch to instruct the cmdlet to overwrite already registered Azure Storage Account entry .EXAMPLE PS C:\> Add-D365AzureStorageConfig -Name "UAT-Exports" -AccountId "1234" -AccessToken "dafdfasdfasdf" -Container "testblob" This will add an entry into the list of Azure Storage Accounts that is stored with the name "UAT-Exports" with AccountId "1234", AccessToken "dafdfasdfasdf" and blob container "testblob". .EXAMPLE PS C:\> Add-D365AzureStorageConfig -Name UAT-Exports -SAS "sv2018-03-28&siunlisted&src&sigAUOpdsfpoWE976ASDhfjkasdf(5678sdfhk" -AccountId "1234" -Container "testblob" This will add an entry into the list of Azure Storage Accounts that is stored with the name "UAT-Exports" with AccountId "1234", SAS "sv=2018-03-28&si=unlisted&sr=c&sig=AUOpdsfpoWE976ASDhfjkasdf(5678sdfhk" and blob container "testblob". The SAS key enables you to provide explicit access to a given blob container inside an Azure Storage Account. The SAS key can easily be revoked and that way you have control over the access to the container and its content. .NOTES Tags: Azure, Azure Storage, Config, Configuration, Token, Blob, Container Author: M�tz Jensen (@Splaxi) #> function Add-D365AzureStorageConfig { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $Name, [Parameter(Mandatory = $true)] [string] $AccountId, [Parameter(Mandatory = $true, ParameterSetName = "AccessToken")] [string] $AccessToken, [Parameter(Mandatory = $true, ParameterSetName = "SAS")] [string] $SAS, [Parameter(Mandatory = $true)] [Alias('Blob')] [Alias('Blobname')] [string] $Container, [switch] $Force ) $Details = @{AccountId = $AccountId.ToLower(); Container = $Container.ToLower(); } if ($PSCmdlet.ParameterSetName -eq "AccessToken") { $Details.AccessToken = $AccessToken } if ($PSCmdlet.ParameterSetName -eq "SAS") { if ($SAS.StartsWith("?")) { $SAS = $SAS.Substring(1) } $Details.SAS = $SAS } $Accounts = [hashtable](Get-PSFConfigValue -FullName "d365fo.tools.azure.storage.accounts") if ($Accounts.ContainsKey($Name)) { if ($Force) { $Accounts[$Name] = $Details Set-PSFConfig -FullName "d365fo.tools.azure.storage.accounts" -Value $Accounts Register-PSFConfig -FullName "d365fo.tools.azure.storage.accounts" } else { Write-PSFMessage -Level Host -Message "An Azure Storage Account with that name <c='em'>already exists</c>. If you want to <c='em'>overwrite</c> the already registered details please supply the <c='em'>-Force</c> parameter." Stop-PSFFunction -Message "Stopping because an Azure Storage Account already exists with that name." return } } else { $null = $Accounts.Add($Name, $Details) Set-PSFConfig -FullName "d365fo.tools.azure.storage.accounts" -Value $Accounts Register-PSFConfig -FullName "d365fo.tools.azure.storage.accounts" } } <# .SYNOPSIS Save a broadcast message config .DESCRIPTION Adds a broadcast message config to the configuration store .PARAMETER Name The logical name of the broadcast configuration you are about to register in the configuration store .PARAMETER Tenant Azure Active Directory (AAD) tenant id (Guid) that the D365FO environment is connected to, that you want to send a message to .PARAMETER URL URL / URI for the D365FO environment you want to send a message to .PARAMETER ClientId The ClientId obtained from the Azure Portal when you created a Registered Application .PARAMETER ClientSecret The ClientSecret obtained from the Azure Portal when you created a Registered Application .PARAMETER TimeZone Id of the Time Zone your environment is running in You might experience that the local VM running the D365FO is running another Time Zone than the computer you are running this cmdlet from All available .NET Time Zones can be traversed with tab for this parameter The default value is "UTC" .PARAMETER EndingInMinutes Specify how many minutes into the future you want this message / maintenance window to last Default value is 60 minutes The specified StartTime will always be based on local Time Zone. If you specify a different Time Zone than the local computer is running, the start and end time will be calculated based on your selection. .PARAMETER OnPremise Specify if environnement is an D365 OnPremise Default value is "Not set" (= Cloud Environnement) .PARAMETER Temporary Instruct the cmdlet to only temporarily add the broadcast message configuration in the configuration store .PARAMETER Force Instruct the cmdlet to overwrite the broadcast message configuration with the same name .EXAMPLE PS C:\> Add-D365BroadcastMessageConfig -Name "UAT" -Tenant "e674da86-7ee5-40a7-b777-1111111111111" -URL "https://usnconeboxax1aos.cloud.onebox.dynamics.com" -ClientId "dea8d7a9-1602-4429-b138-111111111111" -ClientSecret "Vja/VmdxaLOPR+alkjfsadffelkjlfw234522" This will create a new broadcast message configuration with the name "UAT". It will save "e674da86-7ee5-40a7-b777-1111111111111" as the Azure Active Directory guid. It will save "https://usnconeboxax1aos.cloud.onebox.dynamics.com" as the D365FO environment. It will save "dea8d7a9-1602-4429-b138-111111111111" as the ClientId. It will save "Vja/VmdxaLOPR+alkjfsadffelkjlfw234522" as ClientSecret. It will use the default value "UTC" Time Zone for converting the different time and dates. It will use the default end time which is 60 minutes. .EXAMPLE PS C:\> Add-D365BroadcastMessageConfig -Name "UAT" -OnPremise -Tenant "https://adfs.local/adfs" -URL "https://ax-sandbox.d365fo.local" -ClientId "dea8d7a9-1602-4429-b138-111111111111" -ClientSecret "Vja/VmdxaLOPR+alkjfsadffelkjlfw234522" This will create a new broadcast message configuration with the name "UAT". It will target an OnPremise environment. It will save "https://adfs.local/adfs" as the OAuth Tenant Provider. It will save "https://ax-sandbox.d365fo.local" as the D365FO environment. It will save "dea8d7a9-1602-4429-b138-111111111111" as the ClientId. It will save "Vja/VmdxaLOPR+alkjfsadffelkjlfw234522" as ClientSecret. It will use the default value "UTC" Time Zone for converting the different time and dates. It will use the default end time which is 60 minutes. .NOTES Tags: Servicing, Broadcast, Message, Users, Environment, Config, Configuration, ClientId, ClientSecret Author: M�tz Jensen (@Splaxi) .LINK Clear-D365ActiveBroadcastMessageConfig .LINK Get-D365ActiveBroadcastMessageConfig .LINK Get-D365BroadcastMessageConfig .LINK Remove-D365BroadcastMessageConfig .LINK Send-D365BroadcastMessage .LINK Set-D365ActiveBroadcastMessageConfig #> function Add-D365BroadcastMessageConfig { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $Name, [Alias('$AADGuid')] [string] $Tenant, [Alias('URI')] [string] $URL, [string] $ClientId, [string] $ClientSecret, [string] $TimeZone = "UTC", [int] $EndingInMinutes = 60, [switch] $OnPremise, [switch] $Temporary, [switch] $Force ) if (((Get-PSFConfig -FullName "d365fo.tools.broadcast.*.name").Value -contains $Name) -and (-not $Force)) { Write-PSFMessage -Level Host -Message "A broadcast message configuration with <c='em'>$Name</c> as name <c='em'>already exists</c>. If you want to <c='em'>overwrite</c> the current configuration, please supply the <c='em'>-Force</c> parameter." Stop-PSFFunction -Message "Stopping because a broadcast message configuration already exists with that name." return } $configName = "" #The ':keys' label is used to have a continue inside the switch statement itself :keys foreach ($key in $PSBoundParameters.Keys) { $configurationValue = $PSBoundParameters.Item($key) $configurationName = $key.ToLower() $fullConfigName = "" Write-PSFMessage -Level Verbose -Message "Working on $key with $configurationValue" -Target $configurationValue switch ($key) { "Name" { $configName = $Name.ToLower() $fullConfigName = "d365fo.tools.broadcast.$configName.name" } {"Temporary","Force" -contains $_} { continue keys } "TimeZone" { $timeZoneFound = Get-TimeZone -InputObject $TimeZone if (Test-PSFFunctionInterrupt) { return } $fullConfigName = "d365fo.tools.broadcast.$configName.$configurationName" $configurationValue = $timeZoneFound.Id } Default { $fullConfigName = "d365fo.tools.broadcast.$configName.$configurationName" } } Write-PSFMessage -Level Verbose -Message "Setting $fullConfigName to $configurationValue" -Target $configurationValue Set-PSFConfig -FullName $fullConfigName -Value $configurationValue if (-not $Temporary) { Register-PSFConfig -FullName $fullConfigName -Scope UserDefault } } } <# .SYNOPSIS Save an environment config .DESCRIPTION Adds an environment config to the configuration store .PARAMETER Name The logical name of the environment you are about to registered in the configuration .PARAMETER URL The URL to the environment you want the module to use when possible .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER Company The company you want to work against when calling any browser based cmdlets The default value is "DAT" .PARAMETER TfsUri The URI for the TFS / VSTS account that you are working against. .PARAMETER ConfigStorageLocation Parameter used to instruct where to store the configuration objects The default value is "User" and this will store all configuration for the active user Valid options are: "User" "System" "System" will store the configuration so all users can access the configuration objects .PARAMETER Force Switch to instruct the cmdlet to overwrite already registered environment entry .EXAMPLE PS C:\> Add-D365EnvironmentConfig -Name "Customer-UAT" -URL "https://usnconeboxax1aos.cloud.onebox.dynamics.com/?cmp=USMF" -Company "DAT" This will add an entry into the list of environments that is stored with the name "Customer-UAT" and with the URL "https://usnconeboxax1aos.cloud.onebox.dynamics.com/?cmp=USMF". The company is registered "DAT". .EXAMPLE PS C:\> Add-D365EnvironmentConfig -Name "Customer-UAT" -URL "https://usnconeboxax1aos.cloud.onebox.dynamics.com/?cmp=USMF" -Company "DAT" -SqlUser "SqlAdmin" -SqlPwd "Pass@word1" This will add an entry into the list of environments that is stored with the name "Customer-UAT" and with the URL "https://usnconeboxax1aos.cloud.onebox.dynamics.com/?cmp=USMF". It will register the SqlUser as "SqlAdmin" and the SqlPassword to "Pass@word1". This it useful for working on Tier 2 environments where the SqlUser and SqlPassword cannot be extracted from the environment itself. .NOTES Tags: Environment, Url, Config, Configuration, Tfs, Vsts, Sql, SqlUser, SqlPwd Author: M�tz Jensen (@Splaxi) #> function Add-D365EnvironmentConfig { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $Name, [string] $URL, [string] $SqlUser = "sqladmin", [string] $SqlPwd, [string] $Company = "DAT", [string] $TfsUri, [switch] $Force ) $Details = @{URL = $URL; Company = $Company; SqlUser = $SqlUser; SqlPwd = $SqlPwd; TfsUri = $TfsUri; } $Environments = [hashtable](Get-PSFConfigValue -FullName "d365fo.tools.environments") if ($Environments.ContainsKey($Name)) { if ($Force) { $Environments[$Name] = $Details Set-PSFConfig -FullName "d365fo.tools.environments" -Value $Environments Register-PSFConfig -FullName "d365fo.tools.environments" } else { Write-PSFMessage -Level Host -Message "An environment with that name <c='em'>already exists</c>. You want to <c='em'>overwrite</c> the already registered details please supply the <c='em'>-Force</c> parameter." Stop-PSFFunction -Message "Stopping because an environment already exists with that name." return } } else { $null = $Environments.Add($Name, $Details) Set-PSFConfig -FullName "d365fo.tools.environments" -Value $Environments Register-PSFConfig -FullName "d365fo.tools.environments" } } <# .SYNOPSIS Save a lcs environment .DESCRIPTION Adds a lcs environment to the configuration store .PARAMETER Name The logical name of the lcs environment you are about to register in the configuration store .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER EnvironmentId The unique id of the environment that you want to work against The Id can be located inside the LCS portal .PARAMETER Temporary Instruct the cmdlet to only temporarily add the broadcast message configuration in the configuration store .PARAMETER Force Instruct the cmdlet to overwrite the broadcast message configuration with the same name .EXAMPLE PS C:\> Add-D365LcsEnvironment -Name "UAT" -ProjectId 123456789 -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" This will create a new lcs environment entry. The name of the registration is determined by the Name "UAT". The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES Tags: Servicing, Broadcast, Message, Users, Environment, Config, Configuration, ClientId, ClientSecret Author: M�tz Jensen (@Splaxi) #> function Add-D365LcsEnvironment { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $Name, [Parameter(Mandatory = $false)] [int] $ProjectId, [Parameter(Mandatory = $false)] [string] $EnvironmentId, [switch] $Temporary, [switch] $Force ) if (((Get-PSFConfig -FullName "d365fo.tools.lcs.environment.*.name").Value -contains $Name) -and (-not $Force)) { Write-PSFMessage -Level Host -Message "A LCS environment configuration with <c='em'>$Name</c> as name <c='em'>already exists</c>. If you want to <c='em'>overwrite</c> the current configuration, please supply the <c='em'>-Force</c> parameter." Stop-PSFFunction -Message "Stopping because a environment configuration already exists with that name." return } $configName = "" #The ':keys' label is used to have a continue inside the switch statement itself :keys foreach ($key in $PSBoundParameters.Keys) { $configurationValue = $PSBoundParameters.Item($key) $configurationName = $key.ToLower() $fullConfigName = "" Write-PSFMessage -Level Verbose -Message "Working on $key with $configurationValue" -Target $configurationValue switch ($key) { "Name" { $configName = $Name.ToLower() $fullConfigName = "d365fo.tools.lcs.environment.$configName.name" } {"Temporary","Force" -contains $_} { continue keys } Default { $fullConfigName = "d365fo.tools.lcs.environment.$configName.$configurationName" } } Write-PSFMessage -Level Verbose -Message "Setting $fullConfigName to $configurationValue" -Target $configurationValue Set-PSFConfig -FullName $fullConfigName -Value $configurationValue if (-not $Temporary) { Register-PSFConfig -FullName $fullConfigName -Scope UserDefault } } } <# .SYNOPSIS Add a certificate thumbprint to the wif.config. .DESCRIPTION Register a certificate thumbprint in the wif.config file. This can be useful for example when configuring RSAT on a local machine and add the used certificate thumbprint to that AOS.s .PARAMETER CertificateThumbprint The thumbprint value of the certificate that you want to register in the wif.config file .EXAMPLE PS C:\> Add-D365RsatWifConfigAuthorityThumbprint -CertificateThumbprint "12312323r424" This will open the wif.config file and insert the "12312323r424" thumbprint value into the file. .NOTES Tags: RSAT, Certificate, Testing, Regression Suite Automation Test, Regression, Test, Automation Author: Kenny Saelen (@kennysaelen) Author: M�tz Jensen (@Splaxi) #> function Add-D365RsatWifConfigAuthorityThumbprint { [Alias("Add-D365WIFConfigAuthorityThumbprint")] [CmdletBinding()] param ( [Parameter(Mandatory = $true, Position = 1)] [string]$CertificateThumbprint ) try { $wifConfigFile = Join-Path $script:ServiceDrive "\AOSService\webroot\wif.config" if($true -eq (Test-Path -Path $wifConfigFile)) { [xml]$wifXml = Get-Content $wifConfigFile $authorities = $wifXml.SelectNodes('//system.identityModel//identityConfiguration//securityTokenHandlers//securityTokenHandlerConfiguration//issuerNameRegistry//authority[@name="https://fakeacs.accesscontrol.windows.net/"]') if($authorities.Count -lt 1) { Write-PSFMessage -Level Critical -Message "Only one authority should be found with the name https://fakeacs.accesscontrol.windows.net/" Stop-PSFFunction -Message "Stopping because an invalid authority structure was found in the wif.config file." return } else { foreach ($authority in $authorities) { $addElem = $wifXml.CreateElement("add") $addAtt = $wifXml.CreateAttribute("thumbprint") $addAtt.Value = $CertificateThumbprint $addElem.Attributes.Append($addAtt) $authority.FirstChild.AppendChild($addElem) $wifXml.Save($wifConfigFile) } } } else { Write-PSFMessage -Level Critical -Message "The wif.config file would not be located on the system." Stop-PSFFunction -Message "Stopping because the wif.config file could not be located." return } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while configuring the certificates and the Windows Identity Foundation configuration for the AOS" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" -StepsUpward 1 return } } <# .SYNOPSIS Add rules to Windows Defender to enhance performance during development. .DESCRIPTION Add rules to the Windows Defender to exclude Visual Studio, D365 Batch process, D365 Sync process, XPP related processes and SQL Server processes from scans and monitoring. This will lead to performance gains because the Windows Defender stops to scan every file accessed by e.g. the MSBuild process, the cache and things around Visual Studio. Supports rules for VS 2015 and VS 2019. .PARAMETER Silent Instruct the cmdlet to silence the output written to the console If set the output will be silenced, if not set, the output will be written to the console .EXAMPLE PS C:\> Add-D365WindowsDefenderRules This will add the most common rules to the Windows Defender as exceptions. All output will be written to the console. .EXAMPLE PS C:\> Add-D365WindowsDefenderRules -Silent This will add the most common rules to the Windows Defender as exceptions. All output will be silenced and not outputted to the console. .NOTES Tags: DevTools, Developer, Performance Author: Robin Kretzschmar (@darksmile92) Author: M�tz Jensen (@Splaxi) #> function Add-D365WindowsDefenderRules { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] param ( [switch] $Silent ) $DefenderEnabled = Get-WindowsDefenderStatus -Silent:$Silent if ($DefenderEnabled -eq $false) { Write-PSFMessage -Level Host -Message "Windows Defender is not enabled on this maschine." Stop-PSFFunction -Message "Stopping because of errors." return } try { $AOSServicePath = Join-Path $script:ServiceDrive "\AOSService" $AOSPath = Join-Path $script:ServiceDrive "\AOSService\webroot\bin" if (-not (Test-PathExists -Path $AOSServicePath -Type Container)) { return } # visual studio & tools Add-MpPreference -ExclusionProcess "C:\Program Files (x86)\Microsoft Visual Studio\2017\Professional\Common7\IDE\devenv.exe" Add-MpPreference -ExclusionProcess "C:\Program Files (x86)\Microsoft Visual Studio\2019\Professional\Common7\IDE\devenv.exe" Add-MpPreference -ExclusionProcess "C:\Program Files (x86)\Microsoft Visual Studio 14.0\Common7\IDE\devenv.exe" Add-MpPreference -ExclusionProcess "C:\Windows\Microsoft.NET\Framework\v4.0.30319\MSBuild.exe" Add-MpPreference -ExclusionProcess "C:\Windows\Microsoft.NET\Framework64\v4.0.30319\MSBuild.exe" Add-MpPreference -ExclusionProcess "C:\Program Files (x86)\MSBuild\14.0\Bin\MSBuild.exe" Add-MpPreference -ExclusionProcess "C:\Program Files\dotnet\dotnet.exe" # customize path for cloud maschines Add-MpPreference -ExclusionProcess "$Script:BinDir\xppcAgent.exe" Add-MpPreference -ExclusionProcess "$Script:BinDir\SyncEngine.exe" Add-MpPreference -ExclusionProcess "$AOSPath\Batch.exe" # add SQLServer Add-MpPreference -ExclusionProcess "C:\Program Files\Microsoft SQL Server\130\LocalDB\Binn\sqlservr.exe" Add-MpPreference -ExclusionProcess "C:\Program Files\Microsoft SQL Server\MSSQL13.MSSQLSERVER\MSSQL\Binn\sqlservr.exe" #Compile kicks off the defender. Exclude base path to AOS helps on that. Add-MpPreference -ExclusionPath $AOSServicePath # cache folders Add-MpPreference -ExclusionPath "C:\Program Files (x86)\Microsoft Visual Studio 10.0" Add-MpPreference -ExclusionPath "C:\Program Files (x86)\Microsoft Visual Studio 14.0" Add-MpPreference -ExclusionPath "C:\Program Files (x86)\Microsoft Visual Studio" Add-MpPreference -ExclusionPath "C:\Windows\assembly" Add-MpPreference -ExclusionPath "C:\Windows\Microsoft.NET" Add-MpPreference -ExclusionPath "C:\Program Files (x86)\MSBuild" Add-MpPreference -ExclusionPath "C:\Program Files\dotnet" Add-MpPreference -ExclusionPath "C:\Program Files (x86)\Microsoft SDKs" Add-MpPreference -ExclusionPath "C:\Program Files\Microsoft SDKs" Add-MpPreference -ExclusionPath "C:\Program Files (x86)\Common Files\Microsoft Shared\MSEnv" Add-MpPreference -ExclusionPath "C:\Program Files (x86)\Microsoft Office" Add-MpPreference -ExclusionPath "C:\ProgramData\Microsoft\VisualStudio\Packages" Add-MpPreference -ExclusionPath "C:\Program Files (x86)\Microsoft SDKs\NuGetPackages" Add-MpPreference -ExclusionPath "C:\Windows\Microsoft.NET\Framework\v4.0.30319\Temporary ASP.NET Files" Add-MpPreference -ExclusionPath "C:\Windows\Microsoft.NET\Framework64\v4.0.30319\Temporary ASP.NET Files" Add-MpPreference -ExclusionPath "C:\Users\Administrator\AppData\Local\Microsoft\VisualStudio" Add-MpPreference -ExclusionPath "C:\Users\Administrator\AppData\Local\Microsoft\WebsiteCache" Add-MpPreference -ExclusionPath "C:\Users\Administrator\AppData\Roaming\Microsoft\VisualStudio" } catch { Write-PSFMessage -Level Host -Message "Something went wrong while configuring Windows Defender rules." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } <# .SYNOPSIS Create a backup of the Metadata directory .DESCRIPTION Creates a backup of all the files and folders from the Metadata directory .PARAMETER MetaDataDir Path to the Metadata directory Default value is the PackagesLocalDirectory .PARAMETER BackupDir Path where you want the backup to be place .EXAMPLE PS C:\> Backup-D365MetaDataDir This will backup the PackagesLocalDirectory and create an PackagesLocalDirectory_backup next to it .NOTES Tags: PackagesLocalDirectory, MetaData, MetaDataDir, MeteDataDirectory, Backup, Development Author: M�tz Jensen (@Splaxi) #> function Backup-D365MetaDataDir { [CmdletBinding()] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string] $MetaDataDir = "$Script:MetaDataDir", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string] $BackupDir = "$($Script:MetaDataDir)_backup" ) if (!(Test-Path -Path $MetaDataDir -Type Container)) { Write-PSFMessage -Level Host -Message "The <c='em'>$MetaDataDir</c> path wasn't found. Please ensure the path <c='em'>exists </c> and you have enough <c='em'>permission/c> to access the directory." Stop-PSFFunction -Message "Stopping because the path is missing." return } Invoke-TimeSignal -Start $Params = @($MetaDataDir, $BackupDir, "/MT:4", "/E", "/NFL", "/NDL", "/NJH", "/NC", "/NS", "/NP") #! We should consider to redirect the standard output & error like this: https://stackoverflow.com/questions/8761888/capturing-standard-out-and-error-with-start-process #Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly Start-Process -FilePath "Robocopy.exe" -ArgumentList $Params -NoNewWindow -Wait Invoke-TimeSignal -End } <# .SYNOPSIS Backup a runbook file .DESCRIPTION Backup a runbook file for you to persist it for later analysis .PARAMETER File Path to the file you want to backup .PARAMETER DestinationPath Path to the folder where you want the backup file to be placed .PARAMETER Force Instructs the cmdlet to overwrite the destination file if it already exists .EXAMPLE PS C:\> Backup-D365Runbook -File "C:\DynamicsAX\InstallationRecords\Runbooks\Runbook_20190327.xml" This will backup the "C:\DynamicsAX\InstallationRecords\Runbooks\Runbook_20190327.xml". The default destination folder is used, "c:\temp\d365fo.tools\runbookbackups\". .EXAMPLE PS C:\> Backup-D365Runbook -File "C:\DynamicsAX\InstallationRecords\Runbooks\Runbook_20190327.xml" -Force This will backup the "C:\DynamicsAX\InstallationRecords\Runbooks\Runbook_20190327.xml". The default destination folder is used, "c:\temp\d365fo.tools\runbookbackups\". If the file already exists in the destination folder, it will be overwritten. .EXAMPLE PS C:\> Get-D365Runbook | Backup-D365Runbook This will backup all runbook files found with the "Get-D365Runbook" cmdlet. The default destination folder is used, "c:\temp\d365fo.tools\runbookbackups\". .NOTES Tags: Runbook, Backup, Analysis Author: M�tz Jensen (@Splaxi) #> function Backup-D365Runbook { [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias('Path')] [string] $File, [string] $DestinationPath = $(Join-Path $Script:DefaultTempPath "RunbookBackups"), [switch] $Force ) begin { if (-not (Test-PathExists -Path $DestinationPath -Type Container -Create)) { return } } process { if (-not (Test-PathExists -Path $File -Type Leaf)) { return } if (Test-PSFFunctionInterrupt) { return } $fileName = Split-Path -Path $File -Leaf $destinationFile = $(Join-Path $DestinationPath $fileName) if (-not $Force) { if ((-not (Test-PathExists -Path $destinationFile -Type Leaf -ShouldNotExist -ErrorAction SilentlyContinue -WarningAction SilentlyContinue))) { Write-PSFMessage -Level Host -Message "The <c='em'>$destinationFile</c> already exists. Consider changing the <c='em'>destination</c> path or set the <c='em'>Force</c> parameter to overwrite the file." return } } Write-PSFMessage -Level Verbose -Message "Copying from: $File" -Target $item Copy-Item -Path $File -Destination $destinationFile -Force:$Force -PassThru | Select-PSFObject "Name as Filename", "LastWriteTime as LastModified", "Fullname as File" } } <# .SYNOPSIS Clear the active broadcast message config .DESCRIPTION Clear the active broadcast message config from the configuration store .PARAMETER Temporary Instruct the cmdlet to only temporarily clear the active broadcast message configuration in the configuration store .EXAMPLE PS C:\> Clear-D365ActiveBroadcastMessageConfig This will clear the active broadcast message configuration from the configuration store. .NOTES Tags: Servicing, Broadcast, Message, Users, Environment, Config, Configuration, ClientId, ClientSecret Author: M�tz Jensen (@Splaxi) .LINK Add-D365BroadcastMessageConfig .LINK Get-D365ActiveBroadcastMessageConfig .LINK Get-D365BroadcastMessageConfig .LINK Remove-D365BroadcastMessageConfig .LINK Send-D365BroadcastMessage .LINK Set-D365ActiveBroadcastMessageConfig #> function Clear-D365ActiveBroadcastMessageConfig { [CmdletBinding()] [OutputType()] param ( [switch] $Temporary ) $configurationName = "d365fo.tools.active.broadcast.message.config.name" Reset-PSFConfig -FullName $configurationName if (-not $Temporary) { Register-PSFConfig -FullName $configurationName -Scope UserDefault } } <# .SYNOPSIS Clear the monitoring data from a Dynamics 365 for Finance & Operations machine .DESCRIPTION Clear the monitoring data that is filling up the service drive on a Dynamics 365 for Finance & Operations .PARAMETER Path The path to where the monitoring data is located The default value is the "ServiceDrive" (j:\ | k:\) and the \MonAgentData\SingleAgent\Tables folder structure .EXAMPLE PS C:\> Clear-D365MonitorData This will delete all the files that are located in the default path on the machine. Some files might be locked by a process, but the cmdlet will attemp to delete all files. .NOTES Tags: Monitor, MonitorData, MonitorAgent, CleanUp, Servicing Author: M�tz Jensen (@Splaxi) #> function Clear-D365MonitorData { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Position = 1, ValueFromPipelineByPropertyName = $true, ValueFromPipeline = $true)] [string] $Path = (Join-Path $script:ServiceDrive "\MonAgentData\SingleAgent\Tables") ) process { Get-ChildItem -Path $Path | Remove-Item -Force -ErrorAction SilentlyContinue } } <# .SYNOPSIS Clear out data for a table inside the bacpac file .DESCRIPTION Remove all data for a table inside a bacpac file, before restoring it into your SQL Server / Azure SQL DB It will extract the bacpac file as a zip archive, locate the desired table and remove the data that otherwise would have been loaded It will re-zip / compress a new bacpac file for you .PARAMETER Path Path to the bacpac file that you want to work against It can also be a zip file .PARAMETER TableName Name of the table that you want to delete the data for Supports an array of table names If a schema name isn't supplied as part of the table name, the cmdlet will prefix it with "dbo." .PARAMETER OutputPath Path to where you want the updated bacpac file to be saved .EXAMPLE PS C:\> Clear-D365TableDataFromBacpac -Path "C:\Temp\AxDB.bacpac" -TableName "BATCHJOBHISTORY" -OutputPath "C:\Temp\AXBD_Cleaned.bacpac" This will remove the data from the BatchJobHistory table from inside the bacpac file. It uses "C:\Temp\AxDB.bacpac" as the Path for the bacpac file. It uses "BATCHJOBHISTORY" as the TableName to delete data from. It uses "C:\Temp\AXBD_Cleaned.bacpac" as the OutputPath to where it will store the updated bacpac file. .EXAMPLE PS C:\> Clear-D365TableDataFromBacpac -Path "C:\Temp\AxDB.bacpac" -TableName "dbo.BATCHHISTORY","BATCHJOBHISTORY" -OutputPath "C:\Temp\AXBD_Cleaned.bacpac" This will remove the data from the BatchJobHistory table from inside the bacpac file. It uses "C:\Temp\AxDB.bacpac" as the Path for the bacpac file. It uses "dbo.BATCHHISTORY","BATCHJOBHISTORY" as the TableName to delete data from. It uses "C:\Temp\AXBD_Cleaned.bacpac" as the OutputPath to where it will store the updated bacpac file. .NOTES Tags: Bacpac, Servicing, Data, Deletion, SqlPackage Author: M�tz Jensen (@Splaxi) #> function Clear-D365TableDataFromBacpac { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [Alias('File')] [Alias('BacpacFile')] [string] $Path, [Parameter(Mandatory = $true)] [string[]] $TableName, [Parameter(Mandatory = $true)] [string] $OutputPath ) begin { if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } $compressPath = "" $newFilename = "" if ($OutputPath -like "*.bacpac") { $compressPath = $OutputPath.Replace(".bacpac", ".zip") $newFilename = Split-Path -Path $OutputPath -Leaf } else { $compressPath = $OutputPath } if (-not (Test-PathExists -Path $compressPath -Type Leaf -ShouldNotExist)) { Write-PSFMessage -Level Host -Message "The <c='em'>$compressPath</c> already exists. Consider changing the <c='em'>OutputPath</c> or <c='em'>delete</c> the <c='em'>$compressPath</c> file." return } if (-not (Test-PathExists -Path $OutputPath -Type Leaf -ShouldNotExist)) { Write-PSFMessage -Level Host -Message "The <c='em'>$OutputPath</c> already exists. Consider changing the <c='em'>OutputPath</c> or <c='em'>delete</c> the <c='em'>$OutputPath</c> file." return } Copy-Item -Path $Path -Destination $compressPath if (Test-PSFFunctionInterrupt) { return } $zipFileMetadata = [System.IO.Compression.ZipFile]::Open($compressPath, [System.IO.Compression.ZipArchiveMode]::Update) } process { if (Test-PSFFunctionInterrupt) { return } foreach ($table in $TableName) { $fullTableName = "" if (-not ($table -like "*.*")) { $fullTableName = "dbo.$table" } else { $fullTableName = $table } $entries = $zipFileMetadata.Entries | Where-Object Fullname -like "Data/*$fullTableName*" if ($entries.Count -lt 1) { Write-PSFMessage -Level Host -Message "The <c='em'>$table</c> wasn't found. Please ensure that the <c='em'>schema</c> or <c='em'>name</c> is correct." Stop-PSFFunction -Message "Stopping because table was not present." return } for ($i = 0; $i -lt $entries.Count; $i++) { $entries[$i].delete() } } } end { $res = @{ } $zipFileMetadata.Dispose() if ($newFilename -ne "") { Rename-Item -Path $compressPath -NewName $newFilename $res.File = Join-path -Path $(Split-Path -Path $compressPath -Parent) -ChildPath $newFilename $res.Filename = $newFilename } else { $res.File = $compressPath $res.Filename = $(Split-Path -Path $compressPath -Leaf) } [PSCustomObject]$res } } <# .SYNOPSIS Cleanup TempDB tables in Microsoft Dynamics 365 for Finance and Operations environment .DESCRIPTION This will cleanup X days of TempDB tables The reason behind this process is that sp_updatestats takes significantly longer depending on the number of TempDB tables in the system .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER Days Temp tables older than this Days input will be dropped The default value is 7 (days) .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> invoke-D365CleanupTempDBTables -Days 7 This will cleanup old tempdb tables. It will use 7 as the Days parameter. The remaining parameters will use their default values, which are provided by the tools. .LINK https://msdyn365fo.wordpress.com/2019/12/18/cleanup-tempdb-tables-in-a-msdyn365fo-sandbox-environment/ .LINK https://github.com/PaulHeisterkamp/d365fo.blog/blob/master/Tools/SQL/DropTempDBTables.sql .NOTES Author: Alex Kwitny (@AlexOnDAX) Author: M�tz Jensen (@Splaxi) This cmdlet is based on the findings from Paul Heisterkamp (@braul) See his blog for more info: https://msdyn365fo.wordpress.com/2019/12/18/cleanup-tempdb-tables-in-a-msdyn365fo-sandbox-environment/ #> function Clear-D365TempDbTables { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] param ( [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [int] $Days = 7, [switch] $EnableException ) Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $Params = @{DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd; TrustedConnection = $UseTrustedConnection; } $sqlCommand = Get-SQLCommand @Params $commandText = (Get-Content "$script:ModuleRoot\internal\sql\clear-d365tempdbtables.sql") -join [Environment]::NewLine $commandText = $commandText.Replace('@Days', $Days) $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() } catch { $messageString = "Something went wrong while working against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } Invoke-TimeSignal -End } <# .SYNOPSIS Used to disable a flight .DESCRIPTION Provides a method for disabling a flight in D365FO. .PARAMETER FlightName Name of the flight to disable .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .EXAMPLE PS C:\> Disable-D365Flight -FlightName DMFEnableAllCompanyExport Disables the flight DMFEnableAllCompanyExport .NOTES Tags: Flight, Flighting Author: Frank H�ther (@FrankHuether) The DataAccess.FlightingServiceCatalogID must already be set in the web.config file. https://docs.microsoft.com/en-us/dynamics365/fin-ops-core/dev-itpro/data-entities/data-entities-data-packages#features-flighted-in-data-management-and-enabling-flighted-features At no circumstances can this cmdlet be used to enable a flight in a PROD environment. #> function Disable-D365Flight { [CmdletBinding()] param ( [Parameter(Mandatory = $true, Position = 1)] [String] $FlightName, [Parameter(Mandatory = $false, Position = 2)] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 3)] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 4)] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 5)] [string] $SqlPwd = $Script:DatabaseUserPassword ) try { $WebConfigFile = join-Path -path $Script:AOSPath $Script:WebConfig Write-PSFMessage -Level Verbose -Message "Retrieve the FlightingServiceCatalogID" -Target $WebConfigFile $FlightServiceNode = Select-Xml -XPath "/configuration/appSettings/add[@key='DataAccess.FlightingServiceCatalogID']/@value" -Path $WebConfigFile $FlightServiceId = $FlightServiceNode.Node.Value Write-PSFMessage -Level Verbose -Message "FlightingServiceCatalogID: $FlightServiceId" -Target $WebConfigFile } catch { Write-PSFMessage -Level Host -Message "Something went wrong while reading from the web.config file" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } if ($null -eq $FlightServiceId) { Write-PSFMessage -Level Host -Message "The DataAccess.FlightingServiceCatalogID setting must be set in the web.config file. See https://docs.microsoft.com/en-us/dynamics365/fin-ops-core/dev-itpro/data-entities/data-entities-data-packages#features-flighted-in-data-management-and-enabling-flighted-features for details" Stop-PSFFunction -Message "Stopping because of errors" return } $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\disable-flight.sql") -join [Environment]::NewLine try { $sqlCommand.Connection.Open() Write-PSFMessage -Level Verbose -Message "Disabling flight: $FlightName" $null = $sqlCommand.Parameters.Add("@FlightName", $FlightName) $null = $sqlCommand.Parameters.Add("@FlightServiceId", $FlightServiceId) Write-PSFMessage -Level Verbose -Message "Disable the flight in database" Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $null = $sqlCommand.ExecuteNonQuery() Write-PSFMessage -Level Verbose -Message "Flight $FlightName disabled with service ID $FlightServiceId" } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Sets the environment back into operating state .DESCRIPTION Sets the Dynamics 365 environment back into operating / running state after been in maintenance mode .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the aos service PackagesLocalDirectory\bin .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Disable-D365MaintenanceMode This will execute the Microsoft.Dynamics.AX.Deployment.Setup.exe with the default values that was pulled from the environment and put the environment into the operate / running state. .EXAMPLE PS C:\> Disable-D365MaintenanceMode -ShowOriginalProgress This will execute the Microsoft.Dynamics.AX.Deployment.Setup.exe with the default values that was pulled from the environment and put the environment into the operate / running state. The output from stopping the services will be written to the console / host. The output from the "deployment" process will be written to the console / host. The output from starting the services will be written to the console / host. .NOTES Tags: MaintenanceMode, Maintenance, License, Configuration, Servicing Author: M�tz Jensen (@splaxi) Author: Tommy Skaue (@skaue) With administrator privileges: The cmdlet wraps the execution of Microsoft.Dynamics.AX.Deployment.Setup.exe and parses the parameters needed. Without administrator privileges: Will stop all services, execute a Sql script and start all services. .LINK Enable-D365MaintenanceMode .LINK Get-D365MaintenanceMode #> function Disable-D365MaintenanceMode { [CmdletBinding()] param ( [string] $MetaDataDir = "$Script:MetaDataDir", [string] $BinDir = "$Script:BinDir", [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) if ((Get-Process -Name "devenv" -ErrorAction SilentlyContinue).Count -gt 0) { Write-PSFMessage -Level Host -Message "It seems that you have a <c='em'>Visual Studio</c> running. Please <c='em'>exit</c> Visual Studio and run the cmdlet again." Stop-PSFFunction -Message "Stopping because of running Visual Studio." return } if (-not $OutputCommandOnly) { Stop-D365Environment -All -ShowOriginalProgress:$ShowOriginalProgress | Format-Table } if (-not ($Script:IsAdminRuntime)) { Write-PSFMessage -Level Verbose -Message "Setting Maintenance Mode without using executable (which requires local admin)." $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $Params = @{ DatabaseServer = $DatabaseServer DatabaseName = $DatabaseName SqlUser = $SqlUser SqlPwd = $SqlPwd } if ($OutputCommandOnly) { $scriptContent = Get-content -Path $("$script:ModuleRoot\internal\sql\disable-maintenancemode.sql") -Raw Write-PSFMessage -Level Host -Message "It seems that you're want the command, but you're running in a non-elevated console. Will output the SQL script that is avaiable." Write-PSFMessage -Level Host -Message "$scriptContent" } else { Invoke-D365SqlScript @Params -FilePath $("$script:ModuleRoot\internal\sql\disable-maintenancemode.sql") -TrustedConnection $UseTrustedConnection } } else { Write-PSFMessage -Level Verbose -Message "Setting Maintenance Mode using executable." $executable = Join-Path $BinDir "bin\Microsoft.Dynamics.AX.Deployment.Setup.exe" if (-not (Test-PathExists -Path $MetaDataDir, $BinDir -Type Container)) { return } if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } $params = @("-isemulated", "true", "-sqluser", "$SqlUser", "-sqlpwd", "$SqlPwd", "-sqlserver", "$DatabaseServer", "-sqldatabase", "$DatabaseName", "-metadatadir", "$MetaDataDir", "-bindir", "$BinDir", "-setupmode", "maintenancemode", "-isinmaintenancemode", "false") Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly } if ($OutputCommandOnly) { return } Start-D365Environment -All -ShowOriginalProgress:$ShowOriginalProgress | Format-Table } <# .SYNOPSIS Disable Change Tracking for the environment .DESCRIPTION Disables the SQL Server Change Tracking for the environments database and all tables inside the database .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Disable-D365SqlChangeTracking This will disable the Change Tracking on the Sql Server. .NOTES Tags: MaintenanceMode, Maintenance, License, Configuration, Servicing Author: M�tz Jensen (@splaxi) #> function Disable-D365SqlChangeTracking { [CmdletBinding()] param ( [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [switch] $EnableException ) Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $Params = @{DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd; TrustedConnection = $UseTrustedConnection; } $sqlCommand = Get-SQLCommand @Params $commandText = (Get-Content "$script:ModuleRoot\internal\sql\disable-changetracking.sql") -join [Environment]::NewLine $commandText = $commandText.Replace('@DATABASENAME', $DatabaseName) $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() } catch { $messageString = "Something went wrong while working against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } Invoke-TimeSignal -End } <# .SYNOPSIS Disables the user in D365FO .DESCRIPTION Sets the enabled to 0 in the userinfo table. .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER Email The search string to select which user(s) should be disabled. The parameter supports wildcards. E.g. -Email "*@contoso.com*" .EXAMPLE PS C:\> Disable-D365User This will Disable all users for the environment .EXAMPLE PS C:\> Disable-D365User -Email "claire@contoso.com" This will Disable the user with the email address "claire@contoso.com" .EXAMPLE PS C:\> Disable-D365User -Email "*contoso.com" This will Disable all users that matches the search "*contoso.com" in their email address .NOTES Tags: User, Users, Security, Configuration, Permission Author: M�tz Jensen (@Splaxi) #> function Disable-D365User { [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 1)] [string]$DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 2)] [string]$DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 3)] [string]$SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 4)] [string]$SqlPwd = $Script:DatabaseUserPassword, [Parameter(Mandatory = $false, ValueFromPipelineByPropertyName = $true, Position = 5)] [string]$Email = "*" ) begin { Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection try { $sqlCommand.Connection.Open() } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } process { if (Test-PSFFunctionInterrupt) { return } $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\disable-user.sql") -join [Environment]::NewLine $null = $sqlCommand.Parameters.AddWithValue('@Email', $Email.Replace("*", "%")) try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $reader = $sqlCommand.ExecuteReader() $NumAffected = 0 while ($reader.Read() -eq $true) { Write-PSFMessage -Level Verbose -Message "User $($reader.GetString(0)), $($reader.GetString(1)), $($reader.GetString(2)) Updated" $NumAffected++ } $reader.Close() Write-PSFMessage -Level Verbose -Message "Users updated : $NumAffected" } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { $reader.close() $sqlCommand.Parameters.Clear() } } end { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() Invoke-TimeSignal -End } } <# .SYNOPSIS Enable exceptions to be thrown .DESCRIPTION Change the default exception behavior of the module to support throwing exceptions Useful when the module is used in an automated fashion, like inside Azure DevOps pipelines and large PowerShell scripts .EXAMPLE PS C:\>Enable-D365Exception This will for the rest of the current PowerShell session make sure that exceptions will be thrown. .NOTES Tags: Exception, Exceptions, Warning, Warnings Author: M�tz Jensen (@Splaxi) #> function Enable-D365Exception { [CmdletBinding()] param () Write-PSFMessage -Level Verbose -Message "Enabling exception across the entire module." -Target $configurationValue $PSDefaultParameterValues['*:EnableException'] = $true } <# .SYNOPSIS Used to enable a flight .DESCRIPTION Provides a method for enabling a flight in D365FO. .PARAMETER FlightName Name of the flight to enable .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .EXAMPLE PS C:\> Enable-D365Flight -FlightName DMFEnableAllCompanyExport Enables the flight DMFEnableAllCompanyExport .NOTES Tags: Flight, Flighting Author: Frank H�ther (@FrankHuether) The DataAccess.FlightingServiceCatalogID must already be set in the web.config file. https://docs.microsoft.com/en-us/dynamics365/fin-ops-core/dev-itpro/data-entities/data-entities-data-packages#features-flighted-in-data-management-and-enabling-flighted-features At no circumstances can this cmdlet be used to enable a flight in a PROD environment. #> function Enable-D365Flight { [CmdletBinding()] param ( [Parameter(Mandatory = $true, Position = 1)] [String] $FlightName, [Parameter(Mandatory = $false, Position = 2)] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 3)] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 4)] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 5)] [string] $SqlPwd = $Script:DatabaseUserPassword ) try { $WebConfigFile = join-Path -path $Script:AOSPath $Script:WebConfig Write-PSFMessage -Level Verbose -Message "Retrieve the FlightingServiceCatalogID" -Target $WebConfigFile $FlightServiceNode = Select-Xml -XPath "/configuration/appSettings/add[@key='DataAccess.FlightingServiceCatalogID']/@value" -Path $WebConfigFile $FlightServiceId = $FlightServiceNode.Node.Value Write-PSFMessage -Level Verbose -Message "FlightingServiceCatalogID: $FlightServiceId" -Target $WebConfigFile } catch { Write-PSFMessage -Level Host -Message "Something went wrong while reading from the web.config file" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } if ($null -eq $FlightServiceId) { Write-PSFMessage -Level Host -Message "The DataAccess.FlightingServiceCatalogID setting must be set in the web.config file. See https://docs.microsoft.com/en-us/dynamics365/fin-ops-core/dev-itpro/data-entities/data-entities-data-packages#features-flighted-in-data-management-and-enabling-flighted-features for details" Stop-PSFFunction -Message "Stopping because of errors" return } $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\enable-flight.sql") -join [Environment]::NewLine try { $sqlCommand.Connection.Open() Write-PSFMessage -Level Verbose -Message "Enabling flight: $FlightName" $null = $sqlCommand.Parameters.Add("@FlightName", $FlightName) $null = $sqlCommand.Parameters.Add("@FlightServiceId", $FlightServiceId) Write-PSFMessage -Level Verbose -Message "Enable the flight in database" Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $null = $sqlCommand.ExecuteNonQuery() Write-PSFMessage -Level Verbose -Message "Flight $FlightName enabled with service ID $FlightServiceId" } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Sets the environment into maintenance mode .DESCRIPTION Sets the Dynamics 365 environment into maintenance mode to enable the user to update the license configuration .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the aos service PackagesLocalDirectory\bin .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Enable-D365MaintenanceMode This will execute the Microsoft.Dynamics.AX.Deployment.Setup.exe with the default values that was pulled from the environment and put the environment into the operate / running state .EXAMPLE PS C:\> Enable-D365MaintenanceMode -ShowOriginalProgress This will execute the Microsoft.Dynamics.AX.Deployment.Setup.exe with the default values that was pulled from the environment and put the environment into the operate / running state The output from stopping the services will be written to the console / host. The output from the "deployment" process will be written to the console / host. The output from starting the services will be written to the console / host. .NOTES Tags: MaintenanceMode, Maintenance, License, Configuration, Servicing Author: M�tz Jensen (@splaxi) Author: Tommy Skaue (@skaue) With administrator privileges: The cmdlet wraps the execution of Microsoft.Dynamics.AX.Deployment.Setup.exe and parses the parameters needed. Without administrator privileges: Will stop all services, execute a Sql script and start all services. .LINK Get-D365MaintenanceMode .LINK Disable-D365MaintenanceMode #> function Enable-D365MaintenanceMode { [CmdletBinding()] param ( [string] $MetaDataDir = "$Script:MetaDataDir", [string] $BinDir = "$Script:BinDir", [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) if ((Get-Process -Name "devenv" -ErrorAction SilentlyContinue).Count -gt 0) { Write-PSFMessage -Level Host -Message "It seems that you have a <c='em'>Visual Studio</c> running. Please <c='em'>exit</c> Visual Studio and run the cmdlet again." Stop-PSFFunction -Message "Stopping because of running Visual Studio." return } if (-not $OutputCommandOnly) { Stop-D365Environment -All -ShowOriginalProgress:$ShowOriginalProgress | Format-Table } if (-not ($Script:IsAdminRuntime)) { Write-PSFMessage -Level Verbose -Message "Setting Maintenance Mode without using executable (which requires local admin)." $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $Params = @{ DatabaseServer = $DatabaseServer DatabaseName = $DatabaseName SqlUser = $SqlUser SqlPwd = $SqlPwd } if ($OutputCommandOnly) { $scriptContent = Get-content -Path $("$script:ModuleRoot\internal\sql\disable-maintenancemode.sql") -Raw Write-PSFMessage -Level Host -Message "It seems that you're want the command, but you're running in a non-elevated console. Will output the SQL script that is avaiable." Write-PSFMessage -Level Host -Message "$scriptContent" } else { Invoke-D365SqlScript @Params -FilePath $("$script:ModuleRoot\internal\sql\enable-maintenancemode.sql") -TrustedConnection $UseTrustedConnection } } else { Write-PSFMessage -Level Verbose -Message "Setting Maintenance Mode using executable." $executable = Join-Path $BinDir "bin\Microsoft.Dynamics.AX.Deployment.Setup.exe" if (-not (Test-PathExists -Path $MetaDataDir, $BinDir -Type Container)) { return } if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } $params = @("-isemulated", "true", "-sqluser", "$SqlUser", "-sqlpwd", "$SqlPwd", "-sqlserver", "$DatabaseServer", "-sqldatabase", "$DatabaseName", "-metadatadir", "$MetaDataDir", "-bindir", "$BinDir", "-setupmode", "maintenancemode", "-isinmaintenancemode", "true") Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly } if ($OutputCommandOnly) { return } Start-D365Environment -Aos -ShowOriginalProgress:$ShowOriginalProgress | Format-Table } <# .SYNOPSIS Enable Change Tracking for the environment .DESCRIPTION Enable the SQL Server Change Tracking for the environments database It is a requirement for the Data Entities refresh to be able to complete correctly .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Enable-D365SqlChangeTracking This will enable the Change Tracking on the Sql Server. .NOTES Tags: MaintenanceMode, Maintenance, License, Configuration, Servicing Author: M�tz Jensen (@splaxi) #> function Enable-D365SqlChangeTracking { [CmdletBinding()] param ( [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [switch] $EnableException ) Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $Params = @{DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd; TrustedConnection = $UseTrustedConnection; } $sqlCommand = Get-SQLCommand @Params $commandText = (Get-Content "$script:ModuleRoot\internal\sql\enable-changetracking.sql") -join [Environment]::NewLine $commandText = $commandText.Replace('@DATABASENAME', $DatabaseName) $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() } catch { $messageString = "Something went wrong while working against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } Invoke-TimeSignal -End } <# .SYNOPSIS Enables the user in D365FO .DESCRIPTION Sets the enabled to 1 in the userinfo table .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER Email The search string to select which user(s) should be enabled The parameter supports wildcards. E.g. -Email "*@contoso.com*" Default value is "*" to update all users .EXAMPLE PS C:\> Enable-D365User This will enable all users for the environment .EXAMPLE PS C:\> Enable-D365User -Email "claire@contoso.com" This will enable the user with the email address "claire@contoso.com" .EXAMPLE PS C:\> Enable-D365User -Email "*contoso.com" This will enable all users that matches the search "*contoso.com" in their email address .NOTES Tags: User, Users, Security, Configuration, Permission Author: M�tz Jensen #> function Enable-D365User { [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 1)] [string]$DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 2)] [string]$DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 3)] [string]$SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 4)] [string]$SqlPwd = $Script:DatabaseUserPassword, [Parameter(Mandatory = $false, ValueFromPipelineByPropertyName = $true, Position = 5)] [string]$Email = "*" ) begin { Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection try { $sqlCommand.Connection.Open() } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } process { if (Test-PSFFunctionInterrupt) { return } $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\enable-user.sql") -join [Environment]::NewLine $null = $sqlCommand.Parameters.AddWithValue('@Email', $Email.Replace("*", "%")) try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $reader = $sqlCommand.ExecuteReader() $NumAffected = 0 while ($reader.Read() -eq $true) { Write-PSFMessage -Level Verbose -Message "User $($reader.GetString(0)), $($reader.GetString(1)), $($reader.GetString(2)) Updated" $NumAffected++ } $reader.Close() Write-PSFMessage -Level Verbose -Message "Users updated : $NumAffected" } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { $reader.close() $sqlCommand.Parameters.Clear() } } end { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() Invoke-TimeSignal -End } } <# .SYNOPSIS Export a model from Dynamics 365 for Finance & Operations .DESCRIPTION Export a model from a Dynamics 365 for Finance & Operations environment .PARAMETER Path Path to the folder where you want to save the model file .PARAMETER Model Name of the model that you want to work against .PARAMETER Force Instruct the cmdlet to overwrite already existing file .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin Default value is fetched from the current configuration on the machine .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Export-D365Model -Path c:\temp\d365fo.tools -Model CustomModelName This will export the "CustomModelName" model from the default PackagesLocalDirectory path. It export the model to the "c:\temp\d365fo.tools" location. .NOTES Tags: ModelUtil, Axmodel, Model, Export Author: M�tz Jensen (@Splaxi) #> function Export-D365Model { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [Alias('File')] [string] $Path, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias('Modelname')] [string] $Model, [switch] $Force, [string] $BinDir = "$Script:PackageDirectory\bin", [string] $MetaDataDir = "$Script:MetaDataDir", [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) begin { Invoke-TimeSignal -Start if ($Path.EndsWith("\")) { $Path = $Path.Substring(0, $Path.Length - 1) } } process { if($Force){ Get-ChildItem -Path "$Path\$Model-*.axmodel" | Select-Object -First 1 | Remove-Item -Force -ErrorAction SilentlyContinue } Invoke-ModelUtil -Command "Export" -Path $Path -BinDir $BinDir -MetaDataDir $MetaDataDir -Model $Model -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { return } $file = Get-ChildItem -Path "$Path\$Model-*.axmodel" | Select-Object -First 1 [PSCustomObject]@{ File = $file.FullName Filename = (Split-Path $file.FullName -Leaf) } } end { Invoke-TimeSignal -End } } <# .SYNOPSIS Extract the "model.xml" from the bacpac file .DESCRIPTION Extract the "model.xml" file from inside the bacpac file This can be used to update SQL Server options for how the SqlPackage.exe should import the bacpac file into your SQL Server / Azure SQL DB .PARAMETER Path Path to the bacpac file that you want to work against It can also be a zip file .PARAMETER OutputPath Path to where you want the updated bacpac file to be saved .PARAMETER ExtractionPath Path to where you want the cmdlet to extract the files from the bacpac file while it deletes data The default value is "c:\temp\d365fo.tools\BacpacExtractions" When working the cmdlet will create a sub-folder named like the bacpac file .PARAMETER Force Switch to instruct the cmdlet to overwrite the "model.xml" specified in the OutputPath .PARAMETER KeepFiles Switch to instruct the cmdlet to keep the extracted files and folders This will leave the files in place, after the extraction of the "model.xml" file .EXAMPLE PS C:\> Export-d365ModelFileFromBacpac -Path "C:\Temp\AxDB.bacpac" -OutputPath "C:\Temp\model.xml" This will extract the "model.xml" file from inside the bacpac file. It uses "C:\Temp\AxDB.bacpac" as the Path for the bacpac file. It uses "C:\Temp\model.xml" as the OutputPath to where it will store the extracted "model.xml" file. It uses the default ExtractionPath folder "C:\Temp\d365fo.tools\BacpacExtractions". It will delete the extracted files after extracting the "model.xml" file. .EXAMPLE PS C:\> Export-d365ModelFileFromBacpac -Path "C:\Temp\AxDB.bacpac" -OutputPath "C:\Temp\model.xml" -Force This will extract the "model.xml" file from inside the bacpac file. It uses "C:\Temp\AxDB.bacpac" as the Path for the bacpac file. It uses "C:\Temp\model.xml" as the OutputPath to where it will store the extracted "model.xml" file. It uses the default ExtractionPath folder "C:\Temp\d365fo.tools\BacpacExtractions". It will override the "C:\Temp\model.xml" if already present. It will delete the extracted files after extracting the "model.xml" file. .EXAMPLE PS C:\> Export-d365ModelFileFromBacpac -Path "C:\Temp\AxDB.bacpac" -OutputPath "C:\Temp\model.xml" -KeepFiles This will extract the "model.xml" file from inside the bacpac file. It uses "C:\Temp\AxDB.bacpac" as the Path for the bacpac file. It uses "C:\Temp\model.xml" as the OutputPath to where it will store the extracted "model.xml" file. It uses the default ExtractionPath folder "C:\Temp\d365fo.tools\BacpacExtractions". It will NOT delete the extracted files after extracting the "model.xml" file. .EXAMPLE PS C:\> Export-d365ModelFileFromBacpac -Path "C:\Temp\AxDB.bacpac" -OutputPath "C:\Temp\model.xml" | Get-D365SqlOptionsFromBacpacModelFile This will display all the SQL Server options configured in the bacpac file. First it will export the model.xml from the "C:\Temp\AxDB.bacpac" file, using the Export-d365ModelFileFromBacpac function. The output from Export-d365ModelFileFromBacpac will be piped into the Get-D365SqlOptionsFromBacpacModelFile function. .NOTES Tags: Bacpac, Servicing, Data, SqlPackage, Sql Server Options, Collation Author: M�tz Jensen (@Splaxi) #> function Export-D365ModelFileFromBacpac { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [Alias('File')] [Alias('BacpacFile')] [string] $Path, [Parameter(Mandatory = $true)] [string] $OutputPath, [string] $ExtractionPath = $(Join-Path $Script:DefaultTempPath "BacpacExtractions"), [switch] $Force, [switch] $KeepFiles ) begin { if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } if (Test-PSFFunctionInterrupt) { return } $originalExtension = "" $fileName = [System.IO.Path]::GetFileNameWithoutExtension($Path) if ([string]::IsNullOrEmpty([system.IO.Path]::GetExtension($OutputPath))) { $OutputPath = Join-Path -Path $OutputPath -ChildPath "model.xml" } if ($Path -like "*.bacpac") { Write-PSFMessage -Level Verbose -Message "Renaming the bacpac file to zip, to be able to extract the file. $($fileName).zip" -Target $Path Rename-Item -Path $Path -NewName "$($fileName).zip" $originalExtension = "bacpac" $archivePath = Join-Path -Path (Split-Path -Path $Path -Parent) -ChildPath "$($fileName).zip" } else { $archivePath = $Path } $workPath = Join-Path -Path $ExtractionPath -ChildPath $fileName if (-not (Test-PathExists -Path $ExtractionPath, $workPath -Type Container -Create)) { return } if (-not $Force) { if (-not (Test-PathExists -Path $OutputPath -Type Leaf -ShouldNotExist)) { Write-PSFMessage -Level Host -Message "The <c='em'>$OutputPath</c> already exists. Consider changing the <c='em'>OutputPath</c> or set the <c='em'>Force</c> parameter to overwrite the file." Stop-PSFFunction -Message "Stopping because output path was already present." return } } if (Test-PSFFunctionInterrupt) { return } $zipFileMetadata = [System.IO.Compression.ZipFile]::OpenRead($archivePath) $modelFile = $zipFileMetadata.Entries | Where-Object {$_.Name -like "model.xml" } | Select-Object -First 1 [System.IO.Compression.ZipFileExtensions]::ExtractToFile($modelFile, $OutputPath, $true) $zipFileMetadata.Dispose() [PSCustomObject]@{ File = $OutputPath Filename = $(Split-Path -Path $OutputPath -Leaf) } } end { if ($originalExtension -eq "bacpac") { Rename-Item -Path $archivePath -NewName "$($fileName).bacpac" } if (-not $KeepFiles) { Remove-Item -Path $workPath -Recurse -Force } } } <# .SYNOPSIS Extract details from a User Interface Security file .DESCRIPTION Extracts and partitions the security details from an User Interface Security file into the same structure as AOT security files .PARAMETER FilePath Path to the User Interface Security XML file you want to work against .PARAMETER OutputDirectory Path to the folder where the cmdlet will output and structure the details from the file. The cmdlet will create a sub folder named like the input file. Default value is: "C:\temp\d365fo.tools\security-extraction" .EXAMPLE PS C:\> Export-D365SecurityDetails -FilePath C:\temp\d365fo.tools\SecurityDatabaseCustomizations.xml This will grab all the details inside the "C:\temp\d365fo.tools\SecurityDatabaseCustomizations.xml" file and extract that into the default path "C:\temp\d365fo.tools\security-extraction" .NOTES Tags: Security, Configuration, Permission, Development Author: M�tz Jensen (@splaxi) The work and design of this cmdlet is based on the findings by Alex Meyer (@alexmeyer_ITGuy). He wrote about his findings on his blog: https://alexdmeyer.com/2018/09/26/converting-d365fo-user-interface-security-customizations-export-to-aot-security-xml-files/ He published a github repository: https://github.com/ameyer505/D365FOSecurityConverter All credits goes to Alex Meyer #> function Export-D365SecurityDetails { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [Alias('Path')] [string]$FilePath, [Parameter(Mandatory = $false)] [Alias('Output')] [string]$OutputDirectory = "C:\temp\d365fo.tools\security-extraction" ) begin { } process { if (-not (Test-PathExists -Path $FilePath -Type Leaf)) { return } if (-not (Test-PathExists -Path $OutputDirectory -Type Container)) { return } [xml] $xdoc = Get-Content $FilePath $fileName = [System.IO.Path]::GetFileNameWithoutExtension($FilePath) $OutputDirectory = Join-Path $OutputDirectory $fileName Write-PSFMessage -Level Verbose -Message "Creating the output directory for the extraction" -Target $OutputDirectory $null = New-Item -Path $OutputDirectory -ItemType Directory -Force -ErrorAction SilentlyContinue Write-PSFMessage -Level Verbose -Message "Getting all the security objects." $secObjects = $xdoc.SelectNodes("/*/*/*/*/*[starts-with(name(),'AxSec')]") if ($secObjects.Count -gt 0) { Write-PSFMessage -Level Verbose -Message "Looping through all the security objects we found" foreach ( $secObject in $secObjects) { $secPath = Join-Path $OutputDirectory $secObject.LocalName $null = New-Item -Path $secPath -ItemType Directory -Force -ErrorAction SilentlyContinue $secObjectName = $secObject.Name if (-not ([string]::IsNullOrEmpty($secObjectName))) { $filePathOut = Join-Path $secPath $secObjectName $filePathOut += ".xml" Write-PSFMessage -Level Verbose -Message "Generating the output file: $filePathOut" -Target $filePathOut $secObject.OuterXml | Out-File $filePathOut } } } } end { } } #ValidationTags#Messaging,FlowControl,Pipeline,CodeStyle# function Find-D365Command { <# .SYNOPSIS Finds d365fo.tools commands searching through the inline help text .DESCRIPTION Finds d365fo.tools commands searching through the inline help text, building a consolidated json index and querying it because Get-Help is too slow .PARAMETER Tag Finds all commands tagged with this auto-populated tag .PARAMETER Author Finds all commands tagged with this author .PARAMETER MinimumVersion Finds all commands tagged with this auto-populated minimum version .PARAMETER MaximumVersion Finds all commands tagged with this auto-populated maximum version .PARAMETER Rebuild Rebuilds the index .PARAMETER Pattern Searches help for all commands in d365fo.tools for the specified pattern and displays all results .PARAMETER Confirm Confirms overwrite of index .PARAMETER WhatIf Displays what would happen if the command is run .PARAMETER EnableException By default, when something goes wrong we try to catch it, interpret it and give you a friendly warning message. This avoids overwhelming you with "sea of red" exceptions, but is inconvenient because it basically disables advanced scripting. Using this switch turns this "nice by default" feature off and enables you to catch exceptions with your own try/catch. .EXAMPLE PS C:\> Find-D365Command "snapshot" For lazy typers: finds all commands searching the entire help for "snapshot" .EXAMPLE PS C:\> Find-D365Command -Pattern "snapshot" For rigorous typers: finds all commands searching the entire help for "snapshot" .EXAMPLE PS C:\> Find-D365Command -Tag copy Finds all commands tagged with "copy" .EXAMPLE PS C:\> Find-D365Command -Tag copy,user Finds all commands tagged with BOTH "copy" and "user" .EXAMPLE PS C:\> Find-D365Command -Author M�tz Finds every command whose author contains "M�tz" .EXAMPLE PS C:\> Find-D365Command -Author M�tz -Tag copy Finds every command whose author contains "M�tz" and it tagged as "copy" .EXAMPLE PS C:\> Find-D365Command -Pattern snapshot -Rebuild Finds all commands searching the entire help for "snapshot", rebuilding the index (good for developers) .NOTES Tags: Find, Help, Command Author: M�tz Jensen (@Splaxi) License: MIT https://opensource.org/licenses/MIT This cmdlet / function is copy & paste implementation based on the Find-DbaCommand from the dbatools.io project Original author: Simone Bizzotto (@niphold) #> [CmdletBinding(SupportsShouldProcess = $true)] param ( [String]$Pattern, [String[]]$Tag, [String]$Author, [String]$MinimumVersion, [String]$MaximumVersion, [switch]$Rebuild, [Alias('Silent')] [switch]$EnableException ) begin { function Get-D365TrimmedString($Text) { return $Text.Trim() -replace '(\r\n){2,}', "`n" } $tagsRex = ([regex]'(?m)^[\s]{0,15}Tags:(.*)$') $authorRex = ([regex]'(?m)^[\s]{0,15}Author:(.*)$') $minverRex = ([regex]'(?m)^[\s]{0,15}MinimumVersion:(.*)$') $maxverRex = ([regex]'(?m)^[\s]{0,15}MaximumVersion:(.*)$') function Get-D365Help([String]$commandName) { $thishelp = Get-Help $commandName -Full $thebase = @{ } $thebase.CommandName = $commandName $thebase.Name = $thishelp.Name $alias = Get-Alias -Definition $commandName -ErrorAction SilentlyContinue $thebase.Alias = $alias.Name -Join ',' ## fetch the description $thebase.Description = $thishelp.Description.Text ## fetch examples $thebase.Examples = Get-D365TrimmedString -Text ($thishelp.Examples | Out-String -Width 200) ## fetch help link $thebase.Links = ($thishelp.relatedLinks).NavigationLink.Uri ## fetch the synopsis $thebase.Synopsis = $thishelp.Synopsis ## fetch the syntax $thebase.Syntax = Get-D365TrimmedString -Text ($thishelp.Syntax | Out-String -Width 600) ## store notes $as = $thishelp.AlertSet | Out-String -Width 600 ## fetch the tags $tags = $tagsrex.Match($as).Groups[1].Value if ($tags) { $thebase.Tags = $tags.Split(',').Trim() } ## fetch the author $author = $authorRex.Match($as).Groups[1].Value if ($author) { $thebase.Author = $author.Trim() } ## fetch MinimumVersion $MinimumVersion = $minverRex.Match($as).Groups[1].Value if ($MinimumVersion) { $thebase.MinimumVersion = $MinimumVersion.Trim() } ## fetch MaximumVersion $MaximumVersion = $maxverRex.Match($as).Groups[1].Value if ($MaximumVersion) { $thebase.MaximumVersion = $MaximumVersion.Trim() } ## fetch Parameters $parameters = $thishelp.parameters.parameter $command = Get-Command $commandName $params = @() foreach($p in $parameters) { $paramAlias = $command.parameters[$p.Name].Aliases $paramDescr = Get-D365TrimmedString -Text ($p.Description | Out-String -Width 200) $params += , @($p.Name, $paramDescr, ($paramAlias -Join ','), ($p.Required -eq $true), $p.PipelineInput, $p.DefaultValue) } $thebase.Params = $params [pscustomobject]$thebase } function Get-D365Index() { if ($Pscmdlet.ShouldProcess($dest, "Recreating index")) { $dbamodule = Get-Module -Name d365fo.tools $allCommands = $dbamodule.ExportedCommands.Values | Where-Object CommandType -EQ 'Function' $helpcoll = New-Object System.Collections.Generic.List[System.Object] foreach ($command in $allCommands) { $x = Get-D365Help "$command" $helpcoll.Add($x) } # $dest = Get-DbatoolsConfigValue -Name 'Path.TagCache' -Fallback "$(Resolve-Path $PSScriptRoot\..)\dbatools-index.json" $dest = "$moduleDirectory\bin\d365fo.tools-index.json" $helpcoll | ConvertTo-Json -Depth 4 | Out-File $dest -Encoding UTF8 } } $moduleDirectory = (Get-Module -Name d365fo.tools).ModuleBase } process { $Pattern = $Pattern.TrimEnd("s") $idxFile = "$moduleDirectory\bin\d365fo.tools-index.json" if (!(Test-Path $idxFile) -or $Rebuild) { Write-PSFMessage -Level Verbose -Message "Rebuilding index into $idxFile" $swRebuild = [system.diagnostics.stopwatch]::StartNew() Get-D365Index Write-PSFMessage -Level Verbose -Message "Rebuild done in $($swRebuild.ElapsedMilliseconds)ms" } $consolidated = Get-Content -Raw $idxFile | ConvertFrom-Json $result = $consolidated if ($Pattern.Length -gt 0) { $result = $result | Where-Object { $_.PsObject.Properties.Value -like "*$Pattern*" } } if ($Tag.Length -gt 0) { foreach ($t in $Tag) { $result = $result | Where-Object Tags -Contains $t } } if ($Author.Length -gt 0) { $result = $result | Where-Object Author -Like "*$Author*" } if ($MinimumVersion.Length -gt 0) { $result = $result | Where-Object MinimumVersion -GE $MinimumVersion } if ($MaximumVersion.Length -gt 0) { $result = $result | Where-Object MaximumVersion -LE $MaximumVersion } Select-DefaultView -InputObject $result -Property CommandName, Synopsis } } <# .SYNOPSIS Get active Azure Storage Account configuration .DESCRIPTION Get active Azure Storage Account configuration object from the configuration store .EXAMPLE PS C:\> Get-D365ActiveAzureStorageConfig This will get the active Azure Storage configuration .NOTES Tags: Azure, Azure Storage, Config, Configuration, Token, Blob, Container Author: M�tz Jensen (@Splaxi) #> function Get-D365ActiveAzureStorageConfig { [CmdletBinding()] param () Get-PSFConfigValue -FullName "d365fo.tools.active.azure.storage.account" } <# .SYNOPSIS Get active broadcast message configuration .DESCRIPTION Get active broadcast message configuration from the configuration store .PARAMETER OutputAsHashtable Instruct the cmdlet to return a hastable object .EXAMPLE PS C:\> Get-D365ActiveBroadcastMessageConfig This will get the active broadcast message configuration. .NOTES Tags: Servicing, Message, Users, Environment, Config, Configuration, ClientId, ClientSecret Author: M�tz Jensen (@Splaxi) .LINK Add-D365BroadcastMessageConfig .LINK Clear-D365ActiveBroadcastMessageConfig .LINK Get-D365BroadcastMessageConfig .LINK Remove-D365BroadcastMessageConfig .LINK Send-D365BroadcastMessage .LINK Set-D365ActiveBroadcastMessageConfig #> function Get-D365ActiveBroadcastMessageConfig { [CmdletBinding()] [OutputType()] param ( [switch] $OutputAsHashtable ) $configName = (Get-PSFConfig -FullName "d365fo.tools.active.broadcast.message.config.name").Value if ($configName -eq "") { Write-PSFMessage -Level Host -Message "It looks like there <c='em'>isn't configured</c> an active broadcast message configuration." Stop-PSFFunction -Message "Stopping because an active broadcast message configuration wasn't found." return } Get-D365BroadcastMessageConfig -Name $configName -OutputAsHashtable:$OutputAsHashtable } <# .SYNOPSIS Get active environment configuration .DESCRIPTION Get active environment configuration object from the configuration store .EXAMPLE PS C:\> Get-D365ActiveEnvironmentConfig This will get the active environment configuration .EXAMPLE PS C:\> $params = @{} PS C:\> $params.SqlUser = (Get-D365ActiveEnvironmentConfig).SqlUser PS C:\> $params.SqlPwd = (Get-D365ActiveEnvironmentConfig).SqlPwd This gives you a hashtable with the SqlUser and SqlPwd values from the active environment. This enables you to use the $params as splatting for other cmdlets. .NOTES Tags: Environment, Url, Config, Configuration, Tfs, Vsts, Sql, SqlUser, SqlPwd Author: M�tz Jensen (@Splaxi) #> function Get-D365ActiveEnvironmentConfig { [CmdletBinding()] param () (Get-PSFConfigValue -FullName "d365fo.tools.active.environment") } <# .SYNOPSIS Search for AOT object .DESCRIPTION Enables you to search for different AOT objects .PARAMETER Path Path to the package that you want to work against .PARAMETER ObjectType The type of AOT object you're searching for .PARAMETER Name Name of the object that you're looking for Accepts wildcards for searching. E.g. -Name "Work*status" Default value is "*" which will search for all objects .PARAMETER SearchInPackages Switch to instruct the cmdlet to search in packages directly instead of searching in the XppMetaData directory under a given package .PARAMETER IncludePath Switch to instruct the cmdlet to include the path for the object found .EXAMPLE PS C:\> Get-D365AOTObject -Name *flush* -ObjectType AxClass -Path "C:\AOSService\PackagesLocalDirectory\ApplicationFoundation" This will search inside the ApplicationFoundation package for all AxClasses that matches the search *flush*. .EXAMPLE PS C:\> Get-D365AOTObject -Name *flush* -ObjectType AxClass -IncludePath -Path "C:\AOSService\PackagesLocalDirectory\ApplicationFoundation" This will search inside the ApplicationFoundation package for all AxClasses that matches the search *flush* and include the full path to the files. .EXAMPLE PS C:\> Get-D365InstalledPackage -Name Application* | Get-D365AOTObject -Name *flush* -ObjectType AxClass This searches for all packages that matches Application* and pipes them into Get-D365AOTObject which will search for all AxClasses that matches the search *flush*. .EXAMPLE PS C:\> Get-D365AOTObject -Path "C:\AOSService\PackagesLocalDirectory\*" -Name *flush* -ObjectType AxClass -SearchInPackages This is an advanced example and shouldn't be something you resolve to every time. This will search across all packages and will look for the all AxClasses that matches the search *flush*. It will NOT search in the XppMetaData directory for each package. This can stress your system. .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-D365AOTObject { [CmdletBinding()] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias('PackageDirectory')] [string] $Path, [ValidateSet('AxAggregateDataEntity', 'AxClass', 'AxCompositeDataEntityView', 'AxDataEntityView', 'AxForm', 'AxMap', 'AxQuery', 'AxTable', 'AxView')] [Alias('Type')] [string[]] $ObjectType = @("AxClass"), [string] $Name = "*", [switch] $SearchInPackages, [switch] $IncludePath ) begin { } process { $SearchList = New-Object -TypeName "System.Collections.ArrayList" foreach ($item in $ObjectType) { if ($SearchInPackages) { $SearchParent = Split-Path $Path -Leaf $null = $SearchList.Add((Join-Path "$Path" "\$SearchParent\$item\*.xml")) $SearchParent = $item #* Hack to make the logic when selecting the output work as expected } else { $SearchParent = "XppMetadata" $null = $SearchList.Add((Join-Path "$Path" "\$SearchParent\*\$item\*.xml")) } } #* We are searching files - so the last character has to be a * if($Name.Substring($Name.Length -1, 1) -ne "*") {$Name = "$Name*"} $Files = Get-ChildItem -Path ($SearchList.ToArray()) -Filter $Name if($IncludePath) { $Files | Select-PSFObject -TypeName "D365FO.TOOLS.AotObject" "BaseName as Name", @{Name = "AotType"; Expression = {Split-Path(Split-Path -Path $_.Fullname -Parent) -leaf }}, @{Name = "Model"; Expression = {Split-Path(($_.Fullname -Split $SearchParent)[0] ) -leaf }}, "Fullname as Path" } else { $Files | Select-PSFObject -TypeName "D365FO.TOOLS.AotObject" "BaseName as Name", @{Name = "AotType"; Expression = {Split-Path(Split-Path -Path $_.Fullname -Parent) -leaf }}, @{Name = "Model"; Expression = {Split-Path(($_.Fullname -Split $SearchParent)[0] ) -leaf }} } } end { } } <# .SYNOPSIS Get Azure Storage Account configs .DESCRIPTION Get all Azure Storage Account configuration objects from the configuration store .PARAMETER Name The name of the Azure Storage Account you are looking for Default value is "*" to display all Azure Storage Account configs .EXAMPLE PS C:\> Get-D365AzureStorageConfig This will show all Azure Storage Account configs .NOTES Tags: Azure, Azure Storage, Config, Configuration, Token, Blob, Container Author: M�tz Jensen (@Splaxi) #> function Get-D365AzureStorageConfig { [CmdletBinding()] param ( [string] $Name = "*" ) $Environments = [hashtable](Get-PSFConfigValue -FullName "d365fo.tools.azure.storage.accounts") foreach ($item in $Environments.Keys) { if ($item -NotLike $Name) { continue } $temp = [ordered]@{Name = $item} $temp += $Environments[$item] [PSCustomObject]$temp } } <# .SYNOPSIS Get a file from Azure .DESCRIPTION Get all files from an Azure Storage Account .PARAMETER AccountId Storage Account Name / Storage Account Id where you want to look for files .PARAMETER AccessToken The token that has the needed permissions for the search action .PARAMETER SAS The SAS key that you have created for the storage account or blob container .PARAMETER Container Name of the blob container inside the storage account you want to look for files .PARAMETER Name Name of the file you are looking for Accepts wildcards for searching. E.g. -Name "Application*Adaptor" Default value is "*" which will search for all packages .PARAMETER Latest Instruct the cmdlet to only fetch the latest file from the Azure Storage Account .EXAMPLE PS C:\> Get-D365AzureStorageFile -AccountId "miscfiles" -AccessToken "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" -Container "backupfiles" This will get all files in the blob container "backupfiles". It will use the AccessToken "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" to gain access. .EXAMPLE PS C:\> Get-D365AzureStorageFile -AccountId "miscfiles" -AccessToken "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" -Container "backupfiles" -Latest This will get the latest (newest) file from the blob container "backupfiles". It will use the AccessToken "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" to gain access to the container. .EXAMPLE PS C:\> Get-D365AzureStorageFile -AccountId "miscfiles" -AccessToken "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" -Container "backupfiles" -Name "*UAT*" This will get all files in the blob container "backupfiles" that fits the "*UAT*" search value. It will use the AccessToken "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" to gain access to the container. .EXAMPLE PS C:\> Get-D365AzureStorageFile -AccountId "miscfiles" -SAS "sv2018-03-28&siunlisted&src&sigAUOpdsfpoWE976ASDhfjkasdf(5678sdfhk" -Container "backupfiles" -Latest This will get the latest (newest) file from the blob container "backupfiles". It will use the SAS key "sv2018-03-28&siunlisted&src&sigAUOpdsfpoWE976ASDhfjkasdf(5678sdfhk" to gain access to the container. .NOTES Tags: Azure, Azure Storage, Token, Blob, File, Container Author: M�tz Jensen (@Splaxi) #> function Get-D365AzureStorageFile { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false)] [string] $AccountId = $Script:AccountId, [Parameter(Mandatory = $false)] [string] $AccessToken = $Script:AccessToken, [Parameter(Mandatory = $false)] [string] $SAS = $Script:SAS, [Parameter(Mandatory = $false)] [Alias('Blob')] [Alias('Blobname')] [string] $Container = $Script:Container, [Parameter(Mandatory = $false, ParameterSetName = 'Default')] [Alias('FileName')] [string] $Name = "*", [Parameter(Mandatory = $true, ParameterSetName = 'Latest')] [Alias('GetLatest')] [switch] $Latest ) if (([string]::IsNullOrEmpty($AccountId) -eq $true) -or ([string]::IsNullOrEmpty($Container)) -or (([string]::IsNullOrEmpty($AccessToken)) -and ([string]::IsNullOrEmpty($SAS)))) { Write-PSFMessage -Level Host -Message "It seems that you are missing some of the parameters. Please make sure that you either supplied them or have the right configuration saved." Stop-PSFFunction -Message "Stopping because of missing parameters" return } Invoke-TimeSignal -Start if ([string]::IsNullOrEmpty($SAS)) { Write-PSFMessage -Level Verbose -Message "Working against Azure Storage Account with AccessToken" $storageContext = new-AzureStorageContext -StorageAccountName $AccountId.ToLower() -StorageAccountKey $AccessToken } else { Write-PSFMessage -Level Verbose -Message "Working against Azure Storage Account with SAS" $conString = $("BlobEndpoint=https://{0}.blob.core.windows.net/;QueueEndpoint=https://{0}.queue.core.windows.net/;FileEndpoint=https://{0}.file.core.windows.net/;TableEndpoint=https://{0}.table.core.windows.net/;SharedAccessSignature={1}" -f $AccountId.ToLower(), $SAS) $storageContext = new-AzureStorageContext -ConnectionString $conString } $cloudStorageAccount = [Microsoft.WindowsAzure.Storage.CloudStorageAccount]::Parse($storageContext.ConnectionString) $blobClient = $cloudStorageAccount.CreateCloudBlobClient() $blobcontainer = $blobClient.GetContainerReference($Container); try { $files = $blobcontainer.ListBlobs() | Sort-Object -Descending { $_.Properties.LastModified } if ($Latest) { $files | Select-Object -First 1 | Select-PSFObject -TypeName D365FO.TOOLS.Azure.Blob "name", @{Name = "Size"; Expression = {[PSFSize]$_.Properties.Length}}, "IsDeleted", @{Name = "LastModified"; Expression = {[Datetime]::Parse($_.Properties.LastModified)}} } else { foreach ($obj in $files) { if ($obj.Name -NotLike $Name) { continue } $obj | Select-PSFObject -TypeName D365FO.TOOLS.Azure.Blob "name", @{Name = "Size"; Expression = {[PSFSize]$_.Properties.Length}}, "IsDeleted", @{Name = "LastModified"; Expression = {[Datetime]::Parse($_.Properties.LastModified)}} } } } catch { Write-PSFMessage -Level Warning -Message "Something broke" -ErrorRecord $_ } } <# .SYNOPSIS Get broadcast message from the D365FO environment .DESCRIPTION Get broadcast message from the D365FO environment by looking into the database table .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER ExcludeExpired Exclude all the records that has already expired .EXAMPLE PS C:\> Get-D365BroadcastMessage This will display all the broadcast message records from the SysBroadcastMessage table. .EXAMPLE PS C:\> Get-D365BroadcastMessage -ExcludeExpired This will display all active the broadcast message records from the SysBroadcastMessage table. .NOTES Tags: Broadcast, Message, SysBroadcastMessage, Servicing, Message, Users, Environment Author: M�tz Jensen (@Splaxi) #> function Get-D365BroadcastMessage { [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $false, Position = 1)] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 2)] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 3)] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 4)] [string] $SqlPwd = $Script:DatabaseUserPassword, [switch] $ExcludeExpired ) $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection if ($ExcludeExpired) { $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-broadcastmessageactive.sql") -join [Environment]::NewLine } else { $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-broadcastmessage.sql") -join [Environment]::NewLine } try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $reader = $sqlCommand.ExecuteReader() while ($reader.Read() -eq $true) { [PSCustomObject]@{ StartTime = [System.TimeZoneInfo]::ConvertTimeFromUtc($($reader.GetDateTime($($reader.GetOrdinal("FROMDATETIME")))), [System.TimeZoneInfo]::Local) EndTime = [System.TimeZoneInfo]::ConvertTimeFromUtc($($reader.GetDateTime($($reader.GetOrdinal("TODATETIME")))), [System.TimeZoneInfo]::Local) StartTimeUtc = [System.TimeZoneInfo]::ConvertTimeFromUtc($($reader.GetDateTime($($reader.GetOrdinal("TODATETIME")))), [System.TimeZoneInfo]::Utc) EndTimeUtc = [System.TimeZoneInfo]::ConvertTimeFromUtc($($reader.GetDateTime($($reader.GetOrdinal("TODATETIME")))), [System.TimeZoneInfo]::Utc) AOSId = "$($reader.GetString($($reader.GetOrdinal("AOSID"))))" } } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { $reader.close() if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Get broadcast message configs .DESCRIPTION Get all broadcast message configuration objects from the configuration store .PARAMETER Name The name of the broadcast message configuration you are looking for Default value is "*" to display all broadcast message configs .PARAMETER OutputAsHashtable Instruct the cmdlet to return a hastable object .EXAMPLE PS C:\> Get-D365BroadcastMessageConfig This will display all broadcast message configurations on the machine. .EXAMPLE PS C:\> Get-D365BroadcastMessageConfig -OutputAsHashtable This will display all broadcast message configurations on the machine. Every object will be output as a hashtable, for you to utilize as parameters for other cmdlets. .EXAMPLE PS C:\> Get-D365BroadcastMessageConfig -Name "UAT" This will display the broadcast message configuration that is saved with the name "UAT" on the machine. .NOTES Tags: Servicing, Message, Users, Environment, Config, Configuration, ClientId, ClientSecret Author: M�tz Jensen (@Splaxi) .LINK Add-D365BroadcastMessageConfig .LINK Clear-D365ActiveBroadcastMessageConfig .LINK Get-D365ActiveBroadcastMessageConfig .LINK Remove-D365BroadcastMessageConfig .LINK Send-D365BroadcastMessage .LINK Set-D365ActiveBroadcastMessageConfig #> function Get-D365BroadcastMessageConfig { [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseOutputTypeCorrectly', '')] [CmdletBinding()] [OutputType('PSCustomObject')] param ( [string] $Name = "*", [switch] $OutputAsHashtable ) Write-PSFMessage -Level Verbose -Message "Fetch all configurations based on $Name" -Target $Name $Name = $Name.ToLower() $configurations = Get-PSFConfig -FullName "d365fo.tools.broadcast.$Name.name" foreach ($configName in $configurations.Value.ToLower()) { Write-PSFMessage -Level Verbose -Message "Working against the $configName configuration" -Target $configName $res = @{} $configName = $configName.ToLower() foreach ($config in Get-PSFConfig -FullName "d365fo.tools.broadcast.$configName.*") { $propertyName = $config.FullName.ToString().Replace("d365fo.tools.broadcast.$configName.", "") $res.$propertyName = $config.Value } if($OutputAsHashtable) { $res } else { [PSCustomObject]$res } } } <# .SYNOPSIS Get the ClickOnce configuration .DESCRIPTION Creates the needed registry keys and values for ClickOnce to work on the machine .EXAMPLE PS C:\> Get-D365ClickOnceTrustPrompt This will get the current ClickOnce configuration .NOTES Tags: ClickOnce, Registry, TrustPrompt Author: M�tz Jensen (@Splaxi) #> function Get-D365ClickOnceTrustPrompt { [CmdletBinding()] param ( ) begin { } process { Write-PSFMessage -Level Verbose -Message "Testing if the registry key exists or not" if ((Test-Path -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel") -eq $false) { Write-PSFMessage -Level Host -Message "It looks like ClickOnce trust prompt has never been configured on this machine. Run Set-D365ClickOnceTrustPrompt to fix that" } else { Write-PSFMessage -Level Verbose -Message "Gathering the details from registry" [PSCustomObject]@{ UntrustedSites = (Get-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" "UntrustedSites").UntrustedSites Internet = (Get-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" "Internet").Internet MyComputer = (Get-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" "MyComputer").MyComputer LocalIntranet = (Get-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" "LocalIntranet").LocalIntranet TrustedSites = (Get-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" "TrustedSites").TrustedSites } } } end { } } <# .SYNOPSIS Get the compiler outputs presented .DESCRIPTION Get the compiler outputs presented in a structured manner on the screen It could be a Visual Studio compiler log or it could be a Invoke-D365ModuleCompile log you want analyzed .PARAMETER Path Path to the compiler log file that you want to work against A BuildModelResult.log or a Dynamics.AX.*.xppc.log file will both work .PARAMETER ErrorsOnly Instructs the cmdlet to only output compile results where there was errors detected .PARAMETER OutputTotals Instructs the cmdlet to output the total errors and warnings after the analysis .PARAMETER OutputAsObjects Instructs the cmdlet to output the objects instead of formatting them If you don't assign the output, it will be formatted the same way as the original output, but without the coloring of the column values .EXAMPLE PS C:\> Get-D365CompilerResult -Path "c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log" This will analyze the compiler log file for warning and errors. A result set example: File Warnings Errors ---- -------- ------ c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log 2 1 .EXAMPLE PS C:\> Get-D365CompilerResult -Path "c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log" -ErrorsOnly This will analyze the compiler log file for warning and errors, but only output if it has errors. A result set example: File Warnings Errors ---- -------- ------ c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log 2 1 .EXAMPLE PS C:\> Get-D365CompilerResult -Path "c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log" -ErrorsOnly -OutputAsObjects This will analyze the compiler log file for warning and errors, but only output if it has errors. The output will be PSObjects, which can be assigned to a variable and used for futher analysis. A result set example: File Warnings Errors ---- -------- ------ c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log 2 1 .EXAMPLE PS C:\> Get-D365Module -Name *Custom* | Invoke-D365ModuleCompile | Get-D365CompilerResult -OutputTotals This will find all modules with Custom in their name. It will pass thoses modules into the Invoke-D365ModuleCompile, which will compile them. It will pass the paths to each compile output log to Get-D365CompilerResult, which will analyze them for warning and errors. It will output the total number of warning and errors found. File Warnings Errors ---- -------- ------ c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log 2 1 Total Errors: 1 Total Warnings: 2 .NOTES Tags: Compiler, Build, Errors, Warnings, Tasks Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Vilmos Kintera" (twitter: @DAXRunBase) All credits goes to him for showing how to extract these information His blog can be found here: https://www.daxrunbase.com/blog/ The specific blog post that we based this cmdlet on can be found here: https://www.daxrunbase.com/2020/03/31/interpreting-compiler-results-in-d365fo-using-powershell/ The github repository containing the original scrips can be found here: https://github.com/DAXRunBase/PowerShell-and-Azure #> function Get-D365CompilerResult { [CmdletBinding()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseOutputTypeCorrectly', '')] [OutputType('[PsCustomObject]')] param ( [parameter(Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true)] [Alias('LogFile')] [string] $Path, [switch] $ErrorsOnly, [switch] $OutputTotals, [switch] $OutputAsObjects ) begin { Invoke-TimeSignal -Start $outputCollection = New-Object System.Collections.Generic.List[System.Object] } process { if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } $res = Get-CompilerResult -Path $Path if ($null -ne $res) { $outputCollection.Add($res) } } end { $totalErrors = 0 $totalWarnings = 0 $resCol = @($outputCollection.ToArray()) $totalWarnings = ($resCol | Measure-Object -Property Warnings -Sum).Sum $totalErrors = ($resCol | Measure-Object -Property Errors -Sum).Sum if($ErrorsOnly) { $resCol = @($resCol | Where-Object Errors -gt 0) } if($OutputAsObjects){ $resCol } else { $resCol | format-table File, @{Label = "Warnings"; Expression = { $e = [char]27; $color = "93"; "$e[${color}m$($_.Warnings)${e}[0m" }; Align = 'right' }, @{Label = "Errors"; Expression = { $e = [char]27; $color = "91"; "$e[${color}m$($_.Errors)${e}[0m" }; Align = 'right' } } if ($OutputTotals) { Write-PSFHostColor -String "<c='Red'>Total Errors: $totalErrors</c>" Write-PSFHostColor -String "<c='Yellow'>Total Warnings: $totalWarnings</c>" } Invoke-TimeSignal -End } } <# .SYNOPSIS Get databases from the server .DESCRIPTION Get the names of databases on either SQL Server or in Azure SQL Database instance .PARAMETER Name Name of the database that you are looking for Default value is "*" which will show all databases .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .EXAMPLE PS C:\> Get-D365Database This will show all databases on the default SQL Server / Azure SQL Database instance. .EXAMPLE PS C:\> Get-D365Database -Name AXDB_ORIGINAL This will show if the AXDB_ORIGINAL database exists on the default SQL Server / Azure SQL Database instance. .NOTES Tags: Database, DB, Servicing Author: M�tz Jensen (@Splaxi) #> function Get-D365Database { [CmdletBinding()] [OutputType('[PsCustomObject]')] param ( [string[]] $Name = "*", [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword ) $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = "master"; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $sqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-database.sql") -join [Environment]::NewLine try { $sqlCommand.Connection.Open() $reader = $sqlCommand.ExecuteReader() while ($reader.Read() -eq $true) { $res = [PSCustomObject]@{ Name = "$($reader.GetString($($reader.GetOrdinal("NAME"))))" } if ($res.Name -NotLike $Name) { continue } $res } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { $reader.close() if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Shows the Database Access information for the D365 Environment .DESCRIPTION Gets all database information from the D365 environment .EXAMPLE PS C:\> Get-D365DatabaseAccess This will get all relevant details, including connection details, for the database configured for the environment .NOTES Tags: Database, Connection, Sql, SqlUser, SqlPwd Author: Rasmus Andersen (@ITRasmus) The cmdlet wraps the call against a dll file that is shipped with Dynamics 365 for Finance & Operations. The call to the dll file gets all relevant connections details for the database server. #> function Get-D365DatabaseAccess { [CmdletBinding()] param () $environment = Get-ApplicationEnvironment return $environment.DataAccess } <# .SYNOPSIS Decrypts the AOS config file .DESCRIPTION Function used for decrypting the config file used by the D365 Finance & Operations AOS service .PARAMETER DropPath Place where the decrypted files should be placed .PARAMETER AosServiceWebRootPath Location of the D365 webroot folder .EXAMPLE PS C:\> Get-D365DecryptedConfigFile -DropPath "c:\temp\d365fo.tools" This will get the config file from the instance, decrypt it and save it to "c:\temp\d365fo.tools" .NOTES Tags: Configuration, Service Account, Sql, SqlUser, SqlPwd, WebConfig, Web.Config, Decryption Author : Rasmus Andersen (@ITRasmus) Author : M�tz Jensen (@splaxi) Used for getting the Password for the database and other service accounts used in environment #> function Get-D365DecryptedConfigFile { param( [Parameter(Mandatory = $false, Position = 1)] [Alias('ExtractFolder')] [string]$DropPath = "C:\temp\d365fo.tools\ConfigFile_Decrypted", [Parameter(Mandatory = $false, Position = 2)] [string]$AosServiceWebRootPath = $Script:AOSPath ) $WebConfigFile = Join-Path $AosServiceWebRootPath $Script:WebConfig if (!(Test-PathExists -Path $WebConfigFile -Type Leaf)) {return} if (!(Test-PathExists -Path $DropPath -Type Container -Create)) {return} Write-PSFMessage -Level Verbose -Message "Starting the decryption logic" New-DecryptedFile $WebConfigFile $DropPath } <# .SYNOPSIS Get the default model used creating new projects in Visual Studio .DESCRIPTION Get the registered default model that is used across all new projects that are created inside Visual Studio when working with D365FO project types .EXAMPLE PS C:\> Get-D365DefaultModelForNewProjects This will display the current default module registered in the "..Documents\Visual Studio 2015\Settings\DynamicsDevConfig.xml" file. .NOTES Tag: Model, Models, Development, Default Model, Module, Project Author: M�tz Jensen (@Splaxi) The work for this cmdlet / function was inspired by Robin Kretzschmar (@DarkSmile92) blog post about changing the default model. The direct link for his blog post is: https://robscode.onl/d365-set-default-model-for-new-projects/ His main blog can found here: https://robscode.onl/ #> function Get-D365DefaultModelForNewProjects { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] param () $filePath = "C:\Users\$env:UserName\Documents\Visual Studio 2015\Settings\DynamicsDevConfig.xml" if (-not (Test-PathExists -Path $filePath -Type Leaf)) { return } if (Test-PSFFunctionInterrupt) { return } $namespace = @{ns = "http://schemas.microsoft.com/dynamics/2012/03/development/configuration" } $defaultModel = Select-Xml -XPath "/ns:DynamicsDevConfig/ns:DefaultModelForNewProjects" -Path $filePath -Namespace $namespace $modelName = $defaultModel.Node.InnerText [PSCustomObject] @{DefaultModelForNewProjects = $modelName } } <# .SYNOPSIS Get a .NET class from the Dynamics 365 for Finance and Operations installation .DESCRIPTION Get a .NET class from an assembly file (dll) from the package directory .PARAMETER Name Name of the .NET class that you are looking for Accepts wildcards for searching. E.g. -Name "ER*Excel*" Default value is "*" which will search for all classes .PARAMETER Assembly Name of the assembly file that you want to search for the .NET class Accepts wildcards for searching. E.g. -Name "*AX*Framework*.dll" Default value is "*.dll" which will search for assembly files .PARAMETER PackageDirectory Path to the directory containing the installed packages Normally it is located under the AOSService directory in "PackagesLocalDirectory" Default value is fetched from the current configuration on the machine .EXAMPLE PS C:\> Get-D365DotNetClass -Name "ERText*" Will search across all assembly files (*.dll) that are located in the default package directory after any class that fits the search "ERText*" .EXAMPLE PS C:\> Get-D365DotNetClass -Name "ERText*" -Assembly "*LocalizationFrameworkForAx.dll*" Will search across all assembly files (*.dll) that are fits the search "*LocalizationFrameworkForAx.dll*", that are located in the default package directory, after any class that fits the search "ERText*" .EXAMPLE PS C:\> Get-D365DotNetClass -Name "ERText*" | Export-Csv -Path c:\temp\results.txt -Delimiter ";" Will search across all assembly files (*.dll) that are located in the default package directory after any class that fits the search "ERText*" The output is saved to a file to make it easier to search inside the result set .NOTES Tags: .Net, DotNet, Class, Development Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Get-D365DotNetClass { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string] $Name = "*", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [string] $Assembly = "*.dll", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 3 )] [string] $PackageDirectory = $Script:PackageDirectory ) begin { } process { Invoke-TimeSignal -Start $files = (Get-ChildItem -Path $PackageDirectory -Filter $Assembly -Recurse -Exclude "*Resources*" | Where-Object Fullname -Notlike "*Resources*" ) $files | ForEach-Object { $path = $_.Fullname try { Write-PSFMessage -Level Verbose -Message "Loading the dll file: $path" -Target $path [Reflection.Assembly]$ass = [Reflection.Assembly]::LoadFile($path) $res = $ass.GetTypes() Write-PSFMessage -Level Verbose -Message "Looping through all types from the assembly" foreach ($obj in $res) { if ($obj.Name -NotLike $Name) { continue } [PSCustomObject]@{ IsPublic = $obj.IsPublic IsSerial = $obj.IsSerial Name = $obj.Name BaseType = $obj.BaseType File = $path } } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while trying to load the path: $path" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } Invoke-TimeSignal -End } end { } } <# .SYNOPSIS Get a .NET method from the Dynamics 365 for Finance and Operations installation .DESCRIPTION Get a .NET method from an assembly file (dll) from the package directory .PARAMETER Assembly Name of the assembly file that you want to search for the .NET method Provide the full path for the assembly file you want to work against .PARAMETER Name Name of the .NET method that you are looking for Accepts wildcards for searching. E.g. -Name "parmER*Excel*" Default value is "*" which will search for all methods .PARAMETER TypeName Name of the .NET class that you want to work against Accepts wildcards for searching. E.g. -Name "*ER*Excel*" Default value is "*" which will work against all classes .EXAMPLE PS C:\> Get-D365DotNetMethod -Assembly "C:\AOSService\PackagesLocalDirectory\ElectronicReporting\bin\Microsoft.Dynamics365.LocalizationFrameworkForAx.dll" Will get all methods, across all classes, from the assembly file .EXAMPLE PS C:\> Get-D365DotNetMethod -Assembly "C:\AOSService\PackagesLocalDirectory\ElectronicReporting\bin\Microsoft.Dynamics365.LocalizationFrameworkForAx.dll" -TypeName "ERTextFormatExcelFileComponent" Will get all methods, from the "ERTextFormatExcelFileComponent" class, from the assembly file .EXAMPLE PS C:\> Get-D365DotNetMethod -Assembly "C:\AOSService\PackagesLocalDirectory\ElectronicReporting\bin\Microsoft.Dynamics365.LocalizationFrameworkForAx.dll" -TypeName "ERTextFormatExcelFileComponent" -Name "*parm*" Will get all methods that fits the search "*parm*", from the "ERTextFormatExcelFileComponent" class, from the assembly file .EXAMPLE PS C:\> Get-D365DotNetClass -Name "ERTextFormatExcelFileComponent" -Assembly "*LocalizationFrameworkForAx.dll*" | Get-D365DotNetMethod Will get all methods, from the "ERTextFormatExcelFileComponent" class, from any assembly file that fits the search "*LocalizationFrameworkForAx.dll*" .NOTES Tags: .Net, DotNet, Class, Method, Methods, Development Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Get-D365DotNetMethod { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 1 )] [Alias('File')] [string] $Assembly, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [Alias('MethodName')] [string] $Name = "*", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 3 )] [Alias('ClassName')] [string] $TypeName = "*" ) begin { } process { Invoke-TimeSignal -Start try { Write-PSFMessage -Level Verbose -Message "Loading the file" -Target $Assembly [Reflection.Assembly]$ass = [Reflection.Assembly]::LoadFile($Assembly) $types = $ass.GetTypes() foreach ($obj in $types) { Write-PSFMessage -Level Verbose -Message "Type name loaded" -Target $obj.Name if ($obj.Name -NotLike $TypeName) {continue} $members = $obj.GetMethods() foreach ($objI in $members) { if ($objI.Name -NotLike $Name) { continue } [PSCustomObject]@{ TypeName = $obj.Name TypeIsPublic = $obj.IsPublic MethodName = $objI.Name } } } } catch { Write-PSFMessage -Level Warning -Message "Something went wrong while working on: $Assembly" -ErrorRecord $_ } Invoke-TimeSignal -End } end { } } <# .SYNOPSIS Cmdlet to get the current status for the different services in a Dynamics 365 Finance & Operations environment .DESCRIPTION List status for all relevant services that is running in a D365FO environment .PARAMETER ComputerName An array of computers that you want to query for the services status on. .PARAMETER All Set when you want to query all relevant services Includes: Aos Batch Financial Reporter DMF .PARAMETER Aos Instruct the cmdlet to query the AOS (IIS) service .PARAMETER Batch Instruct the cmdlet query the batch service .PARAMETER FinancialReporter Instruct the cmdlet query the financial reporter (Management Reporter 2012) .PARAMETER DMF Instruct the cmdlet query the DMF service .PARAMETER OnlyStartTypeAutomatic Instruct the cmdlet to filter out services that are set to manual start or disabled .PARAMETER OutputServiceDetailsOnly Instruct the cmdlet to exclude the server name from the output .EXAMPLE PS C:\> Get-D365Environment Will query all D365FO service on the machine. .EXAMPLE PS C:\> Get-D365Environment -All Will query all D365FO service on the machine. .EXAMPLE PS C:\> Get-D365Environment -OnlyStartTypeAutomatic Will query all D365FO service on the machine. It will filter out all services that are either configured as manual or disabled. .EXAMPLE PS C:\> Get-D365Environment -ComputerName "TEST-SB-AOS1","TEST-SB-AOS2","TEST-SB-BI1" -All Will query all D365FO service on the different machines. .EXAMPLE PS C:\> Get-D365Environment -Aos -Batch Will query the Aos & Batch services on the machine. .EXAMPLE PS C:\> Get-D365Environment -FinancialReporter -DMF Will query the FinancialReporter & DMF services on the machine. .EXAMPLE PS C:\> Get-D365Environment -OutputServiceDetailsOnly Will query all D365FO service on the machine. Will omit the servername from the output. .EXAMPLE PS C:\> Get-D365Environment -FinancialReporter | Set-Service -StartupType Manual This will configure the Financial Reporter services to be start type manual. .NOTES Tags: Environment, Service, Services, Aos, Batch, Servicing Author: M�tz Jensen (@Splaxi) #> function Get-D365Environment { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidDefaultValueSwitchParameter", "")] [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 1 )] [string[]] $ComputerName = @($env:computername), [Parameter(Mandatory = $false, ParameterSetName = 'Default')] [switch] $All = $true, [Parameter(Mandatory = $false, ParameterSetName = 'Specific')] [switch] $Aos, [Parameter(Mandatory = $false, ParameterSetName = 'Specific')] [switch] $Batch, [Parameter(Mandatory = $false, ParameterSetName = 'Specific')] [switch] $FinancialReporter, [Parameter(Mandatory = $false, ParameterSetName = 'Specific')] [switch] $DMF, [switch] $OnlyStartTypeAutomatic, [switch] $OutputServiceDetailsOnly ) if ($PSCmdlet.ParameterSetName -eq "Specific") { $All = $false } if ( (-not ($All)) -and (-not ($Aos)) -and (-not ($Batch)) -and (-not ($FinancialReporter)) -and (-not ($DMF))) { Write-PSFMessage -Level Host -Message "You have to use at least one switch when running this cmdlet. Please run the cmdlet again." Stop-PSFFunction -Message "Stopping because of missing parameters" return } $Params = Get-DeepClone $PSBoundParameters if($Params.ContainsKey("ComputerName")){$null = $Params.Remove("ComputerName")} if($Params.ContainsKey("OutputServiceDetailsOnly")){$null = $Params.Remove("OutputServiceDetailsOnly")} if($Params.ContainsKey("OnlyStartTypeAutomatic")){$null = $Params.Remove("OnlyStartTypeAutomatic")} $Services = Get-ServiceList @Params $Results = foreach ($server in $ComputerName) { Get-Service -ComputerName $server -Name $Services -ErrorAction SilentlyContinue | Select-Object @{Name = "Server"; Expression = {$Server}}, Name, Status, StartType, DisplayName } $outputTypeName = "D365FO.TOOLS.Environment.Service" if($OutputServiceDetailsOnly) { $outputTypeName = "D365FO.TOOLS.Environment.Service.Minimal" } if($OnlyStartTypeAutomatic){ $Results = $Results | Where-Object StartType -eq "Automatic" } $Results | Select-PSFObject -TypeName $outputTypeName Server, DisplayName, Status, StartType, Name } <# .SYNOPSIS Get environment configs .DESCRIPTION Get all environment configuration objects from the configuration store .PARAMETER Name The name of the environment you are looking for Default value is "*" to display all environment configs .EXAMPLE PS C:\> Get-D365EnvironmentConfig This will show all environment configs .NOTES Tags: Environment, Url, Config, Configuration, Tfs, Vsts, Sql, SqlUser, SqlPwd Author: M�tz Jensen (@Splaxi) #> function Get-D365EnvironmentConfig { [CmdletBinding()] param ( [string] $Name = "*" ) $Environments = [hashtable](Get-PSFConfigValue -FullName "d365fo.tools.environments") foreach ($item in $Environments.Keys) { if ($item -NotLike $Name) { continue } $temp = [ordered]@{Name = $item} $temp += $Environments[$item] [PSCustomObject]$temp } } <# .SYNOPSIS Get the D365FO environment settings .DESCRIPTION Gets all settings the Dynamics 365 for Finance & Operations environment uses. .EXAMPLE PS C:\> Get-D365EnvironmentSettings This will get all details available for the environment .EXAMPLE PS C:\> Get-D365EnvironmentSettings | Format-Custom -Property * This will get all details available for the environment and format it to show all details in a long custom object. .NOTES Tags: Environment, Configuration, WebConfig, Web.Config, Decryption Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) The cmdlet wraps the call against a dll file that is shipped with Dynamics 365 for Finance & Operations. The call to the dll file gets all relevant details for the installation. #> function Get-D365EnvironmentSettings { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] param () Get-ApplicationEnvironment } <# .SYNOPSIS Get D365FO Event Trace Provider .DESCRIPTION Get the full list of available Event Trace Providers for Dynamics 365 for Finance and Operations .PARAMETER Name Name of the provider that you are looking for Default value is "*" to show all Event Trace Providers Accepts an array of names, and will automatically add wildcard searching characters for each entry .EXAMPLE PS C:\> Get-D365EventTraceProvider Will list all available Event Trace Providers on a D365FO server. It will use the default option for the "Name" parameter. .EXAMPLE PS C:\> Get-D365EventTraceProvider -Name Tax Will list all available Event Trace Providers on a D365FO server which contains the keyvword "Tax". It will use the Name parameter value "Tax" while searching for Event Trace Providers. .EXAMPLE PS C:\> Get-D365EventTraceProvider -Name Tax,MR Will list all available Event Trace Providers on a D365FO server which contains the keyvword "Tax" or "MR". It will use the Name parameter array value ("Tax","MR") while searching for Event Trace Providers. .NOTES Tags: ETL, EventTracing, EventTrace Author: M�tz Jensen (@Splaxi) This cmdlet/function was inspired by the work of Michael Stashwick (@D365Stuff) He blog is located here: https://www.d365stuff.co/ and the blogpost that pointed us in the right direction is located here: https://www.d365stuff.co/trace-batch-jobs-and-more-via-cmd-logman/ #> function Get-D365EventTraceProvider { [CmdletBinding()] param ( [string[]] $Name = @("*") ) begin{ $providers = Get-NetEventProvider -ShowInstalled | Where-Object name -like "Microsoft-Dynamics*" | Sort-Object name } process { foreach ($searchName in $Name) { $providers | Where-Object name -Like "*$searchName*" | Select-PSFObject "Name as ProviderName" } } } <# .SYNOPSIS Returns Exposed services .DESCRIPTION Function for getting which services there are exposed from D365 .PARAMETER ClientId Client Id from the AppRegistration .PARAMETER ClientSecret Client Secret from the AppRegistration .PARAMETER D365FO Url fro the D365 including Https:// .PARAMETER Authority The Authority to issue the token .EXAMPLE PS C:\> Get-D365ExposedService -ClientId "MyClientId" -ClientSecret "MyClientSecret" This will show a list of all the services that the D365FO instance is exposing. .NOTES Tags: DMF, OData, RestApi, Data Management Framework Author: Rasmus Andersen (@ITRasmus) Idea taken from http://www.ksaelen.be/wordpresses/dynamicsaxblog/2016/01/dynamics-ax-7-tip-what-services-are-exposed/ #> function Get-D365ExposedService { [CmdletBinding()] [OutputType([System.String])] param ( [Parameter(Mandatory = $true, Position = 1 )] [string] $ClientId, [Parameter(Mandatory = $true, Position = 2 )] [string] $ClientSecret, [Parameter(Mandatory = $false, Position = 3 )] [string] $D365FO, [Parameter(Mandatory = $false, Position = 4 )] [string] $Authority ) if($D365FO -eq "") { $D365FO = $(Get-D365Url).Url } if($Authority -eq "") { $Authority = Get-InstanceIdentityProvider } Write-PSFMessage -Level Verbose -Message "Importing type 'Microsoft.IdentityModel.Clients.ActiveDirectory.dll'" $null = add-type -path "$script:ModuleRoot\internal\dll\Microsoft.IdentityModel.Clients.ActiveDirectory.dll" -ErrorAction Stop $url = $D365FO + "/api/services" Write-PSFMessage -Level Verbose -Message "D365FO : $D365FO" Write-PSFMessage -Level Verbose -Message "Url : $url" Write-PSFMessage -Level Verbose -MEssage "Authority : $Authority" $authHeader = New-AuthorizationHeader $Authority $ClientId $ClientSecret $D365FO [System.Net.WebRequest] $webRequest = New-WebRequest $url $authHeader "GET" $response = $webRequest.GetResponse() if ($response.StatusCode -eq [System.Net.HttpStatusCode]::Ok) { $stream = $response.GetResponseStream() $streamReader = New-Object System.IO.StreamReader($stream); $exposedServices = $streamReader.ReadToEnd() $streamReader.Close(); } else { $statusDescription = $response.StatusDescription throw "Https status code : $statusDescription" } $exposedServices } <# .SYNOPSIS Get installed hotfix .DESCRIPTION Get all relevant details for installed hotfix .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS Service PackagesLocalDirectory\bin .PARAMETER PackageDirectory Path to the PackagesLocalDirectory Default path is the same as the AOS Service PackagesLocalDirectory .PARAMETER Model Name of the model that you want to work against Accepts wildcards for searching. E.g. -Model "*Retail*" Default value is "*" which will search for all models .PARAMETER Name Name of the hotfix that you are looking for Accepts wildcards for searching. E.g. -Name "7045*" Default value is "*" which will search for all hotfixes .PARAMETER KB KB number of the hotfix that you are looking for Accepts wildcards for searching. E.g. -KB "4045*" Default value is "*" which will search for all KB's .EXAMPLE PS C:\> Get-D365InstalledHotfix This will display all installed hotfixes found on this machine .EXAMPLE PS C:\> Get-D365InstalledHotfix -Model "*retail*" This will display all installed hotfixes found for all models that matches the search for "*retail*" found on this machine .EXAMPLE PS C:\> Get-D365InstalledHotfix -Model "*retail*" -KB "*43*" This will display all installed hotfixes found for all models that matches the search for "*retail*" and only with KB's that matches the search for "*43*" found on this machine .NOTES Tags: Hotfix, Servicing, Model, Models, KB, Patch, Patching, PackagesLocalDirectory Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Ievgen Miroshnikov" (twitter: @IevgenMir) All credits goes to him for showing how to extract these information His blog can be found here: https://ievgensaxblog.wordpress.com The specific blog post that we based this cmdlet on can be found here: https://ievgensaxblog.wordpress.com/2017/11/17/d365foe-get-list-of-installed-metadata-hotfixes-using-metadata-api/ #> function Get-D365InstalledHotfix { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string] $BinDir = "$Script:BinDir\bin", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [string] $PackageDirectory = $Script:PackageDirectory, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 3 )] [string] $Model = "*", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 4 )] [string] $Name = "*", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 5 )] [string] $KB = "*" ) begin { } process { $files = @((Join-Path -Path $BinDir -ChildPath "Microsoft.Dynamics.AX.Metadata.Storage.dll"), (Join-Path -Path $BinDir -ChildPath "Microsoft.Dynamics.ApplicationPlatform.XppServices.Instrumentation.dll")) if(-not (Test-PathExists -Path $files -Type Leaf)) { return } Add-Type -Path $files Write-PSFMessage -Level Verbose -Message "Testing if the cmdlet is running on a OneBox or not." -Target $Script:IsOnebox if ($Script:IsOnebox) { Write-PSFMessage -Level Verbose -Message "Machine is onebox. Will continue with DiskProvider." $diskProviderConfiguration = New-Object Microsoft.Dynamics.AX.Metadata.Storage.DiskProvider.DiskProviderConfiguration $diskProviderConfiguration.AddMetadataPath($PackageDirectory) $metadataProviderFactory = New-Object Microsoft.Dynamics.AX.Metadata.Storage.MetadataProviderFactory $metadataProvider = $metadataProviderFactory.CreateDiskProvider($diskProviderConfiguration) Write-PSFMessage -Level Verbose -Message "MetadataProvider initialized." -Target $metadataProvider } else { Write-PSFMessage -Level Verbose -Message "Machine is NOT onebox. Will continue with RuntimeProvider." $runtimeProviderConfiguration = New-Object Microsoft.Dynamics.AX.Metadata.Storage.Runtime.RuntimeProviderConfiguration -ArgumentList $Script:PackageDirectory $metadataProviderFactory = New-Object Microsoft.Dynamics.AX.Metadata.Storage.MetadataProviderFactory $metadataProvider = $metadataProviderFactory.CreateRuntimeProvider($runtimeProviderConfiguration) Write-PSFMessage -Level Verbose -Message "MetadataProvider initialized." -Target $metadataProvider } Write-PSFMessage -Level Verbose -Message "Initializing the UpdateProvider from the MetadataProvider." $updateProvider = $metadataProvider.Updates Write-PSFMessage -Level Verbose -Message "Looping through all modules from the MetadataProvider." foreach ($obj in $metadataProvider.ModelManifest.ListModules()) { Write-PSFMessage -Level Verbose -Message "Filtering out all modules that doesn't match the model search." -Target $obj if ($obj.Name -NotLike $Model) {continue} Write-PSFMessage -Level Verbose -Message "Looping through all hotfixes for the module from the UpdateProvider." -Target $obj foreach ($objUpdate in $updateProvider.ListObjects($obj.Name)) { Write-PSFMessage -Level Verbose -Message "Reading all details for the hotfix through UpdateProvider." -Target $objUpdate $axUpdateObject = $updateProvider.Read($objUpdate) Write-PSFMessage -Level Verbose -Message "Filtering out all hotfixes that doesn't match the name search." -Target $axUpdateObject if ($axUpdateObject.Name -NotLike $Name) {continue} Write-PSFMessage -Level Verbose -Message "Filtering out all hotfixes that doesn't match the KB search." -Target $axUpdateObject if ($axUpdateObject.KBNumbers -NotLike $KB) {continue} [PSCustomObject]@{ Model = $obj.Name Hotfix = $axUpdateObject.Name Applied = $axUpdateObject.AppliedDateTime KBs = $axUpdateObject.KBNumbers } } } } end { } } <# .SYNOPSIS Get installed package from Dynamics 365 Finance & Operations environment .DESCRIPTION Get installed package from the machine running the AOS service for Dynamics 365 Finance & Operations .PARAMETER Name Name of the package that you are looking for Accepts wildcards for searching. E.g. -Name "Application*Adaptor" Default value is "*" which will search for all packages .PARAMETER PackageDirectory Path to the directory containing the installed packages Normally it is located under the AOSService directory in "PackagesLocalDirectory" Default value is fetched from the current configuration on the machine .EXAMPLE PS C:\> Get-D365InstalledPackage Shows the entire list of installed packages located in the default location on the machine .EXAMPLE PS C:\> Get-D365InstalledPackage -Name "Application*Adaptor" Shows the list of installed packages where the name fits the search "Application*Adaptor" A result set example: ApplicationFoundationFormAdaptor ApplicationPlatformFormAdaptor ApplicationSuiteFormAdaptor ApplicationWorkspacesFormAdaptor .EXAMPLE PS C:\> Get-D365InstalledPackage -PackageDirectory "J:\AOSService\PackagesLocalDirectory" Shows the entire list of installed packages located in "J:\AOSService\PackagesLocalDirectory" on the machine .NOTES Tags: PackagesLocalDirectory, Servicing, Model, Models, Package, Packages Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Get-D365InstalledPackageOld { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string] $Name = "*", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [string] $PackageDirectory = $Script:PackageDirectory ) Write-PSFMessage -Level Verbose -Message "Package directory is: $PackageDirectory" -Target $PackageDirectory Write-PSFMessage -Level Verbose -Message "Name is: $Name" -Target $Name $Packages = Get-ChildItem -Path $PackageDirectory -Directory -Exclude bin foreach ($obj in $Packages) { if ($obj.Name -NotLike $Name) { continue } [PSCustomObject]@{ PackageName = $obj.Name PackageDirectory = $obj.FullName } } } <# .SYNOPSIS Get installed D365 services .DESCRIPTION Get installed Dynamics 365 for Finance & Operations services that are installed on the machine .PARAMETER Path Path to the folder that contains the "InstallationRecords" folder .EXAMPLE PS C:\> Get-D365InstalledService This will get all installed services on the machine. .NOTES Tags: Services, Servicing, Topology Author: M�tz Jensen (@Splaxi) #> function Get-D365InstalledService { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string] $Path = $Script:InstallationRecordsDir ) begin { } process { $servicePath = Join-Path $Path "ServiceModelInstallationRecords" Write-PSFMessage -Level Verbose -Message "Service installation log path is: $servicePath" -Target $servicePath $ServiceFiles = Get-ChildItem -Path $servicePath -Filter "*_current.xml" -Recurse foreach ($obj in $ServiceFiles) { [PSCustomObject]@{ ServiceName = ($obj.Name.Split("_")[0]) Version = (Select-Xml -XPath "/ServiceModelInstallationInfo/Version" -Path $obj.fullname).Node."#Text" } } } end { } } <# .SYNOPSIS Gets the instance name .DESCRIPTION Get the instance name that is registered in the environment .EXAMPLE PS C:\> Get-D365InstanceName This will get the service name that the environment has configured .NOTES Tags: Instance, Servicing Author: Rasmus Andersen (@ITRasmus) The cmdlet wraps the call against a dll file that is shipped with Dynamics 365 for Finance & Operations. The call to the dll file gets HostedServiceName that is registered in the environment. #> function Get-D365InstanceName { [CmdletBinding()] param () [PSCustomObject]@{ InstanceName = "$($(Get-D365EnvironmentSettings).Infrastructure.HostedServiceName)" } } <# .SYNOPSIS Get label from the label file from Dynamics 365 Finance & Operations environment .DESCRIPTION Get label from the label file from the running the Dynamics 365 Finance & Operations instance .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin Default value is fetched from the current configuration on the machine .PARAMETER LabelFileId Name / Id of the label "file" that you want to work against .PARAMETER Language Name / string representation of the language / culture you want to work against Default value is "en-US" .PARAMETER Name Name of the label that you are looking for Accepts wildcards for searching. E.g. -Name "@PRO59*" Default value is "*" which will search for all labels .EXAMPLE PS C:\> Get-D365Label -LabelFileId PRO Shows the entire list of labels that are available from the PRO label file. The language is defaulted to "en-US". .EXAMPLE PS C:\> Get-D365Label -LabelFileId PRO -Language da Shows the entire list of labels that are available from the PRO label file. Shows only all "da" (Danish) labels. .EXAMPLE PS C:\> Get-D365Label -LabelFileId PRO -Name "@PRO59*" Shows the labels available from the PRO label file where the name fits the search "@PRO59*" A result set example: Name Value Language ---- ----- -------- @PRO59 Indicates if the type of the rebate value. en-US @PRO594 Pack consumption en-US @PRO595 Pack qty now being released to production in the BOM unit. en-US @PRO596 Pack unit. en-US @PRO597 Pack proposal for release in the packing unit. en-US @PRO590 Constant pack qty en-US @PRO593 Pack proposal release in BOM unit. en-US @PRO598 Pack quantity now being released for the production in the packing unit. en-US .EXAMPLE PS C:\> Get-D365Label -LabelFileId PRO -Name "@PRO59*" -Language da,en-us Shows the labels available from the PRO label file where the name fits the search "@PRO59*". Shows for both "da" (Danish) and en-US (English) .NOTES Tags: PackagesLocalDirectory, Servicing, Language, Labels, Label Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Pedro Tornich" (twitter: @ptornich) All credits goes to him for showing how to extract these information His github repository can be found here: https://github.com/ptornich/LabelFileGenerator #> function Get-D365Label { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string] $BinDir = "$Script:BinDir\bin", [Parameter(Mandatory = $true, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 2 )] [string] $LabelFileId, [Parameter(Mandatory = $false, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 3 )] [string[]] $Language = "en-US", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 4 )] [string] $Name = "*" ) begin { } process { $files = @((Join-Path -Path $BinDir -ChildPath "Microsoft.Dynamics.AX.Xpp.AxShared.dll")) if (-not (Test-PathExists -Path $files -Type Leaf)) { return } Add-Type -Path $files foreach ($item in $Language) { $culture = New-Object System.Globalization.CultureInfo -ArgumentList $item Write-PSFMessage -Level Verbose -Message "Searching for label" -Target $culture $labels = [Microsoft.Dynamics.Ax.Xpp.LabelHelper]::GetAllLabels($LabelFileId, $culture) foreach ($itemLabel in $labels) { foreach ($key in $itemLabel.Keys) { if ($key -notlike $Name) { continue } [PSCustomObject]@{ Name = $Key Value = $itemLabel[$key] Language = $item PSTypeName = 'D365FO.TOOLS.Label' } } } } } end { } } <# .SYNOPSIS Get label file (ids) for packages / modules from Dynamics 365 Finance & Operations environment .DESCRIPTION Get label file (ids) for packages / modules from the machine running the AOS service for Dynamics 365 Finance & Operations .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin Default value is fetched from the current configuration on the machine .PARAMETER PackageDirectory Path to the directory containing the installed package / module Normally it is located under the AOSService directory in "PackagesLocalDirectory" Default value is fetched from the current configuration on the machine .PARAMETER Module Name of the module that you want to work against Default value is "*" which will search for all modules .PARAMETER Name Name of the label file (id) that you are looking for Accepts wildcards for searching. E.g. -Name "Acc*Receivable*" Default value is "*" which will search for all label file (ids) .EXAMPLE PS C:\> Get-D365LabelFile Shows the entire list of label file (ids) for all installed packages / modules located in the default location on the machine .EXAMPLE PS C:\> Get-D365LabelFile -Name "Acc*Receivable*" Shows the list of label file (ids) for all installed packages / modules where the label file (ids) name fits the search "Acc*Receivable*" A result set example: LabelFileId Languages Module ----------- --------- ------ AccountsReceivable {ar-AE, ar, cs, da...} ApplicationSuite AccountsReceivable_SalesTaxCodesSA {en-US} ApplicationSuite .EXAMPLE PS C:\> Get-D365LabelFile -PackageDirectory "J:\AOSService\PackagesLocalDirectory" Shows the list of label file (ids) for all installed packages / modules located in "J:\AOSService\PackagesLocalDirectory" on the machine .NOTES Tags: PackagesLocalDirectory, Servicing, Language, Labels, Label Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Pedro Tornich" (twitter: @ptornich) All credits goes to him for showing how to extract these information His github repository can be found here: https://github.com/ptornich/LabelFileGenerator #> function Get-D365LabelFile { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string] $BinDir = "$Script:BinDir\bin", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [string] $PackageDirectory = $Script:PackageDirectory, [Parameter(Mandatory = $false, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 3 )] [Alias("ModuleName")] [string] $Module = "*", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 4 )] [string] $Name = "*" ) begin { } process { $files = @((Join-Path -Path $BinDir -ChildPath "Microsoft.Dynamics.AX.Metadata.Storage.dll"), (Join-Path -Path $BinDir -ChildPath "Microsoft.Dynamics.ApplicationPlatform.XppServices.Instrumentation.dll")) if(-not (Test-PathExists -Path $files -Type Leaf)) { return } Add-Type -Path $files Write-PSFMessage -Level Verbose -Message "Testing if the cmdlet is running on a OneBox or not." -Target $Script:IsOnebox if ($Script:IsOnebox) { Write-PSFMessage -Level Verbose -Message "Machine is onebox. Will continue with DiskProvider." $diskProviderConfiguration = New-Object Microsoft.Dynamics.AX.Metadata.Storage.DiskProvider.DiskProviderConfiguration $diskProviderConfiguration.AddMetadataPath($PackageDirectory) $metadataProviderFactory = New-Object Microsoft.Dynamics.AX.Metadata.Storage.MetadataProviderFactory $metadataProvider = $metadataProviderFactory.CreateDiskProvider($diskProviderConfiguration) Write-PSFMessage -Level Verbose -Message "MetadataProvider initialized." -Target $metadataProvider } else { Write-PSFMessage -Level Verbose -Message "Machine is NOT onebox. Will continue with RuntimeProvider." $runtimeProviderConfiguration = New-Object Microsoft.Dynamics.AX.Metadata.Storage.Runtime.RuntimeProviderConfiguration -ArgumentList $Script:PackageDirectory $metadataProviderFactory = New-Object Microsoft.Dynamics.AX.Metadata.Storage.MetadataProviderFactory $metadataProvider = $metadataProviderFactory.CreateRuntimeProvider($runtimeProviderConfiguration) Write-PSFMessage -Level Verbose -Message "MetadataProvider initialized." -Target $metadataProvider } Write-PSFMessage -Level Verbose -Message "Initializing the LabelProvider from the MetadataProvider." $labelProvider = $metadataProvider.LabelFiles $res = New-Object 'System.Collections.Generic.Dictionary[string, System.Collections.ArrayList]' Write-PSFMessage -Level Verbose -Message "Looping through all modules from the MetadataProvider." foreach ($obj in $metadataProvider.ModelManifest.ListModules()) { Write-PSFMessage -Level Verbose -Message "Filtering out all modules that doesn't match the model search." -Target $obj if ($obj.Name -NotLike $Module) {continue} Write-PSFMessage -Level Verbose -Message "$($obj.Name)" $labelFiles = $labelProvider.ListObjects($obj.Name) foreach ($objLabelFile in $labelFiles) { Write-PSFMessage -Level Verbose -Message "$($objLabelFile)" if($objLabelFile -like "*.*") { $chars = $objLabelFile.ToCharArray() $chars[$objLabelFile.LastIndexOf(".")] = "_" $objLabelFile = $chars -join "" } $labelId = $objLabelFile.Substring(0, $objLabelFile.LastIndexOf("_")) $langString = $objLabelFile.Substring($objLabelFile.LastIndexOf("_") + 1) if ($labelId -NotLike $Name) {continue} if(-not ($res.ContainsKey($labelId))) { $null = $res.Add($labelId, (New-object -TypeName "System.Collections.ArrayList")) } $null = $res[$labelId].Add($langString) } foreach ($item in $res.Keys) { [PSCustomObject]@{ LabelFileId = $item Languages = $res[$item] Module = $obj.Name } } } } end { } } <# .SYNOPSIS Get label from the resource file .DESCRIPTION Get label details from the resource file .PARAMETER FilePath The path to resource file that you want to get label details from .PARAMETER Name Name of the label you are looking for Accepts wildcards for searching. E.g. -Name "@PRO*" Default value is "*" which will search for all labels in the resource file .PARAMETER Value Value of the label you are looking for Accepts wildcards for searching. E.g. -Name "*Qty*" Default value is "*" which will search for all values in the resource file .PARAMETER IncludePath Switch to indicate whether you want the result set to include the path to the resource file or not Default is OFF - path details will not be part of the output .EXAMPLE PS C:\> Get-D365Label -Path "C:\AOSService\PackagesLocalDirectory\ApplicationSuite\Resources\en-US\PRO.resources.dll" Will get all labels from the "PRO.resouce.dll" file The language is determined by the path to the resource file and nothing else .EXAMPLE PS C:\> Get-D365Label -Path "C:\AOSService\PackagesLocalDirectory\ApplicationSuite\Resources\en-US\PRO.resources.dll" -Name "@PRO505" Will get the label with the name "@PRO505" from the "PRO.resouce.dll" file The language is determined by the path to the resource file and nothing else .EXAMPLE PS C:\> Get-D365Label -Path "C:\AOSService\PackagesLocalDirectory\ApplicationSuite\Resources\en-US\PRO.resources.dll" -Value "*qty*" Will get all the labels where the value fits the search "*qty*" from the "PRO.resouce.dll" file The language is determined by the path to the resource file and nothing else .EXAMPLE PS C:\> Get-D365InstalledPackage -Name "ApplicationSuite" | Get-D365PackageLabelFile -Language "da" | Get-D365Label -value "*batch*" -IncludePath Will get all the labels, across all label files, for the "ApplicationSuite", where the language is "da" and where the label value fits the search "*batch*". The path to the label file is included in the output. .NOTES Tags: PackagesLocalDirectory, Label, Labels, Language, Development, Servicing Author: M�tz Jensen (@Splaxi) There are several advanced scenarios for this cmdlet. See more on github and the wiki pages. #> function Get-D365LabelOld { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 1 )] [Parameter(Mandatory = $true, ParameterSetName = 'Specific', Position = 1 )] [Alias('Path')] [string] $FilePath, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 2 )] [string] $Name = "*", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 2 )] [string] $Value = "*", [switch] $IncludePath ) BEGIN {} PROCESS { $assembly = [Reflection.Assembly]::LoadFile($FilePath) $resNames = $assembly.GetManifestResourceNames() $resname = $resNames[0].Replace(".resources", "") $resLanguage = $resname.Split(".")[1] $resMan = New-Object -TypeName System.Resources.ResourceManager -ArgumentList $resname, $assembly $language = New-Object System.Globalization.CultureInfo -ArgumentList "en-US" $resources = $resMan.GetResourceSet($language, $true, $true) foreach ($obj in $resources) { if ($obj.Name -NotLike $Name) { continue } if ($obj.Value -NotLike $Value) { continue } $res = [PSCustomObject]@{ Name = $obj.Name Language = $resLanguage Value = $obj.Value } if ($IncludePath.IsPresent) { $res | Add-Member -MemberType NoteProperty -Name 'Path' -Value $FilePath } $res } } END {} } <# .SYNOPSIS Get installed languages from Dynamics 365 Finance & Operations environment .DESCRIPTION Get installed languages from the running the Dynamics 365 Finance & Operations instance .PARAMETER BinDir Path to the directory containing the BinDir and its assemblies Normally it is located under the AOSService directory in "PackagesLocalDirectory" Default value is fetched from the current configuration on the machine .PARAMETER Name Name of the language that you are looking for Accepts wildcards for searching. E.g. -Name "fr*" Default value is "*" which will search for all languages .EXAMPLE PS C:\> Get-D365Language Shows the entire list of installed languages that are available from the running instance .EXAMPLE PS C:\> Get-D365Language -Name "fr*" Shows the list of installed languages where the name fits the search "fr*" A result set example: fr French fr-BE French (Belgium) fr-CA French (Canada) fr-CH French (Switzerland) .NOTES Tags: PackagesLocalDirectory, Servicing, Language, Labels, Label Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Pedro Tornich" (twitter: @ptornich) All credits goes to him for showing how to extract these information His github repository can be found here: https://github.com/ptornich/LabelFileGenerator #> function Get-D365Language { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string] $BinDir = "$Script:BinDir\bin", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [string] $Name = "*" ) begin { } process { $files = @((Join-Path -Path $BinDir -ChildPath "Microsoft.Dynamics.AX.Xpp.AxShared.dll")) if(-not (Test-PathExists -Path $files -Type Leaf)) { return } Add-Type -Path $files $languages = [Microsoft.Dynamics.Ax.Xpp.LabelHelper]::GetInstalledLanguages() foreach ($obj in $languages) { Write-PSFMessage -Level Verbose -Message "Filtering out all modules that doesn't match the model search." -Target $obj if ($obj -NotLike $Name) {continue} $lang = New-Object System.Globalization.CultureInfo -ArgumentList $obj [PSCustomObject]@{ Name = $obj LanguageName = $lang.DisplayName } } } end { } } <# .SYNOPSIS Get the LCS configuration details .DESCRIPTION Get the LCS configuration details from the configuration store All settings retrieved from this cmdlets is to be considered the default parameter values across the different cmdlets .PARAMETER OutputAsHashtable Instruct the cmdlet to return a hashtable object .EXAMPLE PS C:\> Get-D365LcsApiConfig This will output the current LCS API configuration. The object returned will be a PSCustomObject. .EXAMPLE PS C:\> Get-D365LcsApiConfig -OutputAsHashtable This will output the current LCS API configuration. The object returned will be a Hashtable. .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsDeployment .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, ClientId Author: M�tz Jensen (@Splaxi) #> function Get-D365LcsApiConfig { [CmdletBinding()] [OutputType()] param ( [switch] $OutputAsHashtable ) Invoke-TimeSignal -Start $res = [Ordered]@{} Write-PSFMessage -Level Verbose -Message "Extracting all the LCS configuration and building the result object." foreach ($config in Get-PSFConfig -FullName "d365fo.tools.lcs.*") { if($config.FullName.ToString() -like "d365fo.tools.lcs.environment*") { continue } $propertyName = $config.FullName.ToString().Replace("d365fo.tools.lcs.", "") $res.$propertyName = $config.Value } if($OutputAsHashtable) { $res } else { [PSCustomObject]$res } Invoke-TimeSignal -End } <# .SYNOPSIS Upload a file to a LCS project .DESCRIPTION Upload a file to a LCS project using the API provided by Microsoft .PARAMETER ClientId The Azure Registered Application Id / Client Id obtained while creating a Registered App inside the Azure Portal Default value can be configured using Set-D365LcsApiConfig .PARAMETER Username The username of the account that you want to impersonate It can either be your personal account or a service account .PARAMETER Password The password of the account that you want to impersonate .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" Default value can be configured using Set-D365LcsApiConfig .EXAMPLE PS C:\> Get-D365LcsApiToken -ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" -Username "serviceaccount@domain.com" -Password "TopSecretPassword" -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will obtain a valid OAuth 2.0 access token from Azure Active Directory. The ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" is used in the OAuth 2.0 Grant Flow to authenticate. The Username "serviceaccount@domain.com" and Password "TopSecretPassword" is used in the OAuth 2.0 Grant Flow, to approved that the application should impersonate like "serviceaccount@domain.com". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .EXAMPLE PS C:\> Get-D365LcsApiToken -ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" -Username "serviceaccount@domain.com" -Password "TopSecretPassword" -LcsApiUri "https://lcsapi.lcs.dynamics.com" | Set-D365LcsApiConfig -ProjectId 123456789 This will obtain a valid OAuth 2.0 access token from Azure Active Directory. The ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" is used in the OAuth 2.0 Grant Flow to authenticate. The Username "serviceaccount@domain.com" and Password "TopSecretPassword" is used in the OAuth 2.0 Grant Flow, to approved that the application should impersonate like "serviceaccount@domain.com". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). The output object received from Get-D365LcsApiToken is piped directly to Set-D365LcsApiConfig. Set-D365LcsApiConfig will save the ClientId, LcsApiUri, ProjectId, access_token(BearerToken), refresh_token(RefreshToken), expires_on(ActiveTokenExpiresOn) details for the module to use them across other LCS cmdlets. This should be your default approach in using and leveraging the module, so you don't have to supply the same parameters for every single cmdlet. .EXAMPLE PS C:\> Get-D365LcsApiToken -Username "serviceaccount@domain.com" -Password "TopSecretPassword" This will obtain a valid OAuth 2.0 access token from Azure Active Directory. The Username "serviceaccount@domain.com" and Password "TopSecretPassword" is used in the OAuth 2.0 Grant Flow, to approved that the application should impersonate like "serviceaccount@domain.com". All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .EXAMPLE PS C:\> Get-D365LcsApiToken -Username "serviceaccount@domain.com" -Password "TopSecretPassword" | Set-D365LcsApiConfig This will obtain a valid OAuth 2.0 access token from Azure Active Directory and save the needed details. The Username "serviceaccount@domain.com" and Password "TopSecretPassword" is used in the OAuth 2.0 Grant Flow, to approved that the application should impersonate like "serviceaccount@domain.com". The output object received from Get-D365LcsApiToken is piped directly to Set-D365LcsApiConfig. Set-D365LcsApiConfig will save the access_token(BearerToken), refresh_token(RefreshToken) and expires_on(ActiveTokenExpiresOn). All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsDeployment .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, Api, AAD, Token Author: M�tz Jensen (@Splaxi) #> function Get-D365LcsApiToken { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidUsingPlainTextForPassword", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidUsingUserNameAndPassWordParams", "")] [CmdletBinding()] [OutputType()] param( [Parameter(Mandatory = $false)] [string] $ClientId = $Script:LcsApiClientId, [Parameter(Mandatory = $true)] [string] $Username, [Parameter(Mandatory = $true)] [string] $Password, [Parameter(Mandatory = $false)] [string] $LcsApiUri = $Script:LcsApiApiUri ) Invoke-TimeSignal -Start $tokenParms = @{} $tokenParms.Resource = $LcsApiUri $tokenParms.ClientId = $ClientId $tokenParms.Username = $Username $tokenParms.Password = $Password $tokenParms.Scope = "openid" $tokenParms.AuthProviderUri = $Script:AADOAuthEndpoint Invoke-PasswordGrant @tokenParms Invoke-TimeSignal -End } <# .SYNOPSIS Get the validation status from LCS .DESCRIPTION Get the validation status for a given file in the Asset Library in LCS .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS Default value can be configured using Set-D365LcsApiConfig .PARAMETER BearerToken The token you want to use when working against the LCS api Default value can be configured using Set-D365LcsApiConfig .PARAMETER AssetId The unique id of the asset / file that you are trying to deploy from LCS .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" Default value can be configured using Set-D365LcsApiConfig .PARAMETER WaitForValidation Instruct the cmdlet to wait for the validation process to complete The cmdlet will sleep for 60 seconds, before requesting the status of the validation process from LCS .EXAMPLE PS C:\> Get-D365LcsAssetValidationStatus -ProjectId 123456789 -BearerToken "JldjfafLJdfjlfsalfd..." -AssetId "958ae597-f089-4811-abbd-c1190917eaae" -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will check the validation status for the file in the Asset Library. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The file is identified by the AssetId "958ae597-f089-4811-abbd-c1190917eaae", which is obtained either by earlier upload or simply looking in the LCS portal. The request will authenticate with the BearerToken "Bearer JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .EXAMPLE PS C:\> Get-D365LcsAssetValidationStatus -AssetId "958ae597-f089-4811-abbd-c1190917eaae" This will check the validation status for the file in the Asset Library. The file is identified by the AssetId "958ae597-f089-4811-abbd-c1190917eaae", which is obtained either by earlier upload or simply looking in the LCS portal. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .EXAMPLE PS C:\> Get-D365LcsAssetValidationStatus -AssetId "958ae597-f089-4811-abbd-c1190917eaae" -WaitForValidation This will check the validation status for the file in the Asset Library. The file is identified by the AssetId "958ae597-f089-4811-abbd-c1190917eaae", which is obtained either by earlier upload or simply looking in the LCS portal. The cmdlet will every 60 seconds contact the LCS API endpoint and check if the status of the validation is either success or failure. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .EXAMPLE PS C:\> Invoke-D365LcsUpload -FilePath "C:\temp\d365fo.tools\Release-2019-05-05.zip" | Get-D365LcsAssetValidationStatus -WaitForValidation This will start the upload of a file to the Asset Library and check the validation status for the file in the Asset Library. The file that will be uploaded is based on the FilePath "C:\temp\d365fo.tools\Release-2019-05-05.zip". The output object received from Invoke-D365LcsUpload is piped directly to Get-D365LcsAssetValidationStatus. The cmdlet will every 60 seconds contact the LCS API endpoint and check if the status of the validation is either success or failure. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsDeployment .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-D365LcsAssetValidationStatus { [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $false)] [int] $ProjectId = $Script:LcsApiProjectId, [Parameter(Mandatory = $false)] [Alias('Token')] [string] $BearerToken = $Script:LcsApiBearerToken, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [string] $AssetId, [Parameter(Mandatory = $false)] [string] $LcsApiUri = $Script:LcsApiLcsApiUri, [switch] $WaitForValidation ) process { Invoke-TimeSignal -Start if (-not ($BearerToken.StartsWith("Bearer "))) { $BearerToken = "Bearer $BearerToken" } do { Write-PSFMessage -Level Verbose -Message "Sleeping before hitting the LCS API for Asset Validation Status" Start-Sleep -Seconds 60 $status = Get-LcsAssetValidationStatus -BearerToken $BearerToken -ProjectId $ProjectId -AssetId $AssetId -LcsApiUri $LcsApiUri } while (($status.DisplayStatus -eq "Process") -and $WaitForValidation) Invoke-TimeSignal -End $status | Select-PSFObject "ID as AssetId", "DisplayStatus as Status" } } <# .SYNOPSIS Get database backups from LCS project .DESCRIPTION Get the available database backups from the Asset Library in LCS project .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS Default value can be configured using Set-D365LcsApiConfig .PARAMETER BearerToken The token you want to use when working against the LCS api Default value can be configured using Set-D365LcsApiConfig .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" Default value can be configured using Set-D365LcsApiConfig .EXAMPLE PS C:\> Get-D365LcsDatabaseBackups -ProjectId 123456789 -BearerToken "JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will get all available database backups from the Asset Library inside LCS. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The request will authenticate with the BearerToken "Bearer JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .EXAMPLE PS C:\> Get-D365LcsDatabaseBackups This will get all available database backups from the Asset Library inside LCS. It will use default values for all parameters. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Invoke-D365LcsApiRefreshToken .LINK Set-D365LcsApiConfig .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-D365LcsDatabaseBackups { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $false)] [int] $ProjectId = $Script:LcsApiProjectId, [Parameter(Mandatory = $false)] [Alias('Token')] [string] $BearerToken = $Script:LcsApiBearerToken, [Parameter(Mandatory = $false)] [string] $LcsApiUri = $Script:LcsApiLcsApiUri ) Invoke-TimeSignal -Start if (-not ($BearerToken.StartsWith("Bearer "))) { $BearerToken = "Bearer $BearerToken" } $backups = Get-LcsDatabaseBackups -BearerToken $BearerToken -ProjectId $ProjectId -LcsApiUri $LcsApiUri if (Test-PSFFunctionInterrupt) { return } $backups.DatabaseAssets Invoke-TimeSignal -End } <# .SYNOPSIS Get the status of a database operation from LCS .DESCRIPTION Get the current status of a database operation against an environment from a LCS project .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS Default value can be configured using Set-D365LcsApiConfig .PARAMETER BearerToken The token you want to use when working against the LCS api Default value can be configured using Set-D365LcsApiConfig .PARAMETER OperationActivityId The unique id of the operaction activity that identitfies the database operation It will be part of the output from the different Invoke-D365LcsDatabaseExport or Invoke-D365LcsDatabaseRefresh cmdlets .PARAMETER EnvironmentId The unique id of the environment that you want to work against The Id can be located inside the LCS portal .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" Default value can be configured using Set-D365LcsApiConfig .PARAMETER WaitForCompletion Instruct the cmdlet to wait for the deployment process to complete The cmdlet will sleep for 300 seconds, before requesting the status of the deployment process from LCS .PARAMETER SleepInSeconds Time in secounds that you want the cmdlet to use as the sleep timer between each request against the LCS endpoint Default value is 300 .EXAMPLE PS C:\> Get-D365LcsDatabaseOperationStatus -ProjectId 123456789 -OperationActivityId 123456789 -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -BearerToken "JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will check the database operation status of a specific OperationActivityId against an environment. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The OperationActivityId is identified by the OperationActivityId 123456789, which is obtained from executing either the Invoke-D365LcsDatabaseExport or Invoke-D365LcsDatabaseRefresh cmdlets. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. The request will authenticate with the BearerToken "JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .EXAMPLE PS C:\> Get-D365LcsDatabaseOperationStatus -OperationActivityId 123456789 -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" This will check the database operation status of a specific OperationActivityId against an environment. The OperationActivityId is identified by the OperationActivityId 123456789, which is obtained from executing either the Invoke-D365LcsDatabaseExport or Invoke-D365LcsDatabaseRefresh cmdlets. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .EXAMPLE PS C:\> Get-D365LcsDatabaseOperationStatus -OperationActivityId 123456789 -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -WaitForCompletion This will check the database operation status of a specific OperationActivityId against an environment. The OperationActivityId is identified by the OperationActivityId 123456789, which is obtained from executing either the Invoke-D365LcsDatabaseExport or Invoke-D365LcsDatabaseRefresh cmdlets. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. The cmdlet will every 300 seconds contact the LCS API endpoint and check if the status of the database operation status is either success or failure. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsDeployment .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES Tags: Environment, Config, Configuration, LCS, Database backup, Api, Backup, Restore, Refresh Author: M�tz Jensen (@Splaxi) #> function Get-D365LcsDatabaseOperationStatus { [CmdletBinding()] [OutputType('PSCustomObject')] param( [int] $ProjectId = $Script:LcsApiProjectId, [Alias('Token')] [string] $BearerToken = $Script:LcsApiBearerToken, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias('ActivityId')] [string] $OperationActivityId, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias('SourceEnvironmentId')] [string] $EnvironmentId, [Parameter(Mandatory = $false)] [string] $LcsApiUri = $Script:LcsApiLcsApiUri, [switch] $WaitForCompletion, [int] $SleepInSeconds = 300 ) process { Invoke-TimeSignal -Start if (-not ($BearerToken.StartsWith("Bearer "))) { $BearerToken = "Bearer $BearerToken" } do { Write-PSFMessage -Level Verbose -Message "Sleeping before hitting the LCS API for Deployment Status" Start-Sleep -Seconds $SleepInSeconds $databaseOperationStatus = Get-LcsDatabaseOperationStatus -BearerToken $BearerToken -ProjectId $ProjectId -OperationActivityId $OperationActivityId -EnvironmentId $EnvironmentId -LcsApiUri $LcsApiUri Write-PSFMessage -Level Verbose -Message "Database Operation Status is: $($databaseOperationStatus.OperationStatus)" } while ((($databaseOperationStatus.OperationStatus -eq "InProgress") -or ($databaseOperationStatus.OperationStatus -eq "NotStarted") -or ($databaseOperationStatus.OperationStatus -eq "RollbackInProgress")) -and $WaitForCompletion) Invoke-TimeSignal -End $databaseOperationStatus | Select-PSFObject * -TypeName "D365FO.TOOLS.LCS.Database.Operation.Status" } } <# .SYNOPSIS Get the Deployment status from LCS .DESCRIPTION Get the Deployment status for activity against an environment from the Dynamics LCS Portal .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS Default value can be configured using Set-D365LcsApiConfig .PARAMETER BearerToken The token you want to use when working against the LCS api Default value can be configured using Set-D365LcsApiConfig .PARAMETER ActionHistoryId The unique id of the action that you started from the Invoke-D365LcsDeployment cmdlet .PARAMETER EnvironmentId The unique id of the environment that you want to work against The Id can be located inside the LCS portal .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" Default value can be configured using Set-D365LcsApiConfig .PARAMETER WaitForCompletion Instruct the cmdlet to wait for the deployment process to complete The cmdlet will sleep for 300 seconds, before requesting the status of the deployment process from LCS .PARAMETER SleepInSeconds Time in secounds that you want the cmdlet to use as the sleep timer between each request against the LCS endpoint Default value is 300 .EXAMPLE PS C:\> Get-D365LcsDeploymentStatus -ProjectId 123456789 -ActionHistoryId 123456789 -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -BearerToken "Bearer JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will check the deployment status of specific activity against an environment. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The activity is identified by the ActionHistoryId 123456789, which is obtained from the Invoke-D365LcsDeployment execution. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. The request will authenticate with the BearerToken "Bearer JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .EXAMPLE PS C:\> Get-D365LcsDeploymentStatus -ActionHistoryId 123456789 -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" This will check the deployment status of specific activity against an environment. The activity is identified by the ActionHistoryId 123456789, which is obtained from the Invoke-D365LcsDeployment execution. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .EXAMPLE PS C:\> Get-D365LcsDeploymentStatus -ActionHistoryId 123456789 -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -WaitForCompletion This will check the deployment status of specific activity against an environment. The activity is identified by the ActionHistoryId 123456789, which is obtained from the Invoke-D365LcsDeployment execution. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. The cmdlet will every 300 seconds contact the LCS API endpoint and check if the status of the deployment is either success or failure. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsDeployment .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, Api, AAD, Token, Deployment, Deploy Author: M�tz Jensen (@Splaxi) #> function Get-D365LcsDeploymentStatus { [CmdletBinding()] [OutputType('PSCustomObject')] param( [Parameter(Mandatory = $false)] [int] $ProjectId = $Script:LcsApiProjectId, [Parameter(Mandatory = $false)] [Alias('Token')] [string] $BearerToken = $Script:LcsApiBearerToken, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [string] $ActionHistoryId, [Parameter(Mandatory = $true)] [string] $EnvironmentId, [Parameter(Mandatory = $false)] [string] $LcsApiUri = $Script:LcsApiLcsApiUri, [switch] $WaitForCompletion, [int] $SleepInSeconds = 300 ) process { Invoke-TimeSignal -Start if (-not ($BearerToken.StartsWith("Bearer "))) { $BearerToken = "Bearer $BearerToken" } do { Write-PSFMessage -Level Verbose -Message "Sleeping before hitting the LCS API for Deployment Status" Start-Sleep -Seconds $SleepInSeconds $deploymentStatus = Get-LcsDeploymentStatus -BearerToken $BearerToken -ProjectId $ProjectId -ActionHistoryId $ActionHistoryId -EnvironmentId $EnvironmentId -LcsApiUri $LcsApiUri } while ((($deploymentStatus.LcsEnvironmentActionStatus -eq "InProgress") -or ($deploymentStatus.LcsEnvironmentActionStatus -eq "NotStarted") -or ($deploymentStatus.LcsEnvironmentActionStatus -eq "PreparingEnvironment")) -and $WaitForCompletion) Invoke-TimeSignal -End $deploymentStatus } } <# .SYNOPSIS Get lcs environment .DESCRIPTION Get all lcs environment objects from the configuration store .PARAMETER Name The name of the lcs environment you are looking for Default value is "*" to display all lcs environments .PARAMETER OutputAsHashtable Instruct the cmdlet to return a hashtable object .EXAMPLE PS C:\> Get-D365LcsEnvironment This will display all lcs environments on the machine. .EXAMPLE PS C:\> Get-D365LcsEnvironment -OutputAsHashtable This will display all lcs environments on the machine. Every object will be output as a hashtable, for you to utilize as parameters for other cmdlets. .EXAMPLE PS C:\> Get-D365LcsEnvironment -Name "UAT" This will display the lcs environment that is saved with the name "UAT" on the machine. .NOTES Tags: Servicing, Environment, Config, Configuration Author: M�tz Jensen (@Splaxi) .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig #> function Get-D365LcsEnvironment { [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseOutputTypeCorrectly', '')] [CmdletBinding()] [OutputType('PSCustomObject')] param ( [string] $Name = "*", [switch] $OutputAsHashtable ) Write-PSFMessage -Level Verbose -Message "Fetch all configurations based on $Name" -Target $Name $Name = $Name.ToLower() $configurations = Get-PSFConfig -FullName "d365fo.tools.lcs.environment.$Name.name" foreach ($configName in $configurations.Value.ToLower()) { Write-PSFMessage -Level Verbose -Message "Working against the $configName configuration" -Target $configName $res = @{} $configName = $configName.ToLower() foreach ($config in Get-PSFConfig -FullName "d365fo.tools.lcs.environment.$configName.*") { $propertyName = $config.FullName.ToString().Replace("d365fo.tools.lcs.environment.$configName.", "") $res.$propertyName = $config.Value } if($OutputAsHashtable) { $res } else { [PSCustomObject]$res } } } <# .SYNOPSIS Get the registered details for Azure Logic App .DESCRIPTION Get the details that are stored for the module when it has to invoke the Azure Logic App .EXAMPLE PS C:\> Get-D365LogicAppConfig This will fetch the current registered Azure Logic App details on the machine. .NOTES Tags: LogicApp, Logic App, Configuration, Url, Email Author: M�tz Jensen (@Splaxi) #> function Get-D365LogicAppConfig { [CmdletBinding()] param () $Details = [hashtable](Get-PSFConfigValue -FullName "d365fo.tools.active.logic.app") $temp = [ordered]@{Email = $Details.Email; Subject = $Details.Subject; URL = $Details.URL } [PSCustomObject]$temp } <# .SYNOPSIS Get the maintenance mode status of the environment .DESCRIPTION Get the maintenance mode status of the Dynamics 365 environment to make sure that things are in the correct state .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .EXAMPLE PS C:\> Get-D365MaintenanceMode This will get the current state of the maintenance mode of the environment .NOTES Tags: MaintenanceMode, Maintenance, License, Configuration, Servicing Author: M�tz Jensen (@splaxi) .LINK Enable-D365MaintenanceMode .LINK Disable-D365MaintenanceMode #> function Get-D365MaintenanceMode { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 3 )] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 4 )] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 5 )] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 6 )] [string] $SqlPwd = $Script:DatabaseUserPassword ) Write-PSFMessage -Level Verbose -Message "Getting Maintenance Mode using SQL scripts." $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $sqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-maintenancemode.sql") -join [Environment]::NewLine try { $sqlCommand.Connection.Open() $reader = $sqlCommand.ExecuteReader() while ($reader.Read() -eq $true) { [PSCustomObject]@{ MaintenanceModeEnabled = [bool][int]"$($reader.GetString($($reader.GetOrdinal("VALUE"))))" } } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { $reader.close() if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Get available model from Dynamics 365 Finance & Operations environment .DESCRIPTION Get available model from the machine running the AOS service for Dynamics 365 Finance & Operations .PARAMETER Name Name of the model that you are looking for Accepts wildcards for searching. E.g. -Name "Application*Adaptor" Default value is "*" which will search for all models .PARAMETER Module Name of the module that you want to list models from Accepts wildcards for searchinf. E.g. -Module "Application*Adaptor" Default value is "*" which will search across all modules .PARAMETER CustomizableOnly Instructs the cmdlet to filter out all models that cannot be customized .PARAMETER ExcludeMicrosoftModels Instructs the cmdlet to exclude all models that has Microsoft as the publisher from the output .PARAMETER ExcludeBinaryModels Instruct the cmdlet to exclude binary models from the output .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin Default value is fetched from the current configuration on the machine .PARAMETER PackageDirectory Path to the directory containing the installed package / module Default path is the same as the AOS service "PackagesLocalDirectory" directory Default value is fetched from the current configuration on the machine .EXAMPLE PS C:\> Get-D365Model Shows the entire list of installed models located in the default location on the machine. A result set example: ModelName Module IsBinary Customization Id Publisher --------- ------ -------- ------------- -- --------- AccountsPayableMobile AccountsPayableMobile False DoNotAllow 895571380 Microsoft Corporation ApplicationCommon ApplicationCommon False DoNotAllow 8956718 Microsoft ApplicationFoundation ApplicationFoundation False Allow 450 Microsoft Corporation IsvFoundation IsvFoundation True Allow 895972027 Isv Corp IsvLicense IsvLicense True DoNotAllow 895972028 Isv Corp .EXAMPLE PS C:\> Get-D365Model -CustomizableOnly Shows only the models that are marked as customizable. Will only include models that is Customization = "Allow". A result set example: ModelName Module IsBinary Customization Id Publisher --------- ------ -------- ------------- -- --------- ApplicationFoundation ApplicationFoundation False Allow 450 Microsoft Corporation ApplicationPlatform ApplicationPlatform False Allow 400 Microsoft Corporation ApplicationPlatformFormAdaptor ApplicationPlatformFormAdaptor False Allow 855030 Microsoft Corporation IsvFoundation IsvFoundation True Allow 895972027 Isv Corp .EXAMPLE PS C:\> Get-D365Model -ExcludeMicrosoftModels Shows only the models that doesn't have "Microsoft" in the publisher. Will only include models that is Publisher -NotLike "Microsoft*". A result set example: ModelName Module IsBinary Customization Id Publisher --------- ------ -------- ------------- -- --------- IsvFoundation IsvFoundation True Allow 895972027 Isv Corp IsvLicense IsvLicense True DoNotAllow 895972028 Isv Corp .EXAMPLE PS C:\> Get-D365Model -ExcludeBinaryModels Shows only the models that are NOT binary. Will only include models that is IsBinary = "False". A result set example: ModelName Module IsBinary Customization Id Publisher --------- ------ -------- ------------- -- --------- AccountsPayableMobile AccountsPayableMobile False DoNotAllow 895571380 Microsoft Corporation ApplicationCommon ApplicationCommon False DoNotAllow 8956718 Microsoft ApplicationFoundation ApplicationFoundation False Allow 450 Microsoft Corporation .EXAMPLE PS C:\> Get-D365Model -CustomizableOnly -ExcludeMicrosoftModels Shows only the models that are marked as customizable and NOT from Microsoft. Will only include models that is Customization = "Allow". Will only include models that is Publisher -NotLike "Microsoft*". A result set example: ModelName Module IsBinary Customization Id Publisher --------- ------ -------- ------------- -- --------- IsvFoundation IsvFoundation True Allow 895972027 Isv Corp .EXAMPLE PS C:\> Get-D365Model -Name "Application*Adaptor" Shows the list of models where the name fits the search "Application*Adaptor". A result set example: ModelName Module IsBinary Customization Id Publisher --------- ------ -------- ------------- -- --------- ApplicationFoundationFormAd... ApplicationFoundationFormAd... False DoNotAllow 855029 Microsoft Corporation ApplicationPlatformFormAdaptor ApplicationPlatformFormAdaptor False Allow 855030 Microsoft Corporation ApplicationSuiteFormAdaptor ApplicationSuiteFormAdaptor False DoNotAllow 855028 Microsoft Corporation ApplicationWorkspacesFormAd... ApplicationWorkspacesFormAd... False DoNotAllow 855066 Microsoft Corporation .EXAMPLE PS C:\> Get-D365Model -Module ApplicationSuite Shows only the models that are inside the ApplicationSuite module. A result set example: ModelName Module IsBinary Customization Id Publisher --------- ------ -------- ------------- -- --------- Electronic Reporting Applic... ApplicationSuite False DoNotAllow 855009 Microsoft Corporation Foundation ApplicationSuite False DoNotAllow 17 Microsoft Corporation SCMControls ApplicationSuite False DoNotAllow 855891 Microsoft Corporation Tax Books Application Suite... ApplicationSuite False DoNotAllow 895570102 Microsoft Corporation Tax Engine Application Suit... ApplicationSuite False DoNotAllow 8957001 Microsoft Corporation .EXAMPLE PS C:\> Get-D365Model -Name "*Application*" -Module "*Suite*" Shows the list of models where the name fits the search "*Application*" and the module name fits the search "*Suite*". A result set example: ModelName Module IsBinary Customization Id Publisher --------- ------ -------- ------------- -- --------- ApplicationSuiteFormAdaptor ApplicationSuiteFormAdaptor False DoNotAllow 855028 Microsoft Corporation AtlApplicationSuite AtlApplicationSuite False DoNotAllow 895972466 Microsoft Corporation Electronic Reporting Applic... ApplicationSuite False DoNotAllow 855009 Microsoft Corporation Tax Books Application Suite... ApplicationSuite False DoNotAllow 895570102 Microsoft Corporation Tax Engine Application Suit... ApplicationSuite False DoNotAllow 8957001 Microsoft Corporation .NOTES Tags: PackagesLocalDirectory, Servicing, Model, Models, Module, Modules Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Get-D365Model { [CmdletBinding()] param ( [string] $Name = "*", [Parameter(ValueFromPipelineByPropertyName = $true)] [Alias("ModuleName")] [string] $Module = "*", [switch] $CustomizableOnly, [switch] $ExcludeMicrosoftModels, [switch] $ExcludeBinaryModels, [string] $BinDir = "$Script:BinDir\bin", [string] $PackageDirectory = $Script:PackageDirectory ) begin { [System.Collections.ArrayList] $Files2Process = New-Object -TypeName "System.Collections.ArrayList" $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Management.Delta.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Management.Diff.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Management.Merge.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Management.Core.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Core.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Storage.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.ApplicationPlatform.XppServices.Instrumentation.dll")) Import-AssemblyFileIntoMemory -Path $($Files2Process.ToArray()) Write-PSFMessage -Level Verbose -Message "Intializing RuntimeProvider." $runtimeProviderConfiguration = New-Object Microsoft.Dynamics.AX.Metadata.Storage.Runtime.RuntimeProviderConfiguration -ArgumentList $Script:PackageDirectory $metadataProviderFactoryViaRuntime = New-Object Microsoft.Dynamics.AX.Metadata.Storage.MetadataProviderFactory $metadataProviderViaRuntime = $metadataProviderFactoryViaRuntime.CreateRuntimeProvider($runtimeProviderConfiguration) Write-PSFMessage -Level Verbose -Message "MetadataProvider initialized." -Target $metadataProviderViaRuntime $models = $metadataProviderViaRuntime.ModelManifest.ListModelInfos() $models | ForEach-Object { $_ | Add-Member -MemberType NoteProperty -Name 'IsBinary' -Value $false } Write-PSFMessage -Level Verbose -Message "Testing if the cmdlet is running on a OneBox or not." -Target $Script:IsOnebox if ($Script:IsOnebox) { Write-PSFMessage -Level Verbose -Message "Machine is onebox. Initializing DiskProvider too." $diskProviderConfiguration = New-Object Microsoft.Dynamics.AX.Metadata.Storage.DiskProvider.DiskProviderConfiguration $diskProviderConfiguration.AddMetadataPath($PackageDirectory) $metadataProviderFactoryViaDisk = New-Object Microsoft.Dynamics.AX.Metadata.Storage.MetadataProviderFactory $metadataProviderViaDisk = $metadataProviderFactoryViaDisk.CreateDiskProvider($diskProviderConfiguration) Write-PSFMessage -Level Verbose -Message "MetadataProvider initialized." -Target $metadataProviderViaDisk $diskModels = $metadataProviderViaDisk.ModelManifest.ListModelInfos() foreach($model in $models) { if ($diskModels.Name -NotContains $model.Name) { $model.IsBinary = $true } } } if ($CustomizableOnly) { $models = $models | Where-Object Customization -eq "Allow" } if($ExcludeBinaryModels -eq $true){ $models = $models | Where-Object IsBinary -eq $false } } process { if (Test-PSFFunctionInterrupt) { return } $modelsLocal = $models $modelsLocal = $modelsLocal | Where-Object Module -like $Module Write-PSFMessage -Level Verbose -Message "Looping through all models." foreach ($obj in $($modelsLocal | Sort-Object Name, Module)) { Write-PSFMessage -Level Verbose -Message "Filtering out all models that doesn't match the model search." -Target $obj if ($obj.Name -NotLike $Name) { continue } if ($ExcludeMicrosoftModels -and $obj.Publisher -like "Microsoft*") { continue } $obj | Select-PSFObject "Name as ModelName", * -ExcludeProperty Name -TypeName "D365FO.TOOLS.ModelInfo" } } } <# .SYNOPSIS Get installed package / module from Dynamics 365 Finance & Operations environment .DESCRIPTION Get installed package / module from the machine running the AOS service for Dynamics 365 Finance & Operations .PARAMETER Name Name of the package / module that you are looking for Accepts wildcards for searching. E.g. -Name "Application*Adaptor" Default value is "*" which will search for all packages / modules .PARAMETER ExcludeBinaryModules Instruct the cmdlet to exclude binary modules from the output .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin Default value is fetched from the current configuration on the machine .PARAMETER PackageDirectory Path to the directory containing the installed package / module Normally it is located under the AOSService directory in "PackagesLocalDirectory" Default value is fetched from the current configuration on the machine .EXAMPLE PS C:\> Get-D365Module Shows the entire list of installed packages / modules located in the default location on the machine. A result set example: ModuleName IsBinary Version References ---------- -------- ------- ---------- AccountsPayableMobile False 10.0.9107.14827 {ApplicationFoundation, ApplicationPlatform, Appli... ApplicationCommon False 10.0.8008.26462 {ApplicationFoundation, ApplicationPlatform} ApplicationFoundation False 7.0.5493.35504 {ApplicationPlatform} ApplicationFoundationFormAdaptor False 7.0.4841.35227 {ApplicationPlatform, ApplicationFoundation, TestE... Custom True 10.0.0.0 {ApplicationPlatform} .EXAMPLE PS C:\> Get-D365Module -ExcludeBinaryModules Outputs the all packages / modules that are NOT binary. Will only include modules that is IsBinary = "False". A result set example: ModuleName IsBinary Version References ---------- -------- ------- ---------- AccountsPayableMobile False 10.0.9107.14827 {ApplicationFoundation, ApplicationPlatform, Appli... ApplicationCommon False 10.0.8008.26462 {ApplicationFoundation, ApplicationPlatform} ApplicationFoundation False 7.0.5493.35504 {ApplicationPlatform} ApplicationFoundationFormAdaptor False 7.0.4841.35227 {ApplicationPlatform, ApplicationFoundation, TestE... .EXAMPLE PS C:\> Get-D365Module -Name "Application*Adaptor" Shows the list of installed packages / modules where the name fits the search "Application*Adaptor". A result set example: ModuleName IsBinary Version References ---------- -------- ------- ---------- ApplicationFoundationFormAdaptor False 7.0.4841.35227 {ApplicationPlatform, ApplicationFoundation, TestE... ApplicationPlatformFormAdaptor False 7.0.4841.35227 {ApplicationPlatform, TestEssentials} ApplicationSuiteFormAdaptor False 10.0.9107.14827 {ApplicationFoundation, ApplicationPlatform, Appli... ApplicationWorkspacesFormAdaptor False 10.0.9107.14827 {ApplicationFoundation, ApplicationPlatform, Appli... .NOTES Tags: PackagesLocalDirectory, Servicing, Model, Models, Package, Packages Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Get-D365Module { [CmdletBinding()] param ( [string] $Name = "*", [switch] $ExcludeBinaryModules, [string] $BinDir = "$Script:BinDir\bin", [string] $PackageDirectory = $Script:PackageDirectory ) begin { [System.Collections.ArrayList] $Files2Process = New-Object -TypeName "System.Collections.ArrayList" $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Management.Delta.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Management.Diff.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Management.Merge.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Management.Core.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Core.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.AX.Metadata.Storage.dll")) $null = $Files2Process.Add((Join-Path $BinDir "Microsoft.Dynamics.ApplicationPlatform.XppServices.Instrumentation.dll")) Import-AssemblyFileIntoMemory -Path $($Files2Process.ToArray()) } process { if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "Intializing RuntimeProvider." $runtimeProviderConfiguration = New-Object Microsoft.Dynamics.AX.Metadata.Storage.Runtime.RuntimeProviderConfiguration -ArgumentList $Script:PackageDirectory $metadataProviderFactoryViaRuntime = New-Object Microsoft.Dynamics.AX.Metadata.Storage.MetadataProviderFactory $metadataProviderViaRuntime = $metadataProviderFactoryViaRuntime.CreateRuntimeProvider($runtimeProviderConfiguration) Write-PSFMessage -Level Verbose -Message "MetadataProvider initialized." -Target $metadataProviderViaRuntime $modules = $metadataProviderViaRuntime.ModelManifest.ListModules() $modules | ForEach-Object { $_ | Add-Member -MemberType NoteProperty -Name 'IsBinary' -Value $false } Write-PSFMessage -Level Verbose -Message "Testing if the cmdlet is running on a OneBox or not." -Target $Script:IsOnebox if ($Script:IsOnebox) { Write-PSFMessage -Level Verbose -Message "Machine is onebox. Initializing DiskProvider too." $diskProviderConfiguration = New-Object Microsoft.Dynamics.AX.Metadata.Storage.DiskProvider.DiskProviderConfiguration $diskProviderConfiguration.AddMetadataPath($PackageDirectory) $metadataProviderFactoryViaDisk = New-Object Microsoft.Dynamics.AX.Metadata.Storage.MetadataProviderFactory $metadataProviderViaDisk = $metadataProviderFactoryViaDisk.CreateDiskProvider($diskProviderConfiguration) Write-PSFMessage -Level Verbose -Message "MetadataProvider initialized." -Target $metadataProviderViaDisk $diskModules = $metadataProviderViaDisk.ModelManifest.ListModules() foreach($module in $modules) { if ($diskModules.Name -NotContains $module.Name) { $module.IsBinary = $true } } } if($ExcludeBinaryModules -eq $true){ $modules = $modules | Where-Object IsBinary -eq $false } Write-PSFMessage -Level Verbose -Message "Looping through all modules." foreach ($obj in $($modules | Sort-Object Name)) { Write-PSFMessage -Level Verbose -Message "Filtering out all modules that doesn't match the model search." -Target $obj if ($obj.Name -NotLike $Name) { continue } $res = [Ordered]@{ Module = $obj.Name ModuleName = $obj.Name IsBinary = $obj.IsBinary PSTypeName = 'D365FO.TOOLS.ModuleInfo' } $modulepath = Join-Path (Join-Path $PackageDirectory $obj.Name) "bin" if (Test-Path -Path $modulepath -PathType Container) { $fileversion = Get-FileVersion -Path (Get-ChildItem $modulepath -Filter "Dynamics.AX.$($obj.Name).dll").FullName $version = $fileversion.FileVersion $versionUpdated = $fileversion.FileVersionUpdated } else { $version = "" $versionUpdated = "" } $res.Version = $version $res.VersionUpdated = $versionUpdated $res.References = $obj.References [PSCustomObject]$res } } } <# .SYNOPSIS Gets the registered offline administrator e-mail configured .DESCRIPTION Get the registered offline administrator from the "DynamicsDevConfig.xml" file located in the default Package Directory .EXAMPLE PS C:\> Get-D365OfflineAuthenticationAdminEmail Will read the DynamicsDevConfig.xml and display the registered Offline Administrator E-mail address. .NOTES Tags: Development, Email, DynamicsDevConfig, Offline, Authentication This cmdlet is inspired by the work of "Sheikh Sohail Hussain" (twitter: @SSohailHussain) His blog can be found here: http://d365technext.blogspot.com The specific blog post that we based this cmdlet on can be found here: http://d365technext.blogspot.com/2018/07/offline-authentication-admin-email.html #> function Get-D365OfflineAuthenticationAdminEmail { [CmdletBinding()] param () $filePath = Join-Path (Join-Path $Script:PackageDirectory "bin") "DynamicsDevConfig.xml" if(-not (Test-PathExists -Path $filePath -Type Leaf)) {return} $namespace = @{ns="http://schemas.microsoft.com/dynamics/2012/03/development/configuration"} $OfflineAuthAdminEmail = Select-Xml -XPath "/ns:DynamicsDevConfig/ns:OfflineAuthenticationAdminEmail" -Path $filePath -Namespace $namespace $AdminEmail = $OfflineAuthAdminEmail.Node.InnerText [PSCustomObject] @{Email = $AdminEmail} } <# .SYNOPSIS Get the details from an axscdppkg file .DESCRIPTION Get the details from an axscdppkg file by extracting it like a zip file. Capable of extracting the manifest details from the inner packages as well .PARAMETER Path Path to the axscdppkg file you want to analyze .PARAMETER ExtractionPath Path where you want the cmdlet to work with extraction of all the files Default value is: C:\Users\Username\AppData\Local\Temp .PARAMETER KB KB number of the hotfix that you are looking for Accepts wildcards for searching. E.g. -KB "4045*" Default value is "*" which will search for all KB's .PARAMETER Hotfix Package Id / Hotfix number the hotfix that you are looking for Accepts wildcards for searching. E.g. -Hotfix "7045*" Default value is "*" which will search for all hotfixes .PARAMETER Traverse Switch to instruct the cmdlet to traverse the inner packages and extract their details .PARAMETER KeepFiles Switch to instruct the cmdlet to keep the files for further manual analyze .PARAMETER IncludeRawManifest Switch to instruct the cmdlet to include the raw content of the manifest file Only works with the -Traverse option .EXAMPLE PS C:\> Get-D365PackageBundleDetail -Path "c:\temp\HotfixPackageBundle.axscdppkg" -Traverse This will extract all the content from the "HotfixPackageBundle.axscdppkg" file and extract all inner packages. For each inner package it will find the manifest file and fetch the KB numbers. The raw manifest file content is included to be analyzed. .EXAMPLE PS C:\> Get-D365PackageBundleDetail -Path "c:\temp\HotfixPackageBundle.axscdppkg" -ExtractionPath C:\Temp\20180905 -Traverse -KeepFiles This will extract all the content from the "HotfixPackageBundle.axscdppkg" file and extract all inner packages. It will extract the content into C:\Temp\20180905 and keep the files after completion. .EXAMPLE PS C:\> Get-D365PackageBundleDetail -Path C:\temp\HotfixPackageBundle.axscdppkg -Traverse -IncludeRawManifest This is an advanced scenario. This will traverse the "HotfixPackageBundle.axscdppkg" file and will include the raw manifest file details in the output. .EXAMPLE PS C:\> Get-D365PackageBundleDetail -Path C:\temp\HotfixPackageBundle.axscdppkg -Traverse -IncludeRawManifest | ForEach-Object {$_.RawManifest | Out-File "C:\temp\$($_.PackageId).txt"} This is an advanced scenario. This will traverse the "HotfixPackageBundle.axscdppkg" file and save the manifest files into c:\temp. Everything else is omitted and cleaned up. .NOTES Tags: Hotfix, KB, Manifest, HotfixPackageBundle, axscdppkg, Package, Bundle, Deployable Author: M�tz Jensen (@Splaxi) #> function Get-D365PackageBundleDetail { [CmdletBinding()] param ( [Parameter(Mandatory = $True)] [Alias('File')] [string] $Path, [string] $ExtractionPath = ([System.IO.Path]::GetTempPath()), [string] $KB = "*", [string] $Hotfix = "*", [switch] $Traverse, [switch] $KeepFiles, [switch] $IncludeRawManifest ) begin { Invoke-TimeSignal -Start if (!(Test-Path -Path $Path -PathType Leaf)) { Write-PSFMessage -Level Host -Message "The <c='em'>$Path</c> file wasn't found. Please ensure the file <c='em'>exists </c> and you have enough <c='em'>permission/c> to access the file." Stop-PSFFunction -Message "Stopping because a file is missing." return } Unblock-File -Path $Path if(!(Test-Path -Path $ExtractionPath)) { Write-PSFMessage -Level Verbose -Message "The extract path didn't exists. Creating it." -Target $ExtractionPath $null = New-Item -Path $ExtractionPath -Force -ItemType Directory } if ($Path -notlike "*.zip") { $tempPathZip = Join-Path $ExtractionPath "$($(New-Guid).ToString()).zip" Write-PSFMessage -Level Verbose -Message "The file isn't a zip file. Copying the file to $tempPathZip" -Target $tempPathZip Copy-Item -Path $Path -Destination $tempPathZip -Force $Path = $tempPathZip } $packageTemp = Join-Path $ExtractionPath ((Get-Random -Maximum 99999).ToString()) $oldprogressPreference = $global:progressPreference $global:progressPreference = 'silentlyContinue' } process { if (Test-PSFFunctionInterrupt) {return} Write-PSFMessage -Level Verbose -Message "Extracting the zip file to $packageTemp" -Target $packageTemp Expand-Archive -Path $Path -DestinationPath $packageTemp if ($Traverse) { $files = Get-ChildItem -Path $packageTemp -Filter "*.axscdp" foreach ($item in $files) { $filename = [System.IO.Path]::GetFileNameWithoutExtension($item.Name) $tempFile = Join-Path $packageTemp "$filename.zip" Write-PSFMessage -Level Verbose -Message "Coping $($item.FullName) to $tempFile" -Target $tempFile Copy-Item -Path $item.FullName -Destination $tempFile $tempDir = (Join-Path $packageTemp ($filename.Replace("DynamicsAX_", ""))) $null = New-Item -Path $tempDir -ItemType Directory -Force Write-PSFMessage -Level Verbose -Message "Extracting the zip file $tempFile to $tempDir" -Target $tempDir Expand-Archive -Path $tempFile -DestinationPath $tempDir } $manifestFiles = Get-ChildItem -Path $packageTemp -Recurse -Filter "PackageManifest.xml" $namespace = @{ns = "http://schemas.datacontract.org/2004/07/Microsoft.Dynamics.AX.Servicing.SCDP.Packaging"; nsKB = "http://schemas.microsoft.com/2003/10/Serialization/Arrays"} Write-PSFMessage -Level Verbose -Message "Getting all the information from the manifest file" foreach ($item in $manifestFiles) { $raw = (Get-Content -Path $item.FullName) -join [Environment]::NewLine $xmlDoc = [xml]$raw $kbs = Select-Xml -Xml $xmlDoc -XPath "//ns:UpdatePackageManifest/ns:KBNumbers/nsKB:string" -Namespace $namespace $packageId = Select-Xml -Xml $xmlDoc -XPath "//ns:UpdatePackageManifest/ns:PackageId/ns:PackageId" -Namespace $namespace $strPackage = $packageId.Node.InnerText $arrKbs = $kbs.node.InnerText if($packageId.Node.InnerText -notlike $Hotfix) {continue} if(@($arrKbs) -notlike $KB) {continue} #* Search across an array with like $Obj = [PSCustomObject]@{Hotfix = $strPackage KBs = ($arrKbs -Join ";")} if($IncludeRawManifest) {$Obj.RawManifest = $raw} $Obj | Select-PSFObject -TypeName "D365FO.TOOLS.PackageBundleManifestDetail" } } else { Get-ChildItem -Path $packageTemp -Filter "*.*" | Select-PSFObject -TypeName "D365FO.TOOLS.PackageBundleDetail" "BaseName as Name" } } end { if(!$Keepfiles) { Remove-Item -Path $packageTemp -Recurse -Force -ErrorAction SilentlyContinue if(![system.string]::IsNullOrEmpty($tempPathZip)) { Remove-Item -Path $tempPathZip -Recurse -Force -ErrorAction SilentlyContinue } } $global:progressPreference = $oldprogressPreference Invoke-TimeSignal -End } } <# .SYNOPSIS Get label file from a package .DESCRIPTION Get label file (resource file) from the package directory .PARAMETER PackageDirectory Path to the package that you want to get a label file from .PARAMETER Name Name of the label file you are looking for Accepts wildcards for searching. E.g. -Name "Fixed*Accounting" Default value is "*" which will search for all label files .PARAMETER Language The language of the label file you are looking for Accepts wildcards for searching. E.g. -Language "en*" Default value is "en-US" which will search for en-US language files .EXAMPLE PS C:\> Get-D365PackageLabelFile -PackageDirectory "C:\AOSService\PackagesLocalDirectory\ApplicationSuite" Shows all the label files for ApplicationSuite package .EXAMPLE PS C:\> Get-D365PackageLabelFile -PackageDirectory "C:\AOSService\PackagesLocalDirectory\ApplicationSuite" -Name "Fixed*Accounting" Shows the label files for ApplicationSuite package where the name fits the search "Fixed*Accounting" .EXAMPLE PS C:\> Get-D365InstalledPackage -Name "ApplicationSuite" | Get-D365PackageLabelFile Shows all label files (en-US) for the ApplicationSuite package .NOTES Tags: PackagesLocalDirectory, Label, Labels, Language, Development, Servicing, Module, Package, Packages Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Get-D365PackageLabelFileOld { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 1 )] [Parameter(Mandatory = $true, ParameterSetName = 'Specific', Position = 1 )] [Alias('Path')] [string] $PackageDirectory, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 2 )] [string] $Name = "*", [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 3 )] [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 3 )] [string] $Language = "en-US" ) BEGIN {} PROCESS { $Path = $PackageDirectory if (Test-Path "$Path\Resources\$Language") { $files = Get-ChildItem -Path ("$Path\Resources\$Language\*.resources.dll") foreach ($obj in $files) { if ($obj.Name.Replace(".resources.dll", "") -NotLike $Name) { continue } [PSCustomObject]@{ LabelName = ($obj.Name).Replace(".resources.dll", "") LanguageName = (Get-Command $obj.FullName).FileVersionInfo.Language Language = $obj.directory.basename FilePath = $obj.FullName } } } else { Write-PSFMessage -Level Verbose -Message "Skipping `"$("$Path\Resources\$Language")`" because it doesn't exist." } } END {} } <# .SYNOPSIS Returns information about D365FO .DESCRIPTION Gets detailed information about application and platform .EXAMPLE PS C:\> Get-D365ProductInformation This will get product, platform and application version details for the environment .NOTES Tags: Build, Version, Reference, ProductVersion, ProductDetails, Product Author: Rasmus Andersen (@ITRasmus) The cmdlet wraps the call against a dll file that is shipped with Dynamics 365 for Finance & Operations. The call to the dll file gets all relevant product details for the environment. #> function Get-D365ProductInformation { [CmdletBinding()] param () return Get-ProductInfoProvider } <# .SYNOPSIS Get the thumbprint from the RSAT certificate .DESCRIPTION Locate the thumbprint for the certificate created during the RSAT installation .EXAMPLE PS C:\> Get-D365RsatCertificateThumbprint This will locate any certificates that has 127.0.0.1 in its name. It will show the subject and the thumbprint values. .NOTES Tags: RSAT, Certificate, Testing, Regression Suite Automation Test, Regression, Test, Automation. Author: M�tz Jensen (@Splaxi) #> function Get-D365RsatCertificateThumbprint { [CmdletBinding()] [OutputType()] param ( ) Get-ChildItem -Path Cert:\LocalMachine\My | Where-Object Subject -like "*127.0.0.1*" | Format-Table Thumbprint, Subject, FriendlyName, NotAfter } <# .SYNOPSIS Get the RSAT playback files .DESCRIPTION Get all the RSAT playback files from the last executions .PARAMETER Path The path where the RSAT tool will be writing the files The default path is: "C:\Users\USERNAME\AppData\Roaming\regressionTool\playback" .PARAMETER Name Name of Test Case that you are looking for Default value is "*" which will search for all Test Cases and their corresponding files .PARAMETER ExecutionUsername Name of the user account has been running the RSAT tests on a machine that isn't the same as the current user Will enable you to log on to RSAT server that is running the tests from a console, automated, and is other account than the current user .EXAMPLE PS C:\> Get-D365RsatPlaybackFile This will get all the RSAT playback files. It will search for the files in the current user AppData system folder. .EXAMPLE PS C:\> Get-D365RsatPlaybackFile -Name *4080* This will get all the RSAT playback files which has "4080" as part of its name. It will search for the files in the current user AppData system folder. .EXAMPLE PS C:\> Get-D365RsatPlaybackFile -ExecutionUsername RSAT-ServiceAccount This will get all the RSAT playback files that were executed by the RSAT-ServiceAccount user. It will search for the files in the RSAT-ServiceAccount user AppData system folder. .NOTES Tags: RSAT, Testing, Regression Suite Automation Test, Regression, Test, Automation, Playback Author: M�tz Jensen (@Splaxi) #> function Get-D365RsatPlaybackFile { [CmdletBinding(DefaultParameterSetName = 'Default')] [OutputType()] param ( [Parameter(Mandatory = $false, ParameterSetName = "Default")] [string] $Path = $Script:RsatplaybackPath, [Parameter(Mandatory = $false)] [string] $Name = "*", [Parameter(Mandatory = $false, ParameterSetName = "ExecutionUser")] [string] $ExecutionUsername ) if ($PSCmdlet.ParameterSetName -eq "ExecutionUser") { $Path = $Path.Replace("$($env:UserName)", $ExecutionUsername) if (-not (Test-PathExists -Path $Path -Type Container)) { return } } Get-ChildItem -Path $Path -Recurse | Where-Object { $_.Name -like $Name } | Select-PSFObject "LastWriteTime as LastRuntime", "Name as Filename", "Fullname as File" } <# .SYNOPSIS Get the SOAP hostname for the D365FO environment .DESCRIPTION Get the SOAP hostname from the IIS configuration, to be used during the Rsat configuration .EXAMPLE PS C:\> Get-D365RsatSoapHostname This will get the SOAP hostname from IIS. It will display the SOAP URL / URI correctly formatted, to be used during the configuration of Rsat. .NOTES Tags: RSAT, Testing, Regression Suite Automation Test, Regression, Test, Automation, SOAP Author: M�tz Jensen (@Splaxi) #> function Get-D365RsatSoapHostname { [CmdletBinding()] [OutputType()] param () [PSCustomObject]@{ SoapHostname = (Get-WebBinding | Where-Object bindingInformation -like *soap*).bindingInformation.Replace("*:443:", "") } } <# .SYNOPSIS Get a Dynamics 365 Runbook .DESCRIPTION Get the full path and filename of a Dynamics 365 Runbook .PARAMETER Path Path to the folder containing the runbook files The default path is "InstallationRecord" which is normally located on the "C:\DynamicsAX\InstallationRecords" .PARAMETER Name Name of the runbook file that you are looking for The parameter accepts wildcards. E.g. -Name *hotfix-20181024* .PARAMETER Latest Instruct the cmdlet to only get the latest runbook file, based on the last written attribute .EXAMPLE PS C:\> Get-D365Runbook This will list all runbooks that are available in the default location. .EXAMPLE PS C:\> Get-D365Runbook -Latest This will get the latest runbook file from the default InstallationRecords directory on the machine. .EXAMPLE PS C:\> Get-D365Runbook -Latest | Invoke-D365RunbookAnalyzer This will find the latest runbook file and have it analyzed by the Invoke-D365RunbookAnalyzer cmdlet to output any error details. .EXAMPLE PS C:\> Get-D365Runbook -Latest | Invoke-D365RunbookAnalyzer | Out-File "C:\Temp\d365fo.tools\runbook-analyze-results.xml" This will find the latest runbook file and have it analyzed by the Invoke-D365RunbookAnalyzer cmdlet to output any error details. The output will be saved into the "C:\Temp\d365fo.tools\runbook-analyze-results.xml" file. .EXAMPLE PS C:\> Get-D365Runbook | Backup-D365Runbook This will save a copy of all runbooks from the default location and save them to "c:\temp\d365fo.tools\runbookbackups" .EXAMPLE PS C:\> notepad.exe (Get-D365Runbook -Latest).File This will find the latest runbook file and open it with notepad. .NOTES Tags: Runbook, Servicing, Hotfix, DeployablePackage, Deployable Package, InstallationRecordsDirectory, Installation Records Directory Author: M�tz Jensen (@Splaxi) #> function Get-D365Runbook { [CmdletBinding()] param ( [Parameter(ValueFromPipelineByPropertyName = $true, ValueFromPipeline = $true)] [string] $Path = (Join-Path $Script:InstallationRecordsDir "Runbooks"), [string] $Name = "*", [switch] $Latest ) begin { if (-not (Test-PathExists -Path $Path -Type Container -WarningAction $WarningPreference -ErrorAction $ErrorActionPreference)) { return } } process { if (Test-PSFFunctionInterrupt) { return } $files = Get-ChildItem -Path "$Path\*.xml" | Sort-Object -Descending { $_.LastWriteTime } if ($Latest) { $obj = $files | Select-Object -First 1 $obj | Select-PSFObject "Name as Filename", "LastWriteTime as LastModified", "Fullname as File" } else { foreach ($obj in $files) { if ($obj.Name -NotLike $Name) { continue } $obj | Select-PSFObject "Name as Filename", "LastWriteTime as LastModified", "Fullname as File" } } } } <# .SYNOPSIS Get runbook id .DESCRIPTION Get the runbook id from inside a runbook file .PARAMETER Path Path to the runbook file that you want to analyse Accepts value from pipeline, also by property .EXAMPLE PS C:\> Get-D365RunbookId -Path "C:\DynamicsAX\InstallationRecords\Runbooks\Runbook.xml" This will inspect the Runbook.xml file and output the runbookid from inside the XML document. .EXAMPLE PS C:\> Get-D365Runbook | Get-D365RunbookId This will find all runbook file(s) and have them analyzed by the Get-D365RunbookId cmdlet to output the runbookid(s). .EXAMPLE PS C:\> Get-D365Runbook -Latest | Get-D365RunbookId This will find the latest runbook file and have it analyzed by the Get-D365RunbookId cmdlet to output the runbookid. .NOTES Tags: Runbook, Analyze, RunbookId, Runbooks Author: M�tz Jensen (@Splaxi) #> function Get-D365RunbookId { [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true, ValueFromPipeline = $true)] [Alias('File')] [string] $Path ) process { if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } [xml]$xmlRunbook = Get-Content $Path [PSCustomObject]@{ RunbookId = $xmlRunbook.SelectSingleNode("/RunbookData/RunbookID")."#text" } } } <# .SYNOPSIS Get the cleanup retention period .DESCRIPTION Gets the configured retention period before updates are deleted .EXAMPLE PS C:\> Get-D365SDPCleanUp This will get the configured retention period from the registry .NOTES Tags: CleanUp, Retention, Servicing, Cut Off, DeployablePackage, Deployable Package Author: M�tz Jensen (@Splaxi) This cmdlet is based on the findings from Alex Kwitny (@AlexOnDAX) See his blog for more info: http://www.alexondax.com/2018/04/msdyn365fo-how-to-adjust-your.html #> function Get-D365SDPCleanUp { [CmdletBinding()] param ( ) $RegSplat = @{ Path = "HKLM:\SOFTWARE\Microsoft\Dynamics\Deployment\" Name = "CutoffDaysForCleanup" } [PSCustomObject] @{ CutoffDaysForCleanup = $( if (Test-RegistryValue @RegSplat) {Get-ItemPropertyValue @RegSplat} else {""} ) } } <# .SYNOPSIS Get the SQL Server options from the bacpac model.xml file .DESCRIPTION Extract the SQL Server options that are listed inside the model.xml file originating from a bacpac file .PARAMETER Path Path to the extracted model.xml file that you want to work against .EXAMPLE PS C:\> Get-D365SqlOptionsFromBacpacModelFile -Path "C:\Temp\model.xml" This will display all the SQL Server options configured in the bacpac file. .EXAMPLE PS C:\> Export-d365ModelFileFromBacpac -Path "C:\Temp\AxDB.bacpac" -OutputPath "C:\Temp\model.xml" | Get-D365SqlOptionsFromBacpacModelFile This will display all the SQL Server options configured in the bacpac file. First it will export the model.xml from the "C:\Temp\AxDB.bacpac" file, using the Export-d365ModelFileFromBacpac function. The output from Export-d365ModelFileFromBacpac will be piped into the Get-D365SqlOptionsFromBacpacModelFile function. .NOTES Tags: Bacpac, Servicing, Data, SqlPackage, Sql Server Options, Collation Author: M�tz Jensen (@Splaxi) #> function Get-D365SqlOptionsFromBacpacModelFile { [CmdletBinding(DefaultParameterSetName = 'ImportTier1')] param ( [Parameter(ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true)] [Alias('ModelFile')] [Alias('File')] [string] $Path ) process { Invoke-TimeSignal -Start if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } $reader = [System.Xml.XmlReader]::Create($Path) $break = $false while ($reader.read() -and -not ($break)) { switch ($reader.NodeType) { ([System.Xml.XmlNodeType]::Element) { if ($reader.Name -eq "Element") { if ($reader.GetAttribute("Type") -eq "SqlDatabaseOptions") { if ($reader.ReadToDescendant("Property")) { do { [PSCustomObject]@{OptionName = $reader.GetAttribute("Name") OptionValue = $reader.GetAttribute("Value") } } while ($reader.ReadToNextSibling("Property")) } $break = $true break } } break } } } Invoke-TimeSignal -End } } <# .SYNOPSIS Get a table .DESCRIPTION Get a table either by TableName (wildcard search allowed) or by TableId .PARAMETER Name Name of the table that you are looking for Accepts wildcards for searching. E.g. -Name "Cust*" Default value is "*" which will search for all tables .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER Id The specific id for the table you are looking for .EXAMPLE PS C:\> Get-D365Table -Name CustTable Will get the details for the CustTable .EXAMPLE PS C:\> Get-D365Table -Id 10347 Will get the details for the table with the id 10347. .NOTES Tags: Table, Tables, AOT, TableId, Development Author: M�tz Jensen (@splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Get-D365Table { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string[]] $Name = "*", [Parameter(Mandatory = $true, ParameterSetName = 'TableId', Position = 1 )] [int] $Id, [Parameter(Mandatory = $false, Position = 2 )] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 3 )] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 4 )] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 5 )] [string] $SqlPwd = $Script:DatabaseUserPassword ) BEGIN {} PROCESS { $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $sqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-tables.sql") -join [Environment]::NewLine $dataTable = New-Object system.Data.DataSet $dataAdapter = New-Object system.Data.SqlClient.SqlDataAdapter($sqlCommand) $dataAdapter.fill($dataTable) | Out-Null foreach ($localName in $Name) { if ($PSCmdlet.ParameterSetName -eq "Default") { foreach ($obj in $dataTable.Tables.Rows) { if ($obj.AotName -NotLike $localName) { continue } [PSCustomObject]@{ TableId = $obj.TableId TableName = $obj.AotName SqlName = $obj.SqlName } } } else { $obj = $dataTable.Tables.Rows | Where-Object TableId -eq $Id | Select-Object -First 1 [PSCustomObject]@{ TableId = $obj.TableId TableName = $obj.AotName SqlName = $obj.SqlName } } } } END {} } <# .SYNOPSIS Get a field from table .DESCRIPTION Get a field either by FieldName (wildcard search allowed) or by FieldId .PARAMETER TableId The id of the table that the field belongs to .PARAMETER Name Name of the field that you are looking for Accepts wildcards for searching. E.g. -Name "Account*" Default value is "*" which will search for all fields .PARAMETER FieldId Id of the field that you are looking for Type is integer .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER TableName Name of the table that the field belongs to Search will only return the first hit (unordered) and work against that hit .PARAMETER IncludeTableDetails Switch options to enable the result set to include extended details .PARAMETER SearchAcrossTables Switch options to force the cmdlet to search across all tables when looking for the field .EXAMPLE PS C:\> Get-D365TableField -TableId 10347 Will get all field details for the table with id 10347. .EXAMPLE PS C:\> Get-D365TableField -TableName CustTable Will get all field details for the CustTable table. .EXAMPLE PS C:\> Get-D365TableField -TableId 10347 -FieldId 175 Will get the details for the field with id 175 that belongs to the table with id 10347. .EXAMPLE PS C:\> Get-D365TableField -TableId 10347 -Name "VATNUM" Will get the details for the "VATNUM" that belongs to the table with id 10347. .EXAMPLE PS C:\> Get-D365TableField -TableId 10347 -Name "VAT*" Will get the details for all fields that fits the search "VAT*" that belongs to the table with id 10347. .EXAMPLE PS C:\> Get-D365TableField -Name AccountNum -SearchAcrossTables Will search for the AccountNum field across all tables. .EXAMPLE PS C:\> Get-D365TableField -TableName CustTable -IncludeTableDetails Will get all field details for the CustTable table. Will include table details in the output. .NOTES Tags: Table, Tables, Fields, TableField, Table Field, TableName, TableId Author: M�tz Jensen (@splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Get-D365TableField { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 1 )] [int] $TableId, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [Parameter(Mandatory = $false, ParameterSetName = 'TableName', Position = 2 )] [Parameter(Mandatory = $false, ParameterSetName = 'SearchByNameForce', Position = 1 )] [string] $Name = "*", [Parameter(Mandatory = $false, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 3 )] [Parameter(Mandatory = $false, ParameterSetName = 'TableName', ValueFromPipelineByPropertyName = $true, Position = 3 )] [int] $FieldId, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 4 )] [Parameter(Mandatory = $false, ParameterSetName = 'TableName', Position = 4 )] [Parameter(Mandatory = $false, ParameterSetName = 'SearchByNameForce', Position = 3 )] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 5 )] [Parameter(Mandatory = $false, ParameterSetName = 'TableName', Position = 5 )] [Parameter(Mandatory = $false, ParameterSetName = 'SearchByNameForce', Position = 4 )] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 6 )] [Parameter(Mandatory = $false, ParameterSetName = 'TableName', Position = 6 )] [Parameter(Mandatory = $false, ParameterSetName = 'SearchByNameForce', Position = 5 )] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 7 )] [Parameter(Mandatory = $false, ParameterSetName = 'TableName', Position = 7 )] [Parameter(Mandatory = $false, ParameterSetName = 'SearchByNameForce', Position = 6 )] [string] $SqlPwd = $Script:DatabaseUserPassword, [Parameter(Mandatory = $true, ParameterSetName = 'TableName', Position = 1 )] [string] $TableName, [Parameter(Mandatory = $false, ParameterSetName = 'Default')] [Parameter(Mandatory = $false, ParameterSetName = 'TableName')] [switch] $IncludeTableDetails, [Parameter(Mandatory = $true, ParameterSetName = 'SearchByNameForce', Position = 2 )] [switch] $SearchAcrossTables ) BEGIN { $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $sqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection } PROCESS { if ($PSCmdlet.ParameterSetName -eq "TableName") { $TableId = (Get-D365Table -Name $TableName | Select-Object -First 1).TableId } if ($SearchAcrossTables) { $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-alltablefields.sql") -join [Environment]::NewLine } else { $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-tablefields.sql") -join [Environment]::NewLine $null = $sqlCommand.Parameters.Add("@TableId", $TableId) } $dataTable = New-Object system.Data.DataSet $dataAdapter = New-Object system.Data.SqlClient.SqlDataAdapter($sqlCommand) $dataAdapter.fill($dataTable) | Out-Null foreach ($obj in $dataTable.Tables.Rows) { if ($obj.FieldId -eq 0) { $TableName = $obj.AotName continue } if ($PSBoundParameters.ContainsKey("FieldId")) { if ($obj.FieldId -NotLike $FieldId) { continue } } else { if ($obj.AotName -NotLike $Name) { continue } } $res = [PSCustomObject]@{ FieldId = $obj.FieldId FieldName = $obj.AotName SqlName = $obj.SqlName } if ($IncludeTableDetails) { $res | Add-Member -MemberType NoteProperty -Name 'TableId' -Value $obj.TableId $res | Add-Member -MemberType NoteProperty -Name 'TableName' -Value $TableName } if ($SearchAcrossTables) { $res | Add-Member -MemberType NoteProperty -Name 'TableId' -Value $obj.TableId } $res } } END {} } <# .SYNOPSIS Get the sequence object for table .DESCRIPTION Get the sequence details for tables .PARAMETER TableName Name of the table that you want to work against Accepts wildcards for searching. E.g. -TableName "Cust*" Default value is "*" which will search for all tables .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .EXAMPLE PS C:\> Get-D365TableSequence | Format-Table This will get all the sequence details for all tables inside the database. It will format the output as a table for better overview. .EXAMPLE PS C:\> Get-D365TableSequence -TableName "Custtable" | Format-Table This will get the sequence details for the CustTable in the database. It will format the output as a table for better overview. .EXAMPLE PS C:\> Get-D365TableSequence -TableName "Cust*" | Format-Table This will get the sequence details for all tables that matches the search "Cust*" in the database. It will format the output as a table for better overview. .EXAMPLE PS C:\> Get-D365Table -Name CustTable | Get-D365TableSequence | Format-Table This will get the table details from the Get-D365Table cmdlet and pipe that into Get-D365TableSequence. This will get the sequence details for the CustTable in the database. It will format the output as a table for better overview. .NOTES Tags: Table, RecId, Sequence, Record Id Author: M�tz Jensen (@Splaxi) #> function Get-D365TableSequence { [CmdletBinding()] param ( [Parameter(Mandatory = $false, ValueFromPipelineByPropertyName = $true, Position = 1 )] [Alias('Name')] [string] $TableName = "*", [Parameter(Mandatory = $false, Position = 2 )] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 3 )] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 4 )] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 5 )] [string] $SqlPwd = $Script:DatabaseUserPassword ) BEGIN {} PROCESS { $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-tablesequence.sql") -join [Environment]::NewLine $null = $sqlCommand.Parameters.AddWithValue('@TableName', $TableName.Replace("*", "%")) $datatable = New-Object system.Data.DataSet $dataadapter = New-Object system.Data.SqlClient.SqlDataAdapter($sqlcommand) $dataadapter.fill($datatable) | Out-Null foreach ($obj in $datatable.Tables.Rows) { $res = [PSCustomObject]@{ SequenceName = $obj.sequence_name TableName = $obj.table_name StartValue = $obj.start_value Increment = $obj.increment MinimumValue = $obj.minimum_value MaximumValue = $obj.maximum_value IsCached = $obj.is_cached CacheSize = $obj.cache_size CurrentValue = $obj.current_value } $res } } END {} } <# .SYNOPSIS Get table that is taking part of Change Tracking .DESCRIPTION Get table(s) that is taking part of the SQL Server Change Tracking mechanism .PARAMETER Name Name of the table that you are looking for Accepts wildcards for searching. E.g. -Name "Cust*" Default value is "*" which will search for all tables .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .EXAMPLE PS C:\> Get-D365TablesInChangedTracking This will list all tables that are taking part in the SQL Server Change Tracking. .EXAMPLE PS C:\> Get-D365TablesInChangedTracking -Name CustTable This will search for a table in the list of tables that are taking part in the SQL Server Change Tracking. It will use the CustTable as the search pattern while searching for the table. .NOTES Tags: Table, Change Tracking, Tablename, DMF, DIXF Author: M�tz Jensen (@splaxi) #> function Get-D365TablesInChangedTracking { [CmdletBinding()] param ( [string] $Name = "*", [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword ) PROCESS { $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $sqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $commandText = (Get-Content "$script:ModuleRoot\internal\sql\get-tablesinchangedtracking.sql") -join [Environment]::NewLine $commandText = $commandText.Replace('@DATABASENAME', $DatabaseName) $sqlCommand.CommandText = $commandText $dataTable = New-Object system.Data.DataSet $dataAdapter = New-Object system.Data.SqlClient.SqlDataAdapter($sqlCommand) $dataAdapter.fill($dataTable) | Out-Null foreach ($obj in $dataTable.Tables.Rows) { if ($obj.name -NotLike $Name) { continue } [PSCustomObject]@{ TableName = $obj.name } } } } <# .SYNOPSIS Get the TFS / VSTS registered URL / URI .DESCRIPTION Gets the URI from the configuration of the local tfs connection in visual studio .PARAMETER Path Path to the tf.exe file that the cmdlet will invoke .EXAMPLE PS C:\> Get-D365TfsUri This will invoke the default tf.exe client located in the Visual Studio 2015 directory and fetch the configured URI. .NOTES Tags: TFS, VSTS, URL, URI, Servicing, Development Author: M�tz Jensen (@Splaxi) #> function Get-D365TfsUri { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [string]$Path = $Script:TfDir ) $executable = Join-Path $Path "tf.exe" if (!(Test-PathExists -Path $executable -Type Leaf)) {return} Write-PSFMessage -Level Verbose -Message "Invoking tf.exe" #* Small hack to get the output from the execution into a variable. $res = & $executable "settings" "connections" 2>$null Write-PSFMessage -Level Verbose -Message "Result from tf.exe: $res" -Target $res if (![string]::IsNullOrEmpty($res)) { [PSCustomObject]@{ TfsUri = $res[2].Split(" ")[0] } } else { Write-PSFMessage -Level Host -Message "No TFS / VSTS connections found. It looks like you haven't configured the server connection and workspace yet." } } <# .SYNOPSIS Get the TFS / VSTS registered workspace path .DESCRIPTION Gets the workspace path from the configuration of the local tfs in visual studio .PARAMETER Path Path to the directory where the Team Foundation Client executable is located .PARAMETER TfsUri Uri to the TFS / VSTS that the workspace is connected to .EXAMPLE PS C:\> Get-D365TfsWorkspace -TfsUri https://PROJECT.visualstudio.com This will invoke the default tf.exe client located in the Visual Studio 2015 directory and fetch the configured URI. .NOTES Tags: TFS, VSTS, URL, URI, Servicing, Development Author: M�tz Jensen (@Splaxi) #> function Get-D365TfsWorkspace { [CmdletBinding()] param ( [string] $Path = $Script:TfDir, [Parameter(ValueFromPipelineByPropertyName = $true)] [string] $TfsUri = $Script:TfsUri ) process { $executable = Join-Path $Path "tf.exe" if (!(Test-PathExists -Path $executable -Type Leaf)) { return } if ([system.string]::IsNullOrEmpty($TfsUri)) { Write-PSFMessage -Level Host -Message "The supplied uri <c='em'>was empty</c>. Please update the active d365 environment configuration or simply supply the -TfsUri to the cmdlet." Stop-PSFFunction -Message "Stopping because TFS URI is missing." return } Write-PSFMessage -Level Verbose -Message "Invoking tf.exe" #* Small hack to get the output from the execution into a variable. $res = & $executable "vc" "workspaces" "/collection:$TfsUri" "/format:detailed" 2>$null if (![string]::IsNullOrEmpty($res)) { [PSCustomObject]@{ TfsWorkspacePath = ($res | select-string "meta").ToString().Trim().Split(" ")[1] } } else { Write-PSFMessage -Level Host -Message "No matching workspace configuration found for the specified URI. Either the URI is wrong or you haven't configured the server connection / workspace details correctly." } } } <# .SYNOPSIS Get a hashtable with all the stored parameters .DESCRIPTION Gets a hashtable with all the stored parameters to be used with Import-D365Bacpac or New-D365Bacpac for Tier 2 environments .PARAMETER OutputType Used to specify the desired object type of the output The default value is: HashTable Valid options are: HashTable PSCustomObject .EXAMPLE PS C:\> $params = Get-D365Tier2Params This will extract the stored parameters and create a hashtable object. The hashtable is assigned to the $params variable. .NOTES Author: M�tz Jensen (@Splaxi) #> function Get-D365Tier2Params { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $false, Position = 1)] [ValidateSet("HashTable", "PSCustomObject")] [string] $OutputType = "HashTable" ) $jsonString = Get-PSFConfigValue -FullName "d365fo.tools.tier2.bacpac.params" Write-PSFMessage -Level Verbose -Message "Retrieved json string" -Target $jsonString if($OutputType -eq "HashTable") { $jsonString | ConvertFrom-Json | ConvertTo-Hashtable } else { $jsonString | ConvertFrom-Json | ConvertTo-Hashtable | ConvertTo-PsCustomObject } } <# .SYNOPSIS Get the url for accessing the instance .DESCRIPTION Get the complete URL for accessing the Dynamics 365 Finance & Operations instance running on this machine .PARAMETER Force Switch to instruct the cmdlet to retrieve the name from the system files instead of the name stored in memory after loading this module. .EXAMPLE PS C:\> Get-D365Url This will get the correct URL to access the environment .NOTES Tags: URL, URI, Servicing Author: Rasmus Andersen (@ITRasmus) The cmdlet wraps the call against a dll file that is shipped with Dynamics 365 for Finance & Operations. The call to the dll file gets all registered URL for the environment. #> function Get-D365Url { [CmdletBinding()] param ( [switch] $Force ) if ($Force) { $Url = "https://$($(Get-D365EnvironmentSettings).Infrastructure.FullyQualifiedDomainName)" } else { $Url = $Script:Url } [PSCustomObject]@{ Url = $Url } } <# .SYNOPSIS Get users from the environment .DESCRIPTION Get all relevant user details from the Dynamics 365 for Finance & Operations .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER Email The search string to select which user(s) should be updated The parameter supports wildcards. E.g. -Email "*@contoso.com*" Default value is "*" to get all users .PARAMETER ExcludeSystemUsers Instructs the cmdlet to filter out all known system users .EXAMPLE PS C:\> Get-D365User This will get all users from the environment. .EXAMPLE PS C:\> Get-D365User -ExcludeSystemUsers This will get all users from the environment, but filter out all known system user accounts. .EXAMPLE PS C:\> Get-D365User -Email "*contoso.com" This will search for all users with an e-mail address containing 'contoso.com' from the environment. .NOTES Tags: User, Users Author: M�tz Jensen (@Splaxi) Author: Rasmus Andersen (@ITRasmus) #> function Get-D365User { [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 1)] [string]$DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 2)] [string]$DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 3)] [string]$SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 4)] [string]$SqlPwd = $Script:DatabaseUserPassword, [Parameter(Mandatory = $false, Position = 5)] [string]$Email = "*", [switch]$ExcludeSystemUsers ) $exclude = @("DAXMDSRunner.com", "dynamics.com") $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-user.sql") -join [Environment]::NewLine $null = $sqlCommand.Parameters.Add("@Email", $Email.Replace("*", "%")) try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $reader = $sqlCommand.ExecuteReader() while ($reader.Read() -eq $true) { $res = [PSCustomObject]@{ UserId = "$($reader.GetString($($reader.GetOrdinal("ID"))))" Name = "$($reader.GetString($($reader.GetOrdinal("NAME"))))" NetworkAlias = "$($reader.GetString($($reader.GetOrdinal("NETWORKALIAS"))))" NetworkDomain = "$($reader.GetString($($reader.GetOrdinal("NETWORKDOMAIN"))))" Sid = "$($reader.GetString($($reader.GetOrdinal("SID"))))" IdentityProvider = "$($reader.GetString($($reader.GetOrdinal("IDENTITYPROVIDER"))))" Enabled = [bool][int]"$($reader.GetInt32($($reader.GetOrdinal("ENABLE"))))" Email = "$($reader.GetString($($reader.GetOrdinal("NETWORKALIAS"))))" Company = "$($reader.GetString($($reader.GetOrdinal("COMPANY"))))" } if ($ExcludeSystemUsers) { $temp = $res.Email.Split("@")[1] if ($exclude -contains $temp) { continue } elseif ($res.UserId -eq 'Guest') { continue } } $res } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { $reader.close() if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Cmdlet used to get authentication details about a user .DESCRIPTION The cmdlet will take the e-mail parameter and use it to lookup all the needed details for configuring authentication against Dynamics 365 Finance & Operations .PARAMETER Email The e-mail address / login name of the user that the cmdlet must gather details about .EXAMPLE PS C:\> Get-D365UserAuthenticationDetail -Email "Claire@contoso.com" This will get all the authentication details for the user account with the email address "Claire@contoso.com" .NOTES Tags: User, Users, Security, Configuration, Authentication Author : Rasmus Andersen (@ITRasmus) Author : M�tz Jensen (@splaxi) #> function Get-D365UserAuthenticationDetail { param( [Parameter(Mandatory = $true, ValueFromPipeline = $true)] [string] $Email ) process { $instanceProvider = Get-InstanceIdentityProvider [string]$identityProvider = Get-CanonicalIdentityProvider $networkDomain = Get-NetworkDomain $Email $instanceProviderName = $instanceProvider.TrimEnd('/') $instanceProviderName = $instanceProviderName.Substring($instanceProviderName.LastIndexOf('/') + 1) $instanceProviderIdentityProvider = Get-IdentityProvider "sample@$instanceProviderName" $emailIdentityProvider = Get-IdentityProvider $Email if ($instanceProviderIdentityProvider -ne $emailIdentityProvider) { $identityProvider = $emailIdentityProvider } $SID = Get-UserSIDFromAad $Email $identityProvider @{"SID" = $SID "NetworkDomain" = $networkDomain "IdentityProvider" = $identityProvider "InstanceProvider" = $instanceProvider } } } <# .SYNOPSIS Get the compiler outputs presented .DESCRIPTION Get the Visual Studio compiler outputs presented in a structured manner on the screen .PARAMETER Module Name of the module that you want to work against Default value is "*" which will search for all modules .PARAMETER ErrorsOnly Instructs the cmdlet to only output compile results where there was errors detected .PARAMETER OutputTotals Instructs the cmdlet to output the total errors and warnings after the analysis .PARAMETER OutputAsObjects Instructs the cmdlet to output the objects instead of formatting them If you don't assign the output, it will be formatted the same way as the original output, but without the coloring of the column values .PARAMETER PackageDirectory Path to the directory containing the installed package / module Default path is the same as the AOS service "PackagesLocalDirectory" directory Default value is fetched from the current configuration on the machine .EXAMPLE PS C:\> Get-D365VisualStudioCompilerResult This will return the compiler output for all modules. A result set example: File Warnings Errors ---- -------- ------ K:\AosService\PackagesLocalDirectory\ApplicationCommon\BuildModelResult.log 55 0 K:\AosService\PackagesLocalDirectory\ApplicationFoundation\BuildModelResult.log 692 0 K:\AosService\PackagesLocalDirectory\ApplicationPlatform\BuildModelResult.log 155 0 K:\AosService\PackagesLocalDirectory\ApplicationSuite\BuildModelResult.log 10916 0 K:\AosService\PackagesLocalDirectory\CustomModule\BuildModelResult.log 1 2 .EXAMPLE PS C:\> Get-D365VisualStudioCompilerResult -ErrorsOnly This will return the compiler output for all modules where there was errors in. A result set example: File Warnings Errors ---- -------- ------ K:\AosService\PackagesLocalDirectory\CustomModule\BuildModelResult.log 1 2 .EXAMPLE PS C:\> Get-D365VisualStudioCompilerResult -ErrorsOnly -OutputAsObjects This will return the compiler output for all modules where there was errors in. The output will be PSObjects, which can be assigned to a variable and used for futher analysis. A result set example: File Warnings Errors ---- -------- ------ K:\AosService\PackagesLocalDirectory\CustomModule\BuildModelResult.log 1 2 .EXAMPLE PS C:\> Get-D365VisualStudioCompilerResult -OutputTotals This will return the compiler output for all modules and write a total overview to the console. A result set example: File Warnings Errors ---- -------- ------ K:\AosService\PackagesLocalDirectory\ApplicationCommon\BuildModelResult.log 55 0 K:\AosService\PackagesLocalDirectory\ApplicationFoundation\BuildModelResult.log 692 0 K:\AosService\PackagesLocalDirectory\ApplicationPlatform\BuildModelResult.log 155 0 K:\AosService\PackagesLocalDirectory\ApplicationSuite\BuildModelResult.log 10916 0 K:\AosService\PackagesLocalDirectory\CustomModule\BuildModelResult.log 1 2 Total Errors: 2 Total Warnings: 11819 .NOTES Tags: Compiler, Build, Errors, Warnings, Tasks Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Vilmos Kintera" (twitter: @DAXRunBase) All credits goes to him for showing how to extract these information His blog can be found here: https://www.daxrunbase.com/blog/ The specific blog post that we based this cmdlet on can be found here: https://www.daxrunbase.com/2020/03/31/interpreting-compiler-results-in-d365fo-using-powershell/ The github repository containing the original scrips can be found here: https://github.com/DAXRunBase/PowerShell-and-Azure #> function Get-D365VisualStudioCompilerResult { [CmdletBinding()] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseOutputTypeCorrectly', '')] [OutputType('[PsCustomObject]')] param ( [Alias("ModuleName")] [string] $Module = "*", [switch] $ErrorsOnly, [switch] $OutputTotals, [switch] $OutputAsObjects, [string] $PackageDirectory = $Script:PackageDirectory ) Invoke-TimeSignal -Start if (-not (Test-PathExists -Path $PackageDirectory -Type Container)) { return } $buildOutputFiles = Get-ChildItem -Path "$PackageDirectory\$Module\BuildModelResult.log" -ErrorAction SilentlyContinue -Force $outputCollection = New-Object System.Collections.Generic.List[System.Object] foreach ($result in $buildOutputFiles) { $res = Get-CompilerResult -Path $result.FullName if ($null -ne $res) { $outputCollection.Add($res) } } $totalErrors = 0 $totalWarnings = 0 $resCol = @($outputCollection.ToArray()) $totalWarnings = ($resCol | Measure-Object -Property Warnings -Sum).Sum $totalErrors = ($resCol | Measure-Object -Property Errors -Sum).Sum if ($ErrorsOnly) { $resCol = @($resCol | Where-Object Errors -gt 0) } if ($OutputAsObjects) { $resCol } else { $resCol | format-table File, @{Label = "Warnings"; Expression = { $e = [char]27; $color = "93"; "$e[${color}m$($_.Warnings)${e}[0m" }; Align = 'right' }, @{Label = "Errors"; Expression = { $e = [char]27; $color = "91"; "$e[${color}m$($_.Errors)${e}[0m" }; Align = 'right' } } if ($OutputTotals) { Write-PSFHostColor -String "<c='Red'>Total Errors: $totalErrors</c>" Write-PSFHostColor -String "<c='Yellow'>Total Warnings: $totalWarnings</c>" } Invoke-TimeSignal -End } <# .SYNOPSIS Get activation status .DESCRIPTION Get all the important license and activation information from the machine .EXAMPLE PS C:\> Get-D365WindowsActivationStatus This will get the remaining grace and rearm activation information for the machine .NOTES Tags: Windows, License, Activation, Arm, Rearm Author: M�tz Jensen (@Splaxi) The cmdlet uses CIM objects to access the activation details #> function Get-D365WindowsActivationStatus { [CmdletBinding()] param () begin {} process { $a = Get-CimInstance -Class SoftwareLicensingProduct -Namespace root/cimv2 -ComputerName . -Filter "Name LIKE '%Windows%'" $b = Get-CimInstance -Class SoftwareLicensingService -Namespace root/cimv2 -ComputerName . $res = [PSCustomObject]@{ Name = $a.Name Description = $a.Description "Grace Periode (days)" = [math]::Round(($a.graceperiodremaining / 1440)) } $res | Add-Member -MemberType NoteProperty -Name 'ReArms left' -Value $b.RemainingWindowsReArmCount $res } end {} } <# .SYNOPSIS Used to import Aad users into D365FO .DESCRIPTION Provides a method for importing a AAD UserGroup or a comma separated list of AadUsers into D365FO. .PARAMETER AadGroupName Azure Active directory user group containing users to be imported .PARAMETER Users Array of users that you want to import into the D365FO environment .PARAMETER StartupCompany Startup company of users imported. Default is DAT .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER IdPrefix A text that will be prefixed into the ID field. E.g. -IdPrefix "EXT-" will import users and set ID starting with "EXT-..." .PARAMETER NameSuffix A text that will be suffixed into the NAME field. E.g. -NameSuffix "(Contoso)" will import users and append "(Contoso)"" to the NAME .PARAMETER IdValue Specify which field to use as ID value when importing the users. Available options 'Login' / 'FirstName' Default is 'Login' .PARAMETER NameValue Specify which field to use as NAME value when importing the users. Available options 'FirstName' / 'DisplayName' Default is 'DisplayName' .PARAMETER AzureAdCredential Use a PSCredential object for connecting with AzureAd .PARAMETER SkipAzureAd Switch to instruct the cmdlet to skip validating against the Azure Active Directory .PARAMETER ForceExactAadGroupName Force to find the exact name of the Azure Active Directory Group .PARAMETER AadGroupId Azure Active directory user group ID containing users to be imported .EXAMPLE PS C:\> Import-D365AadUser -Users "Claire@contoso.com","Allen@contoso.com" Imports Claire and Allen as users .EXAMPLE PS C:\> $myPassword = ConvertTo-SecureString "MyPasswordIsSecret" -AsPlainText -Force PS C:\> $myCredentials = New-Object System.Management.Automation.PSCredential ("MyEmailIsAlso", $myPassword) PS C:\> Import-D365AadUser -Users "Claire@contoso.com","Allen@contoso.com" -AzureAdCredential $myCredentials This will import Claire and Allen as users. .EXAMPLE PS C:\> Import-D365AadUser -AadGroupName "CustomerTeam1" if more than one group match the AadGroupName, you can use the ExactAadGroupName parameter Import-D365AadUser -AadGroupName "CustomerTeam1" -ForceExactAadGroupName .EXAMPLE PS C:\> Import-D365AadUser -AadGroupName "CustomerTeam1" -ForceExactAadGroupName This is used to force the cmdlet to find the exact named group in Azure Active Directory. .EXAMPLE PS C:\> Import-D365AadUser -AadGroupId "99999999-aaaa-bbbb-cccc-9999999999" Imports all the users that is present in the AAD Group called CustomerTeam1 .EXAMPLE PS C:\> Import-D365AadUser -Users "Claire@contoso.com","Allen@contoso.com" -SkipAzureAd Imports Claire and Allen as users. Will NOT make you connect to the Azure Active Directory(AAD). The needed details will be based on the e-mail address only, and the rest will be blanked. .NOTES Tags: User, Users, Security, Configuration, Permission, AAD, Azure Active Directory, Group, Groups Author: Rasmus Andersen (@ITRasmus) Author: Charles Colombel (@dropshind) Author: M�tz Jensen (@Splaxi) At no circumstances can this cmdlet be used to import users into a PROD environment. Only users from an Azure Active Directory that you have access to, can be imported. Use AAD B2B implementation if you want to support external people. Every imported users will get the System Administration / Administrator role assigned on import #> function Import-D365AadUser { [CmdletBinding(DefaultParameterSetName = 'UserListImport')] param ( [Parameter(Mandatory = $true, Position = 1, ParameterSetName = "GroupNameImport")] [String] $AadGroupName, [Parameter(Mandatory = $true, Position = 1, ParameterSetName = "UserListImport")] [string[]]$Users, [Parameter(Mandatory = $false, Position = 2)] [string] $StartupCompany = 'DAT', [Parameter(Mandatory = $false, Position = 3)] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 4)] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 5)] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 6)] [string] $SqlPwd = $Script:DatabaseUserPassword, [Parameter(Mandatory = $false, Position = 7)] [string] $IdPrefix = "", [Parameter(Mandatory = $false, Position = 8)] [string] $NameSuffix = "", [Parameter(Mandatory = $false, Position = 9)] [ValidateSet('Login', 'FirstName')] [string] $IdValue = "Login", [Parameter(Mandatory = $false, Position = 10)] [ValidateSet('FirstName', 'DisplayName')] [string] $NameValue = "DisplayName", [Parameter(Mandatory = $false, Position = 11)] [PSCredential] $AzureAdCredential, [Parameter(Mandatory = $false, Position = 12, ParameterSetName = "UserListImport")] [switch] $SkipAzureAd, [Parameter(Mandatory = $false, Position = 13, ParameterSetName = "GroupNameImport")] [switch] $ForceExactAadGroupName, [Parameter(Mandatory = $true, Position = 14, ParameterSetName = "GroupIdImport")] [string] $AadGroupId ) $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $instanceProvider = Get-InstanceIdentityProvider $canonicalProvider = Get-CanonicalIdentityProvider try { Write-PSFMessage -Level Verbose -Message "Trying to connect to the Azure Active Directory" if ($PSBoundParameters.ContainsKey("AzureAdCredential") -eq $true) { $null = Connect-AzureAD -ErrorAction Stop -Credential $AzureAdCredential } else { if ($SkipAzureAd -eq $false) { $null = Connect-AzureAD -ErrorAction Stop } } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while connecting to Azure Active Directory" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } $azureAdUsers = New-Object -TypeName "System.Collections.ArrayList" if (( $PSCmdlet.ParameterSetName -eq "GroupNameImport") -or ($PSCmdlet.ParameterSetName -eq "GroupIdImport")) { if ($PSCmdlet.ParameterSetName -eq 'GroupIdImport') { Write-PSFMessage -Level Verbose -Message "Search AadGroup by its ID : $AadGroupId" $group = Get-AzureADGroup -ObjectId $AadGroupId } else { if ($ForceExactAadGroupName) { Write-PSFMessage -Level Verbose -Message "Search AadGroup by its exactly name : $AadGroupName" $group = Get-AzureADGroup -Filter "DisplayName eq '$AadGroupName'" } else { Write-PSFMessage -Level Verbose -Message "Search AadGroup by searching with its name : $AadGroupName" $group = Get-AzureADGroup -SearchString $AadGroupName } } if ($null -eq $group) { Write-PSFMessage -Level Host -Message "Unable to find the specified group in the AAD. Please ensure the group exists and that you have enough permissions to access it." Stop-PSFFunction -Message "Stopping because of errors" return } else { Write-PSFMessage -Level Host -Message "Processing Azure AD user Group `"$($group[0].DisplayName)`"" } if ($group.Length -gt 1) { Write-PSFMessage -Level Host -Message "More than one group found" foreach ($foundGroup in $group) { Write-PSFMessage -Level Host -Message "Group found $($foundGroup.DisplayName)" } Stop-PSFFunction -Message "Stopping because of errors" return } $userlist = Get-AzureADGroupMember -ObjectId $group[0].ObjectId foreach ($user in $userlist) { if ($user.ObjectType -eq "User") { $azureAdUser = Get-AzureADUser -ObjectId $user.ObjectId if($null -eq $azureAdUser.Mail) { Write-PSFMessage -Level Critical "User $($user.ObjectId) did not have an Mail" } else { $null = $azureAdUsers.Add((Get-AzureADUser -ObjectId $user.ObjectId)) } } } } else { foreach ($user in $Users) { if ($SkipAzureAd -eq $true) { $name = Get-LoginFromEmail $user $null = $azureAdUsers.Add([PSCustomObject]@{ Mail = $user GivenName = $name DisplayName = $name ObjectId = '' }) } else { $aadUser = Get-AzureADUser -SearchString $user if ($null -eq $aadUser) { Write-PSFMessage -Level Critical "Could not find user $user in AzureAAd" } else { $null = $azureAdUsers.Add($aadUser) } } } } try { $sqlCommand.Connection.Open() foreach ($user in $azureAdUsers) { $identityProvider = $canonicalProvider Write-PSFMessage -Level Verbose -Message "Getting tenant from $($user.Mail)." $tenant = Get-TenantFromEmail $user.Mail Write-PSFMessage -Level Verbose -Message "Getting domain from $($user.Mail)." $networkDomain = Get-NetworkDomain $user.Mail Write-PSFMessage -Level Verbose -Message "InstanceProvider : $InstanceProvider" Write-PSFMessage -Level Verbose -Message "Tenant : $Tenant" if ($user.Mail.ToLower().Contains("outlook.com") -eq $true) { $identityProvider = "live.com" } else { if ($instanceProvider.ToLower().Contains($tenant.ToLower()) -ne $True) { Write-PSFMessage -Level Verbose -Message "Getting identity provider from $($user.Mail)." $identityProvider = Get-IdentityProvider $user.Mail } } Write-PSFMessage -Level Verbose -Message "Getting sid from $($user.Mail) and identity provider : $identityProvider." $sid = Get-UserSIDFromAad $user.Mail $identityProvider Write-PSFMessage -Level Verbose -Message "Generated SID : $sid" $id = "" if ($IdValue -eq 'Login') { $id = $IdPrefix + $(Get-LoginFromEmail $user.Mail) } else { $id = $IdPrefix + $user.GivenName } Write-PSFMessage -Level Verbose -Message "Id for user $($user.Mail) : $id" $name = "" if ($NameValue -eq 'DisplayName') { $name = $user.DisplayName + $NameSuffix } else { $name = $user.GivenName + $NameSuffix } Write-PSFMessage -Level Verbose -Message "Name for user $($user.Mail) : $name" Write-PSFMessage -Level Verbose -Message "Importing $($user.Mail) - SID $sid - Provider $identityProvider" Import-AadUserIntoD365FO $SqlCommand $user.Mail $name $id $sid $StartupCompany $identityProvider $networkDomain $user.ObjectId if (Test-PSFFunctionInterrupt) { return } } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Import a bacpac file .DESCRIPTION Import a bacpac file to either a Tier1 or Tier2 environment .PARAMETER ImportModeTier1 Switch to instruct the cmdlet that it will import into a Tier1 environment The cmdlet will expect to work against a SQL Server instance .PARAMETER ImportModeTier2 Switch to instruct the cmdlet that it will import into a Tier2 environment The cmdlet will expect to work against an Azure DB instance .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER BacpacFile Path to the bacpac file you want to import into the database server .PARAMETER NewDatabaseName Name of the new database that will be created while importing the bacpac file This will create a new database on the database server and import the content of the bacpac into .PARAMETER AxDeployExtUserPwd Password that is obtained from LCS .PARAMETER AxDbAdminPwd Password that is obtained from LCS .PARAMETER AxRuntimeUserPwd Password that is obtained from LCS .PARAMETER AxMrRuntimeUserPwd Password that is obtained from LCS .PARAMETER AxRetailRuntimeUserPwd Password that is obtained from LCS .PARAMETER AxRetailDataSyncUserPwd Password that is obtained from LCS .PARAMETER AxDbReadonlyUserPwd Password that is obtained from LCS .PARAMETER CustomSqlFile Path to the sql script file that you want the cmdlet to execute against your data after it has been imported .PARAMETER ModelFile Path to the model file that you want the SqlPackage.exe to use instead the one being part of the bacpac file This is used to override SQL Server options, like collation and etc .PARAMETER DiagnosticFile Path to where you want the import to output a diagnostics file to assist you in troubleshooting the import .PARAMETER ImportOnly Switch to instruct the cmdlet to only import the bacpac into the new database The cmdlet will create a new database and import the content of the bacpac file into this Nothing else will be executed .PARAMETER MaxParallelism Sets SqlPackage.exe's degree of parallelism for concurrent operations running against a database The default value is 8 .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Import-D365Bacpac -ImportModeTier1 -BacpacFile "C:\temp\uat.bacpac" -NewDatabaseName "ImportedDatabase" PS C:\> Switch-D365ActiveDatabase -NewDatabaseName "ImportedDatabase" This will instruct the cmdlet that the import will be working against a SQL Server instance. It will import the "C:\temp\uat.bacpac" file into a new database named "ImportedDatabase". The next thing to do is to switch the active database out with the new one you just imported. "ImportedDatabase" will be switched in as the active database, while the old one will be named "AXDB_original". .EXAMPLE PS C:\> Import-D365Bacpac -ImportModeTier2 -SqlUser "sqladmin" -SqlPwd "XyzXyz" -BacpacFile "C:\temp\uat.bacpac" -AxDeployExtUserPwd "XxXx" -AxDbAdminPwd "XxXx" -AxRuntimeUserPwd "XxXx" -AxMrRuntimeUserPwd "XxXx" -AxRetailRuntimeUserPwd "XxXx" -AxRetailDataSyncUserPwd "XxXx" -AxDbReadonlyUserPwd "XxXx" -NewDatabaseName "ImportedDatabase" PS C:\> Switch-D365ActiveDatabase -NewDatabaseName "ImportedDatabase" -SqlUser "sqladmin" -SqlPwd "XyzXyz" This will instruct the cmdlet that the import will be working against an Azure DB instance. It requires all relevant passwords from LCS for all the builtin user accounts used in a Tier 2 environment. It will import the "C:\temp\uat.bacpac" file into a new database named "ImportedDatabase". The next thing to do is to switch the active database out with the new one you just imported. "ImportedDatabase" will be switched in as the active database, while the old one will be named "AXDB_original". .EXAMPLE PS C:\> Import-D365Bacpac -ImportModeTier1 -BacpacFile "C:\temp\uat.bacpac" -NewDatabaseName "ImportedDatabase" -DiagnosticFile "C:\temp\ImportLog.txt" This will instruct the cmdlet that the import will be working against a SQL Server instance. It will import the "C:\temp\uat.bacpac" file into a new database named "ImportedDatabase". It will output a diagnostic file to "C:\temp\ImportLog.txt". .EXAMPLE PS C:\> Import-D365Bacpac -ImportModeTier1 -BacpacFile "C:\temp\uat.bacpac" -NewDatabaseName "ImportedDatabase" -DiagnosticFile "C:\temp\ImportLog.txt" -MaxParallelism 32 This will instruct the cmdlet that the import will be working against a SQL Server instance. It will import the "C:\temp\uat.bacpac" file into a new database named "ImportedDatabase". It will output a diagnostic file to "C:\temp\ImportLog.txt". It will use 32 connections against the database server while importing the bacpac file. .EXAMPLE PS C:\> Import-D365Bacpac -ImportModeTier1 -BacpacFile "C:\temp\uat.bacpac" -NewDatabaseName "ImportedDatabase" -ImportOnly This will instruct the cmdlet that the import will be working against a SQL Server instance. It will import the "C:\temp\uat.bacpac" file into a new database named "ImportedDatabase". No cleanup or prepping jobs will be executed, because this is for importing only. This would be something that you can use when extract a bacpac file from a Tier1 and want to import it into a Tier1. You would still need to execute the Switch-D365ActiveDatabase cmdlet, to get the newly imported database to be the AXDB database. .NOTES Tags: Database, Bacpac, Tier1, Tier2, Golden Config, Config, Configuration Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Import-D365Bacpac { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseProcessBlockForPipelineCommand", "")] [CmdletBinding(DefaultParameterSetName = 'ImportTier1')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier1', Position = 0)] [switch] $ImportModeTier1, [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', Position = 0)] [Parameter(Mandatory = $true, ParameterSetName = 'ImportOnlyTier2', Position = 0)] [switch] $ImportModeTier2, [Parameter(Position = 1 )] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Position = 2 )] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 3 )] [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', ValueFromPipelineByPropertyName = $true, Position = 3)] [Parameter(Mandatory = $false, ParameterSetName = 'ImportTier1', Position = 3)] [Parameter(Mandatory = $true, ParameterSetName = 'ImportOnlyTier2', ValueFromPipelineByPropertyName = $true, Position = 3)] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 4 )] [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', ValueFromPipelineByPropertyName = $true, Position = 4)] [Parameter(Mandatory = $false, ParameterSetName = 'ImportTier1', Position = 4)] [Parameter(Mandatory = $true, ParameterSetName = 'ImportOnlyTier2', ValueFromPipelineByPropertyName = $true, Position = 4)] [string] $SqlPwd = $Script:DatabaseUserPassword, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true, Position = 5 )] [Alias('File')] [string] $BacpacFile, [Parameter(Mandatory = $true, Position = 6 )] [string] $NewDatabaseName, [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', ValueFromPipelineByPropertyName = $true, Position = 7)] [Parameter(Mandatory = $false, ParameterSetName = 'ImportOnlyTier2', Position = 7)] [string] $AxDeployExtUserPwd, [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', ValueFromPipelineByPropertyName = $true, Position = 8)] [Parameter(Mandatory = $false, ParameterSetName = 'ImportOnlyTier2', Position = 8)] [string] $AxDbAdminPwd, [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', ValueFromPipelineByPropertyName = $true, Position = 9)] [Parameter(Mandatory = $false, ParameterSetName = 'ImportOnlyTier2', Position = 9)] [string] $AxRuntimeUserPwd, [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', ValueFromPipelineByPropertyName = $true, Position = 10)] [Parameter(Mandatory = $false, ParameterSetName = 'ImportOnlyTier2', Position = 10)] [string] $AxMrRuntimeUserPwd, [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', ValueFromPipelineByPropertyName = $true, Position = 11)] [Parameter(Mandatory = $false, ParameterSetName = 'ImportOnlyTier2', Position = 11)] [string] $AxRetailRuntimeUserPwd, [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', ValueFromPipelineByPropertyName = $true, Position = 12)] [Parameter(Mandatory = $false, ParameterSetName = 'ImportOnlyTier2', Position = 12)] [string] $AxRetailDataSyncUserPwd, [Parameter(Mandatory = $true, ParameterSetName = 'ImportTier2', ValueFromPipelineByPropertyName = $true, Position = 13)] [Parameter(Mandatory = $false, ParameterSetName = 'ImportOnlyTier2', Position = 13)] [string] $AxDbReadonlyUserPwd, [string] $CustomSqlFile, [string] $ModelFile, [string] $DiagnosticFile, [Parameter(Mandatory = $false, ParameterSetName = 'ImportTier1')] [Parameter(Mandatory = $true, ParameterSetName = 'ImportOnlyTier2')] [switch] $ImportOnly, [string] $MaxParallelism = 8, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly, [switch] $EnableException ) if (-not (Test-PathExists -Path $BacpacFile -Type Leaf)) { return } if ($PSBoundParameters.ContainsKey("CustomSqlFile")) { if (-not (Test-PathExists -Path $CustomSqlFile -Type Leaf)) { return } else { $ExecuteCustomSQL = $true } } Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $BaseParams = @{ DatabaseServer = $DatabaseServer DatabaseName = $DatabaseName SqlUser = $SqlUser SqlPwd = $SqlPwd } $ImportParams = @{ Action = "import" FilePath = $BacpacFile } if (-not [system.string]::IsNullOrEmpty($DiagnosticFile)) { if (-not (Test-PathExists -Path (Split-Path $DiagnosticFile -Parent) -Type Container -Create)) { return } $ImportParams.DiagnosticFile = $DiagnosticFile } if (-not [system.string]::IsNullOrEmpty($ModelFile)) { if (-not (Test-PathExists -Path $ModelFile -Type Leaf)) { return } $ImportParams.ModelFile = $ModelFile } Write-PSFMessage -Level Verbose "Testing if we are working against a Tier2 / Azure DB" if ($ImportModeTier2) { Write-PSFMessage -Level Verbose "Start collecting the current Azure DB instance settings" $Objectives = Get-AzureServiceObjective @BaseParams if ($null -eq $Objectives) { return } [System.Collections.ArrayList] $Properties = New-Object -TypeName "System.Collections.ArrayList" $null = $Properties.Add("DatabaseEdition=$($Objectives.DatabaseEdition)") $null = $Properties.Add("DatabaseServiceObjective=$($Objectives.DatabaseServiceObjective)") $ImportParams.Properties = $Properties.ToArray() } $Params = Get-DeepClone $BaseParams $Params.DatabaseName = $NewDatabaseName Write-PSFMessage -Level Verbose "Start importing the bacpac with a new database name and current settings" Invoke-SqlPackage @Params @ImportParams -TrustedConnection $UseTrustedConnection -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if ($OutputCommandOnly) { return } if ($ImportOnly) { return } if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose "Importing completed" Write-PSFMessage -Level Verbose -Message "Start working on the configuring the new database" if ($ImportModeTier2) { Write-PSFMessage -Level Verbose "Building sql statement to update the imported Azure database" $InstanceValues = Get-InstanceValues @BaseParams -TrustedConnection $UseTrustedConnection if ($null -eq $InstanceValues) { return } $AzureParams = @{ AxDeployExtUserPwd = $AxDeployExtUserPwd; AxDbAdminPwd = $AxDbAdminPwd; AxRuntimeUserPwd = $AxRuntimeUserPwd; AxMrRuntimeUserPwd = $AxMrRuntimeUserPwd; AxRetailRuntimeUserPwd = $AxRetailRuntimeUserPwd; AxRetailDataSyncUserPwd = $AxRetailDataSyncUserPwd; AxDbReadonlyUserPwd = $AxDbReadonlyUserPwd; } $res = Set-AzureBacpacValues @Params @AzureParams @InstanceValues if (-not ($res)) { return } } else { Write-PSFMessage -Level Verbose "Building sql statement to update the imported SQL database" $res = Set-SqlBacpacValues @Params -TrustedConnection $UseTrustedConnection if (-not ($res)) { return } } if ($ExecuteCustomSQL) { Write-PSFMessage -Level Verbose -Message "Invoking the Execution of custom SQL script" $res = Invoke-D365SqlScript @Params -FilePath $CustomSqlFile -TrustedConnection $UseTrustedConnection if (-not ($res)) { return } } Invoke-TimeSignal -End } <# .SYNOPSIS Import an user from an external Azure Active Directory (AAD) .DESCRIPTION Imports an user from an AAD that is NOT the same as the AAD tenant that the D365FO environment is running under .PARAMETER Id The internal Id that the user must be imported with The Id has to unique across the entire user base .PARAMETER Name The display name of the user inside the D365FO environment .PARAMETER Email The email address of the user that you want to import This is also the sign-in user name / e-mail address to gain access to the system If the external AAD tenant has multiple custom domain names, you have to use the domain that they have configured as default .PARAMETER Company Default company that should be configured for the user, for when they sign-in to the D365 environment Default value is "DAT" .PARAMETER Language Language that should be configured for the user, for when they sign-in to the D365 environment Default value is "en-US" .PARAMETER Enabled Should the imported user be enabled or not? Default value is 1, which equals true / yes .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .EXAMPLE PS C:\> Import-D365ExternalUser -Id "John" -Name "John Doe" -Email "John@contoso.com" This will import an user from an external Azure Active Directory. The new user will get the system wide Id "John". The name of the new user will be "John Doe". The e-mail address / sign-in e-mail address will be registered as "John@contoso.com". .NOTES Tags: User, Users, Security, Configuration, Permission, AAD, Azure Active Directory Author: Anderson Joyle (@AndersonJoyle) Author: M�tz Jensen (@Splaxi) #> function Import-D365ExternalUser { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $Id, [Parameter(Mandatory = $true)] [string] $Name, [Parameter(Mandatory = $true)] [string] $Email, [Parameter(Mandatory = $false)] [int] $Enabled = 1, [Parameter(Mandatory = $false)] [string] $Company = "DAT", [Parameter(Mandatory = $false)] [string] $Language = "en-us", [Parameter(Mandatory = $false)] [string]$DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false)] [string]$DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false)] [string]$SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false)] [string]$SqlPwd = $Script:DatabaseUserPassword ) begin { Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection try { $sqlCommand.Connection.Open() } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } process { if (Test-PSFFunctionInterrupt) { return } try { $userAuth = Get-D365UserAuthenticationDetail $Email $provider = $userAuth.NetworkDomain $sid = $userAuth.SID Write-PSFMessage -Level Verbose -Message "Extracted sid: $sid" Import-AadUserIntoD365FO -SqlCommand $SqlCommand -SignInName $Email -Name $Name -Id $Id -SID $SID -StartUpCompany $Company -IdentityProvider $provider -NetworkDomain $provider -Language $Language if (Test-PSFFunctionInterrupt) { return } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } end { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() Invoke-TimeSignal -End } } <# .SYNOPSIS Import a model into Dynamics 365 for Finance & Operations .DESCRIPTION Import a model into a Dynamics 365 for Finance & Operations environment .PARAMETER Path Path to the axmodel file that you want to import .PARAMETER Model Name of the model that you want to work against .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin Default value is fetched from the current configuration on the machine .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER Replace Instruct the cmdlet to replace an already existing model .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Import-D365Model -Path c:\temp\d365fo.tools\CustomModel.axmodel This will import the "c:\temp\d365fo.tools\CustomModel.axmodel" model into the PackagesLocalDirectory location. .EXAMPLE PS C:\> Import-D365Model -Path c:\temp\d365fo.tools\CustomModel.axmodel -Replace This will import the "c:\temp\d365fo.tools\CustomModel.axmodel" model into the PackagesLocalDirectory location. If the model already exists it will replace it. .NOTES Tags: ModelUtil, Axmodel, Model, Import, Replace, Source Control, Vsts, Azure DevOps Author: M�tz Jensen (@Splaxi) #> function Import-D365Model { # [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidDefaultValueSwitchParameter", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $True, Position = 1 )] [Alias('File')] [string] $Path, [Parameter(Mandatory = $false, Position = 2 )] [string] $BinDir = "$Script:PackageDirectory\bin", [Parameter(Mandatory = $false, Position = 3 )] [string] $MetaDataDir = "$Script:MetaDataDir", [switch] $Replace, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) Invoke-TimeSignal -Start if($Replace) { Invoke-ModelUtil -Command "Replace" -Path $Path -BinDir $BinDir -MetaDataDir $MetaDataDir } else { Invoke-ModelUtil -Command "Import" -Path $Path -BinDir $BinDir -MetaDataDir $MetaDataDir } Invoke-TimeSignal -End } <# .SYNOPSIS Create and configure test automation certificate .DESCRIPTION Creates a new self signed certificate for automated testing and reconfigures the AOS Windows Identity Foundation configuration to trust the certificate .PARAMETER CertificateFileName Filename to be used when exporting the cer file .PARAMETER PrivateKeyFileName Filename to be used when exporting the pfx file .PARAMETER Password The password that you want to use to protect your certificate with The default value is: "Password1" .PARAMETER CertificateOnly Switch specifying if only the certificate needs to be created If specified, then only the certificate is created and the thumbprint is not added to the wif.config on the AOS side If not specified (default) then the certificate is created and installed and the corresponding thumbprint is added to the wif.config on the local machine .PARAMETER KeepCertificateFile Instruct the cmdlet to copy the certificate file from the working directory into the desired location specified with OutputPath parameter .PARAMETER OutputPath Path to where you want the certificate file exported to, when using the KeepCertificateFile parameter switch Default value is: "c:\temp\d365fo.tools" .EXAMPLE PS C:\> Initialize-D365RsatCertificate This will generate a certificate for issuer 127.0.0.1 and install it in the trusted root certificates and modify the wif.config of the AOS to include the thumbprint and trust the certificate. .EXAMPLE PS C:\> Initialize-D365RsatCertificate -CertificateOnly This will generate a certificate for issuer 127.0.0.1 and install it in the trusted root certificates. No actions will be taken regarding modifying the AOS wif.config file. Use this when installing RSAT on a machine different from the AOS where RSAT is pointing to. .EXAMPLE PS C:\> Initialize-D365RsatCertificate -CertificateOnly -KeepCertificateFile This will generate a certificate for issuer 127.0.0.1 and install it in the trusted root certificates. No actions will be taken regarding modifying the AOS wif.config file. The pfx will be copied into the default "c:\temp\d365fo.tools" folder after creation. Use this when installing RSAT on a machine different from the AOS where RSAT is pointing to. The pfx file enables you to import the same certificate across your entire network, instead of creating one per machine. .NOTES Tags: Automated Test, Test, Regression, Certificate, Thumbprint Author: Kenny Saelen (@kennysaelen) Author: M�tz Jensen (@Splaxi) #> function Initialize-D365RsatCertificate { [Alias("Initialize-D365TestAutomationCertificate")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidUsingConvertToSecureStringWithPlainText", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidUsingCmdletAliases", "")] [CmdletBinding()] param ( [string] $CertificateFileName = (Join-Path $env:TEMP "TestAuthCert.cer"), [string] $PrivateKeyFileName = (Join-Path $env:TEMP "TestAuthCert.pfx"), [Security.SecureString] $Password = (ConvertTo-SecureString -String "Password1" -Force -AsPlainText), [switch] $CertificateOnly, [Parameter(ParameterSetName = "KeepCertificateFile")] [switch] $KeepCertificateFile, [Parameter(ParameterSetName = "KeepCertificateFile")] [string] $OutputPath = $Script:DefaultTempPath ) if (-not $Script:IsAdminRuntime) { Write-PSFMessage -Level Critical -Message "The cmdlet needs administrator permission (Run As Administrator) to be able to update the configuration. Please start an elevated session and run the cmdlet again." Stop-PSFFunction -Message "Elevated permissions needed. Please start an elevated session and run the cmdlet again." return } try { # Create the certificate and place it in the right stores $X509Certificate = New-D365SelfSignedCertificate -CertificateFileName $CertificateFileName -PrivateKeyFileName $PrivateKeyFileName -Password $Password if (Test-PSFFunctionInterrupt) { Write-PSFMessage -Level Critical -Message "The self signed certificate creation was interrupted." Stop-PSFFunction -Message "Stopping because of errors." return } if($false -eq $CertificateOnly) { # Modify the wif.config of the AOS to have this thumbprint added to the https://fakeacs.accesscontrol.windows.net/ authority Add-D365RsatWifConfigAuthorityThumbprint -CertificateThumbprint $X509Certificate.Thumbprint } # Write-PSFMessage -Level Host -Message "Generated certificate: $X509Certificate" if($KeepCertificateFile){ $PrivateKeyFileName = ($PrivateKeyFileName | Copy-Item -Destination $OutputPath -PassThru).FullName } [PSCustomObject]@{ File = $PrivateKeyFileName Filename = $(Split-Path -Path $PrivateKeyFileName -Leaf) } $X509Certificate | Format-Table Thumbprint, Subject, FriendlyName, NotAfter } catch { Write-PSFMessage -Level Host -Message "Something went wrong while configuring the certificates and the Windows Identity Foundation configuration for the AOS" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } <# .SYNOPSIS Transfer a file using AzCopy .DESCRIPTION Transfer a file using the AzCopy tool You can upload a local file to an Azure Storage Blob Container You can download a file located in an Azure Storage Blob Container to a local folder You can transfer a file located in an Azure Storage Blob Container to another Azure Storage Blob Container, across regions and subscriptions, if you have SAS tokens/keys as part of your uri .PARAMETER SourceUri Source file uri that you want to transfer .PARAMETER DestinationUri Destination file uri that you want to transfer the file to .PARAMETER FileName You might only pass a blob container or folder name in the DestinationUri parameter and want to give the transfered file another name than the original file name .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .PARAMETER Force Instruct the cmdlet to overwrite already existing file .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Invoke-D365AzCopyTransfer -SourceUri "https://123.blob.core.windows.net/containername/filename?sv=2015-12-11&sr=..." -DestinationUri "c:\temp\d365fo.tools\GOLDER.bacpac" This will transfer a file from an Azure Storage Blob Container to a local folder/file on the machine. The file that will be transfered/downloaded is SourceUri "https://123.blob.core.windows.net/containername/filename?sv=2015-12-11&sr=...". The file will be transfered/downloaded to DestinationUri "c:\temp\d365fo.tools\GOLDER.bacpac". If there exists a file already, the file will NOT be overwritten. .EXAMPLE PS C:\> Invoke-D365AzCopyTransfer -SourceUri "https://123.blob.core.windows.net/containername/filename?sv=2015-12-11&sr=..." -DestinationUri "c:\temp\d365fo.tools\GOLDER.bacpac" -Force This will transfer a file from an Azure Storage Blob Container to a local folder/file on the machine. The file that will be transfered/downloaded is SourceUri "https://123.blob.core.windows.net/containername/filename?sv=2015-12-11&sr=...". The file will be transfered/downloaded to DestinationUri "c:\temp\d365fo.tools\GOLDER.bacpac". If there exists a file already, the file will be overwritten, because Force has been supplied. .EXAMPLE PS C:\> Invoke-D365AzCopyTransfer -SourceUri "https://123.blob.core.windows.net/containername/filename?sv=2015-12-11&sr=..." -DestinationUri "https://456.blob.core.windows.net/targetcontainer/filename?sv=2015-12-11&sr=..." This will transfer a file from an Azure Storage Blob Container to another Azure Storage Blob Container. The file that will be transfered/downloaded is SourceUri "https://123.blob.core.windows.net/containername/filename?sv=2015-12-11&sr=...". The file will be transfered/downloaded to DestinationUri "https://456.blob.core.windows.net/targetcontainer/filename?sv=2015-12-11&sr=...". For this to work, you need to make sure both SourceUri and DestinationUri has an valid SAS token/key included. If there exists a file already, the file will NOT be overwritten. .NOTES Tags: Azure, Azure Storage, Config, Configuration, Token, Blob, File, Files, Latest, Bacpac, Container Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Invoke-D365AzCopyTransfer { [CmdletBinding()] param ( [Alias('SourceUrl')] [Alias('FileLocation')] [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [string] $SourceUri, [Alias('DestinationFile')] [Parameter(Mandatory = $true)] [string] $DestinationUri, [string] $FileName, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly, [switch] $Force, [switch] $EnableException ) process { $executable = $Script:AzCopyPath Invoke-TimeSignal -Start if (-not [string]::IsNullOrEmpty($FileName)) { if ($DestinationUri -like "*?*") { $DestinationUri = $DestinationUri.Replace("?", "/$FileName`?") } else { if ([System.IO.File]::GetAttributes($DestinationUri).HasFlag([System.IO.FileAttributes]::Directory)) { $DestinationUri = Join-Path $DestinationUri $FileName } } } $params = New-Object System.Collections.Generic.List[string] $params.Add("copy") $params.Add("`"$SourceUri`"") $params.Add("`"$DestinationUri`"") if (-not $Force) { $params.Add("--overwrite=false") } Invoke-Process -Executable $executable -Params $params.ToArray() -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { return } if ($DestinationUri -notlike "*https*") { $filePath = Get-ChildItem -Path $DestinationUri -Recurse -File | Sort-Object CreationTime -Descending | Select-Object -First 1 $FileName = $filePath.Name } else { $filePath = $DestinationUri } #Filename is missing. If Https / SAS, we need some work. #If local file, it should be easy to solve $res = @{ File = $filePath PSTypeName = 'D365FO.TOOLS.AZCOPYTRANSFER' } if (-not [string]::IsNullOrEmpty($FileName)) { $res.FileName = $FileName } [PSCustomObject]$res Invoke-TimeSignal -End } } <# .SYNOPSIS Download a file to Azure .DESCRIPTION Download any file to an Azure Storage Account .PARAMETER AccountId Storage Account Name / Storage Account Id where you want to fetch the file from .PARAMETER AccessToken The token that has the needed permissions for the download action .PARAMETER SAS The SAS key that you have created for the storage account or blob container .PARAMETER Container Name of the blob container inside the storage account you where the file is .PARAMETER FileName Name of the file that you want to download .PARAMETER Path Path to the folder / location you want to save the file The default path is "c:\temp\d365fo.tools" .PARAMETER Latest Instruct the cmdlet to download the latest file from Azure regardless of name .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Invoke-D365AzureStorageDownload -AccountId "miscfiles" -AccessToken "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" -Container "backupfiles" -FileName "OriginalUAT.bacpac" -Path "c:\temp" Will download the "OriginalUAT.bacpac" file from the storage account and save it to "c:\temp\OriginalUAT.bacpac" .EXAMPLE PS C:\> Invoke-D365AzureStorageDownload -AccountId "miscfiles" -AccessToken "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" -Container "backupfiles" -Path "c:\temp" -Latest Will download the file with the latest modified datetime from the storage account and save it to "c:\temp\". The complete path to the file will returned as output from the cmdlet. .EXAMPLE PS C:\> $AzureParams = Get-D365ActiveAzureStorageConfig PS C:\> Invoke-D365AzureStorageDownload @AzureParams -Path "c:\temp" -Latest This will get the current Azure Storage Account configuration details and use them as parameters to download the latest file from an Azure Storage Account Will download the file with the latest modified datetime from the storage account and save it to "c:\temp\". The complete path to the file will returned as output from the cmdlet. .EXAMPLE PS C:\> Invoke-D365AzureStorageDownload -Latest This will use the default parameter values that are based on the configuration stored inside "Get-D365ActiveAzureStorageConfig". Will download the file with the latest modified datetime from the storage account and save it to "c:\temp\d365fo.tools". .EXAMPLE PS C:\> Invoke-D365AzureStorageDownload -AccountId "miscfiles" -SAS "sv2018-03-28&siunlisted&src&sigAUOpdsfpoWE976ASDhfjkasdf(5678sdfhk" -Container "backupfiles" -Path "c:\temp" -Latest Will download the file with the latest modified datetime from the storage account and save it to "c:\temp\". A SAS key is used to gain access to the container and downloading the file from it. The complete path to the file will returned as output from the cmdlet. .NOTES Tags: Azure, Azure Storage, Config, Configuration, Token, Blob, File, Files, Latest, Bacpac, Container Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Invoke-D365AzureStorageDownload { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false)] [string] $AccountId = $Script:AccountId, [Parameter(Mandatory = $false)] [string] $AccessToken = $Script:AccessToken, [Parameter(Mandatory = $false)] [string] $SAS = $Script:SAS, [Parameter(Mandatory = $false)] [Alias('Blob')] [Alias('Blobname')] [string] $Container = $Script:Container, [Parameter(Mandatory = $true, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true)] [Alias('Name')] [string] $FileName, [Parameter(Mandatory = $false)] [string] $Path = $Script:DefaultTempPath, [Parameter(Mandatory = $true, ParameterSetName = 'Latest', Position = 4 )] [Alias('GetLatest')] [switch] $Latest, [switch] $EnableException ) BEGIN { if (-not (Test-PathExists -Path $Path -Type Container -Create)) { return } if (([string]::IsNullOrEmpty($AccountId) -eq $true) -or ([string]::IsNullOrEmpty($Container)) -or (([string]::IsNullOrEmpty($AccessToken)) -and ([string]::IsNullOrEmpty($SAS)))) { Write-PSFMessage -Level Host -Message "It seems that you are missing some of the parameters. Please make sure that you either supplied them or have the right configuration saved." Stop-PSFFunction -Message "Stopping because of missing parameters" return } } PROCESS { if (Test-PSFFunctionInterrupt) {return} Invoke-TimeSignal -Start try { if ([string]::IsNullOrEmpty($SAS)) { Write-PSFMessage -Level Verbose -Message "Working against Azure Storage Account with AccessToken" $storageContext = new-AzureStorageContext -StorageAccountName $AccountId.ToLower() -StorageAccountKey $AccessToken } else { Write-PSFMessage -Level Verbose -Message "Working against Azure Storage Account with SAS" $conString = $("BlobEndpoint=https://{0}.blob.core.windows.net/;QueueEndpoint=https://{0}.queue.core.windows.net/;FileEndpoint=https://{0}.file.core.windows.net/;TableEndpoint=https://{0}.table.core.windows.net/;SharedAccessSignature={1}" -f $AccountId.ToLower(), $SAS) $storageContext = new-AzureStorageContext -ConnectionString $conString } $cloudStorageAccount = [Microsoft.WindowsAzure.Storage.CloudStorageAccount]::Parse($storageContext.ConnectionString) $blobClient = $cloudStorageAccount.CreateCloudBlobClient() $blobContainer = $blobClient.GetContainerReference($Container.ToLower()); Write-PSFMessage -Level Verbose -Message "Start download from Azure Storage Account" if ($Latest) { $files = $blobContainer.ListBlobs() $File = ($files | Sort-Object -Descending { $_.Properties.LastModified } | Select-Object -First 1) $NewFile = Join-Path $Path $($File.Name) $File.DownloadToFile($NewFile, [System.IO.FileMode]::Create) $FileName = $File.Name } else { $NewFile = Join-Path $Path $FileName $blockBlob = $blobContainer.GetBlockBlobReference($FileName); $blockBlob.DownloadToFile($NewFile, [System.IO.FileMode]::Create) } Get-Item -Path $NewFile | Select-PSFObject "Name as Filename", @{Name = "Size"; Expression = {[PSFSize]$_.Length}}, "LastWriteTime as LastModified", "Fullname as File" } catch { $messageString = "Something went wrong while <c='em'>downloading</c> the file from Azure." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target $NewFile Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { Invoke-TimeSignal -End } } END {} } <# .SYNOPSIS Upload a file to Azure .DESCRIPTION Upload any file to an Azure Storage Account .PARAMETER AccountId Storage Account Name / Storage Account Id where you want to store the file .PARAMETER AccessToken The token that has the needed permissions for the upload action .PARAMETER SAS The SAS key that you have created for the storage account or blob container .PARAMETER Container Name of the blob container inside the storage account you want to store the file .PARAMETER Filepath Path to the file you want to upload .PARAMETER ContentType Media type of the file that is going to be uploaded The value will be used for the blob property "Content Type". If the parameter is left empty, the commandlet will try to automatically determined the value based on the file's extension. If the parameter is left empty and the value cannot be automatically be determined, Azure storage will automatically assign "application/octet-stream" as the content type. Valid media type values can be found here: https://www.iana.org/assignments/media-types/media-types.xhtml .PARAMETER DeleteOnUpload Switch to tell the cmdlet if you want the local file to be deleted after the upload completes .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Invoke-D365AzureStorageUpload -AccountId "miscfiles" -AccessToken "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" -Container "backupfiles" -Filepath "c:\temp\bacpac\UAT_20180701.bacpac" -DeleteOnUpload This will upload the "c:\temp\bacpac\UAT_20180701.bacpac" up to the "backupfiles" container, inside the "miscfiles" Azure Storage Account that is access with the "xx508xx63817x752xx74004x30705xx92x58349x5x78f5xx34xxxxx51" token. After upload the local file will be deleted. .EXAMPLE PS C:\> $AzureParams = Get-D365ActiveAzureStorageConfig PS C:\> New-D365Bacpac | Invoke-D365AzureStorageUpload @AzureParams This will get the current Azure Storage Account configuration details and use them as parameters to upload the file to an Azure Storage Account. .EXAMPLE PS C:\> New-D365Bacpac | Invoke-D365AzureStorageUpload This will generate a new bacpac file using the "New-D365Bacpac" cmdlet. The file will be uploaded to an Azure Storage Account using the "Invoke-D365AzureStorageUpload" cmdlet. This will use the default parameter values that are based on the configuration stored inside "Get-D365ActiveAzureStorageConfig" for the "Invoke-D365AzureStorageUpload" cmdlet. .EXAMPLE PS C:\> Invoke-D365AzureStorageUpload -AccountId "miscfiles" -SAS "sv2018-03-28&siunlisted&src&sigAUOpdsfpoWE976ASDhfjkasdf(5678sdfhk" -Container "backupfiles" -Filepath "c:\temp\bacpac\UAT_20180701.bacpac" -DeleteOnUpload This will upload the "c:\temp\bacpac\UAT_20180701.bacpac" up to the "backupfiles" container, inside the "miscfiles" Azure Storage Account. A SAS key is used to gain access to the container and uploading the file to it. .NOTES Tags: Azure, Azure Storage, Config, Configuration, Token, Blob, File, Files, Bacpac, Container Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Invoke-D365AzureStorageUpload { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false)] [string] $AccountId = $Script:AccountId, [Parameter(Mandatory = $false)] [string] $AccessToken = $Script:AccessToken, [Parameter(Mandatory = $false)] [string] $SAS = $Script:SAS, [Parameter(Mandatory = $false)] [Alias('Blob')] [Alias('Blobname')] [string] $Container = $Script:Container, [Parameter(Mandatory = $true, ParameterSetName = 'Default', ValueFromPipeline = $true)] [Parameter(Mandatory = $true, ParameterSetName = 'Pipeline', ValueFromPipelineByPropertyName = $true)] [Alias('File')] [Alias('Path')] [string] $Filepath, [Parameter(Mandatory = $false)] [string] $ContentType, [switch] $DeleteOnUpload, [switch] $EnableException ) BEGIN { if (([string]::IsNullOrEmpty($AccountId) -eq $true) -or ([string]::IsNullOrEmpty($Container)) -or (([string]::IsNullOrEmpty($AccessToken)) -and ([string]::IsNullOrEmpty($SAS)))) { Write-PSFMessage -Level Host -Message "It seems that you are missing some of the parameters. Please make sure that you either supplied them or have the right configuration saved." Stop-PSFFunction -Message "Stopping because of missing parameters" return } } PROCESS { if (Test-PSFFunctionInterrupt) { return } Invoke-TimeSignal -Start try { if ([string]::IsNullOrEmpty($SAS)) { Write-PSFMessage -Level Verbose -Message "Working against Azure Storage Account with AccessToken" $storageContext = new-AzureStorageContext -StorageAccountName $AccountId.ToLower() -StorageAccountKey $AccessToken } else { $conString = $("BlobEndpoint=https://{0}.blob.core.windows.net/;QueueEndpoint=https://{0}.queue.core.windows.net/;FileEndpoint=https://{0}.file.core.windows.net/;TableEndpoint=https://{0}.table.core.windows.net/;SharedAccessSignature={1}" -f $AccountId.ToLower(), $SAS) Write-PSFMessage -Level Verbose -Message "Working against Azure Storage Account with SAS" -Target $conString $storageContext = new-AzureStorageContext -ConnectionString $conString } $cloudStorageAccount = [Microsoft.WindowsAzure.Storage.CloudStorageAccount]::Parse($storageContext.ConnectionString) $blobClient = $cloudStorageAccount.CreateCloudBlobClient() $blobContainer = $blobClient.GetContainerReference($Container.ToLower()); if ([string]::IsNullOrEmpty($ContentType)) { $ContentType = [System.Web.MimeMapping]::GetMimeMapping($Filepath) # Available since .NET4.5, so it can be used with PowerShell 5.0 and higher. Write-PSFMessage -Level Verbose -Message "Content Type is automatically set to value: $ContentType" } Write-PSFMessage -Level Verbose -Message "Start uploading the file to Azure" $FileName = Split-Path $Filepath -Leaf $blockBlob = $blobContainer.GetBlockBlobReference($FileName) if (![string]::IsNullOrEmpty($ContentType)) { $blockBlob.Properties.ContentType = $ContentType } $blockBlob.UploadFromFile($Filepath) if ($DeleteOnUpload) { Remove-Item $Filepath -Force } [PSCustomObject]@{ File = $Filepath Filename = $FileName } } catch { $messageString = "Something went wrong while <c='em'>uploading</c> the file to Azure." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target $FileName Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { Invoke-TimeSignal -End } } END {} } <# .SYNOPSIS Run the Best Practice .DESCRIPTION Run the Best Practice checks against modules and models .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER Module Name of the Module to analyse .PARAMETER Model Name of the Model to analyse .PARAMETER LogDir Path where you want to store the log outputs generated from the best practice analyser .PARAMETER PackagesRoot Instructs the cmdlet to use binary metadata .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER RunFixers Instructs the cmdlet to invoke the fixers for the identified warnings .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365BestPractice -module "ApplicationSuite" -model "MyOverLayerModel" This will execute the best practice checks against MyOverLayerModel in the ApplicationSuite Module. The default output will be silenced. The XML log file will be written to "c:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.MyOverLayerModel.xppbp.xml". The log file will be written to "c:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.MyOverLayerModel.xppbp.log". .EXAMPLE PS C:\> Invoke-D365BestPractice -module "ApplicationSuite" -model "MyOverLayerModel" -PackagesRoot This will execute the best practice checks against MyOverLayerModel in the ApplicationSuite Module. We use the binary metadata to look for the module and model. The default output will be silenced. The XML log file will be written to "c:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.MyOverLayerModel.xppbp.xml". The log file will be written to "c:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.MyOverLayerModel.xppbp.log". .EXAMPLE PS C:\> Invoke-D365BestPractice -module "ApplicationSuite" -model "MyOverLayerModel" -ShowOriginalProgress This will execute the best practice checks against MyOverLayerModel in the ApplicationSuite Module. The output from the best practice check process will be written to the console / host. The XML log file will be written to "c:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.MyOverLayerModel.xppbp.xml". The log file will be written to "c:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.MyOverLayerModel.xppbp.log". .EXAMPLE PS C:\> Invoke-D365BestPractice -module "ApplicationSuite" -model "MyOverLayerModel" -RunFixers This will execute the best practice checks against MyOverLayerModel in the ApplicationSuite Module. The default output will be silenced. The XML log file will be written to "c:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.MyOverLayerModel.xppbp.xml". The log file will be written to "c:\temp\d365fo.tools\ApplicationSuite\Dynamics.AX.MyOverLayerModel.xppbp.log". Instructs the xppbp tool to run the fixers for all identified warnings. .NOTES Tags: Best Practice, BP, BPs, Module, Model, Quality Author: Gert Van Der Heyden (@gertvdheyden) Author: M�tz Jensen (@Splaxi) #> function Invoke-D365BestPractice { [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '')] [CmdletBinding()] [OutputType('[PsCustomObject]')] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias("ModuleName")] [string] $Module, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias('ModelName')] [string] $Model, [string] $BinDir = "$Script:PackageDirectory\bin", [string] $MetaDataDir = "$Script:MetaDataDir", [string] $LogDir = (Join-Path $Script:DefaultTempPath $Module), [switch] $PackagesRoot, [switch] $ShowOriginalProgress, [switch] $RunFixers, [switch] $OutputCommandOnly ) begin { Invoke-TimeSignal -Start $tool = "xppbp.exe" $executable = Join-Path $BinDir $tool if (-not (Test-PathExists -Path $MetaDataDir, $BinDir -Type Container)) { return } if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } } process { if (Test-PSFFunctionInterrupt) { return } $LogDir = (Join-Path $Script:DefaultTempPath $Module) if (-not (Test-PathExists -Path $LogDir -Type Container -Create)) { return } if (Test-PSFFunctionInterrupt) { return } $logFile = Join-Path $LogDir "Dynamics.AX.$Model.xppbp.log" $logXmlFile = Join-Path $LogDir "Dynamics.AX.$Model.xppbp.xml" $params = @( "-metadata=`"$MetaDataDir`"", "-all", "-module=`"$Module`"", "-model=`"$Model`"", "-xmlLog=`"$logXmlFile`"", "-log=`"$logFile`"" ) if ($PackagesRoot -eq $true) { $params += "-packagesroot=`"$MetaDataDir`"" } if ($RunFixers -eq $true) { $params += "-runfixers" } Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if ($OutputCommandOnly) { return } [PSCustomObject]@{ LogFile = $logFile XmlLogFile = $logXmlFile } } end { Invoke-TimeSignal -End } } <# .SYNOPSIS Analyze the compiler output log .DESCRIPTION Analyze the compiler output log and generate an excel file contain worksheets per type: Errors, Warnings, Tasks It could be a Visual Studio compiler log or it could be a Invoke-D365ModuleCompile log you want analyzed .PARAMETER Path Path to the compiler log file that you want to work against A BuildModelResult.log or a Dynamics.AX.*.xppc.log file will both work .PARAMETER OutputPath Path where you want the excel file (xlsx-file) saved to .PARAMETER SkipWarnings Instructs the cmdlet to skip warnings while analyzing the compiler output log file .PARAMETER SkipTasks Instructs the cmdlet to skip tasks while analyzing the compiler output log file .PARAMETER PackageDirectory Path to the directory containing the installed package / module Default path is the same as the AOS service "PackagesLocalDirectory" directory Default value is fetched from the current configuration on the machine .EXAMPLE PS C:\> Invoke-D365CompilerResultAnalyzer -Path "c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log" This will analyse all compiler output log files generated from Visual Studio. It will use the default path for the OutputPath parameter. It will build error and error summary worksheets. It will build warning and warning summary worksheets. It will build task and task summary worksheets. A result set example: File Filename ---- -------- c:\temp\d365fo.tools\Custom-CompilerResults.xlsx Custom-CompilerResults.xlsx .EXAMPLE PS C:\> Invoke-D365CompilerResultAnalyzer -Path "c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log" -SkipWarnings This will analyse all compiler output log files generated from Visual Studio. It will use the default path for the OutputPath parameter. It will build error and error summary worksheets. It will build task and task summary worksheets. A result set example: File Filename ---- -------- c:\temp\d365fo.tools\Custom-CompilerResults.xlsx Custom-CompilerResults.xlsx .EXAMPLE PS C:\> Invoke-D365CompilerResultAnalyzer -Path "c:\temp\d365fo.tools\Custom\Dynamics.AX.Custom.xppc.log" -SkipTasks This will analyse all compiler output log files generated from Visual Studio. It will use the default path for the OutputPath parameter. It will build error and error summary worksheets. It will build warning and warning summary worksheets. A result set example: File Filename ---- -------- c:\temp\d365fo.tools\Custom-CompilerResults.xlsx Custom-CompilerResults.xlsx .NOTES Tags: Compiler, Build, Errors, Warnings, Tasks Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Vilmos Kintera" (twitter: @DAXRunBase) All credits goes to him for showing how to extract these information His blog can be found here: https://www.daxrunbase.com/blog/ The specific blog post that we based this cmdlet on can be found here: https://www.daxrunbase.com/2020/03/31/interpreting-compiler-results-in-d365fo-using-powershell/ The github repository containing the original scrips can be found here: https://github.com/DAXRunBase/PowerShell-and-Azure #> function Invoke-D365CompilerResultAnalyzer { [CmdletBinding()] [OutputType('')] param ( [parameter(Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true)] [Alias('LogFile')] [string] $Path, [string] $OutputPath = $Script:DefaultTempPath, [switch] $SkipWarnings, [switch] $SkipTasks, [string] $PackageDirectory = $Script:PackageDirectory ) begin { Invoke-TimeSignal -Start if (-not (Test-PathExists -Path $PackageDirectory -Type Container)) { return } } process { $moduleName = "" if($Path -like "*Dynamics.AX.*.xppc.log"){ $splittedString = $Path -split ".*Dynamics.AX.(.*).xppc.log" $moduleName = $splittedString[1] }elseif ($Path -like "*BuildModelResult.log"){ $splittedString = $Path -split ".*\\(.*)\\BuildModelResult.log" $moduleName = $splittedString[1] }else{ $moduleName = (New-Guid).Guid } $outputFilePath = Join-Path -Path $OutputPath -ChildPath "$moduleName-CompilerResults.xlsx" Invoke-CompilerResultAnalyzer -Path $Path -Identifier $moduleName -OutputPath $outputFilePath -SkipWarnings:$SkipWarnings -SkipTasks:$SkipTasks -PackageDirectory $PackageDirectory } end { Invoke-TimeSignal -End } } <# .SYNOPSIS Invoke the one of the data flush classes .DESCRIPTION Invoke one of the runnable classes that is clearing cache, data or something else .PARAMETER URL URL to the Dynamics 365 instance you want to clear the AOD cache on .PARAMETER Class The class that you want to execute. Default value is "SysFlushAod" .EXAMPLE PS C:\> Invoke-D365DataFlush This will make a call against the default URL for the machine and have it execute the SysFlushAOD class. .EXAMPLE PS C:\> Invoke-D365DataFlush -Class SysFlushData,SysFlushAod This will make a call against the default URL for the machine and have it execute the SysFlushData and SysFlushAod classes. .NOTES Tags: Flush, Url, Servicing Author: M�tz Jensen (@Splaxi) #> function Invoke-D365DataFlush { [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 1 )] [string] $Url, [ValidateSet('SysFlushData', 'SysFlushAod', 'SysDataCacheParameters')] [string[]] $Class = "SysFlushAod" ) if ($PSBoundParameters.ContainsKey("URL")) { foreach ($item in $Class) { Write-PSFMessage -Level Verbose -Message "Executing Invoke-D365SysRunnerClass with $item" -Target $item Invoke-D365SysRunnerClass -ClassName $item -Url $URL } } else { foreach ($item in $Class) { Write-PSFMessage -Level Verbose -Message "Executing Invoke-D365SysRunnerClass with $item" -Target $item Invoke-D365SysRunnerClass -ClassName $item } } } <# .SYNOPSIS Invoke the synchronization process used in Visual Studio .DESCRIPTION Uses the sync.exe (engine) to synchronize the database for the environment .PARAMETER BinDirTools Path to where the tools on the machine can be found Default value is normally the AOS Service PackagesLocalDirectory\bin .PARAMETER MetadataDir Path to where the tools on the machine can be found Default value is normally the AOS Service PackagesLocalDirectory .PARAMETER LogPath The path where the log file will be saved .PARAMETER SyncMode The sync mode the sync engine will use Default value is: "FullAll" .PARAMETER Verbosity Parameter used to instruct the level of verbosity the sync engine has to report back Default value is: "Normal" .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365DBSync This will invoke the sync engine and have it work against the database. .EXAMPLE PS C:\> Invoke-D365DBSync -Verbose This will invoke the sync engine and have it work against the database. It will output the same level of details that Visual Studio would normally do. .NOTES Tags: Database, Sync, SyncDB, Synchronization, Servicing Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) When running the 'FullAll' (default) the command requires an elevated console / Run As Administrator. #> function Invoke-D365DbSync { [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 0)] [string]$BinDirTools = $Script:BinDirTools, [Parameter(Mandatory = $false, Position = 1)] [string]$MetadataDir = $Script:MetaDataDir, [Parameter(Mandatory = $false, Position = 2)] [string]$LogPath = "C:\temp\D365FO.Tools\Sync", [Parameter(Mandatory = $false, Position = 3)] #[ValidateSet('None', 'PartialList','InitialSchema','FullIds','PreTableViewSyncActions','FullTablesAndViews','PostTableViewSyncActions','KPIs','AnalysisEnums','DropTables','FullSecurity','PartialSecurity','CleanSecurity','ADEs','FullAll','Bootstrap','LegacyIds','Diag')] [string]$SyncMode = 'FullAll', [Parameter(Mandatory = $false, Position = 4)] [ValidateSet('Normal', 'Quiet', 'Minimal', 'Normal', 'Detailed', 'Diagnostic')] [string]$Verbosity = 'Normal', [Parameter(Mandatory = $false, Position = 5)] [string]$DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 6)] [string]$DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 7)] [string]$SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 8)] [string]$SqlPwd = $Script:DatabaseUserPassword, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) Invoke-TimeSignal -Start #! The way the sync engine works is that it uses the connection string for some operations, #! but for FullSync / FullAll it depends on the database details from the same assemblies that #! we rely on. So the testing of how to run this cmdlet is a bit different than others Write-PSFMessage -Level Debug -Message "Testing if run on LocalHostedTier1 and console isn't elevated" if ($Script:EnvironmentType -eq [EnvironmentType]::LocalHostedTier1 -and !$script:IsAdminRuntime) { Write-PSFMessage -Level Host -Message "It seems that you ran this cmdlet <c='em'>non-elevated</c> and on a <c='em'>local VM / local vhd</c>. Being on a local VM / local VHD requires you to run this cmdlet from an elevated console. Please exit the current console and start a new with `"Run As Administrator`"" Stop-PSFFunction -Message "Stopping because of missing parameters" return } elseif (!$script:IsAdminRuntime -and $Script:UserIsAdmin -and $Script:EnvironmentType -ne [EnvironmentType]::LocalHostedTier1) { Write-PSFMessage -Level Host -Message "It seems that you ran this cmdlet <c='em'>non-elevated</c> and as an <c='em'>administrator</c>. You should either logon as a non-admin user account on this machine or run this cmdlet from an elevated console. Please exit the current console and start a new with `"Run As Administrator`" or simply logon as another user" Stop-PSFFunction -Message "Stopping because of missing parameters" return } $executable = Join-Path $BinDirTools "SyncEngine.exe" if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } if (-not (Test-PathExists -Path $MetadataDir -Type Container)) { return } if (-not (Test-PathExists -Path $LogPath -Type Container -Create)) { return } Write-PSFMessage -Level Debug -Message "Testing if the SyncEngine is already running." $syncEngine = Get-Process -Name "SyncEngine" -ErrorAction SilentlyContinue if ($null -ne $syncEngine) { Write-PSFMessage -Level Host -Message "A instance of SyncEngine is <c='em'>already running</c>. Please <c='em'>wait</c> for it to finish or <c='em'>kill it</c>." Stop-PSFFunction -Message "Stopping because SyncEngine.exe already running" return } Write-PSFMessage -Level Debug -Message "Build the parameters for the command to execute." $params = @("-syncmode=$($SyncMode.ToLower())", "-verbosity=$($Verbosity.ToLower())", "-metadatabinaries=`"$MetadataDir`"", "-connect=`"server=$DatabaseServer;Database=$DatabaseName; User Id=$SqlUser;Password=$SqlPwd;`"" ) Write-PSFMessage -Level Debug -Message "Starting the SyncEngine with the parameters." -Target $param #! We should consider to redirect the standard output & error like this: https://stackoverflow.com/questions/8761888/capturing-standard-out-and-error-with-start-process Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly Invoke-TimeSignal -End } <# .SYNOPSIS Synchronize all sync base and extension elements based on a modulename .DESCRIPTION Retrieve the list of installed packages / modules where the name fits the ModelName parameter. It will run loop over the list and start the sync process against all tables, views, data entities, table-extensions, view-extensions and data entities-extensions of every iterated model .PARAMETER Module Name of the model you want to sync tables and table extensions Supports an array of module names .PARAMETER LogPath The path where the log file will be saved .PARAMETER Verbosity Parameter used to instruct the level of verbosity the sync engine has to report back Default value is: "Normal" .PARAMETER BinDirTools Path to where the tools on the machine can be found Default value is normally the AOS Service PackagesLocalDirectory\bin .PARAMETER MetadataDir Path to where the tools on the machine can be found Default value is normally the AOS Service PackagesLocalDirectory .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365DbSyncModule -Module "MyModel1" It will start the sync process against all tables, views, data entities, table-extensions, view-extensions and data entities-extensions of MyModel1. .EXAMPLE PS C:\> Invoke-D365DbSyncModule -Module "MyModel1","MyModel2" It will run loop over the list and start the sync process against all tables, views, data entities, table-extensions, view-extensions and data entities-extensions of every iterated model. .EXAMPLE PS C:\> Get-D365Module -Name "MyModel*" | Invoke-D365DbSyncModule Retrieve the list of installed packages / modules where the name fits the search "MyModel*". The result is: MyModel1 MyModel2 It will run loop over the list and start the sync process against all tables, views, data entities, table-extensions, view-extensions and data entities-extensions of every iterated model. .NOTES Tags: Database, Sync, SyncDB, Synchronization, Servicing Author: Jasper Callens - Cegeka Author: Caleb Blanchard (@daxcaleb) Author: M�tz Jensen (@Splaxi) #> function Invoke-D365DbSyncModule { [CmdletBinding()] param ( [Parameter(Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true)] [Alias("ModuleName")] [string[]] $Module, [string] $LogPath = "C:\temp\D365FO.Tools\Sync", [ValidateSet('Normal', 'Quiet', 'Minimal', 'Normal', 'Detailed', 'Diagnostic')] [string] $Verbosity = 'Normal', [string] $BinDirTools = $Script:BinDirTools, [string] $MetadataDir = $Script:MetaDataDir, [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) begin { Invoke-TimeSignal -Start [System.Collections.Generic.List[System.String]] $modules = @() } process { foreach ($moduleLocal in $Module) { $modules.Add($moduleLocal) } } end { # Retrieve all sync elements of provided module name $allModelSyncElements = $modules.ToArray() | Get-SyncElements # Build parameters for the partial sync function $syncParams = @{ SyncList=$allModelSyncElements.BaseSyncElements; SyncExtensionsList = $allModelSyncElements.ExtensionSyncElements; Verbosity = $Verbosity; BinDirTools=$BinDirTools; MetadataDir=$MetadataDir; DatabaseServer=$DatabaseServer; DatabaseName=$DatabaseName; SqlUser=$SqlUser; SqlPwd=$SqlPwd; ShowOriginalProgress=$ShowOriginalProgress; OutputCommandOnly=$OutputCommandOnly } # Call the partial sync using required parameters $resSyncModule = Invoke-D365DBSyncPartial @syncParams $resSyncModule Invoke-TimeSignal -End } } <# .SYNOPSIS Invoke the synchronization process used in Visual Studio .DESCRIPTION Uses the sync.exe (engine) to synchronize the database for the environment .PARAMETER SyncMode The sync mode the sync engine will use Default value is: "PartialList" .PARAMETER SyncList The list of objects that you want to pass on to the database synchronoziation engine .PARAMETER SyncExtensionsList The list of extension objects that you want to pass on to the database synchronoziation engine .PARAMETER LogPath The path where the log file will be saved .PARAMETER Verbosity Parameter used to instruct the level of verbosity the sync engine has to report back Default value is: "Normal" .PARAMETER BinDirTools Path to where the tools on the machine can be found Default value is normally the AOS Service PackagesLocalDirectory\bin .PARAMETER MetadataDir Path to where the tools on the machine can be found Default value is normally the AOS Service PackagesLocalDirectory .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365DBSyncPartial -SyncList "CustCustomerEntity","SalesTable" This will invoke the sync engine and have it work against the database. It will run with the default value "PartialList" as the SyncMode. It will run the sync process against "CustCustomerEntity" and "SalesTable" .EXAMPLE PS C:\> Invoke-D365DBSyncPartial -SyncList "CustCustomerEntity","SalesTable" -Verbose This will invoke the sync engine and have it work against the database. It will run with the default value "PartialList" as the SyncMode. It will run the sync process against "CustCustomerEntity" and "SalesTable" It will output the same level of details that Visual Studio would normally do. .EXAMPLE PS C:\> Invoke-D365DBSyncPartial -SyncList "CustCustomerEntity","SalesTable" -SyncExtensionsList "CaseLog.Extension","CategoryTable.Extension" -Verbose This will invoke the sync engine and have it work against the database. It will run with the default value "PartialList" as the SyncMode. It will run the sync process against "CustCustomerEntity", "SalesTable", "CaseLog.Extension" and "CategoryTable.Extension" It will output the same level of details that Visual Studio would normally do. .NOTES Tags: Database, Sync, SyncDB, Synchronization, Servicing Author: M�tz Jensen (@Splaxi) Author: Jasper Callens - Cegeka Inspired by: https://axdynamx.blogspot.com/2017/10/how-to-synchronize-manually-database.html #> function Invoke-D365DbSyncPartial { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string[]] $SyncList, [string[]] $SyncExtensionsList, #[ValidateSet('None', 'PartialList','InitialSchema','FullIds','PreTableViewSyncActions','FullTablesAndViews','PostTableViewSyncActions','KPIs','AnalysisEnums','DropTables','FullSecurity','PartialSecurity','CleanSecurity','ADEs','FullAll','Bootstrap','LegacyIds','Diag')] [string] $SyncMode = 'PartialList', [string] $LogPath = "C:\temp\D365FO.Tools\Sync", [ValidateSet('Normal', 'Quiet', 'Minimal', 'Normal', 'Detailed', 'Diagnostic')] [string] $Verbosity = 'Normal', [string] $BinDirTools = $Script:BinDirTools, [string] $MetadataDir = $Script:MetaDataDir, [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) process { Invoke-TimeSignal -Start #! The way the sync engine works is that it uses the connection string for some operations, #! but for FullSync / FullAll it depends on the database details from the same assemblies that #! we rely on. So the testing of how to run this cmdlet is a bit different than others Write-PSFMessage -Level Debug -Message "Testing if run on LocalHostedTier1 and console isn't elevated" if ($Script:EnvironmentType -eq [EnvironmentType]::LocalHostedTier1 -and !$script:IsAdminRuntime) { Write-PSFMessage -Level Host -Message "It seems that you ran this cmdlet <c='em'>non-elevated</c> and on a <c='em'>local VM / local vhd</c>. Being on a local VM / local VHD requires you to run this cmdlet from an elevated console. Please exit the current console and start a new with `"Run As Administrator`"" Stop-PSFFunction -Message "Stopping because of missing parameters" return } elseif (!$script:IsAdminRuntime -and $Script:UserIsAdmin -and $Script:EnvironmentType -ne [EnvironmentType]::LocalHostedTier1) { Write-PSFMessage -Level Host -Message "It seems that you ran this cmdlet <c='em'>non-elevated</c> and as an <c='em'>administrator</c>. You should either logon as a non-admin user account on this machine or run this cmdlet from an elevated console. Please exit the current console and start a new with `"Run As Administrator`" or simply logon as another user" Stop-PSFFunction -Message "Stopping because of missing parameters" return } $executable = Join-Path $BinDirTools "SyncEngine.exe" if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } if (-not (Test-PathExists -Path $MetadataDir -Type Container)) { return } if (-not (Test-PathExists -Path $LogPath -Type Container -Create)) { return } Write-PSFMessage -Level Debug -Message "Testing if the SyncEngine is already running." $syncEngine = Get-Process -Name "SyncEngine" -ErrorAction SilentlyContinue if ($null -ne $syncEngine) { Write-PSFMessage -Level Host -Message "A instance of SyncEngine is <c='em'>already running</c>. Please <c='em'>wait</c> for it to finish or <c='em'>kill it</c>." Stop-PSFFunction -Message "Stopping because SyncEngine.exe already running" return } Write-PSFMessage -Level Debug -Message "Build the parameters for the command to execute." $params = @("-syncmode=$($SyncMode.ToLower())", "-synclist=`"$($SyncList -join ",")`"", "-tableextensionlist=`"$($SyncExtensionsList -join ',')`"", "-verbosity=$($Verbosity.ToLower())", "-metadatabinaries=`"$MetadataDir`"", "-connect=`"server=$DatabaseServer;Database=$DatabaseName; User Id=$SqlUser;Password=$SqlPwd;`"" ) Write-PSFMessage -Level Debug -Message "Starting the SyncEngine with the parameters." -Target $param #! We should consider to redirect the standard output & error like this: https://stackoverflow.com/questions/8761888/capturing-standard-out-and-error-with-start-process Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly Invoke-TimeSignal -End } } <# .SYNOPSIS Download AzCopy.exe to your machine .DESCRIPTION Download and extract the AzCopy.exe to your machine .PARAMETER Url Url/Uri to where the latest AzCopy download is located The default value is for v10 as of writing .PARAMETER Path Path to where you want the AzCopy to be extracted to Default value is: "C:\temp\d365fo.tools\AzCopy\AzCopy.exe" .EXAMPLE PS C:\> Invoke-D365InstallAzCopy -Path "C:\temp\d365fo.tools\AzCopy\AzCopy.exe" This will update the path for the AzCopy.exe in the modules configuration .NOTES Author: M�tz Jensen (@Splaxi) #> function Invoke-D365InstallAzCopy { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param ( [string] $Url = "https://aka.ms/downloadazcopy-v10-windows", [string] $Path = "C:\temp\d365fo.tools\AzCopy\AzCopy.exe" ) $azCopyFolder = Split-Path $Path -Parent $downloadPath = Join-Path -Path $azCopyFolder -ChildPath "AzCopy.zip" if (-not (Test-PathExists -Path $azCopyFolder -Type Container -Create)) { return } if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "Downloading AzCopy.zip from the internet. $($Url)" -Target $Url (New-Object System.Net.WebClient).DownloadFile($Url, $downloadPath) if (-not (Test-PathExists -Path $downloadPath -Type Leaf)) { return } Unblock-File -Path $downloadPath $tempExtractPath = Join-Path -Path $azCopyFolder -ChildPath "Temp" Expand-Archive -Path $downloadPath -DestinationPath $tempExtractPath -Force $null = (Get-Item "$tempExtractPath\*\azcopy.exe").CopyTo($Path, $true) $tempExtractPath | Remove-Item -Force -Recurse $downloadPath | Remove-Item -Force -Recurse Set-D365AzCopyPath -Path $Path } <# .SYNOPSIS Install a license for a 3. party solution .DESCRIPTION Install a license for a 3. party solution using the builtin "Microsoft.Dynamics.AX.Deployment.Setup.exe" executable .PARAMETER Path Path to the license file .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the aos service PackagesLocalDirectory\bin .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365InstallLicense -Path c:\temp\d365fo.tools\license.txt This will use the default paths and start the Microsoft.Dynamics.AX.Deployment.Setup.exe with the needed parameters to import / install the license file. .EXAMPLE PS C:\> Invoke-D365InstallLicense -Path c:\temp\d365fo.tools\license.txt -ShowOriginalProgress This will use the default paths and start the Microsoft.Dynamics.AX.Deployment.Setup.exe with the needed parameters to import / install the license file. The output from the installation process will be written to the console / host. .NOTES Tags: License, Install, ISV, 3. Party, Servicing Author: M�tz Jensen (@splaxi) #> function Invoke-D365InstallLicense { [CmdletBinding()] param ( [Parameter(Mandatory = $True)] [Alias('File')] [string] $Path, [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [string] $MetaDataDir = "$Script:MetaDataDir", [string] $BinDir = "$Script:BinDir", [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) $executable = Join-Path $BinDir "bin\Microsoft.Dynamics.AX.Deployment.Setup.exe" if (-not (Test-PathExists -Path $MetaDataDir,$BinDir -Type Container)) {return} if (-not (Test-PathExists -Path $Path,$executable -Type Leaf)) {return} Invoke-TimeSignal -Start $params = @("-isemulated", "true", "-sqluser", "$SqlUser", "-sqlpwd", "$SqlPwd", "-sqlserver", "$DatabaseServer", "-sqldatabase", "$DatabaseName", "-metadatadir", "$MetaDataDir", "-bindir", "$BinDir", "-setupmode", "importlicensefile", "-licensefilename", "`"$Path`"") Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly Invoke-TimeSignal -End } <# .SYNOPSIS Download SqlPackage.exe to your machine .DESCRIPTION Download and extract the DotNet/.NET core x64 edition of the SqlPackage.exe to your machine It parses the raw html page and tries to extract the latest download link .PARAMETER Path Path to where you want the SqlPackage to be extracted to Default value is: "C:\temp\d365fo.tools\SqlPackage\SqlPackage.exe" .PARAMETER SkipExtractFromPage Instruct the cmdlet to skip trying to parse the download page and to rely on the Url parameter only .PARAMETER Url Url/Uri to where the latest SqlPackage download is located The default value is for v18.4.1 (15.0.4630.1) as of writing .EXAMPLE PS C:\> Invoke-D365InstallSqlPackage This will download and extract the latest SqlPackage.exe. It will use the default value for the Path parameter, for where to save the SqlPackage.exe. It will try to extract the latest download URL from the RAW html page. It will update the path for the SqlPackage.exe in configuration. .EXAMPLE PS C:\> Invoke-D365InstallSqlPackage -Path "C:\temp\SqlPackage" This will download and extract the latest SqlPackage.exe. It will try to extract the latest download URL from the RAW html page. It will update the path for the SqlPackage.exe in configuration. .EXAMPLE PS C:\> Invoke-D365InstallSqlPackage -SkipExtractFromPage This will download and extract the latest SqlPackage.exe. It will rely on the Url parameter to based the download from. It will use the default value of the Url parameter. It will update the path for the SqlPackage.exe in configuration. .EXAMPLE PS C:\> Invoke-D365InstallSqlPackage -SkipExtractFromPage -Url "https://go.microsoft.com/fwlink/?linkid=3030303" This will download and extract the latest SqlPackage.exe. It will rely on the Url parameter to based the download from. It will use the "https://go.microsoft.com/fwlink/?linkid=3030303" as value for the Url parameter. It will update the path for the SqlPackage.exe in configuration. .NOTES Author: M�tz Jensen (@Splaxi) #> function Invoke-D365InstallSqlPackage { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param ( [string] $Path = "C:\temp\d365fo.tools\SqlPackage", [switch] $SkipExtractFromPage, [string] $Url = "https://go.microsoft.com/fwlink/?linkid=2113704" ) if (-not $SkipExtractFromPage) { $content = (Invoke-WebRequest -Uri "https://docs.microsoft.com/en-us/sql/tools/sqlpackage-download" -UseBasicParsing).content $res = $content -match '<td.*>Windows .NET Core</td>\s*<td.*><a href="(https://.*)" .*' if ($res) { $Url = ([string]$Matches[1]).Trim() } else { Write-PSFMessage -Level Host -Message "Parsing the web page didn't succeed. Will fall back to the default download url." -Target "https://docs.microsoft.com/en-us/sql/tools/sqlpackage-download" } } $sqlPackageFolder = $Path $downloadPath = Join-Path -Path $sqlPackageFolder -ChildPath "SqlPackage.zip" if (-not (Test-PathExists -Path $sqlPackageFolder -Type Container -Create)) { return } if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "Downloading SqlPackage.zip from the internet. $($Url)" -Target $Url (New-Object System.Net.WebClient).DownloadFile($Url, $downloadPath) if (-not (Test-PathExists -Path $downloadPath -Type Leaf)) { return } Unblock-File -Path $downloadPath $tempExtractPath = Join-Path -Path $sqlPackageFolder -ChildPath "Temp" Expand-Archive -Path $downloadPath -DestinationPath $tempExtractPath -Force Get-ChildItem -Path $tempExtractPath | Move-Item -Destination { $_.Directory.Parent.FullName } -Force $tempExtractPath | Remove-Item -Force -Recurse $downloadPath | Remove-Item -Force -Recurse Set-D365SqlPackagePath $(Join-Path -Path $Path -ChildPath "SqlPackage.exe") } <# .SYNOPSIS Refresh the token for lcs communication .DESCRIPTION Invoke the refresh logic that refreshes the token object based on the ClientId and RefreshToken .PARAMETER ClientId The Azure Registered Application Id / Client Id obtained while creating a Registered App inside the Azure Portal .PARAMETER RefreshToken The Refresh Token that you want to use for the authentication process .PARAMETER InputObject The entire object that you received from the Get-D365LcsApiToken command, which contains the needed RefreshToken .EXAMPLE PS C:\> Invoke-D365LcsApiRefreshToken -ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" -RefreshToken "Tsdljfasfe2j32324" This will refresh an OAuth 2.0 access token, and obtain a (new) valid OAuth 2.0 access token from Azure Active Directory. The ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" is used in the OAuth 2.0 "Refresh Token" Grant Flow to authenticate. The RefreshToken "Tsdljfasfe2j32324" is used to prove to Azure Active Directoy that we are allowed to obtain a new valid Access Token. .EXAMPLE PS C:\> $temp = Get-D365LcsApiToken -LcsApiUri "https://lcsapi.eu.lcs.dynamics.com" -ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" -Username "serviceaccount@domain.com" -Password "TopSecretPassword" PS C:\> $temp = Invoke-D365LcsApiRefreshToken -ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" -InputObject $temp This will refresh an OAuth 2.0 access token, and obtain a (new) valid OAuth 2.0 access token from Azure Active Directory. This will obtain a new token object from the Get-D365LcsApiToken cmdlet and store it in $temp. Then it will pass $temp to the Invoke-D365LcsApiRefreshToken along with the ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929". The new token object will be save into $temp. .EXAMPLE PS C:\> Get-D365LcsApiConfig | Invoke-D365LcsApiRefreshToken | Set-D365LcsApiConfig This will refresh an OAuth 2.0 access token, and obtain a (new) valid OAuth 2.0 access token from Azure Active Directory. This will fetch the current LCS API details from Get-D365LcsApiConfig. The output from Get-D365LcsApiConfig is piped directly to Invoke-D365LcsApiRefreshToken, which will fetch a new token object. The new token object is piped directly into Set-D365LcsApiConfig, which will save the needed details into the configuration store. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsDeployment .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES Tags: LCS, API, Token, BearerToken Author: M�tz Jensen (@Splaxi) #> function Invoke-D365LcsApiRefreshToken { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseProcessBlockForPipelineCommand", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true, ParameterSetName = "Simple")] [Parameter(Mandatory = $true, ParameterSetName = "Object")] [string] $ClientId, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true, ParameterSetName = "Simple")] [Alias('refresh_token')] [Alias('Token')] [string] $RefreshToken, [Parameter(Mandatory = $false, ParameterSetName = "Object")] [PSCustomObject] $InputObject ) if ($PsCmdlet.ParameterSetName -eq "Simple") { Invoke-RefreshToken -AuthProviderUri $Script:AADOAuthEndpoint @PSBoundParameters } else { Invoke-RefreshToken -AuthProviderUri $Script:AADOAuthEndpoint -ClientId $ClientId -RefreshToken $InputObject.refresh_token } } <# .SYNOPSIS Start a database export from an environment .DESCRIPTION Start a database export from an environment from a LCS project .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS Default value can be configured using Set-D365LcsApiConfig .PARAMETER BearerToken The token you want to use when working against the LCS api Default value can be configured using Set-D365LcsApiConfig .PARAMETER SourceEnvironmentId The unique id of the environment that you want to use as the source for the database export The Id can be located inside the LCS portal .PARAMETER BackupName Name of the backup file when it is being exported from the environment The file shouldn't contain any extension at all, just the desired file name .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" Default value can be configured using Set-D365LcsApiConfig .PARAMETER SkipInitialStatusFetch Instruct the cmdlet to skip the first fetch of the database refresh status Useful when you have a large script that handles this status validation and you don't want to spend time with this cmdlet Default output from this cmdlet is 2 (two) different objects. The first object is the response object for starting the export operation. The second object is the response object from fetching the status of the export operation. Setting this parameter (activate it), will affect the number of output objects. If you skip, only the first response object outputted. .EXAMPLE PS C:\> Invoke-D365LcsDatabaseExport -ProjectId 123456789 -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -BackupName "BackupViaApi" -BearerToken "JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will start the database export from the Source environment. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The backup name is identified by the BackupName "BackupViaApi", which instructs the API to save the backup with that filename. The request will authenticate with the BearerToken "JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .EXAMPLE PS C:\> Invoke-D365LcsDatabaseExport -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -BackupName "BackupViaApi" This will start the database export from the Source environment. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The backup name is identified by the BackupName "BackupViaApi", which instructs the API to save the backup with that filename. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .EXAMPLE PS C:\> $databaseExport = Invoke-D365LcsDatabaseExport -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -BackupName "BackupViaApi" -SkipInitialStatusFetch PS C:\> $databaseExport | Get-D365LcsDatabaseOperationStatus -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e9" -SleepInSeconds 60 This will start the database export from the Source environment. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The backup name is identified by the BackupName "BackupViaApi", which instructs the API to save the backup with that filename. It will skip the first database operation status fetch and only output the details from starting the export. The output from Invoke-D365LcsDatabaseExport is stored in the $databaseExport. This will enable you to pass the $databaseExport variable to other cmdlets which should make things easier for you. Will pipe the $databaseExport variable to the Get-D365LcsDatabaseOperationStatus cmdlet and get the status from the database export job. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .EXAMPLE PS C:\> Invoke-D365LcsDatabaseExport -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -BackupName "BackupViaApi" -SkipInitialStatusFetch This will start the database export from the Source environment. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The backup name is identified by the BackupName "BackupViaApi", which instructs the API to save the backup with that filename. It will skip the first database operation status fetch and only output the details from starting the export. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .LINK Get-D365LcsDatabaseOperationStatus .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES The ActivityId property is a custom property that ISN'T part of the response from the LCS API. The ActivityId is always the same as the OperationActivityId (original LCS property). The EnvironmentId property is a custom property that ISN'T part of the response from the LCS API. The EnvironmentId is always the same as the SourceEnvironmentId parameter you have supplied to this cmdlet. Default output from this cmdlet is 2 (two) different objects. The first object is the response object for starting the export operation. The second object is the response object from fetching the status of the export operation. Setting the SkipInitialStatusFetch parameter (activate it), will affect the number of output objects. If you skip, only the first response object outputted. Running with the default (SkipInitialStatusFetch NOT being set), will instruct the cmdlet to call the Get-D365LcsDatabaseOperationStatus cmdlet. This will output a second object, with other properties than the first object outputted. Tags: Environment, Config, Configuration, LCS, Database backup, Api, Backup, Bacpac Author: M�tz Jensen (@Splaxi) #> function Invoke-D365LcsDatabaseExport { [CmdletBinding()] [OutputType()] param( [Parameter(Mandatory = $false)] [int] $ProjectId = $Script:LcsApiProjectId, [Parameter(Mandatory = $false)] [Alias('Token')] [string] $BearerToken = $Script:LcsApiBearerToken, [Parameter(Mandatory = $true)] [string] $SourceEnvironmentId, [Parameter(Mandatory = $true)] [string] $BackupName, [Parameter(Mandatory = $false)] [string] $LcsApiUri = $Script:LcsApiLcsApiUri, [switch] $SkipInitialStatusFetch ) Invoke-TimeSignal -Start if (-not ($BearerToken.StartsWith("Bearer "))) { $BearerToken = "Bearer $BearerToken" } $exportJob = Start-LcsDatabaseExport -ProjectId $ProjectId -BearerToken $BearerToken -SourceEnvironmentId $SourceEnvironmentId -BackupName $BackupName -LcsApiUri $LcsApiUri if (Test-PSFFunctionInterrupt) { return } $temp = [PSCustomObject]@{ Value = "$SourceEnvironmentId" } #Hack to silence the PSScriptAnalyzer $temp | Out-Null $exportJob | Select-PSFObject *, "OperationActivityId as ActivityId", "Value from temp as EnvironmentId" -TypeName "D365FO.TOOLS.LCS.Database.Operation" if (-not $SkipInitialStatusFetch) { Get-D365LcsDatabaseOperationStatus -ProjectId $ProjectId -BearerToken $BearerToken -OperationActivityId $($exportJob.OperationActivityId) -EnvironmentId $SourceEnvironmentId -LcsApiUri $LcsApiUri -WaitForCompletion:$false -SleepInSeconds 60 } Invoke-TimeSignal -End } <# .SYNOPSIS Start a database refresh between 2 environments .DESCRIPTION Start a database refresh between 2 environments from a LCS project .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS Default value can be configured using Set-D365LcsApiConfig .PARAMETER BearerToken The token you want to use when working against the LCS api Default value can be configured using Set-D365LcsApiConfig .PARAMETER SourceEnvironmentId The unique id of the environment that you want to use as the source for the database refresh The Id can be located inside the LCS portal .PARAMETER TargetEnvironmentId The unique id of the environment that you want to use as the target for the database refresh The Id can be located inside the LCS portal .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" Default value can be configured using Set-D365LcsApiConfig .PARAMETER SkipInitialStatusFetch Instruct the cmdlet to skip the first fetch of the database refresh status Useful when you have a large script that handles this status validation and you don't want to spend time with this cmdlet Default output from this cmdlet is 2 (two) different objects. The first object is the response object for starting the refresh operation. The second object is the response object from fetching the status of the refresh operation. Setting this parameter (activate it), will affect the number of output objects. If you skip, only the first response object outputted. .EXAMPLE PS C:\> Invoke-D365LcsDatabaseRefresh -ProjectId 123456789 -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -BearerToken "JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will start the database refresh between the Source and Target environments. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The target environment is identified by the TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. The request will authenticate with the BearerToken "JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .EXAMPLE PS C:\> Invoke-D365LcsDatabaseRefresh -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" This will start the database refresh between the Source and Target environments. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The target environment is identified by the TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .EXAMPLE PS C:\> $databaseRefresh = Invoke-D365LcsDatabaseRefresh -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -SkipInitialStatusFetch PS C:\> $databaseRefresh | Get-D365LcsDatabaseOperationStatus -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e9" -SleepInSeconds 60 This will start the database refresh between the Source and Target environments. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The target environment is identified by the TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. It will skip the first database refesh status fetch and only output the details from starting the refresh. The output from Invoke-D365LcsDatabaseRefresh is stored in the $databaseRefresh. This will enable you to pass the $databaseRefresh variable to other cmdlets which should make things easier for you. Will pipe the $databaseRefresh variable to the Get-D365LcsDatabaseOperationStatus cmdlet and get the status from the database refresh job. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. $databaseRefresh = Invoke-D365LcsDatabaseRefresh -SourceEnvironmentId be9aa4a4-7621-4b7e-b6f5-d518bf0012de -TargetEnvironmentId 43bcc00a-d94c-47cd-a20f-3c7aee98b5a9 .EXAMPLE PS C:\> Invoke-D365LcsDatabaseRefresh -SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae" -TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -SkipInitialStatusFetch This will start the database refresh between the Source and Target environments. The source environment is identified by the SourceEnvironmentId "958ae597-f089-4811-abbd-c1190917eaae", which can be obtained in the LCS portal. The target environment is identified by the TargetEnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. It will skip the first database refesh status fetch and only output the details from starting the refresh. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES The ActivityId property is a custom property that ISN'T part of the response from the LCS API. The ActivityId is always the same as the OperationActivityId (original LCS property). The EnvironmentId property is a custom property that ISN'T part of the response from the LCS API. The EnvironmentId is always the same as the SourceEnvironmentId parameter you have supplied to this cmdlet. Default output from this cmdlet is 2 (two) different objects. The first object is the response object for starting the refresh operation. The second object is the response object from fetching the status of the refresh operation. Setting the SkipInitialStatusFetch parameter (activate it), will affect the number of output objects. If you skip, only the first response object outputted. Running with the default (SkipInitialStatusFetch NOT being set), will instruct the cmdlet to call the Get-D365LcsDatabaseOperationStatus cmdlet. This will output a second object, with other properties than the first object outputted. Tags: Environment, Config, Configuration, LCS, Database backup, Api, Backup, Restore, Refresh Author: M�tz Jensen (@Splaxi) #> function Invoke-D365LcsDatabaseRefresh { [CmdletBinding()] [OutputType()] param( [Parameter(Mandatory = $false)] [int] $ProjectId = $Script:LcsApiProjectId, [Parameter(Mandatory = $false)] [Alias('Token')] [string] $BearerToken = $Script:LcsApiBearerToken, [Parameter(Mandatory = $true)] [string] $SourceEnvironmentId, [Parameter(Mandatory = $true)] [string] $TargetEnvironmentId, [Parameter(Mandatory = $false)] [string] $LcsApiUri = $Script:LcsApiLcsApiUri, [switch] $SkipInitialStatusFetch ) Invoke-TimeSignal -Start if (-not ($BearerToken.StartsWith("Bearer "))) { $BearerToken = "Bearer $BearerToken" } $refreshJob = Start-LcsDatabaseRefresh -ProjectId $ProjectId -BearerToken $BearerToken -SourceEnvironmentId $SourceEnvironmentId -TargetEnvironmentId $TargetEnvironmentId -LcsApiUri $LcsApiUri if (Test-PSFFunctionInterrupt) { return } $temp = [PSCustomObject]@{ Value = "$TargetEnvironmentId" } #Hack to silence the PSScriptAnalyzer $temp | Out-Null $refreshJob | Select-PSFObject *, "OperationActivityId as ActivityId", "Value from temp as EnvironmentId" -TypeName "D365FO.TOOLS.LCS.Database.Operation" if (-not $SkipInitialStatusFetch) { Get-D365LcsDatabaseOperationStatus -ProjectId $ProjectId -BearerToken $BearerToken -OperationActivityId $($refreshJob.OperationActivityId) -EnvironmentId $TargetEnvironmentId -LcsApiUri $LcsApiUri -WaitForCompletion:$false -SleepInSeconds 60 } Invoke-TimeSignal -End } <# .SYNOPSIS Start the deployment of a deployable package .DESCRIPTION Deploy a deployable package from the Asset Library from a LCS project using the API provided by Microsoft .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS Default value can be configured using Set-D365LcsApiConfig .PARAMETER BearerToken The token you want to use when working against the LCS api Default value can be configured using Set-D365LcsApiConfig .PARAMETER AssetId The unique id of the asset / file that you are trying to deploy from LCS .PARAMETER EnvironmentId The unique id of the environment that you want to work against The Id can be located inside the LCS portal Default value can be configured using Set-D365LcsApiConfig .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" Default value can be configured using Set-D365LcsApiConfig .EXAMPLE PS C:\> Invoke-D365LcsDeployment -ProjectId 123456789 -AssetId "958ae597-f089-4811-abbd-c1190917eaae" -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" -BearerToken "Bearer JldjfafLJdfjlfsalfd..." -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will start the deployment of the file located in the Asset Library. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The file is identified by the AssetId "958ae597-f089-4811-abbd-c1190917eaae", which is obtained either by earlier upload or simply looking in the LCS portal. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. The request will authenticate with the BearerToken "Bearer JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .EXAMPLE PS C:\> Invoke-D365LcsDeployment -AssetId "958ae597-f089-4811-abbd-c1190917eaae" -EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e" This will start the deployment of the file located in the Asset Library. The file is identified by the AssetId "958ae597-f089-4811-abbd-c1190917eaae", which is obtained either by earlier upload or simply looking in the LCS portal. The environment is identified by the EnvironmentId "13cc7700-c13b-4ea3-81cd-2d26fa72ec5e", which can be obtained in the LCS portal. All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, Api, AAD, Token, Deployment, Deploy Author: M�tz Jensen (@Splaxi) #> function Invoke-D365LcsDeployment { [CmdletBinding()] [OutputType()] param( [int] $ProjectId = $Script:LcsApiProjectId, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [string] $AssetId, [Parameter(Mandatory = $true)] [string] $EnvironmentId, [Alias('Token')] [string] $BearerToken = $Script:LcsApiBearerToken, [string] $LcsApiUri = $Script:LcsApiLcsApiUri ) process { Invoke-TimeSignal -Start if (-not ($BearerToken.StartsWith("Bearer "))) { $BearerToken = "Bearer $BearerToken" } $deploymentStatus = Start-LcsDeployment -BearerToken $BearerToken -ProjectId $ProjectId -AssetId $AssetId -EnvironmentId $EnvironmentId -LcsApiUri $LcsApiUri Invoke-TimeSignal -End $deploymentStatus } } <# .SYNOPSIS Upload a file to a LCS project .DESCRIPTION Upload a file to a LCS project using the API provided by Microsoft .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS Default value can be configured using Set-D365LcsApiConfig .PARAMETER BearerToken The token you want to use when working against the LCS api Default value can be configured using Set-D365LcsApiConfig .PARAMETER FilePath Path to the file that you want to upload to the Asset Library on LCS .PARAMETER FileType Type of file you want to upload Valid options: "Model" "Process Data Package" "Software Deployable Package" "GER Configuration" "Data Package" "PowerBI Report Model" Default value is "Software Deployable Package" .PARAMETER FileName Name to be assigned / shown on LCS .PARAMETER FileDescription Description to be assigned / shown on LCS .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" Default value can be configured using Set-D365LcsApiConfig .EXAMPLE PS C:\> Invoke-D365LcsUpload -ProjectId 123456789 -BearerToken "Bearer JldjfafLJdfjlfsalfd..." -FilePath "C:\temp\d365fo.tools\Release-2019-05-05.zip" -FileType "Software Deployable Package" -FileName "Release-2019-05-05" -FileDescription "Build based on sprint: SuperSprint-1" -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will start the upload of a file to the Asset Library. The LCS project is identified by the ProjectId 123456789, which can be obtained in the LCS portal. The file that will be uploaded is based on the FilePath "C:\temp\d365fo.tools\Release-2019-05-05.zip". The file type "Software Deployable Package" determines where inside the Asset Library the file will end up. The name inside the Asset Library is based on the FileName "Release-2019-05-05". The description inside the Asset Library is based on the FileDescription "Build based on sprint: SuperSprint-1". The request will authenticate with the BearerToken "Bearer JldjfafLJdfjlfsalfd...". The http request will be going to the LcsApiUri "https://lcsapi.lcs.dynamics.com" (NON-EUROPE). .EXAMPLE PS C:\> Invoke-D365LcsUpload -FilePath "C:\temp\d365fo.tools\Release-2019-05-05.zip" -FileType "Software Deployable Package" -FileName "Release-2019-05-05" This will start the upload of a file to the Asset Library. The file that will be uploaded is based on the FilePath "C:\temp\d365fo.tools\Release-2019-05-05.zip". The file type "Software Deployable Package" determines where inside the Asset Library the file will end up. The name inside the Asset Library is based on the FileName "Release-2019-05-05". All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .EXAMPLE PS C:\> Invoke-D365LcsUpload -FilePath "C:\temp\d365fo.tools\Release-2019-05-05.zip" This will start the upload of a file to the Asset Library. The file that will be uploaded is based on the FilePath "C:\temp\d365fo.tools\Release-2019-05-05.zip". All default values will come from the configuration available from Get-D365LcsApiConfig. The default values can be configured using Set-D365LcsApiConfig. .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsDeployment .LINK Set-D365LcsApiConfig .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, Api, AAD, Token Author: M�tz Jensen (@Splaxi) #> function Invoke-D365LcsUpload { [CmdletBinding()] [OutputType()] param( [Parameter(Mandatory = $false)] [int]$ProjectId = $Script:LcsApiProjectId, [Parameter(Mandatory = $false)] [Alias('Token')] [string] $BearerToken = $Script:LcsApiBearerToken, [Parameter(Mandatory = $true)] [string] $FilePath, [Parameter(Mandatory = $false)] [string] $FileType = "Software Deployable Package", [Parameter(Mandatory = $false)] [string] $FileName, [Parameter(Mandatory = $false)] [string] $FileDescription, [Parameter(Mandatory = $false)] [string] $LcsApiUri = $Script:LcsApiLcsApiUri ) Invoke-TimeSignal -Start $fileNameExtracted = Split-Path $FilePath -Leaf if ($FileName -eq "") { $FileName = $fileNameExtracted } if (-not ($BearerToken.StartsWith("Bearer "))) { $BearerToken = "Bearer $BearerToken" } $blobDetails = Start-LcsUpload -Token $BearerToken -ProjectId $ProjectId -FileType $FileType -LcsApiUri $LcsApiUri -Name $FileName -Description $FileDescription if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "Start response" -Target $blobDetails $uploadResponse = Copy-FileToLcsBlob -FilePath $FilePath -FullUri $blobDetails.FileLocation if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "Upload response" -Target $uploadResponse $ackResponse = Complete-LcsUpload -Token $BearerToken -ProjectId $ProjectId -AssetId $blobDetails.Id -LcsApiUri $LcsApiUri if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "Commit response" -Target $ackResponse Invoke-TimeSignal -End [PSCustomObject]@{ AssetId = $blobDetails.Id Name = $FileName } } <# .SYNOPSIS Invoke a http request for a Logic App .DESCRIPTION Invoke a Logic App using a http request and pass a json object with details about the calling function .PARAMETER Url The URL for the http endpoint that you want to invoke .PARAMETER Payload The data content you want to send to the LogicApp .EXAMPLE PS C:\> Invoke-D365SyncDB | Invoke-D365LogicApp This will execute the sync process and when it is done it will invoke a Azure Logic App with the default parameters that have been configured for the system. .NOTES Tags: LogicApp, Logic App, Configuration, Url, Notification Author: M�tz Jensen (@Splaxi) #> function Invoke-D365LogicApp { param ( [string] $Url = (Get-D365LogicAppConfig).Url, [Parameter(Mandatory = $false)] [string] $Payload = "{}" ) Invoke-PSNHttpEndpoint -Url $URL -Payload $Payload } <# .SYNOPSIS Invoke a http request for a Logic App .DESCRIPTION Invoke a Logic App using a http request and pass a json object with details about the calling function .PARAMETER Url The URL for the http endpoint that you want to invoke .PARAMETER Email The email address of the receiver of the message that the cmdlet will send .PARAMETER Subject Subject string to apply to the email and to the IM message .PARAMETER Message The message you want to pass onto the Logic App .PARAMETER IncludeAll Switch to instruct the cmdlet to include all cmdlets (names only) from the pipeline .PARAMETER AsJob Switch to instruct the cmdlet to run the invocation as a job (async) .EXAMPLE PS C:\> Invoke-D365SyncDB | Invoke-D365LogicAppMessage This will execute the sync process and when it is done it will invoke a Azure Logic App with the default parameters that have been configured for the system. .EXAMPLE PS C:\> Invoke-D365SyncDB | Invoke-D365LogicAppMessage -Email administrator@contoso.com -Subject "Work is done" -Url https://prod-35.westeurope.logic.azure.com:443/ This will execute the sync process and when it is done it will invoke a Azure Logic App with the email, subject and URL parameters that are needed to invoke an Azure Logic App. .NOTES Tags: LogicApp, Logic App, Configuration, Url, Email, Notification, Message, Email Author: M�tz Jensen (@Splaxi) #> function Invoke-D365LogicAppMessage { param ( [string] $Url = (Get-D365LogicAppConfig).Url, [string] $Email = (Get-D365LogicAppConfig).Email, [string] $Subject = (Get-D365LogicAppConfig).Subject, [string] $Message, [switch] $IncludeAll, [switch] $AsJob ) begin { } process { $pipes = $MyInvocation.Line.Split("|") $arrList = New-Object -TypeName "System.Collections.ArrayList" foreach ($item in $pipes.Trim()) { $null = $arrList.Add( $item.Split(" ")[0]) } $strMessage = ""; if ($IncludeAll) { $strMessage = $arrList -Join ", " $strMessage = "The following list of cmdlets has executed: $strMessage" } elseif (-not ($null -eq $Message) -and (-not("" -eq $Message))) { $strMessage = $Message } else { $strMessage = $arrList[$MyInvocation.PipelinePosition - 2] $strMessage = "The following list of cmdlets has executed: $strMessage" } Invoke-PSNMessage -Url $URL -ReceiverEmail $Email -Subject $Subject -Message $strMessage -AsJob:$AsJob } end { } } <# .SYNOPSIS Compile a package / module / model .DESCRIPTION Compile a package / module / model using the builtin "xppc.exe" executable to compile source code .PARAMETER Module The package to compile .PARAMETER OutputDir The path to the folder to save generated artifacts .PARAMETER LogDir The path to the folder to save logs .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER ReferenceDir The full path of a folder containing all assemblies referenced from X++ code Default path is the same as the aos service PackagesLocalDirectory .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the aos service PackagesLocalDirectory\bin .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365ModuleCompile -Module MyModel This will use the default paths and start the xppc.exe with the needed parameters to compile MyModel package. The default output from the compile will be silenced. If an error should occur, both the standard output and error output will be written to the console / host. .EXAMPLE PS C:\> Invoke-D365ModuleCompile -Module MyModel -ShowOriginalProgress This will use the default paths and start the xppc.exe with the needed parameters to compile MyModel package. The output from the compile will be written to the console / host. .NOTES Tags: Compile, Model, Servicing, X++ Author: Ievgen Miroshnikov (@IevgenMir) Author: M�tz Jensen (@Splaxi) #> function Invoke-D365ModuleCompile { [CmdletBinding()] [OutputType('[PsCustomObject]')] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias("ModuleName")] [string] $Module, [Alias('Output')] [string] $OutputDir = $Script:MetaDataDir, [string] $LogDir = $Script:DefaultTempPath, [string] $MetaDataDir = $Script:MetaDataDir, [string] $ReferenceDir = $Script:MetaDataDir, [string] $BinDir = $Script:BinDirTools, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) begin { Invoke-TimeSignal -Start $tool = "xppc.exe" $executable = Join-Path $BinDir $tool if (-not (Test-PathExists -Path $MetaDataDir, $BinDir -Type Container)) { return } if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } if (-not (Test-PathExists -Path $LogDir -Type Container -Create)) { return } } process { $logDirModule = Join-Path $LogDir $Module $outputDirModule = Join-Path $OutputDir $Module if (-not (Test-PathExists -Path $logDirModule -Type Container -Create)) { return } if (Test-PSFFunctionInterrupt) { return } $logFile = Join-Path $logDirModule "Dynamics.AX.$Module.xppc.log" $logXmlFile = Join-Path $logDirModule "Dynamics.AX.$Module.xppc.xml" $params = @("-metadata=`"$MetaDataDir`"", "-modelmodule=`"$Module`"", "-output=`"$outputDirModule\bin`"", "-referencefolder=`"$ReferenceDir`"", "-log=`"$logFile`"", "-xmlLog=`"$logXmlFile`"", "-verbose" ) Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if ($OutputCommandOnly) { return } [PSCustomObject]@{ LogFile = $logFile XmlLogFile = $logXmlFile PSTypeName = 'D365FO.TOOLS.ModuleCompileOutput' } } end { Invoke-TimeSignal -End } } <# .SYNOPSIS Compile a package .DESCRIPTION Compile a package using the builtin "xppc.exe" executable to compile source code, "labelc.exe" to compile label files and "reportsc.exe" to compile reports .PARAMETER Module The package to compile .PARAMETER OutputDir The path to the folder to save assemblies .PARAMETER LogDir The path to the folder to save logs .PARAMETER MetaDataDir The path to the meta data directory for the environment .PARAMETER ReferenceDir The full path of a folder containing all assemblies referenced from X++ code .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the aos service PackagesLocalDirectory\bin .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365ModuleFullCompile -Module MyModel This will use the default paths and start the xppc.exe with the needed parameters to compile MyModel package. The default output from all the different steps will be silenced. .EXAMPLE PS C:\> Invoke-D365ModuleFullCompile -Module MyModel -ShowOriginalProgress This will use the default paths and start the xppc.exe with the needed parameters to copmile MyModel package. The default output from the different steps will be written to the console / host. .NOTES Tags: Compile, Model, Servicing Author: Ievgen Miroshnikov (@IevgenMir) Author: M�tz Jensen (@Splaxi) #> function Invoke-D365ModuleFullCompile { [CmdletBinding()] [OutputType('[PsCustomObject]')] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias("ModuleName")] [string] $Module, [Alias('Output')] [string] $OutputDir = $Script:MetaDataDir, [string] $LogDir = $Script:DefaultTempPath, [string] $MetaDataDir = $Script:MetaDataDir, [string] $ReferenceDir = $Script:MetaDataDir, [string] $BinDir = $Script:BinDirTools, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) begin { Invoke-TimeSignal -Start if (-not (Test-PathExists -Path $MetaDataDir, $BinDir -Type Container)) { return } if (-not (Test-PathExists -Path $LogDir -Type Container -Create)) { return } } process { # $Params = Get-DeepClone $PSBoundParameters # $Params.OutputDir = (Join-Path $OutputDir $Module) # $Params.LogDir = (Join-Path $LogDir $Module) $resModuleCompile = Invoke-D365ModuleCompile @PSBoundParameters $resLabelGeneration = Invoke-D365ModuleLabelGeneration @PSBoundParameters $resReportsCompile = Invoke-D365ModuleReportsCompile @PSBoundParameters $resModuleCompile $resLabelGeneration $resReportsCompile } end { Invoke-TimeSignal -End } } <# .SYNOPSIS Generate labels for a package / module / model .DESCRIPTION Generate labels for a package / module / model using the builtin "labelc.exe" .PARAMETER Module Name of the package that you want to work against .PARAMETER OutputDir The path to the folder to save generated artifacts .PARAMETER LogDir The path to the folder to save logs .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER ReferenceDir The full path of a folder containing all assemblies referenced from X++ code Default path is the same as the aos service PackagesLocalDirectory .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the aos service PackagesLocalDirectory\bin .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365ModuleLabelGeneration -Module MyModel This will use the default paths and start the labelc.exe with the needed parameters to labels from the MyModel package. The default output from the generation process will be silenced. If an error should occur, both the standard output and error output will be written to the console / host. .EXAMPLE PS C:\> Invoke-D365ModuleLabelGeneration -Module MyModel -ShowOriginalProgress This will use the default paths and start the labelc.exe with the needed parameters to labels from the MyModel package. The output from the compile will be written to the console / host. .NOTES Tags: Compile, Model, Servicing, Label, Labels Author: Ievgen Miroshnikov (@IevgenMir) Author: M�tz Jensen (@Splaxi) #> function Invoke-D365ModuleLabelGeneration { [CmdletBinding()] [OutputType('[PsCustomObject]')] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias("ModuleName")] [string] $Module, [Alias('Output')] [string] $OutputDir = $Script:MetaDataDir, [string] $LogDir = $Script:DefaultTempPath, [string] $MetaDataDir = $Script:MetaDataDir, [string] $ReferenceDir = $Script:MetaDataDir, [string] $BinDir = $Script:BinDirTools, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) begin { Invoke-TimeSignal -Start $tool = "labelc.exe" $executable = Join-Path $BinDir $tool if (-not (Test-PathExists -Path $MetaDataDir, $BinDir -Type Container)) { return } if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } if (-not (Test-PathExists -Path $LogDir -Type Container -Create)) { return } } process { $logDirModule = Join-Path $LogDir $Module $outputDirModule = Join-Path $OutputDir $Module if (-not (Test-PathExists -Path $logDirModule -Type Container -Create)) { return } if (Test-PSFFunctionInterrupt) { return } $logFile = Join-Path $logDirModule "Dynamics.AX.$Module.labelc.log" $logErrorFile = Join-Path $logDirModule "Dynamics.AX.$Module.labelc.err" $params = @("-metadata=`"$MetaDataDir`"", "-modelmodule=`"$Module`"", "-output=`"$outputDirModule\Resources`"", "-outlog=`"$logFile`"", "-errlog=`"$logErrorFile`"" ) Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if ($OutputCommandOnly) { return } [PSCustomObject]@{ OutLogFile = $logFile ErrorLogFile = $logErrorFile PSTypeName = 'D365FO.TOOLS.ModuleLabelGenerationOutput' } } end { Invoke-TimeSignal -End } } <# .SYNOPSIS Generate reports for a package / module / model .DESCRIPTION Generate reports for a package / module / model using the builtin "ReportsC.exe" .PARAMETER Module Name of the package that you want to work against .PARAMETER OutputDir The path to the folder to save generated artifacts .PARAMETER LogDir The path to the folder to save logs .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER ReferenceDir The full path of a folder containing all assemblies referenced from X++ code Default path is the same as the aos service PackagesLocalDirectory .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the aos service PackagesLocalDirectory\bin .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365ModuleReportsCompile -Module MyModel This will use the default paths and start the ReportsC.exe with the needed parameters to compile the reports from the MyModel package. The default output from the reports compile will be silenced. If an error should occur, both the standard output and error output will be written to the console / host. .EXAMPLE PS C:\> Invoke-D365ModuleReportsCompile -Module MyModel -ShowOriginalProgress This will use the default paths and start the ReportsC.exe with the needed parameters to compile the reports from the MyModel package. The output from the compile will be written to the console / host. .NOTES Tags: Compile, Model, Servicing, Report, Reports Author: Ievgen Miroshnikov (@IevgenMir) Author: M�tz Jensen (@Splaxi) #> function Invoke-D365ModuleReportsCompile { [CmdletBinding()] [OutputType('[PsCustomObject]')] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [Alias("ModuleName")] [string] $Module, [Alias('Output')] [string] $OutputDir = $Script:MetaDataDir, [string] $LogDir = $Script:DefaultTempPath, [string] $MetaDataDir = $Script:MetaDataDir, [string] $ReferenceDir = $Script:MetaDataDir, [string] $BinDir = $Script:BinDirTools, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) begin { Invoke-TimeSignal -Start $tool = "ReportsC.exe" $executable = Join-Path $BinDir $tool if (-not (Test-PathExists -Path $MetaDataDir, $BinDir -Type Container)) { return } if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } if (-not (Test-PathExists -Path $LogDir -Type Container -Create)) { return } } process { $logDirModule = Join-Path $LogDir $Module $outputDirModule = Join-Path $OutputDir $Module if (-not (Test-PathExists -Path $logDirModule -Type Container -Create)) { return } if (Test-PSFFunctionInterrupt) { return } $logFile = Join-Path $logDirModule "Dynamics.AX.$Module.ReportsC.log" $logXmlFile = Join-Path $logDirModule "Dynamics.AX.$Module.ReportsC.xml" $params = @("-metadata=`"$MetaDataDir`"", "-modelmodule=`"$Module`"", "-LabelsPath=`"$MetaDataDir`"", "-output=`"$outputDirModule\Reports`"", "-log=`"$logFile`"", "-xmlLog=`"$logXmlFile`"" ) Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if ($OutputCommandOnly) { return } [PSCustomObject]@{ LogFile = $logFile XmlLogFile = $logXmlFile PSTypeName = 'D365FO.TOOLS.ModuleReportsCompileOutput' } } end { Invoke-TimeSignal -End } } <# .SYNOPSIS Process a specific or multiple modules (compile, deploy reports and sync) .DESCRIPTION Process a specific or multiple modules by invoking the following functions (based on flags) - Invoke-D365ModuleFullCompile function - Publish-D365SsrsReport to deploy the reports of a module - Invoke-D365DBSyncPartial to sync the table and extension elements for module .PARAMETER Module Name of the module that you want to process Accepts wildcards for searching. E.g. -Module "Application*Adaptor" Default value is "*" which will search for all modules .PARAMETER ExecuteCompile Switch/flag to determine if the compile function should be executed for requested modules .PARAMETER ExecuteSync Switch/flag to determine if the databasesync function should be executed for requested modules .PARAMETER ExecuteDeployReports Switch/flag to determine if the deploy reports function should be executed for requested modules .PARAMETER OutputDir The path to the folder to save assemblies .PARAMETER LogDir The path to the folder to save logs .PARAMETER MetaDataDir The path to the meta data directory for the environment .PARAMETER ReferenceDir The full path of a folder containing all assemblies referenced from X++ code .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the aos service PackagesLocalDirectory\bin .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365ProcessModule -Module "Application*Adaptor" -ExecuteCompile Retrieve the list of installed packages / modules where the name fits the search "Application*Adaptor". For every value of the list perform the following: * Invoke-D365ModuleFullCompile with the needed parameters to compile current module value package. The default output from all the different steps will be silenced. .EXAMPLE PS C:\> Invoke-D365ProcessModule -Module "Application*Adaptor" -ExecuteSync Retrieve the list of installed packages / modules where the name fits the search "Application*Adaptor". For every value of the list perform the following: * Invoke-D365DBSyncPartial with the needed parameters to sync current module value table and extension elements. The default output from all the different steps will be silenced. .EXAMPLE PS C:\> Invoke-D365ProcessModule -Module "Application*Adaptor" -ExecuteDeployReports Retrieve the list of installed packages / modules where the name fits the search "Application*Adaptor". For every value of the list perform the following: * Publish-D365SsrsReport with the required parameters to deploy all reports of current module The default output from all the different steps will be silenced. .EXAMPLE PS C:\> Invoke-D365ProcessModule -Module "Application*Adaptor" -ExecuteCompile -ExecuteSync -ExecuteDeployReports Retrieve the list of installed packages / modules where the name fits the search "Application*Adaptor". For every value of the list perform the following: * Invoke-D365ModuleFullCompile with the needed parameters to compile current module package. * Invoke-D365DBSyncPartial with the needed parameters to sync current module table and extension elements. * Publish-D365SsrsReport with the required parameters to deploy all reports of current module The default output from all the different steps will be silenced. .NOTES Tags: Compile, Model, Servicing, Database, Synchronization Author: Jasper Callens - Cegeka #> function Invoke-D365ProcessModule { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [Alias("ModuleName")] [string] $Module, [switch] $ExecuteCompile = $false, [switch] $ExecuteSync = $false, [switch] $ExecuteDeployReports = $false, [Alias('Output')] [string] $OutputDir = $Script:MetaDataDir, [string] $LogDir = $Script:DefaultTempPath, [string] $MetaDataDir = $Script:MetaDataDir, [string] $ReferenceDir = $Script:MetaDataDir, [string] $BinDir = $Script:BinDirTools, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) begin { Invoke-TimeSignal -Start } process { # Only execute the code if any of the flags are set if($ExecuteCompile -or $ExecuteSync -or $ExecuteDeployReports) { # Retrieve all modules that match provided $Module $moduleResults = Get-D365Module -Name $Module # Output information on which modules that will be compiled and synced Write-PSFMessage -Level Host -Message "Modules to process: " $moduleResults | ForEach-Object { Write-PSFMessage -Level Host -Message " - $($_.Module) " } # Empty list for all modules that have to be compiled $modulesToCompile = @() # Empty list for all modules of which the reports have to be deployed $modulesToDeployReports = @() # Create empty lists for all sync-base and sync-extension elements $syncList = @() $syncExtensionsList = @() # Loop every resulting module result and fill the required 'processing' lists based on the flags foreach($moduleElement in $moduleResults) { if($ExecuteCompile) { $modulesToCompile += $moduleElement } if($ExecuteDeployReports) { $modulesToDeployReports += $moduleElement } if($ExecuteSync) { # Retrieve the sync element of current module $moduleSyncElements = Get-SyncElements -ModuleName $moduleElement.Module # Add base and extensions elements to the sync lists $syncList +=$moduleSyncElements.BaseSyncElements $syncExtensionsList += $moduleSyncElements.ExtensionSyncElements } } if($ExecuteCompile) { # Loop over every module to compile and execute compile function foreach($moduleToCompile in $modulesToCompile) { # Build parameters for the full compile function $fullCompileParams = @{ Module=$moduleToCompile.Module; OutputDir=$OutputDir; LogDir=$LogDir; MetaDataDir=$MetaDataDir; ReferenceDir=$ReferenceDir; BinDir=$BinDir; ShowOriginalProgress=$ShowOriginalProgress; OutputCommandOnly=$OutputCommandOnly } # Call the full compile using required parameters $resModuleCompileFull = Invoke-D365ModuleFullCompile @fullCompileParams # Output results of full compile $resModuleCompileFull } } if($ExecuteDeployReports) { # Loop over every module to deploy reports and execute deploy report function foreach($moduleToDeployReports in $modulesToDeployReports) { # Build parameters for the model report deployment $fullDeployParams = @{ Module=$moduleToDeployReports.Module; LogFile="$LogDir\$($moduleToDeployReports.Module).log"; } if($OutputCommandOnly) { Write-PSFMessage -Level Host -Message "Publish-D365SsrsReport $($fullDeployParams -join ' ')" } else { $resModuleDeployReports = Publish-D365SsrsReport @fullDeployParams $resModuleDeployReports } } } if($ExecuteSync) { # Build parameters for the partial sync function $syncParams = @{ SyncList=$syncList; SyncExtensionsList = $syncExtensionsList; BinDirTools=$BinDir; MetadataDir=$MetaDataDir; ShowOriginalProgress=$ShowOriginalProgress; OutputCommandOnly=$OutputCommandOnly } # Call the partial sync using required parameters $resSyncModule = Invoke-D365DBSyncPartial @syncParams $resSyncModule } } else { Write-PSFMessage -Level Output -Message "No process flags were set. Nothing will be processed" } } end { Invoke-TimeSignal -End } } <# .SYNOPSIS Invokes the Rearm of Windows license .DESCRIPTION Function used for invoking the rearm functionality inside Windows .PARAMETER Restart Instruct the cmdlet to restart the machine .EXAMPLE PS C:\> Invoke-D365ReArmWindows This will re arm the Windows installation if there is any activation retries left .EXAMPLE PS C:\> Invoke-D365ReArmWindows -Restart This will re arm the Windows installation if there is any activation retries left and restart the computer. .NOTES Author: M�tz Jensen (@Splaxi) #> function Invoke-D365ReArmWindows { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 1)] [switch]$Restart ) Write-PSFMessage -Level Verbose -Message "Invoking the rearm process." $instance = Get-CimInstance -Class SoftwareLicensingService -Namespace root/cimv2 -ComputerName . Invoke-CimMethod -InputObject $instance -MethodName ReArmWindows if ($Restart) { Restart-Computer -Force } } <# .SYNOPSIS Analyze the runbook .DESCRIPTION Get all the important details from a failed runbook .PARAMETER Path Path to the runbook file that you work against .EXAMPLE PS C:\> Invoke-D365RunbookAnalyzer -Path "C:\DynamicsAX\InstallationRecords\Runbooks\Runbook.xml" This will analyze the Runbook.xml and output all the details about failed steps, the connected error logs and all the unprocessed steps. .EXAMPLE PS C:\> Get-D365Runbook -Latest | Invoke-D365RunbookAnalyzer This will find the latest runbook file and have it analyzed by the Invoke-D365RunbookAnalyzer cmdlet to output any error details. .EXAMPLE PS C:\> Get-D365Runbook -Latest | Invoke-D365RunbookAnalyzer | Out-File "C:\Temp\d365fo.tools\runbook-analyze-results.xml" This will find the latest runbook file and have it analyzed by the Invoke-D365RunbookAnalyzer cmdlet to output any error details. The output will be saved into the "C:\Temp\d365fo.tools\runbook-analyze-results.xml" file. .EXAMPLE PS C:\> Get-D365Runbook -Latest | Backup-D365Runbook -Force | Invoke-D365RunbookAnalyzer This will get the latest runbook from the default location. This will backup the file onto the default "c:\temp\d365fo.tools\runbookbackups\". This will start the Runbook Analyzer on the backup file. .NOTES Tags: Runbook, Servicing, Hotfix, DeployablePackage, Deployable Package, InstallationRecordsDirectory, Installation Records Directory Author: M�tz Jensen (@Splaxi) #> function Invoke-D365RunbookAnalyzer { [CmdletBinding()] [OutputType('System.String')] param ( [Parameter(Mandatory = $true, Position = 1, ValueFromPipelineByPropertyName = $true, ValueFromPipeline = $true)] [Alias('File')] [string] $Path ) process { if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } $null = $sb = New-Object System.Text.StringBuilder $null = $sb.AppendLine("<D365FO.Tools.Runbook.Analyzer.Output>") [xml]$xmlRunbook = Get-Content $Path $failedSteps = $xmlRunbook.SelectNodes("//RunbookStepList/Step/StepState[text()='Failed']") $failedSteps | ForEach-Object { $null = $sb.AppendLine("<FailedStepInfo>") $stepId = $_.ParentNode | Select-Object -ExpandProperty childnodes | Where-Object {$_.name -like 'ID'} | Select-Object -ExpandProperty InnerText $failedLogs = $xmlRunbook.SelectNodes("//RunbookLogs/Log/StepID[text()='$stepId']") $null = $sb.AppendLine($_.ParentNode.OuterXml) $failedLogs | ForEach-Object { $null = $sb.AppendLine( $_.ParentNode.OuterXml)} $null = $sb.AppendLine("</FailedStepInfo>") } $inProgressSteps = $xmlRunbook.SelectNodes("//RunbookStepList/Step/StepState[text()='InProgress']") $null = $sb.AppendLine("<InProgressStepInfo>") $inProgressSteps | ForEach-Object { $null = $sb.AppendLine( $_.ParentNode.OuterXml)} $null = $sb.AppendLine("</InProgressStepInfo>") $unprocessedSteps = $xmlRunbook.SelectNodes("//RunbookStepList/Step/StepState[text()='NotStarted']") $null = $sb.AppendLine("<UnprocessedStepInfo>") $unprocessedSteps | ForEach-Object { $null = $sb.AppendLine( $_.ParentNode.OuterXml)} $null = $sb.AppendLine("</UnprocessedStepInfo>") $null = $sb.AppendLine("</D365FO.Tools.Runbook.Analyzer.Output>") [xml]$xmlRaw = $sb.ToString() $stringWriter = New-Object System.IO.StringWriter; $xmlWriter = New-Object System.Xml.XmlTextWriter $stringWriter; $xmlWriter.Formatting = "indented"; $xmlRaw.WriteTo($xmlWriter); $xmlWriter.Flush(); $stringWriter.Flush(); $stringWriter.ToString(); } } <# .SYNOPSIS Invoke the SCDPBundleInstall.exe file .DESCRIPTION A cmdlet that wraps some of the cumbersome work of installing updates / hotfixes into a streamlined process .PARAMETER InstallOnly Instructs the cmdlet to only run the Install option and ignore any TFS / VSTS folders and source control in general Use it when testing an update on a local development machine (VM) / onebox .PARAMETER Command The command / job you want the cmdlet to execute Valid options are: Prepare Install Default value is "Prepare" .PARAMETER Path Path to the update package that you want to install into the environment The cmdlet only supports an already extracted ".axscdppkg" file .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER TfsWorkspaceDir The path to the TFS Workspace directory that you want to work against Default path is the same as the aos service PackagesLocalDirectory .PARAMETER TfsUri The URI for the TFS Team Site / VSTS Portal that you want to work against Default URI is the one that is configured from inside Visual Studio .PARAMETER ShowModifiedFiles Switch to instruct the cmdlet to show all the modified files afterwards .PARAMETER ShowProgress Switch to instruct the cmdlet to output progress details while servicing the installation .EXAMPLE PS C:\> Invoke-D365SCDPBundleInstall -Path "c:\temp\HotfixPackageBundle.axscdppkg" -InstallOnly This will install the "HotfixPackageBundle.axscdppkg" into the default PackagesLocalDirectory location on the machine. .NOTES Tags: Hotfix, Hotfixes, Updates, Prepare, VSTS, axscdppkg Author: M�tz Jensen (@splaxi) Author: Tommy Skaue (@skaue) #> function Invoke-D365SCDPBundleInstall { [CmdletBinding(DefaultParameterSetName = 'InstallOnly')] param ( [Parameter(Mandatory = $True, ParameterSetName = 'InstallOnly', Position = 0 )] [switch] $InstallOnly, [Parameter(Mandatory = $false, ParameterSetName = 'Tfs', Position = 0 )] [ValidateSet('Prepare', 'Install')] [string] $Command = 'Prepare', [Parameter(Mandatory = $True, Position = 1 )] [Alias('Hotfix')] [Alias('File')] [string] $Path, [Parameter(Mandatory = $False, Position = 2 )] [string] $MetaDataDir = "$Script:MetaDataDir", [Parameter(Mandatory = $False, ParameterSetName = 'Tfs', Position = 3 )] [string] $TfsWorkspaceDir = "$Script:MetaDataDir", [Parameter(Mandatory = $False, ParameterSetName = 'Tfs', Position = 4 )] [string] $TfsUri = "$Script:TfsUri", [Parameter(Mandatory = $False, Position = 4 )] [switch] $ShowModifiedFiles, [Parameter(Mandatory = $False, Position = 5 )] [switch] $ShowProgress ) if (!$script:IsAdminRuntime) { Write-PSFMessage -Level Host -Message "The cmdlet needs <c='em'>administrator permission</c> (Run As Administrator) to be able to update the configuration. Please start an <c='em'>elevated</c> session and run the cmdlet again." Stop-PSFFunction -Message "Stopping because the function is not run elevated" return } Invoke-TimeSignal -Start $StartTime = Get-Date $executable = Join-Path $Script:BinDir "\bin\SCDPBundleInstall.exe" if (!(Test-PathExists -Path $Path, $executable -Type Leaf)) { return } if (!(Test-PathExists -Path $MetaDataDir -Type Container)) { return } Unblock-File -Path $Path #File is typically downloaded and extracted if ($InstallOnly) { $param = @("-install", "-packagepath=$Path", "-metadatastorepath=$MetaDataDir") } else { if ($TfsUri -eq "") { Write-PSFMessage -Level Host -Message "No TFS URI provided. Unable to complete the command." Stop-PSFFunction -Message "Stopping because missing TFS URI parameter." return } switch ($Command) { "Prepare" { $param = @("-prepare") } "Install" { $param = @("-install") } } $param = $param + @("-packagepath=`"$Path`"", "-metadatastorepath=`"$MetaDataDir`"", "-tfsworkspacepath=`"$TfsWorkspaceDir`"", "-tfsprojecturi=`"$TfsUri`"") } Write-PSFMessage -Level Verbose -Message "Invoking SCDPBundleInstall.exe with $Command" -Target $param if ($ShowProgress) { #! We should consider to redirect the standard output & error like this: https://stackoverflow.com/questions/8761888/capturing-standard-out-and-error-with-start-process #Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly $process = Start-Process -FilePath $executable -ArgumentList $param -PassThru while (-not ($process.HasExited)) { $timeout = New-TimeSpan -Days 1 $stopwatch = [Diagnostics.StopWatch]::StartNew(); $bundleRoot = "$env:localappdata\temp\SCDPBundleInstall" [xml]$manifest = Get-Content $(join-path $bundleRoot "PackageDependencies.dgml") -ErrorAction SilentlyContinue $bundleCounter = 0 if ($manifest) { $bundleTotalCount = $manifest.DirectedGraph.Nodes.ChildNodes.Count } while ($manifest -and (-not ($process.HasExited)) -and $stopwatch.elapsed -lt $timeout) { $currentBundleFolder = Get-ChildItem $bundleRoot -Directory -ErrorAction SilentlyContinue if ($currentBundleFolder) { $currentBundle = $currentBundleFolder.Name if ($announcedBundle -ne $currentBundle) { $announcedBundle = $currentBundle $bundleCounter = $bundleCounter + 1 Write-PSFMessage -Level Verbose -Message "$bundleCounter/$bundleTotalCount : Processing hotfix package $announcedBundle" } } } Start-Sleep -Milliseconds 100 } } else { #! We should consider to redirect the standard output & error like this: https://stackoverflow.com/questions/8761888/capturing-standard-out-and-error-with-start-process #Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly Start-Process -FilePath $executable -ArgumentList $param -NoNewWindow -Wait } if ($ShowModifiedFiles) { $res = Get-ChildItem -Path $MetaDataDir -Recurse | Where-Object { $_.LastWriteTime -gt $StartTime } $res | ForEach-Object { Write-PSFMessage -Level Verbose -Message "Object modified by the install: $($_.FullName)" } $res } Invoke-TimeSignal -End } <# .SYNOPSIS Invoke the AxUpdateInstaller.exe file from Software Deployable Package (SDP) .DESCRIPTION A cmdlet that wraps some of the cumbersome work into a streamlined process. The process are detailed in the Microsoft documentation here: https://docs.microsoft.com/en-us/dynamics365/unified-operations/dev-itpro/deployment/install-deployable-package .PARAMETER Path Path to the update package that you want to install into the environment The cmdlet only supports a path to an unblocked zip-file .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER QuickInstallAll Use this switch to let the runbook reside in memory. You will not get a runbook on disc which you can examine for steps .PARAMETER DevInstall Use this when running on developer box without administrator privileges (Run As Administrator) .PARAMETER Command The command you want the cmdlet to execute when it runs the AXUpdateInstaller.exe Valid options are: SetTopology Generate Import Execute RunAll ReRunStep SetStepComplete Export VersionCheck The default value is "SetTopology" .PARAMETER Step The step number that you want to work against .PARAMETER RunbookId The runbook id of the runbook that you want to work against Default value is "Runbook" .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Invoke-D365SDPInstall -Path "c:\temp\" -QuickInstallAll This will install the extracted package in c:\temp\ using a runbook in memory while executing. .EXAMPLE PS C:\> Invoke-D365SDPInstall -Path "c:\temp\" -DevInstall This will install the extracted package in c:\temp\ using a runbook in memory while executing. This command is to be used on Microsoft Hosted Tier1 development environment, where you don't have access to the administrator user account on the vm. .EXAMPLE PS C:\> Invoke-D365SDPInstall -Path "c:\temp\" -Command SetTopology PS C:\> Invoke-D365SDPInstall -Path "c:\temp\" -Command Generate -RunbookId 'MyRunbook' PS C:\> Invoke-D365SDPInstall -Path "c:\temp\" -Command Import -RunbookId 'MyRunbook' PS C:\> Invoke-D365SDPInstall -Path "c:\temp\" -Command Execute -RunbookId 'MyRunbook' Manual operations that first create Topology XML from current environment, then generate runbook with id 'MyRunbook', then import it and finally execute it. .EXAMPLE PS C:\> Invoke-D365SDPInstall -Path "c:\temp\" -Command RunAll Create Topology XML from current environment. Using default runbook id 'Runbook' and run all the operations from generate, to import to execute. .EXAMPLE PS C:\> Invoke-D365SDPInstall -Path "c:\temp\" -Command RerunStep -Step 18 -RunbookId 'MyRunbook' Rerun runbook with id 'MyRunbook' from step 18. .EXAMPLE PS C:\> Invoke-D365SDPInstall -Path "c:\temp\" -Command SetStepComplete -Step 24 -RunbookId 'MyRunbook' Mark step 24 complete in runbook with id 'MyRunbook' and continue the runbook from the next step. .NOTES Author: Tommy Skaue (@skaue) Author: M�tz Jensen (@Splaxi) Inspired by blogpost http://dev.goshoom.net/en/2016/11/installing-deployable-packages-with-powershell/ #> function Invoke-D365SDPInstall { [CmdletBinding(DefaultParameterSetName = 'QuickInstall')] param ( [Parameter(Mandatory = $True, Position = 1 )] [Alias('Hotfix')] [Alias('File')] [string] $Path, [Parameter(Mandatory = $false, Position = 2 )] [string] $MetaDataDir = "$Script:MetaDataDir", [Parameter(Mandatory = $false, ParameterSetName = 'QuickInstall', Position = 3 )] [switch] $QuickInstallAll, [Parameter(Mandatory = $false, ParameterSetName = 'DevInstall', Position = 3 )] [switch] $DevInstall, [Parameter(Mandatory = $true, ParameterSetName = 'Manual', Position = 3 )] [ValidateSet('SetTopology', 'Generate', 'Import', 'Execute', 'RunAll', 'ReRunStep', 'SetStepComplete', 'Export', 'VersionCheck')] [string] $Command = 'SetTopology', [Parameter(Mandatory = $false, Position = 4 )] [int] $Step, [Parameter(Mandatory = $false, Position = 5 )] [string] $RunbookId = "Runbook", [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) if ((Get-Process -Name "devenv" -ErrorAction SilentlyContinue).Count -gt 0) { Write-PSFMessage -Level Host -Message "It seems that you have a <c='em'>Visual Studio</c> running. Please ensure <c='em'>exit</c> Visual Studio and run the cmdlet again." Stop-PSFFunction -Message "Stopping because of running Visual Studio." return } Test-AssembliesLoaded if (Test-PSFFunctionInterrupt) { Write-PSFMessage -Level Host -Message "It seems that you have executed some cmdlets that required to <c='em'>load</c> some Dynamics 356 Finance & Operations <c='em'>assemblies</c> into memory. Please <c='em'>close and restart</c> you PowerShell session / console, and <c='em'>start a fresh</c>. Please note that you should execute the failed command <c='em'>immediately</c> after importing the module." Stop-PSFFunction -Message "Stopping because of loaded assemblies." return } $arrRunbookIds = Get-D365Runbook -WarningAction SilentlyContinue -ErrorAction SilentlyContinue | Get-D365RunbookId if (($Command -eq "RunAll") -and ($arrRunbookIds.Runbookid -contains $RunbookId)) { Write-PSFMessage -Level Host -Message "It seems that you have entered an <c='em'>already used RunbookId</c>. Please consider if you are <c='em'>trying to re-run some steps</c> or simply pass <c='em'>another RunbookId</c>." Stop-PSFFunction -Message "Stopping because of RunbookId already used on this machine." return } Invoke-TimeSignal -Start #Test if input is a zipFile that needs to be extracted first if ($Path.EndsWith(".zip")) { Unblock-File -Path $Path $extractedPath = $path.Remove($path.Length - 4) if (!(Test-Path $extractedPath)) { Expand-Archive -Path $Path -DestinationPath $extractedPath #lets work with the extracted directory from now on $Path = $extractedPath } } # Input is a relative path, hence we set the path to the current directory if ($Path -eq ".") { $currentPath = Get-Location Write-PSFMessage -Level Verbose "Updating path to '$currentPath' as relative paths are not supported" $Path = $currentPath } # $Util = Join-Path $Path "AXUpdateInstaller.exe" $executable = Join-Path $Path "AXUpdateInstaller.exe" $topologyFile = Join-Path $Path 'DefaultTopologyData.xml' if (-not (Test-PathExists -Path $topologyFile, $executable -Type Leaf)) { return } Get-ChildItem -Path $Path -Recurse | Unblock-File if ($QuickInstallAll) { Write-PSFMessage -Level Verbose "Using QuickInstallAll mode" $params = "quickinstallall" Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly } elseif ($DevInstall) { Write-PSFMessage -Level Verbose "Using DevInstall mode" $params = "devinstall" Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly } else { $Command = $Command.ToLowerInvariant() $runbookFile = Join-Path $Path "$runbookId.xml" $serviceModelFile = Join-Path $Path 'DefaultServiceModelData.xml' $topologyFile = Join-Path $Path 'DefaultTopologyData.xml' if ($Command -eq 'runall') { Write-PSFMessage -Level Verbose "Running all manual steps in one single operation" #Update topology file (first command) $ok = Update-TopologyFile -Path $Path if ($ok) { $params = @( "generate" "-runbookId=`"$runbookId`"" "-topologyFile=`"$topologyFile`"" "-serviceModelFile=`"$serviceModelFile`"" "-runbookFile=`"$runbookFile`"" ) #Generate (second command) Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { return } $params = @( "import" "-runbookFile=`"$runbookFile`"" ) Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { return } $params = @( "execute" "-runbookId=`"$runbookId`"" ) Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { return } } Write-PSFMessage -Level Verbose "All manual steps complete." } else { $RunCommand = $true switch ($Command) { 'settopology' { Write-PSFMessage -Level Verbose "Updating topology file xml." $ok = Update-TopologyFile -Path $Path $RunCommand = $false } 'generate' { Write-PSFMessage -Level Verbose "Generating runbook file." $params = @( "generate" "-runbookId=`"$runbookId`"" "-topologyFile=`"$topologyFile`"" "-serviceModelFile=`"$serviceModelFile`"" "-runbookFile=`"$runbookFile`"" ) } 'import' { Write-PSFMessage -Level Verbose "Importing runbook file." $params = @( "import" "-runbookfile=`"$runbookFile`"" ) } 'execute' { Write-PSFMessage -Level Verbose "Executing runbook file." $params = @( "execute" "-runbookId=`"$runbookId`"" ) } 'rerunstep' { Write-PSFMessage -Level Verbose "Rerunning runbook step number $step." $params = @( "execute" "-runbookId=`"$runbookId`"" "-rerunstep=$step" ) } 'setstepcomplete' { Write-PSFMessage -Level Verbose "Marking step $step complete and continuing from next step." $params = @( "execute" "-runbookId=`"$runbookId`"" "-setstepcomplete=$step" ) } 'export' { Write-PSFMessage -Level Verbose "Exporting runbook for reuse." $params = @( "export" "-runbookId=`"$runbookId`"" "-runbookfile=`"$runbookFile`"" ) } 'versioncheck' { Write-PSFMessage -Level Verbose "Running version check on runbook." $params = @( "execute" "-runbookId=`"$runbookId`"" "-versioncheck=true" ) } } if ($RunCommand) { Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { return } } } } Invoke-TimeSignal -End } <# .SYNOPSIS Downloads the Selenium web driver files and deploys them to the specified destinations. .DESCRIPTION Downloads the Selenium web driver files and deploys them to the specified destinations. .PARAMETER RegressionSuiteAutomationTool Switch to specify if the Selenium files need to be installed in the Regression Suite Automation Tool folder. .PARAMETER PerfSDK Switch to specify if the Selenium files need to be installed in the PerfSDK folder. .EXAMPLE PS C:\> Invoke-D365SeleniumDownload -RegressionSuiteAutomationTool -PerfSDK This will download the Selenium zip archives and extract the files into both the Regression Suite Automation Tool folder and the PerfSDK folder. .NOTES Author: Kenny Saelen (@kennysaelen) #> function Invoke-D365SeleniumDownload { [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 0)] [switch]$RegressionSuiteAutomationTool, [Parameter(Mandatory = $false, Position = 1)] [switch]$PerfSDK ) if(!$RegressionSuiteAutomationTool -and !$PerfSDK) { Write-PSFMessage -Level Critical -Message "Either the -RegressionSuiteAutomationTool or the -PerfSDK switch needs to be specified." Stop-PSFFunction -Message "Stopping because of no switch parameters speficied." return } $seleniumDllZipLocalPath = (Join-Path $env:TEMP "selenium-dotnet-strongnamed-2.42.0.zip") $ieDriverZipLocalPath = (Join-Path $env:TEMP "IEDriverServer_Win32_2.42.0.zip") $zipExtractionPath = (Join-Path $env:TEMP "D365Seleniumextraction") try { Write-PSFMessage -Level Host -Message "Downloading Selenium files" $WebClient = New-Object System.Net.WebClient $WebClient.DownloadFile("http://selenium-release.storage.googleapis.com/2.42/selenium-dotnet-strongnamed-2.42.0.zip", $seleniumDllZipLocalPath) $WebClient.DownloadFile("http://selenium-release.storage.googleapis.com/2.42/IEDriverServer_Win32_2.42.0.zip", $ieDriverZipLocalPath) Write-PSFMessage -Level Host -Message "Extracting zip files" Add-Type -AssemblyName System.IO.Compression.FileSystem [System.IO.Compression.ZipFile]::ExtractToDirectory($seleniumDllZipLocalPath, $zipExtractionPath) [System.IO.Compression.ZipFile]::ExtractToDirectory($ieDriverZipLocalPath, $zipExtractionPath) $targetPath = [String]::Empty $seleniumPath = [String]::Empty if($RegressionSuiteAutomationTool) { Write-PSFMessage -Level Host -Message "Making Selenium folder structure in the Regression Suite Automation Tool folder" $targetPath = Join-Path ([Environment]::GetEnvironmentVariable("ProgramFiles(x86)")) "Regression Suite Automation Tool" $seleniumPath = Join-Path $targetPath "Common\External\Selenium" # Check if the Regression Suite Automation Tool is installed on the machine and Selenium not already installed if (Test-PathExists -Path $targetPath -Type Container) { if(-not(Test-PathExists -Path $seleniumPath -Type Container -Create)) { Write-PSFMessage -Level Critical -Message [String]::Format("The folder for the Selenium files could not be created: {0}", $seleniumPath) } Write-PSFMessage -Level Host -Message "Copying Selenium files to destination folder" Copy-Item (Join-Path $zipExtractionPath "IEDriverServer.exe") $seleniumPath Copy-Item (Join-Path $zipExtractionPath "net40\*") $seleniumPath Write-PSFMessage -Level Host -Message ([String]::Format("Selenium files have been downloaded and installed in the following folder: {0}", $seleniumPath)) } else { Write-PSFMessage -Level Warning -Message [String]::Format("The RegressionSuiteAutomationTool switch parameter is specified but the tool could not be located in the following folder: {0}", $targetPath) } } if($PerfSDK) { Write-PSFMessage -Level Host -Message "Making Selenium folder structure in the PerfSDK folder" $targetPath = [Environment]::GetEnvironmentVariable("PerfSDK") $seleniumPath = Join-Path $targetPath "Common\External\Selenium" # Check if the PerfSDK is installed on the machine and Selenium not already installed if (Test-PathExists -Path $targetPath -Type Container) { if(-not(Test-PathExists -Path $seleniumPath -Type Container -Create)) { Write-PSFMessage -Level Critical -Message [String]::Format("The folder for the Selenium files could not be created: {0}", $seleniumPath) } Write-PSFMessage -Level Host -Message "Copying Selenium files to destination folder" Copy-Item (Join-Path $zipExtractionPath "IEDriverServer.exe") $seleniumPath Copy-Item (Join-Path $zipExtractionPath "net40\*") $seleniumPath Write-PSFMessage -Level Host -Message ([String]::Format("Selenium files have been downloaded and installed in the following folder: {0}", $seleniumPath)) } else { Write-PSFMessage -Level Warning -Message [String]::Format("The PerfSDK switch parameter is specified but the tool could not be located in the following folder: {0}", $targetPath) } } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while downloading and installing the Selenium files." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { Write-PSFMessage -Level Host -Message "Cleaning up temporary files" Remove-Item -Path $seleniumDllZipLocalPath -Recurse Remove-Item -Path $ieDriverZipLocalPath -Recurse Remove-Item -Path $zipExtractionPath -Recurse } } <# .SYNOPSIS Execute a SQL Script or a SQL Command .DESCRIPTION Execute a SQL Script or a SQL Command against the D365FO SQL Server database .PARAMETER FilePath Path to the file containing the SQL Script that you want executed .PARAMETER Command SQL command that you want executed .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER TrustedConnection Switch to instruct the cmdlet whether the connection should be using Windows Authentication or not .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Invoke-D365SqlScript -FilePath "C:\temp\d365fo.tools\DeleteUser.sql" This will execute the "C:\temp\d365fo.tools\DeleteUser.sql" against the registered SQL Server on the machine. .EXAMPLE PS C:\> Invoke-D365SqlScript -Command "DELETE FROM SALESTABLE WHERE RECID = 123456789" This will execute "DELETE FROM SALESTABLE WHERE RECID = 123456789" against the registered SQL Server on the machine. .NOTES Author: M�tz Jensen (@splaxi) Author: Caleb Blanchard (@daxcaleb) #> Function Invoke-D365SqlScript { [Alias("Invoke-D365SqlCmd")] [CmdletBinding()] param ( [Parameter(Mandatory = $true, Position = 1, ParameterSetName = "FilePath" )] [string] $FilePath, [Parameter(Mandatory = $true, Position = 1, ParameterSetName = "Command" )] [string] $Command, [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [bool] $TrustedConnection = $false, [switch] $EnableException ) if ($PSCmdlet.ParameterSetName -eq "FilePath") { if (-not (Test-PathExists -Path $FilePath -Type Leaf)) { return } } Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $Params = @{} #Hack to get all variables for the function, regardless of they were assigned from the caller or with default values. #The TrustedConnection is the real deal breaker. If $true user and password are ignored in Get-SqlCommand. $MyInvocation.MyCommand.Parameters.Keys | Get-Variable -ErrorAction Ignore | ForEach-Object { $Params.Add($_.Name, $_.Value) }; $null = $Params.Remove('FilePath') $null = $Params.Remove('Command') $null = $Params.Remove('EnableException') $Params.TrustedConnection = $UseTrustedConnection $sqlCommand = Get-SqlCommand @Params if ($PSCmdlet.ParameterSetName -eq "FilePath") { $sqlCommand.CommandText = (Get-Content "$FilePath") -join [Environment]::NewLine } if ($PSCmdlet.ParameterSetName -eq "Command") { $sqlCommand.CommandText = $Command } try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() } catch { $messageString = "Something went wrong while <c='em'>executing custom sql script</c> against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ -StepsUpward 1 return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } Invoke-TimeSignal -End } <# .SYNOPSIS Invoke the SysFlushAos class .DESCRIPTION Invoke the runnable class SysFlushAos to clear the AOD cache .PARAMETER URL URL to the Dynamics 365 instance you want to clear the AOD cache on .EXAMPLE PS C:\> Invoke-D365SysFlushAodCache This will a call against the default URL for the machine and have it execute the SysFlushAOD class .NOTES Author: M�tz Jensen (@Splaxi) #> function Invoke-D365SysFlushAodCache { [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 1 )] [string] $Url ) if ($PSBoundParameters.ContainsKey("URL")) { Invoke-D365SysRunnerClass -ClassName "SysFlushAOD" -Url $URL } else { Invoke-D365SysRunnerClass -ClassName "SysFlushAOD" } } <# .SYNOPSIS Start a browser session that executes SysRunnerClass .DESCRIPTION Makes it possible to call any runnable class directly from the browser, without worrying about the details .PARAMETER ClassName The name of the class you want to execute .PARAMETER Company The company for which you want to execute the class against Default value is: "DAT" .PARAMETER Url The URL you want to execute against Default value is the Fully Qualified Domain Name registered on the machine .EXAMPLE PS C:\> Invoke-D365SysRunnerClass -ClassName SysFlushAOD Will execute the SysRunnerClass and have it execute the SysFlushAOD class and will run it against the "DAT" (default value) company .EXAMPLE PS C:\> Invoke-D365SysRunnerClass -ClassName SysFlushAOD -Company "USMF" Will execute the SysRunnerClass and have it execute the SysFlushAOD class and will run it against the "USMF" company .EXAMPLE PS C:\> Invoke-D365SysRunnerClass -ClassName SysFlushAOD -Url https://Test.cloud.onebox.dynamics.com Will execute the SysRunnerClass and have it execute the SysFlushAOD class and will run it against the "DAT" company, on the https://Test.cloud.onebox.dynamics.com URL .NOTES Author: M�tz Jensen (@Splaxi) #> function Invoke-D365SysRunnerClass { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'Default', Position = 1 )] [string] $ClassName, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [string] $Company = $Script:Company, [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 3 )] [string] $Url = $Script:Url ) $executingUrl = "$Url`?cmp=$Company&mi=SysClassRunner&cls=$ClassName" Start-Process $executingUrl } <# .SYNOPSIS Start a browser session that will show the table browser .DESCRIPTION Makes it possible to call the table browser for a given table directly from the web browser, without worrying about the details .PARAMETER TableName The name of the table you want to see the rows for .PARAMETER Company The company for which you want to see the data from in the given table Default value is: "DAT" .PARAMETER Url The URL you want to execute against Default value is the Fully Qualified Domain Name registered on the machine .EXAMPLE PS C:\> Invoke-D365TableBrowser -TableName SalesTable Will open the table browser and show all the records in Sales Table from the "DAT" company (default value). .EXAMPLE PS C:\> Invoke-D365TableBrowser -TableName SalesTable -Company "USMF" Will open the table browser and show all the records in Sales Table from the "USMF" company. .NOTES Author: M�tz Jensen (@Splaxi) The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. #> function Invoke-D365TableBrowser { [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 1 )] [string] $TableName, [Parameter(Mandatory = $false, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 2 )] [string] $Company = $Script:Company, [Parameter(Mandatory = $false, ParameterSetName = 'Default', ValueFromPipelineByPropertyName = $true, Position = 3 )] [string] $Url = $Script:Url ) BEGIN {} PROCESS { Write-PSFMessage -Level Verbose -Message "Table name: $TableName" -Target $TableName $executingUrl = "$Url`?cmp=$Company&mi=SysTableBrowser&tablename=$TableName" Start-Process $executingUrl #* Allow the browser to start and process first request if it isn't running already Start-Sleep -Seconds 1 } END {} } <# .SYNOPSIS Analyze the Visual Studio compiler output log .DESCRIPTION Analyze the Visual Studio compiler output log and generate an excel file contain worksheets per type: Errors, Warnings, Tasks .PARAMETER Module Name of the module that you want to work against Default value is "*" which will search for all modules .PARAMETER OutputPath Path where you want the excel file (xlsx-file) saved to Default value is: "c:\temp\d365fo.tools\" .PARAMETER SkipWarnings Instructs the cmdlet to skip warnings while analyzing the compiler output log file .PARAMETER SkipTasks Instructs the cmdlet to skip tasks while analyzing the compiler output log file .PARAMETER PackageDirectory Path to the directory containing the installed package / module Default path is the same as the AOS service "PackagesLocalDirectory" directory Default value is fetched from the current configuration on the machine .EXAMPLE PS C:\> Invoke-D365VisualStudioCompilerResultAnalyzer This will analyse all compiler output log files generated from Visual Studio. A result set example: File Filename ---- -------- c:\temp\d365fo.tools\ApplicationCommon-CompilerResults.xlsx ApplicationCommon-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationFoundation-CompilerResults.xlsx ApplicationFoundation-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationPlatform-CompilerResults.xlsx ApplicationPlatform-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationSuite-CompilerResults.xlsx ApplicationSuite-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationWorkspaces-CompilerResults.xlsx ApplicationWorkspaces-CompilerResults.xlsx .EXAMPLE PS C:\> Invoke-D365VisualStudioCompilerResultAnalyzer -SkipWarnings This will analyse all compiler output log files generated from Visual Studio. It will exclude all warnings from the output. A result set example: File Filename ---- -------- c:\temp\d365fo.tools\ApplicationCommon-CompilerResults.xlsx ApplicationCommon-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationFoundation-CompilerResults.xlsx ApplicationFoundation-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationPlatform-CompilerResults.xlsx ApplicationPlatform-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationSuite-CompilerResults.xlsx ApplicationSuite-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationWorkspaces-CompilerResults.xlsx ApplicationWorkspaces-CompilerResults.xlsx .EXAMPLE PS C:\> Invoke-D365VisualStudioCompilerResultAnalyzer -SkipTasks This will analyse all compiler output log files generated from Visual Studio. It will exclude all tasks from the output. A result set example: File Filename ---- -------- c:\temp\d365fo.tools\ApplicationCommon-CompilerResults.xlsx ApplicationCommon-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationFoundation-CompilerResults.xlsx ApplicationFoundation-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationPlatform-CompilerResults.xlsx ApplicationPlatform-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationSuite-CompilerResults.xlsx ApplicationSuite-CompilerResults.xlsx c:\temp\d365fo.tools\ApplicationWorkspaces-CompilerResults.xlsx ApplicationWorkspaces-CompilerResults.xlsx .NOTES Tags: Compiler, Build, Errors, Warnings, Tasks Author: M�tz Jensen (@Splaxi) This cmdlet is inspired by the work of "Vilmos Kintera" (twitter: @DAXRunBase) All credits goes to him for showing how to extract these information His blog can be found here: https://www.daxrunbase.com/blog/ The specific blog post that we based this cmdlet on can be found here: https://www.daxrunbase.com/2020/03/31/interpreting-compiler-results-in-d365fo-using-powershell/ The github repository containing the original scrips can be found here: https://github.com/DAXRunBase/PowerShell-and-Azure #> function Invoke-D365VisualStudioCompilerResultAnalyzer { [CmdletBinding()] [OutputType('')] param ( [Alias("ModuleName")] [string] $Module = "*", [string] $OutputPath = $Script:DefaultTempPath, [switch] $SkipWarnings, [switch] $SkipTasks, [string] $PackageDirectory = $Script:PackageDirectory ) Invoke-TimeSignal -Start if (-not (Test-PathExists -Path $PackageDirectory -Type Container)) { return } $buildOutputFiles = Get-ChildItem -Path "$PackageDirectory\$Module\BuildModelResult.log" -ErrorAction SilentlyContinue -Force foreach ($result in $buildOutputFiles) { $moduleName = Split-Path -Path $result.DirectoryName -Leaf $outputFilePath = Join-Path -Path $OutputPath -ChildPath "$moduleName-CompilerResults.xlsx" Invoke-CompilerResultAnalyzer -Path $result.FullName -Identifier $moduleName -OutputPath $outputFilePath -SkipWarnings:$SkipWarnings -SkipTasks:$SkipTasks -PackageDirectory $PackageDirectory } Invoke-TimeSignal -End } <# .SYNOPSIS Rotate the certificate used for WinRM .DESCRIPTION There is a scenario where you might need to update the certificate that is being used for WinRM on your Tier1 environment 1 year after you deploy your Tier1 environment, the original WinRM certificate expires and then LCS will be unable to communicate with your Tier1 environment .PARAMETER MachineName The DNS / Netbios name of the machine The default value is: "$env:COMPUTERNAME" which translates into the current name of the machine .EXAMPLE PS C:\> Invoke-D365WinRmCertificateRotation This will update the certificate that is being used by WinRM. A new certificate is created with the current computer name. The new certificate and its thumbprint will be configured for WinRM to use that going forward. .NOTES Author: M�tz Jensen (@Splaxi) We recommend that you do a full restart of the Tier1 environment when done. #> function Invoke-D365WinRmCertificateRotation { [CmdletBinding()] [OutputType()] param( [string] $MachineName = $env:COMPUTERNAME ) Write-PSFMessage -Level Verbose "Creating a new certificate." $CertStore = "Cert:\LocalMachine\My" $Thumbprint = (New-SelfSignedCertificate -DnsName $MachineName -CertStoreLocation $CertStore).Thumbprint $executable = "C:\Windows\System32\cmd.exe" $params = @("/C", "winrm", "set", "winrm/config/Listener?Address=*+Transport=HTTPS", "@{Hostname=""$DNSName""; CertificateThumbprint=""$Thumbprint""}" ) Write-PSFMessage -Level Verbose "Configure WinRM to use the newly created certificate." Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$true } <# .SYNOPSIS Generate a bacpac file from a database .DESCRIPTION Takes care of all the details and steps that is needed to create a valid bacpac file to move between Tier 1 (onebox or Azure hosted) and Tier 2 (MS hosted), or vice versa Supports to create a raw bacpac file without prepping. Can be used to automate backup from Tier 2 (MS hosted) environment .PARAMETER ExportModeTier1 Switch to instruct the cmdlet that the export will be done against a classic SQL Server installation .PARAMETER ExportModeTier2 Switch to instruct the cmdlet that the export will be done against an Azure SQL DB instance .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER BackupDirectory The path where to store the temporary backup file when the script needs to handle that .PARAMETER NewDatabaseName The name for the database the script is going to create when doing the restore process .PARAMETER BacpacFile The path where you want the cmdlet to store the bacpac file that will be generated .PARAMETER CustomSqlFile The path to a custom sql server script file that you want executed against the database before it is exported .PARAMETER DiagnosticFile Path to where you want the export to output a diagnostics file to assist you in troubleshooting the export .PARAMETER ExportOnly Switch to instruct the cmdlet to either just create a dump bacpac file or run the prepping process first .PARAMETER MaxParallelism Sets SqlPackage.exe's degree of parallelism for concurrent operations running against a database. The default value is 8. .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> New-D365Bacpac -ExportModeTier1 -BackupDirectory c:\Temp\backup\ -NewDatabaseName Testing1 -BacpacFile "C:\Temp\Bacpac\Testing1.bacpac" Will backup the "AXDB" database and restore is as "Testing1" again the localhost SQL Server. Will run the prepping process against the restored database. Will export a bacpac file to "C:\Temp\Bacpac\Testing1.bacpac". Will delete the restored database. It will use trusted connection (Windows authentication) while working against the SQL Server. .EXAMPLE PS C:\> New-D365Bacpac -ExportModeTier2 -DatabaseServer localhost -DatabaseName AxDB -SqlUser User123 -SqlPwd "Password123" -NewDatabaseName Testing1 -BacpacFile C:\Temp\Bacpac\Testing1.bacpac Will create a copy the db database on the dbserver1 in Azure. Will run the prepping process against the copy database. Will export a bacpac file. Will delete the copy database. .EXAMPLE PS C:\> New-D365Bacpac -ExportModeTier2 -SqlUser User123 -SqlPwd "Password123" -NewDatabaseName Testing1 -BacpacFile "C:\Temp\Bacpac\Testing1.bacpac" Normally used for a Tier-2 export and preparation for Tier-1 import Will create a copy of the registered D365 database on the registered D365 Azure SQL DB instance. Will run the prepping process against the copy database. Will export a bacpac file. Will delete the copy database. .EXAMPLE PS C:\> New-D365Bacpac -ExportModeTier2 -SqlUser User123 -SqlPwd "Password123" -NewDatabaseName Testing1 -BacpacFile C:\Temp\Bacpac\Testing1.bacpac -ExportOnly Will export a bacpac file. The bacpac should be able to restore back into the database without any preparing because it is coming from the environment from the beginning .EXAMPLE PS C:\> New-D365Bacpac -ExportModeTier1 -BackupDirectory c:\Temp\backup\ -NewDatabaseName Testing1 -BacpacFile "C:\Temp\Bacpac\Testing1.bacpac" -DiagnosticFile "C:\temp\ExportLog.txt" Will backup the "AXDB" database and restore is as "Testing1" again the localhost SQL Server. Will run the prepping process against the restored database. Will export a bacpac file to "C:\Temp\Bacpac\Testing1.bacpac". Will delete the restored database. It will use trusted connection (Windows authentication) while working against the SQL Server. It will output a diagnostic file to "C:\temp\ExportLog.txt". .EXAMPLE PS C:\> New-D365Bacpac -ExportModeTier1 -BackupDirectory c:\Temp\backup\ -NewDatabaseName Testing1 -BacpacFile "C:\Temp\Bacpac\Testing1.bacpac" -MaxParallelism 32 Will backup the "AXDB" database and restore is as "Testing1" again the localhost SQL Server. Will run the prepping process against the restored database. Will export a bacpac file to "C:\Temp\Bacpac\Testing1.bacpac". Will delete the restored database. It will use trusted connection (Windows authentication) while working against the SQL Server. It will use 32 connections against the database server while generating the bacpac file. .NOTES The cmdlet supports piping and can be used in advanced scenarios. See more on github and the wiki pages. Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function New-D365Bacpac { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseProcessBlockForPipelineCommand", "")] [CmdletBinding(DefaultParameterSetName = 'ExportTier2')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'ExportTier1', Position = 0)] [switch] $ExportModeTier1, [Parameter(Mandatory = $true, ParameterSetName = 'ExportTier2', Position = 0)] [switch] $ExportModeTier2, [Parameter(Position = 1 )] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Position = 2 )] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 3 )] [Parameter(Mandatory = $true, ParameterSetName = 'ExportTier2', ValueFromPipelineByPropertyName = $true, Position = 3)] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 4 )] [Parameter(Mandatory = $true, ParameterSetName = 'ExportTier2', ValueFromPipelineByPropertyName = $true, Position = 4)] [string] $SqlPwd = $Script:DatabaseUserPassword, [Parameter(ParameterSetName = 'ExportTier1', Position = 5 )] [string] $BackupDirectory = "C:\Temp\d365fo.tools\SqlBackups", [Parameter(Position = 6 )] [string] $NewDatabaseName = "$Script:DatabaseName`_export", [Parameter(Position = 7 )] [Alias('File')] [string] $BacpacFile = "C:\Temp\d365fo.tools\$DatabaseName.bacpac", [Parameter(Position = 8 )] [string] $CustomSqlFile, [string] $DiagnosticFile, [switch] $ExportOnly, [string] $MaxParallelism = 8, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly, [switch] $EnableException ) Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters if ($PSBoundParameters.ContainsKey("CustomSqlFile")) { if (-not (Test-PathExists -Path $CustomSqlFile -Type Leaf)) { return } $ExecuteCustomSQL = $true } if ($BacpacFile -notlike "*.bacpac") { Write-PSFMessage -Level Host -Message "The path for the bacpac file must contain the <c='em'>.bacpac</c> extension. Please update the <c='em'>BacpacFile</c> parameter and try again." Stop-PSFFunction -Message "The BacpacFile path was not correct." return } if ($PSBoundParameters.ContainsKey("BackupDirectory") -or $ExportModeTier1) { if (-not (Test-PathExists -Path $BackupDirectory -Type Container -Create)) { return } } if (-not (Test-PathExists -Path (Split-Path $BacpacFile -Parent) -Type Container -Create)) { return } # Work around to make sure to keep Storage when using the non-core version of the SqlPackage $executable = $Script:SqlPackagePath $classicPattern = "C:\Program Files*\Microsoft SQL Server\1*0\DAC\bin\SqlPackage.exe" [System.Collections.ArrayList] $Properties = New-Object -TypeName "System.Collections.ArrayList" $null = $Properties.Add("VerifyFullTextDocumentTypesSupported=false") if($executable -like $classicPattern) { Write-PSFMessage -Level Verbose -Message "Looks like we are running against the non-core version of SqlPackage.exe. Then we need to support the Storage=File property." $null = $Properties.Add("Storage=File") } $BaseParams = @{ DatabaseServer = $DatabaseServer DatabaseName = $DatabaseName SqlUser = $SqlUser SqlPwd = $SqlPwd } $ExportParams = @{ Action = "export" FilePath = $BacpacFile Properties = $Properties.ToArray() } if (-not [system.string]::IsNullOrEmpty($DiagnosticFile)) { if (-not (Test-PathExists -Path (Split-Path $DiagnosticFile -Parent) -Type Container -Create)) { return } $ExportParams.DiagnosticFile = $DiagnosticFile } if ($ExportOnly) { Write-PSFMessage -Level Verbose -Message "Invoking the export of the bacpac file only." Write-PSFMessage -Level Verbose -Message "Invoking the sqlpackage with parameters" -Target $BaseParams Invoke-SqlPackage @BaseParams @ExportParams -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if ($OutputCommandOnly) { return } if (Test-PSFFunctionInterrupt) { return } [PSCustomObject]@{ File = $BacpacFile Filename = (Split-Path $BacpacFile -Leaf) } } else { if ($ExportModeTier1) { $Params = @{ BackupDirectory = $BackupDirectory NewDatabaseName = $NewDatabaseName TrustedConnection = $UseTrustedConnection } if (-not $OutputCommandOnly) { Write-PSFMessage -Level Verbose -Message "Invoking the Tier 1 - SQL backup & restore process" $res = Invoke-SqlBackupRestore @BaseParams @Params if ((Test-PSFFunctionInterrupt) -or (-not $res)) { return } $Params = Get-DeepClone $BaseParams $Params.DatabaseName = $NewDatabaseName Write-PSFMessage -Level Verbose -Message "Invoking the Tier 1 - Clear SQL objects" $res = Invoke-ClearSqlSpecificObjects @Params if ((Test-PSFFunctionInterrupt) -or (-not $res)) { return } if ($ExecuteCustomSQL) { Write-PSFMessage -Level Verbose -Message "Invoking the Tier 1 - Execution of custom SQL script" $res = Invoke-D365SqlScript @Params -FilePath $CustomSqlFile if (Test-PSFFunctionInterrupt) { return } } } else { $Params = Get-DeepClone $BaseParams $Params.DatabaseName = $NewDatabaseName } Write-PSFMessage -Level Verbose -Message "Invoking the Tier 1 - Export of the bacpac file from SQL" Invoke-SqlPackage @Params @ExportParams -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if ($OutputCommandOnly) { return } if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "Invoking the Tier 1 - Remove database from SQL" Remove-D365Database @Params [PSCustomObject]@{ File = $BacpacFile Filename = (Split-Path $BacpacFile -Leaf) } } else { $Params = @{ NewDatabaseName = $NewDatabaseName } if (-not $OutputCommandOnly) { Write-PSFMessage -Level Verbose -Message "Invoking the Tier 2 - Creation of Azure DB copy" $res = Invoke-AzureBackupRestore @BaseParams @Params if ((Test-PSFFunctionInterrupt) -or (-not $res)) { return } $Params = Get-DeepClone $BaseParams $Params.DatabaseName = $NewDatabaseName Write-PSFMessage -Level Verbose -Message "Invoking the Tier 2 - Clear Azure DB objects" $res = Invoke-ClearAzureSpecificObjects @Params if ((Test-PSFFunctionInterrupt) -or (-not $res)) { return } if ($ExecuteCustomSQL) { Write-PSFMessage -Level Verbose -Message "Invoking the Tier 2 - Execution of custom SQL script" $res = Invoke-D365SqlScript @Params -FilePath $CustomSqlFile -TrustedConnection $false if (!$res) { return } } } Write-PSFMessage -Level Verbose -Message "Invoking the Tier 2 - Export of the bacpac file from Azure DB" Invoke-SqlPackage @Params @ExportParams -TrustedConnection $false -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if ($OutputCommandOnly) { return } if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "Invoking the Tier 2 - Remove database from Azure DB" Remove-D365Database @Params if (Test-PSFFunctionInterrupt) { $messageString = "The bacpac file was created correctly, but there was an error while <c='em'>removing</c> the cloned database." Write-PSFMessage -Level Host -Message $messageString } [PSCustomObject]@{ File = $BacpacFile Filename = (Split-Path $BacpacFile -Leaf) } } } Invoke-TimeSignal -End } <# .SYNOPSIS Generate the Customization's Analysis Report (CAR) .DESCRIPTION A cmdlet that wraps some of the cumbersome work into a streamlined process .PARAMETER OutputPath Path where you want the CAR file (xlsx-file) saved to Default value is: "c:\temp\d365fo.tools\CAReport.xlsx" .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER Module Name of the Module to analyse .PARAMETER Model Name of the Model to analyse .PARAMETER XmlLog Path where you want to store the Xml log output generated from the best practice analyser .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .PARAMETER SuffixWithModule Instruct the cmdlet to append the module name as a suffix to the desired output file name .EXAMPLE PS C:\> New-D365CAReport -module "ApplicationSuite" -model "MyOverLayerModel" This will generate a CAR report against MyOverLayerModel in the ApplicationSuite Module. It will use the default value for the OutputPath parameter, which is "c:\temp\d365fo.tools\CAReport.xlsx". .EXAMPLE PS C:\> New-D365CAReport -OutputPath "c:\temp\CAReport.xlsx" -module "ApplicationSuite" -model "MyOverLayerModel" This will generate a CAR report against MyOverLayerModel in the ApplicationSuite Module. It will use the "c:\temp\CAReport.xlsx" value for the OutputPath parameter. .EXAMPLE PS C:\> New-D365CAReport -module "ApplicationSuite" -model "MyOverLayerModel" -SuffixWithModule This will generate a CAR report against MyOverLayerModel in the ApplicationSuite Module. It will use the default value for the OutputPath parameter, which is "c:\temp\d365fo.tools\CAReport.xlsx". It will append the module name to the desired output file, which will then be "c:\temp\d365fo.tools\CAReport-ApplicationSuite.xlsx". .NOTES Author: Tommy Skaue (@Skaue) Author: M�tz Jensen (@Splaxi) #> function New-D365CAReport { [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '')] [CmdletBinding()] param ( [Alias('File')] [Alias('Path')] [string] $OutputPath = (Join-Path $Script:DefaultTempPath "CAReport.xlsx"), [Parameter(Mandatory = $true)] [Alias('Package')] [Alias("ModuleName")] [string] $Module, [Parameter(Mandatory = $true)] [string] $Model, [switch] $SuffixWithModule, [string] $BinDir = "$Script:PackageDirectory\bin", [string] $MetaDataDir = "$Script:MetaDataDir", [string] $XmlLog = (Join-Path $Script:DefaultTempPath "BPCheckLogcd.xml"), [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) if (-not (Test-PathExists -Path $MetaDataDir, $BinDir -Type Container)) { return } $executable = Join-Path $BinDir "xppbp.exe" if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } if ($SuffixWithModule) { $OutputPath = $OutputPath.Replace(".xlsx", "-$Module.xlsx") } $params = @( "-metadata=`"$MetaDataDir`"", "-all", "-module=`"$Module`"", "-model=`"$Model`"", "-xmlLog=`"$XmlLog`"", "-car=`"$OutputPath`"" ) Write-PSFMessage -Level Verbose -Message "Starting the $executable with the parameter options." -Target $param Invoke-Process -Executable $executable -Params $params -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { return } [PSCustomObject]@{ File = $OutputPath Filename = (Split-Path $OutputPath -Leaf) } } <# .SYNOPSIS Create a license deployable package .DESCRIPTION Create a deployable package with a license file inside .PARAMETER LicenseFile Path to the license file that you want to have inside a deployable package .PARAMETER Path Path to the template zip file for creating a deployable package with a license file Default path is the same as the aos service "PackagesLocalDirectory\bin\CustomDeployablePackage\ImportISVLicense.zip" .PARAMETER OutputPath Path where you want the generated deployable package stored Default value is: "C:\temp\d365fo.tools\ISVLicense.zip" .EXAMPLE PS C:\> New-D365ISVLicense -LicenseFile "C:\temp\ISVLicenseFile.txt" This will take the "C:\temp\ISVLicenseFile.txt" file and locate the "ImportISVLicense.zip" template file under the "PackagesLocalDirectory\bin\CustomDeployablePackage\". It will extract the "ImportISVLicense.zip", load the ISVLicenseFile.txt and compress (zip) the files into a deployable package. The package will be exported to "C:\temp\d365fo.tools\ISVLicense.zip" .NOTES Author: M�tz Jensen (@splaxi) #> function New-D365ISVLicense { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true, Position = 1)] [string] $LicenseFile, [Alias('Template')] [string] $Path = "$Script:BinDirTools\CustomDeployablePackage\ImportISVLicense.zip", [string] $OutputPath = "C:\temp\d365fo.tools\ISVLicense.zip" ) begin { $oldprogressPreference = $global:progressPreference $global:progressPreference = 'silentlyContinue' } process { if (-not (Test-PathExists -Path $Path, $LicenseFile -Type "Leaf")) {return} $null = New-Item -Path (Split-Path $OutputPath -Parent) -ItemType Directory -ErrorAction SilentlyContinue Unblock-File $Path Unblock-File $LicenseFile $ExtractionPath = [System.IO.Path]::GetTempPath() $packageTemp = Join-Path $ExtractionPath ((Get-Random -Maximum 99999).ToString()) Write-PSFMessage -Level Verbose -Message "Extracting the template zip file to $packageTemp." -Target $packageTemp Expand-Archive -Path $Path -DestinationPath $packageTemp $licenseMergePath = Join-Path $packageTemp "AosService\Scripts\License" Get-ChildItem -Path $licenseMergePath | Remove-Item -Force -ErrorAction SilentlyContinue Write-PSFMessage -Level Verbose -Message "Copying the license file into place." Copy-Item -Path $LicenseFile -Destination $licenseMergePath Write-PSFMessage -Level Verbose -Message "Compressing the folder into a zip file and storing it at $OutputPath" -Target $OutputPath Compress-Archive -Path "$packageTemp\*" -DestinationPath $OutputPath -Force [PSCustomObject]@{ File = $OutputPath } } end { $global:progressPreference = $oldprogressPreference } } <# .SYNOPSIS Create a new topology file .DESCRIPTION Build a new topology file based on a template and update the ServiceModelList .PARAMETER Path Path to the template topology file .PARAMETER Services The array with all the service names that you want to fill into the topology file .PARAMETER NewPath Path to where you want to save the new file after it has been created .EXAMPLE PS C:\> New-D365TopologyFile -Path C:\Temp\DefaultTopologyData.xml -Services "ALMService","AOSService","BIService" -NewPath C:\temp\CurrentTopology.xml This will read the "DefaultTopologyData.xml" file and fill in "ALMService","AOSService" and "BIService" as the services in the ServiceModelList tag. The new file is stored at "C:\temp\CurrentTopology.xml" .EXAMPLE PS C:\> $Services = @(Get-D365InstalledService | ForEach-Object {$_.Servicename}) PS C:\> New-D365TopologyFile -Path C:\Temp\DefaultTopologyData.xml -Services $Services -NewPath C:\temp\CurrentTopology.xml This will get all the services already installed on the machine. Afterwards the list is piped to New-D365TopologyFile where all services are import into the new topology file that is stored at "C:\temp\CurrentTopology.xml" .NOTES Author: M�tz Jensen (@Splaxi) #> function New-D365TopologyFile { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true, ParameterSetName = 'Default', Position = 1 )] [alias('File')] [string] $Path, [Parameter(Mandatory = $true, ParameterSetName = 'Default', Position = 2 )] [string[]] $Services, [Parameter(Mandatory = $true, ParameterSetName = 'Default', Position = 3 )] [alias('NewFile')] [string] $NewPath ) begin { } process { if (Test-PathExists -Path $Path -Type Leaf) { Remove-Item -Path $NewPath -Force -ErrorAction SilentlyContinue [xml]$topology = [xml](Get-Content -Path $Path) [System.Collections.ArrayList] $ServicesList = New-Object -TypeName "System.Collections.ArrayList" foreach ($obj in $Services) { $null = $ServicesList.Add("<string>$obj</string>") } $topology.TopologyData.MachineList.Machine.ServiceModelList.InnerXml = (($ServicesList.ToArray()) -join [Environment]::NewLine ) $sw = New-Object System.Io.Stringwriter $writer = New-Object System.Xml.XmlTextWriter($sw) $writer.Formatting = [System.Xml.Formatting]::Indented $writer.Indentation = 4; $topology.WriteContentTo($writer) $topology.LoadXml($sw.ToString()) $topology.Save("$NewPath") } else { Write-PSFMessage -Level Critical -Message "The base topology file wasn't found at the specified location. Please check the path and run the cmdlet again." Stop-PSFFunction -Message "Stopping because of errors" return } } end { } } <# .SYNOPSIS Deploy Report .DESCRIPTION Deploy SSRS Report to SQL Server Reporting Services .PARAMETER Module Name of the module that you want to works against Accepts an array of strings Default value is "*" and will work against all modules loaded on the machine .PARAMETER ReportName Name of the report that you want to deploy Default value is "*" and will deploy all reports from the module(s) that you speficied .PARAMETER LogFile Path to the file that should contain the logging information Default value is "c:\temp\d365fo.tools\AxReportDeployment.log" .PARAMETER PackageDirectory Path to the PackagesLocalDirectory Default path is the same as the AOS Service PackagesLocalDirectory .PARAMETER ToolsBasePath Base path to the folder containing the needed PowerShell manifests that the cmdlet utilizes Default path is the same as the AOS Service PackagesLocalDirectory .PARAMETER ReportServerIp IP Address of the server that has SQL Reporting Services installed Default value is "127.0.01" .EXAMPLE PS C:\> Publish-D365SsrsReport -Module ApplicationSuite -ReportName TaxVatRegister.Report This will deploy the report which is named "TaxVatRegister.Report". The cmdlet will look for the report inside the ApplicationSuite module. The cmdlet will be using the default 127.0.0.1 while deploying the report. .EXAMPLE PS C:\> Publish-D365SsrsReport -Module ApplicationSuite -ReportName * This will deploy the all reports from the ApplicationSuite module. The cmdlet will be using the default 127.0.0.1 while deploying the report. .NOTES Tags: SSRS, Report, Reports, Deploy, Publish Author: M�tz Jensen (@Splaxi) #> function Publish-D365SsrsReport { [CmdletBinding()] [OutputType('[PsCustomObject]')] param ( [Parameter(Mandatory = $false)] [string[]] $Module = "*", [Parameter(Mandatory = $false)] [string[]] $ReportName = "*", [Parameter(Mandatory = $false)] [string] $LogFile = (Join-Path $Script:DefaultTempPath "AxReportDeployment.log"), [Parameter(Mandatory = $false)] [string] $PackageDirectory = $Script:PackageDirectory, [Parameter(Mandatory = $false)] [string] $ToolsBasePath = $Script:PackageDirectory, [Parameter(Mandatory = $false)] [string[]]$ReportServerIp = "127.0.0.1" ) Invoke-TimeSignal -Start $LogDirectory = Split-Path $LogFile -Parent $toolsPath = Join-Path $ToolsBasePath "Plugins\AxReportVmRoleStartupTask" if (-not (Test-PathExists -Path $toolsPath, $PackageDirectory -Type Container)) { return } if (-not (Test-PathExists -Path $LogDirectory -Type Container -Create)) { return } $aosCommonManifest = Join-Path $toolsPath "AosCommon.psm1" $reportingManifest = Join-Path $toolsPath "Reporting.psm1" if (-not (Test-PathExists -Path $aosCommonManifest, $reportingManifest -Type Leaf)) { return } Write-PSFMessage -Level Verbose -Message "Importing the Microsoft AosCommon PowerShell manifest file." -Target $aosCommonManifest Import-Module "$aosCommonManifest" -Force -DisableNameChecking Write-PSFMessage -Level Verbose -Message "Importing the Microsoft Reporting PowerShell manifest file." -Target $reportingManifest Import-Module "$reportingManifest" -Force -DisableNameChecking # create JSON config string for Deploy-AxReports $settings = New-Object -TypeName PSCustomObject -Property @{ "BiReporting.ReportingServers" = $($ReportServerIp -join ",") "Microsoft.Dynamics.AX.AosConfig.AzureConfig.bindir" = $PackageDirectory "Module" = $Module "ReportName" = $ReportName } Write-PSFMessage -Level Verbose -Message "Done building the settings object that will be parsed." -Target $settings $jsonConfig = ConvertTo-Json $settings Write-PSFMessage -Level Verbose -Message "Settings object converted to json." -Target $jsonConfig $jsonConfig = [System.Convert]::ToBase64String([Text.Encoding]::UTF8.GetBytes($jsonConfig)) try { Write-PSFMessage -Level Verbose -Message "Invoking the 'Deploy-AxReport' cmdlet from Microsoft." Deploy-AxReport -Config $jsonConfig -Log $LogFile } catch { Write-PSFMessage -Level Host -Message "Something went wrong while deploying the SSRS Report(s)" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } Invoke-TimeSignal -End [PSCustomObject]@{ LogFile = $LogFile } } <# .SYNOPSIS Register Azure Storage Configurations .DESCRIPTION Register all Azure Storage Configurations .PARAMETER ConfigStorageLocation Parameter used to instruct where to store the configuration objects The default value is "User" and this will store all configuration for the active user Valid options are: "User" "System" "System" will store the configuration as default for all users, so they can access the configuration objects .EXAMPLE PS C:\> Register-D365AzureStorageConfig -ConfigStorageLocation "System" This will store all Azure Storage Configurations as defaults for all users on the machine. .NOTES Tags: Configuration, Azure, Storage Author: M�tz Jensen (@Splaxi) #> function Register-D365AzureStorageConfig { [CmdletBinding()] [OutputType()] param ( [ValidateSet('User', 'System')] [string] $ConfigStorageLocation = "User" ) $configScope = Test-ConfigStorageLocation -ConfigStorageLocation $ConfigStorageLocation Register-PSFConfig -FullName "d365fo.tools.azure.storage.accounts" -Scope $configScope } <# .SYNOPSIS Remove broadcast message configuration .DESCRIPTION Remove a broadcast message configuration from the configuration store .PARAMETER Name Name of the broadcast message configuration you want to remove from the configuration store .PARAMETER Temporary Instruct the cmdlet to only temporarily remove the broadcast message configuration from the configuration store .EXAMPLE PS C:\> Remove-D365BroadcastMessageConfig -Name "UAT" This will remove the broadcast message configuration name "UAT" from the machine. .NOTES Tags: Servicing, Broadcast, Message, Users, Environment, Config, Configuration, ClientId, ClientSecret Author: M�tz Jensen (@Splaxi) .LINK Add-D365BroadcastMessageConfig .LINK Clear-D365ActiveBroadcastMessageConfig .LINK Get-D365ActiveBroadcastMessageConfig .LINK Get-D365BroadcastMessageConfig .LINK Send-D365BroadcastMessage .LINK Set-D365ActiveBroadcastMessageConfig #> function Remove-D365BroadcastMessageConfig { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true, Position = 1)] [string] $Name, [switch] $Temporary ) $Name = $Name.ToLower() if ($Name -match '\*') { Write-PSFMessage -Level Host -Message "The name cannot contain <c='em'>wildcard character</c>." Stop-PSFFunction -Message "Stopping because the name contains wildcard character." return } if (-not ((Get-PSFConfig -FullName "d365fo.tools.broadcast.*.name").Value -contains $Name)) { Write-PSFMessage -Level Host -Message "A broadcast message configuration with that name <c='em'>doesn't exists</c>." Stop-PSFFunction -Message "Stopping because a broadcast message configuration with that name doesn't exists." return } $res = (Get-PSFConfig -FullName "d365fo.tools.active.broadcast.message.config.name").Value if ($res -eq $Name) { Write-PSFMessage -Level Host -Message "The active broadcast message configuration is the <c='em'>same as the one you're trying to remove</c>. Please set another configuration as active, before removing this one. You could also call Clear-D365ActiveBroadcastMessageConfig." Stop-PSFFunction -Message "Stopping because the active broadcast message configuration is the same as the one trying to be removed." return } foreach ($config in Get-PSFConfig -FullName "d365fo.tools.broadcast.$Name.*") { Set-PSFConfig -FullName $config.FullName -Value "" if (-not $Temporary) { Unregister-PSFConfig -FullName $config.FullName -Scope UserDefault } } } <# .SYNOPSIS Removes a Database .DESCRIPTION Removes a Database .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Remove-D365Database -DatabaseName "ExportClone" This will remove the "ExportClone" from the default SQL Server instance that is registered on the machine. .NOTES Author: M�tz Jensen (@Splaxi) #> function Remove-D365Database { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [switch] $EnableException ) $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $null = [System.Reflection.Assembly]::LoadWithPartialName('Microsoft.SqlServer.SMO') $srv = new-object Microsoft.SqlServer.Management.Smo.Server("$DatabaseServer") if (-not $UseTrustedConnection) { $srv.ConnectionContext.set_LoginSecure($false) $srv.ConnectionContext.set_Login("$SqlUser") $srv.ConnectionContext.set_Password("$SqlPwd") } try { $db = $srv.Databases["$DatabaseName"] if (!$db) { Write-PSFMessage -Level Verbose -Message "Database $DatabaseName not found. Nothing to remove." return } if ($srv.ServerType -ne "SqlAzureDatabase") { $srv.KillAllProcesses("$DatabaseName") } Write-PSFMessage -Level Verbose -Message "Dropping $DatabaseName" -Target $DatabaseName $db.Drop() } catch { $messageString = "Something went wrong while <c='em'>removing the Database." Write-PSFMessage -Level Host -Message $messageString Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -StepsUpward 1 return } } <# .SYNOPSIS Remove lcs environment .DESCRIPTION Remove a lcs environment from the configuration store .PARAMETER Name Name of the lcs environment you want to remove from the configuration store .PARAMETER Temporary Instruct the cmdlet to only temporarily remove the lcs environment from the configuration store .EXAMPLE PS C:\> Remove-D365LcsEnvironment -Name "UAT" This will remove the lcs environment named "UAT" from the machine. .NOTES Tags: Servicing, Environment, Config, Configuration, Author: M�tz Jensen (@Splaxi) .LINK Get-D365LcsApiConfig .LINK Get-D365LcsApiToken .LINK Get-D365LcsAssetValidationStatus .LINK Get-D365LcsDeploymentStatus .LINK Invoke-D365LcsApiRefreshToken .LINK Invoke-D365LcsUpload .LINK Set-D365LcsApiConfig #> function Remove-D365LcsEnvironment { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true, Position = 1)] [string] $Name, [switch] $Temporary ) $Name = $Name.ToLower() if ($Name -match '\*') { Write-PSFMessage -Level Host -Message "The name cannot contain <c='em'>wildcard character</c>." Stop-PSFFunction -Message "Stopping because the name contains wildcard character." return } if (-not ((Get-PSFConfig -FullName "d365fo.tools.lcs.environment.*.name").Value -contains $Name)) { Write-PSFMessage -Level Host -Message "A lcs environment with that name <c='em'>doesn't exists</c>." Stop-PSFFunction -Message "Stopping because a lcs environment with that name doesn't exists." return } foreach ($config in Get-PSFConfig -FullName "d365fo.tools.lcs.environment.$Name.*") { Set-PSFConfig -FullName $config.FullName -Value "" if (-not $Temporary) { Unregister-PSFConfig -FullName $config.FullName -Scope UserDefault } } } <# .SYNOPSIS Remove a model from Dynamics 365 for Finance & Operations .DESCRIPTION Remove a model from a Dynamics 365 for Finance & Operations environment .PARAMETER Model Name of the model that you want to work against .PARAMETER BinDir The path to the bin directory for the environment Default path is the same as the AOS service PackagesLocalDirectory\bin Default value is fetched from the current configuration on the machine .PARAMETER MetaDataDir The path to the meta data directory for the environment Default path is the same as the aos service PackagesLocalDirectory .PARAMETER DeleteFolders Instruct the cmdlet to delete the model folder This is useful when you are trying to clean up the folders in your source control / branch .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .EXAMPLE PS C:\> Remove-D365Model -Model CustomModelName This will remove the "CustomModelName" model from the D365FO environment. It will NOT remove the folders inside the PackagesLocalDirectory location. .EXAMPLE PS C:\> Remove-D365Model -Model CustomModelName -DeleteFolders This will remove the "CustomModelName" model from the D365FO environment. It will remove the folders inside the PackagesLocalDirectory location. This is helpful when dealing with source control and you want to remove the model entirely. .NOTES Tags: ModelUtil, Axmodel, Model, Remove, Delete, Source Control, Vsts, Azure DevOps Author: M�tz Jensen (@Splaxi) #> function Remove-D365Model { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $Model, [Parameter(Mandatory = $false)] [string] $BinDir = "$Script:PackageDirectory\bin", [Parameter(Mandatory = $false)] [string] $MetaDataDir = "$Script:MetaDataDir", [switch] $DeleteFolders, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly ) Invoke-TimeSignal -Start Invoke-ModelUtil -Command "Delete" -Path $Path -BinDir $BinDir -MetaDataDir $MetaDataDir -Model $Model -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (Test-PSFFunctionInterrupt) { return } $modelPath = Join-Path $MetaDataDir $Model if ($DeleteFolders) { if (-not (Test-PathExists -Path $modelPath -Type Container)) { return } Remove-Item $modelPath -Force -Recurse -ErrorAction SilentlyContinue } Invoke-TimeSignal -End } <# .SYNOPSIS Delete an user from the environment .DESCRIPTION Deletes the user from the database, including security configuration .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER Email The search string to select which user(s) should be updated. You have to specific the explicit email address of the user you want to remove The cmdlet will not be able to delete the ADMIN user, this is to prevent you from being locked out of the system. .EXAMPLE PS C:\> Remove-D365User -Email "Claire@contoso.com" This will move all security and user details from the user with the email address "Claire@contoso.com" .EXAMPLE PS C:\> Get-D365User -Email *contoso.com | Remove-D365User This will first get all users from the database that matches the *contoso.com search and pipe their emails to Remove-D365User for it to delete them. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Remove-D365User { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 1)] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 2)] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 3)] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 4)] [string] $SqlPwd = $Script:DatabaseUserPassword, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true, Position = 5)] [string] $Email ) BEGIN { $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection try { $SqlCommand.Connection.Open() } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } PROCESS { if(Test-PSFFunctionInterrupt) {return} $SqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\remove-user.sql") -join [Environment]::NewLine $null = $SqlCommand.Parameters.AddWithValue("@Email", $Email) try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $null = $SqlCommand.ExecuteNonQuery() } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } $SqlCommand.Parameters.Clear() } END { try { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } } <# .SYNOPSIS Function for renaming computer. Renames Computer and changes the SSRS Configration .DESCRIPTION When doing development on-prem, there is as need for changing the Computername. Function both changes Computername and SSRS Configuration .PARAMETER NewName The new name for the computer .PARAMETER SSRSReportDatabase Name of the SSRS reporting database .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .PARAMETER OutputCommandOnly Instruct the cmdlet to only output the command that you would have to execute by hand Will include full path to the executable and the needed parameters based on your selection .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Rename-D365ComputerName -NewName "Demo-8.1" -SSRSReportDatabase "ReportServer" This will rename the local machine to the "Demo-8.1" as the new Windows machine name. It will update the registration inside the SQL Server Reporting Services configuration to handle the new name of the machine. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Rename-D365ComputerName { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $NewName, [string] $SSRSReportDatabase = "DynamicsAxReportServer", [string] $DatabaseServer = $Script:DatabaseServer, [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [switch] $ShowOriginalProgress, [switch] $OutputCommandOnly, [switch] $EnableException ) Write-PSFMessage -Level Verbose -Message "Testing for elevated runtime" if (!$script:IsAdminRuntime) { Write-PSFMessage -Level Host -Message "The cmdlet needs <c='em'>administrator permission</c> (Run As Administrator) to be able to update the configuration. Please start an <c='em'>elevated</c> session and run the cmdlet again." Stop-PSFFunction -Message "Stopping because the function is not run elevated" return } $executable = "$Script:SQLTools\rsconfig.exe" if (-not (Test-PathExists -Path $executable -Type Leaf)) { return } if (Test-PSFFunctionInterrupt) { return } Write-PSFMessage -Level Verbose -Message "Renaming computer to $NewName" Rename-Computer -NewName $NewName -Force Write-PSFMessage -Level Verbose -Message "Renaming local server name inside SQL Server to $NewName" $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $Params = @{DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd; TrustedConnection = $UseTrustedConnection; } $oldComputerName = $env:COMPUTERNAME $sqlCommand = Get-SQLCommand @Params $commandText = (Get-Content "$script:ModuleRoot\internal\sql\rename-computer.sql") -join [Environment]::NewLine $commandText = $commandText.Replace('@OldComputerName', $oldComputerName) $commandText = $commandText.Replace('@NewComputerName', $NewName) $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() } catch { $messageString = "Something went wrong while working against the database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } $sqlCommand = Get-SQLCommand @Params Write-PSFMessage -Level Verbose -Message "Setting SSRS Reporting server database server to localhost" $params = New-Object System.Collections.Generic.List[string] $params.Add("-s") $params.Add("localhost") $params.Add("-a") $params.Add("Windows") $params.Add("-c") $params.Add("-d") $params.Add("`"$SSRSReportDatabase`"") Invoke-Process -Executable $executable -Params $params.ToArray() -ShowOriginalProgress:$ShowOriginalProgress -OutputCommandOnly:$OutputCommandOnly if (-not $OutputCommandOnly) { Write-PSFMessage -Level Host -Message "Computer has been <c='em'>renamed</c>. Please <c='em'>restart the computer</c> to make sure that all changes are being applied correctly." } } <# .SYNOPSIS Rename as D365FO Demo/Dev box .DESCRIPTION The Rename function, changes the config values used by a D365FO dev box for identifying its name. Standard it is called 'usnconeboxax1aos' .PARAMETER NewName The new name wanted for the D365FO instance .PARAMETER AosServiceWebRootPath Path to the webroot folder for the AOS service 'Default value : C:\AOSService\Webroot .PARAMETER IISServerApplicationHostConfigFile Path to the IISService Application host file, [Where the binding configurations is stored] 'Default value : C:\Windows\System32\inetsrv\Config\applicationHost.config' .PARAMETER HostsFile Place of the host file on the current system [Local DNS record] ' Default value C:\Windows\System32\drivers\etc\hosts' .PARAMETER BackupExtension Backup name for all the files that are changed .PARAMETER MRConfigFile Path to the Financial Reporter (Management Reporter) configuration file .EXAMPLE PS C:\> Rename-D365Instance -NewName "Demo1" This will rename the D365 for Finance & Operations instance to "Demo1". This IIS will be restarted while doing it. .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) The function restarts the IIS Service. Elevated privileges are required. #> function Rename-D365Instance { [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string]$NewName, [string]$AosServiceWebRootPath = $Script:AOSPath, [string]$IISServerApplicationHostConfigFile = $Script:IISHostFile, [string]$HostsFile = $Script:Hosts, [string]$BackupExtension = "bak", [string]$MRConfigFile = $Script:MRConfigFile ) Write-PSFMessage -Level Verbose -Message "Testing for elevated runtime" if ($Script:EnvironmentType -ne [EnvironmentType]::LocalHostedTier1) { Write-PSFMessage -Level Host -Message "It seems that you ran this cmdlet on a machine that is not a local hosted tier 1 / one box. This cmdlet is only supporting on a <c='em'>onebox / local tier 1</c> machine." Stop-PSFFunction -Message "Stopping because machine isn't a onebox" return } elseif (!$script:IsAdminRuntime) { Write-PSFMessage -Level Host -Message "The cmdlet needs <c='em'>administrator permission</c> (Run As Administrator) to be able to update the configuration. Please start an <c='em'>elevated</c> session and run the cmdlet again." Stop-PSFFunction -Message "Stopping because the function is not run elevated" return } $OldName = (Get-D365InstanceName).Instancename Write-PSFMessage -Level Verbose -Message "Old name collected and will be used to rename." -Target $OldName # Variables $replaceValue = $OldName $NewNameDot = "$NewName." $replaceValueDot = "$replaceValue." $WebConfigFile = join-Path -path $AosServiceWebRootPath $Script:WebConfig $WifServicesFile = Join-Path -Path $AosServiceWebRootPath $Script:WifServicesConfig $Files = @($WebConfigFile, $WifServicesFile, $IISServerApplicationHostConfigFile, $HostsFile, $MRConfigFile) if(-not (Test-PathExists -Path $Files -Type Leaf)) { return } Write-PSFMessage -Level Verbose -Message "Stopping the IIS." iisreset /stop # Backup files if ($null -ne $BackupExtension -and $BackupExtension -ne '') { foreach ($item in $Files) { Backup-File $item $BackupExtension } } # WebConfig - D365 web config file Rename-ConfigValue $WebConfigFile $NewName $replaceValue # Wif.Services - D365 web config file (services) Rename-ConfigValue $WifServicesFile $NewName $replaceValue #ApplicationHost - IIS Bindings Rename-ConfigValue $IISServerApplicationHostConfigFile $NewNameDot $replaceValueDot #Hosts file - local DNS cache Rename-ConfigValue $HostsFile $NewNameDot $replaceValueDot #Management Reporter Rename-ConfigValue $MRConfigFile $NewName $replaceValue #Start IIS again Write-PSFMessage -Level Verbose -Message "Starting the IIS." iisreset /start Get-D365Url -Force } <# .SYNOPSIS Restart the different services .DESCRIPTION Restart the different services in a Dynamics 365 Finance & Operations environment .PARAMETER ComputerName An array of computers that you want to work against .PARAMETER All Instructs the cmdlet work against all relevant services Includes: Aos Batch Financial Reporter DMF .PARAMETER Aos Instructs the cmdlet to work against the AOS (IIS) service .PARAMETER Batch Instructs the cmdlet to work against the Batch service .PARAMETER FinancialReporter Instructs the cmdlet to work against the Financial Reporter (Management Reporter 2012) .PARAMETER DMF Instructs the cmdlet to work against the DMF service .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .EXAMPLE PS C:\> Restart-D365Environment -All This will stop all services and then start all services again. .EXAMPLE PS C:\> Restart-D365Environment -All -ShowOriginalProgress This will stop all services and then start all services again. The progress of Stopping the different services will be written to the console / host. The progress of Starting the different services will be written to the console / host. .EXAMPLE PS C:\> Restart-D365Environment -ComputerName "TEST-SB-AOS1","TEST-SB-AOS2","TEST-SB-BI1" -All This will work against the machines: "TEST-SB-AOS1","TEST-SB-AOS2","TEST-SB-BI1". This will stop all services and then start all services again. .EXAMPLE PS C:\> Restart-D365Environment -Aos -Batch This will stop the AOS and Batch services and then start the AOS and Batch services again. .EXAMPLE PS C:\> Restart-D365Environment -FinancialReporter -DMF This will stop the FinancialReporter and DMF services and then start the FinancialReporter and DMF services again. .NOTES Tags: Environment, Service, Services, Aos, Batch, Servicing Author: M�tz Jensen (@Splaxi) #> function Restart-D365Environment { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidDefaultValueSwitchParameter", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 1 )] [string[]] $ComputerName = @($env:computername), [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [switch] $All = $true, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 2 )] [switch] $Aos, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 3 )] [switch] $Batch, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 4 )] [switch] $FinancialReporter, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 5 )] [switch] $DMF, [Parameter(Mandatory = $False)] [switch] $ShowOriginalProgress ) Stop-D365Environment @PSBoundParameters | Format-Table Start-D365Environment @PSBoundParameters | Format-Table } <# .SYNOPSIS Send broadcast message to online users in D365FO .DESCRIPTION Utilize the same messaging framework available from LCS and send a broadcast message to all online users in the environment .PARAMETER Tenant Azure Active Directory (AAD) tenant id (Guid) that the D365FO environment is connected to, that you want to send a message to .PARAMETER URL URL / URI for the D365FO environment you want to send a message to .PARAMETER ClientId The ClientId obtained from the Azure Portal when you created a Registered Application .PARAMETER ClientSecret The ClientSecret obtained from the Azure Portal when you created a Registered Application .PARAMETER TimeZone Id of the Time Zone your environment is running in You might experience that the local VM running the D365FO is running another Time Zone than the computer you are running this cmdlet from All available .NET Time Zones can be traversed with tab for this parameter The default value is "UTC" .PARAMETER StartTime The time and date you want the message to be displayed for the users Default value is NOW The specified StartTime will always be based on local Time Zone. If you specify a different Time Zone than the local computer is running, the start and end time will be calculated based on your selection. .PARAMETER EndingInMinutes Specify how many minutes into the future you want this message / maintenance window to last Default value is 60 minutes The specified StartTime will always be based on local Time Zone. If you specify a different Time Zone than the local computer is running, the start and end time will be calculated based on your selection. .PARAMETER OnPremise Specify if environnement is an D365 OnPremise Default value is "Not set" (= Cloud Environnement) .EXAMPLE PS C:\> Send-D365BroadcastMessage This will send a message to all active users that are working on default D365FO environment. See the RELATED LINKS section for the supporting cmdlets needed to store a default configuration. .EXAMPLE PS C:\> Send-D365BroadcastMessage -Tenant "e674da86-7ee5-40a7-b777-1111111111111" -URL "https://usnconeboxax1aos.cloud.onebox.dynamics.com" -ClientId "dea8d7a9-1602-4429-b138-111111111111" -ClientSecret "Vja/VmdxaLOPR+alkjfsadffelkjlfw234522" This will send a message to all active users that are working on the D365FO environment located at "https://usnconeboxax1aos.cloud.onebox.dynamics.com". It will authenticate against the Azure Active Directory with the "e674da86-7ee5-40a7-b777-1111111111111" guid. It will use the ClientId "dea8d7a9-1602-4429-b138-111111111111" and ClientSecret "Vja/VmdxaLOPR+alkjfsadffelkjlfw234522" go get access to the environment. It will use the default value "UTC" Time Zone for converting the different time and dates. It will use the default start time which is NOW. It will use the default end time which is 60 minutes. .EXAMPLE PS C:\> Send-D365BroadcastMessage -OnPremise -Tenant "https://adfs.local/adfs" -URL "https://ax-sandbox.d365fo.local" -ClientId "dea8d7a9-1602-4429-b138-111111111111" -ClientSecret "Vja/VmdxaLOPR+alkjfsadffelkjlfw234522" This will send a message to all active users that are working on the D365FO OnPremise environment located at "https://ax-sandbox.d365fo.local". It will authenticate against Local ADFS with the "https://adfs.local/adfs" path It will use the ClientId "dea8d7a9-1602-4429-b138-111111111111" and ClientSecret "Vja/VmdxaLOPR+alkjfsadffelkjlfw234522" go get access to the environment. It will use the default value "UTC" Time Zone for converting the different time and dates. It will use the default start time which is NOW. It will use the default end time which is 60 minutes. .NOTES The specified StartTime will always be based on local Time Zone. If you specify a different Time Zone than the local computer is running, the start and end time will be calculated based on your selection. For OnPremise environnement use -OnPremise flag to added "namespaces/AXSF" path to D365 URL and allow to get token from local ADFS server Tags: Servicing, Message, Users, Environment Author: M�tz Jensen (@Splaxi) .LINK Add-D365BroadcastMessageConfig .LINK Clear-D365ActiveBroadcastMessageConfig .LINK Get-D365ActiveBroadcastMessageConfig .LINK Get-D365BroadcastMessageConfig .LINK Remove-D365BroadcastMessageConfig .LINK Set-D365ActiveBroadcastMessageConfig #> function Send-D365BroadcastMessage { [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $false, Position = 1)] [Alias('$AADGuid')] [string] $Tenant = $Script:BroadcastTenant, [Parameter(Mandatory = $false, Position = 2)] [Alias('URI')] [string] $URL = $Script:BroadcastUrl, [Parameter(Mandatory = $false, Position = 3)] [string] $ClientId = $Script:BroadcastClientId, [Parameter(Mandatory = $false, Position = 4)] [string] $ClientSecret = $Script:BroadcastClientSecret, [Parameter(Mandatory = $false, Position = 5)] [string] $TimeZone = $Script:BroadcastTimeZone, [Parameter(Mandatory = $false, Position = 6)] [datetime] $StartTime = (Get-Date), [Parameter(Mandatory = $false, Position = 7)] [int] $EndingInMinutes = $Script:BroadcastEndingInMinutes, [Parameter(Mandatory = $false, Position = 8)] [switch] $OnPremise = $Script:BroadcastOnPremise ) $bearerParms = @{ Resource = $URL ClientId = $ClientId ClientSecret = $ClientSecret } if ($OnPremise) { $bearerParms.AuthProviderUri = "$Tenant/oauth2/token" } else { $bearerParms.AuthProviderUri = "https://login.microsoftonline.com/$Tenant/oauth2/token" } $bearer = Invoke-ClientCredentialsGrant @bearerParms | Get-BearerToken $headerParms = @{ URL = $URL BearerToken = $bearer } $headers = New-AuthorizationHeaderBearerToken @headerParms [System.UriBuilder] $messageEndpoint = $URL if($OnPremise) { $messageEndpoint.Path = "namespaces/AXSF/api/services/SysBroadcastMessageServices/SysBroadcastMessageService/AddMessage" } else { $messageEndpoint.Path = "api/services/SysBroadcastMessageServices/SysBroadcastMessageService/AddMessage" } $endTime = $StartTime.AddMinutes($EndingInMinutes) $timeZoneFound = Get-TimeZone -InputObject $TimeZone if (Test-PSFFunctionInterrupt) { return } $startTimeConverted = [System.TimeZoneInfo]::ConvertTime($startTime, [System.TimeZoneInfo]::Local, $timeZoneFound) $endTimeConverted = [System.TimeZoneInfo]::ConvertTime($endTime, [System.TimeZoneInfo]::Local, $timeZoneFound) $body = @" { "request": { "FromDateTime": "$($startTimeConverted.ToString("s"))", "ToDateTime": "$($endTimeConverted.ToString("s"))" } } "@ try { [PSCustomObject]@{ MessageId = Invoke-RestMethod -Method Post -Uri $messageEndpoint.Uri.AbsoluteUri -Headers $headers -ContentType 'application/json' -Body $body } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while trying to send a message to the users." -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors." return } } <# .SYNOPSIS Set the active Azure Storage Account configuration .DESCRIPTION Updates the current active Azure Storage Account configuration with a new one .PARAMETER Name The name the Azure Storage Account configuration you want to load into the active Azure Storage Account configuration .PARAMETER ConfigStorageLocation Parameter used to instruct where to store the configuration objects The default value is "User" and this will store all configuration for the active user Valid options are: "User" "System" "System" will store the configuration so all users can access the configuration objects .PARAMETER Temporary Instruct the cmdlet to only temporarily override the persisted settings in the configuration storage .EXAMPLE PS C:\> Set-D365ActiveAzureStorageConfig -Name "UAT-Exports" This will import the "UAT-Exports" set from the Azure Storage Account configurations. It will update the active Azure Storage Account configuration. .EXAMPLE PS C:\> Set-D365ActiveAzureStorageConfig -Name "UAT-Exports" -ConfigStorageLocation "System" This will import the "UAT-Exports" set from the Azure Storage Account configurations. It will update the active Azure Storage Account configuration. The data will be stored in the system wide configuration storage, which makes it accessible from all users. .EXAMPLE PS C:\> Set-D365ActiveAzureStorageConfig -Name "UAT-Exports" -Temporary This will import the "UAT-Exports" set from the Azure Storage Account configurations. It will update the active Azure Storage Account configuration. The update will only last for the rest of this PowerShell console session. .NOTES Author: M�tz Jensen (@Splaxi) You will have to run the Initialize-D365Config cmdlet first, before this will be capable of working. You will have to run the Add-D365AzureStorageConfig cmdlet at least once, before this will be capable of working. #> function Set-D365ActiveAzureStorageConfig { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [string] $Name, [ValidateSet('User', 'System')] [string] $ConfigStorageLocation = "User", [switch] $Temporary ) $configScope = Test-ConfigStorageLocation -ConfigStorageLocation $ConfigStorageLocation if (Test-PSFFunctionInterrupt) { return } $azureStorageConfigs = [hashtable] (Get-PSFConfigValue -FullName "d365fo.tools.azure.storage.accounts") if (-not ($azureStorageConfigs.ContainsKey($Name))) { Write-PSFMessage -Level Host -Message "An Azure Storage Account with that name <c='em'>doesn't exists</c>." Stop-PSFFunction -Message "Stopping because an Azure Storage Account with that name doesn't exists." return } else { $azureDetails = $azureStorageConfigs[$Name] Set-PSFConfig -FullName "d365fo.tools.active.azure.storage.account" -Value $azureDetails if (-not $Temporary) { Register-PSFConfig -FullName "d365fo.tools.active.azure.storage.account" -Scope $configScope } $Script:AccountId = $azureDetails.AccountId $Script:AccessToken = $azureDetails.AccessToken $Script:Container = $azureDetails.Container $Script:SAS = $azureDetails.SAS } } <# .SYNOPSIS Set the active broadcast message configuration .DESCRIPTION Updates the current active broadcast message configuration with a new one .PARAMETER Name Name of the broadcast message configuration you want to load into the active broadcast message configuration .PARAMETER Temporary Instruct the cmdlet to only temporarily override the persisted settings in the configuration store .EXAMPLE PS C:\> Set-D365ActiveBroadcastMessageConfig -Name "UAT" This will set the broadcast message configuration named "UAT" as the active configuration. .NOTES Tags: Servicing, Message, Users, Environment, Config, Configuration, ClientId, ClientSecret, OnPremise Author: M�tz Jensen (@Splaxi) .LINK Add-D365BroadcastMessageConfig .LINK Clear-D365ActiveBroadcastMessageConfig .LINK Get-D365ActiveBroadcastMessageConfig .LINK Get-D365BroadcastMessageConfig .LINK Remove-D365BroadcastMessageConfig .LINK Send-D365BroadcastMessage #> function Set-D365ActiveBroadcastMessageConfig { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true, Position = 1)] [string] $Name, [switch] $Temporary ) if($Name -match '\*') { Write-PSFMessage -Level Host -Message "The name cannot contain <c='em'>wildcard character</c>." Stop-PSFFunction -Message "Stopping because the name contains wildcard character." return } if (-not ((Get-PSFConfig -FullName "d365fo.tools.broadcast.*.name").Value -contains $Name)) { Write-PSFMessage -Level Host -Message "A broadcast message configuration with that name <c='em'>doesn't exists</c>." Stop-PSFFunction -Message "Stopping because a broadcast message configuration with that name doesn't exists." return } Set-PSFConfig -FullName "d365fo.tools.active.broadcast.message.config.name" -Value $Name if (-not $Temporary) { Register-PSFConfig -FullName "d365fo.tools.active.broadcast.message.config.name" -Scope UserDefault } Update-BroadcastVariables } <# .SYNOPSIS Set the active environment configuration .DESCRIPTION Updates the current active environment configuration with a new one .PARAMETER Name The name the environment configuration you want to load into the active environment configuration .PARAMETER ConfigStorageLocation Parameter used to instruct where to store the configuration objects The default value is "User" and this will store all configuration for the active user Valid options are: "User" "System" "System" will store the configuration so all users can access the configuration objects .PARAMETER Temporary Switch to instruct the cmdlet to only temporarily override the persisted settings in the configuration storage .EXAMPLE PS C:\> Set-D365ActiveEnvironmentConfig -Name "UAT" This will import the "UAT-Exports" set from the Environment configurations. It will update the active Environment Configuration. .EXAMPLE PS C:\> Set-D365ActiveEnvironmentConfig -Name "UAT" -ConfigStorageLocation "System" This will import the "UAT-Exports" set from the Environment configurations. It will update the active Environment Configuration. The data will be stored in the system wide configuration storage, which makes it accessible from all users. .EXAMPLE PS C:\> Set-D365ActiveEnvironmentConfig -Name "UAT" -Temporary This will import the "UAT-Exports" set from the Environment configurations. It will update the active Environment Configuration. The update will only last for the rest of this PowerShell console session. .NOTES Author: M�tz Jensen (@Splaxi) You will have to run the Initialize-D365Config cmdlet first, before this will be capable of working. You will have to run the Add-D365EnvironmentConfig cmdlet at least once, before this will be capable of working. #> function Set-D365ActiveEnvironmentConfig { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [string] $Name, [ValidateSet('User', 'System')] [string] $ConfigStorageLocation = "User", [switch] $Temporary ) $configScope = Test-ConfigStorageLocation -ConfigStorageLocation $ConfigStorageLocation if (Test-PSFFunctionInterrupt) { return } $environmentConfigs = [hashtable](Get-PSFConfigValue -FullName "d365fo.tools.environments") if (-not ($environmentConfigs.ContainsKey($Name))) { Write-PSFMessage -Level Host -Message "An environment with that name <c='em'>doesn't exists</c>." Stop-PSFFunction -Message "Stopping because an environment with that name doesn't exists." return } else { $environmentDetails = $environmentConfigs[$Name] Set-PSFConfig -FullName "d365fo.tools.active.environment" -Value $environmentDetails if (-not $Temporary) { Register-PSFConfig -FullName "d365fo.tools.active.environment" -Scope $configScope } $Script:Url = $environmentDetails.URL $Script:DatabaseUserName = $environmentDetails.SqlUser $Script:DatabaseUserPassword = $environmentDetails.SqlPwd $Script:Company = $environmentDetails.Company $Script:TfsUri = $environmentDetails.TfsUri } } <# .SYNOPSIS Powershell implementation of the AdminProvisioning tool .DESCRIPTION Cmdlet using the AdminProvisioning tool from D365FO .PARAMETER AdminSignInName Email for the Admin .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN) If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Set-D365Admin "claire@contoso.com" This will provision claire@contoso.com as administrator for the environment .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) Author: Mark Furrer (@devax_mf) #> function Set-D365Admin { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true, Position = 1)] [Alias('Email')] [String]$AdminSignInName, [Parameter(Mandatory = $false, Position = 2)] [string]$DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 3)] [string]$DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 4)] [string]$SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 5)] [string]$SqlPwd = $Script:DatabaseUserPassword, [switch] $EnableException ) if (-not ($script:IsAdminRuntime)) { Write-PSFMessage -Level Host -Message "The cmdlet needs <c='em'>administrator permission</c> (Run As Administrator) to be able to update the configuration. Please start an <c='em'>elevated</c> session and run the cmdlet again." Stop-PSFFunction -Message "Stopping because the function is not run elevated" return } Set-AdminUser $AdminSignInName $DatabaseServer $DatabaseName $SqlUser $SqlPwd } <# .SYNOPSIS Set the path for AzCopy.exe .DESCRIPTION Update the path where the module will be looking for the AzCopy.exe executable .PARAMETER Path Path to the AzCopy.exe .EXAMPLE PS C:\> Invoke-D365InstallAzCopy -Path "C:\temp\d365fo.tools\AzCopy\AzCopy.exe" This will update the path for the AzCopy.exe in the modules configuration .NOTES Author: M�tz Jensen (@Splaxi) #> function Set-D365AzCopyPath { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true)] [string] $Path ) if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } if (Test-PSFFunctionInterrupt) { return } Set-PSFConfig -FullName "d365fo.tools.path.azcopy" -Value $Path Register-PSFConfig -FullName "d365fo.tools.path.azcopy" Update-ModuleVariables } <# .SYNOPSIS Set the ClickOnce needed configuration .DESCRIPTION Creates the needed registry keys and values for ClickOnce to work on the machine .EXAMPLE PS C:\> Set-D365ClickOnceTrustPrompt This will create / or update the current ClickOnce configuration. .NOTES Author: M�tz Jensen (@Splaxi) #> function Set-D365ClickOnceTrustPrompt { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( ) begin { } process { Write-PSFMessage -Level Verbose -Message "Testing if the registry key exists or not" if (-not (Test-Path -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel")) { Write-PSFMessage -Level Verbose -Message "Registry key was not found. Will create it now." $null = New-Item -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager" -Name "PromptingLevel" -Force } Write-PSFMessage -Level Verbose -Message "Setting all necessary registry keys." Set-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" -Name "UntrustedSites" -Type STRING -Value "Disabled" -Force Set-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" -Name "Internet" -Type STRING -Value "Enabled" -Force Set-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" -Name "MyComputer" -Type STRING -Value "Enabled" -Force Set-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" -Name "LocalIntranet" -Type STRING -Value "Enabled" -Force Set-ItemProperty -Path "HKLM:\SOFTWARE\MICROSOFT\.NETFramework\Security\TrustManager\PromptingLevel" -Name "TrustedSites" -Type STRING -Value "Enabled" -Force } end { } } <# .SYNOPSIS Set the default model used creating new projects in Visual Studio .DESCRIPTION Set the registered default model that is used across all new projects that are created inside Visual Studio when working with D365FO project types It will backup the current "DynamicsDevConfig.xml" file, for you to revert the changes if anything should go wrong .PARAMETER Module The name of the module / model that you want to be the default model for all new projects used inside Visual Studio when working with D365FO project types .EXAMPLE PS C:\> Set-D365DefaultModelForNewProjects -Model "FleetManagement" This will update the current default module registered in the "..Documents\Visual Studio 2015\Settings\DynamicsDevConfig.xml" file. It will backup the current "DynamicsDevConfig.xml" file. It will replace the value inside the "DefaultModelForNewProjects" tag. .NOTES Tag: Model, Models, Development, Default Model, Module, Project Author: M�tz Jensen (@Splaxi) The work for this cmdlet / function was inspired by Robin Kretzschmar (@DarkSmile92) blog post about changing the default model. The direct link for his blog post is: https://robscode.onl/d365-set-default-model-for-new-projects/ His main blog can found here: https://robscode.onl/ #> function Set-D365DefaultModelForNewProjects { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true, ValueFromPipeline = $true)] [Alias('Model')] [string] $Module ) begin { $filePath = "C:\Users\$env:UserName\Documents\Visual Studio 2015\Settings\DynamicsDevConfig.xml" if (-not (Test-PathExists -Path $filePath -Type Leaf)) { return } } process { if (Test-PSFFunctionInterrupt) { return } $filePathBackup = $filePath.Replace(".xml", ".xml$((Get-Date).Ticks)") Copy-Item -Path $filePath -Destination $filePathBackup -Force $namespace = @{ns = "http://schemas.microsoft.com/dynamics/2012/03/development/configuration" } $xmlDoc = [xml] (Get-Content -Path $filePath) $defaultModel = Select-Xml -Xml $xmlDoc -XPath "/ns:DynamicsDevConfig/ns:DefaultModelForNewProjects" -Namespace $namespace $oldValue = $defaultModel.Node.InnerText Write-PSFMessage -Level Verbose -Message "Old value found in the file was: $oldValue" -Target $oldValue $defaultModel.Node.InnerText = $Module $xmlDoc.Save($filePath) } end { Get-D365DefaultModelForNewProjects } } <# .SYNOPSIS Enable the favorite bar and add an URL .DESCRIPTION Enable the favorite bar in internet explorer and put in the URL as a favorite .PARAMETER URL The URL of the shortcut you want to add to the favorite bar .PARAMETER D365FO Instruct the cmdlet that you want the populate the D365FO favorite entry based on the URL provided .PARAMETER AzureDevOps Instruct the cmdlet that you want the populate the AzureDevOps favorite entry based on the URL provided .EXAMPLE PS C:\> Set-D365FavoriteBookmark -Url "https://usnconeboxax1aos.cloud.onebox.dynamics.com" This will add the "https://usnconeboxax1aos.cloud.onebox.dynamics.com" to the favorite bar, enable the favorite bar and lock it. This will be interpreted as the using the -D365FO parameter also, because that is the expected behavior. .EXAMPLE PS C:\> Set-D365FavoriteBookmark -Url "https://usnconeboxax1aos.cloud.onebox.dynamics.com" -D365FO This will add the "https://usnconeboxax1aos.cloud.onebox.dynamics.com" to the favorite bar, enable the favorite bar and lock it. The bookmark will be mapped as the one for the Dynamics 365 Finance & Operations instance. .EXAMPLE PS C:\> Set-D365FavoriteBookmark -Url "https://CUSTOMERNAME.visualstudio.com/" -AzureDevOps This will add the "https://CUSTOMERNAME.visualstudio.com/" to the favorite bar, enable the favorite bar and lock it. The bookmark will be mapped as the one for the Azure DevOps instance. .EXAMPLE PS C:\> Get-D365Url | Set-D365FavoriteBookmark This will get the URL from the environment and add that to the favorite bar, enable the favorite bar and lock it. This will be interpreted as the using the -D365FO parameter also, because that is the expected behavior. .NOTES Author: M�tz Jensen (@Splaxi) #> function Set-D365FavoriteBookmark { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding(DefaultParameterSetName="D365FO")] param ( [Parameter(ValueFromPipelineByPropertyName = $true)] [string] $URL, [Parameter(Mandatory = $false, ParameterSetName = "D365FO")] [switch] $D365FO, [Parameter(Mandatory = $false, ParameterSetName = "AzureDevOps")] [switch] $AzureDevOps ) begin { } process { if ($PSCmdlet.ParameterSetName -eq "D365FO") { $fileName = "D365FO.url" } else{ $fileName = "AzureDevOps.url" } $filePath = Join-Path (Join-Path $Home "Favorites\Links") $fileName $pathShowBar = 'HKCU:\Software\Microsoft\Internet Explorer\MINIE\' $propShowBar = 'LinksBandEnabled' $pathLockBar = 'HKCU:\Software\Microsoft\Internet Explorer\Toolbar\' $propLockBar = 'Locked' $value = "00000001" Write-PSFMessage -Level Verbose -Message "Setting the show bar and lock bar registry values." Set-ItemProperty -Path $pathShowBar -Name $propShowBar -Value $value -Type "DWord" Set-ItemProperty -Path $pathLockBar -Name $propLockBar -Value $value -Type "DWord" $null = New-Item -Path $filePath -Force -ErrorAction SilentlyContinue $LinkContent = (Get-Content "$script:ModuleRoot\internal\misc\$fileName") -Join [Environment]::NewLine $LinkContent.Replace("##URL##", $URL) | Out-File $filePath -Force } end { } } <# .SYNOPSIS Set the FlightingServiceCatalogID .DESCRIPTION Set the FlightingServiceCatalogID element in the web.config file used by D365FO .PARAMETER AosServiceWebRootPath Path to the root folder where to locate the web.config file .PARAMETER FlightServiceCatalogId Flighting catalog ID to be set .EXAMPLE PS C:\> Set-D365FlightServiceCatalogId This will set the FlightingServiceCatalogID element the web.config to the default value "12719367". .NOTES Tags: Flight, Flighting Author: Frank H�ther(@FrankHuether)) The DataAccess.FlightingServiceCatalogID element must already exist in the web.config file, which is expected to be the case in newer environments. https://docs.microsoft.com/en-us/dynamics365/fin-ops-core/dev-itpro/data-entities/data-entities-data-packages#features-flighted-in-data-management-and-enabling-flighted-features #> function Set-D365FlightServiceCatalogId { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [string]$FlightServiceCatalogId = "12719367", [string]$AosServiceWebRootPath = $Script:AOSPath ) try { $WebConfigFile = Join-Path -Path $AosServiceWebRootPath -ChildPath $Script:WebConfig Write-PSFMessage -Level Verbose -Message "Retrieve the FlightingServiceCatalogID" -Target $WebConfigFile [xml]$WebConfigContents = Get-Content $WebConfigFile $FlightServiceNode = $WebConfigContents.SelectSingleNode("/configuration/appSettings/add[@key='DataAccess.FlightingServiceCatalogID']/@value") if($null -eq $FlightServiceNode){ Write-PSFMessage -Level Host -Message "The <c='em'>DataAccess.FlightingServiceCatalogID</c> child element under the <c='em'>AppSettings</c> element is missing. See <c='em'>https://docs.microsoft.com/en-us/dynamics365/fin-ops-core/dev-itpro/data-entities/data-entities-data-packages#features-flighted-in-data-management-and-enabling-flighted-features</c> for details." Stop-PSFFunction -Message "Stopping because of errors" return } $FlightServiceNode.Value = $FlightServiceCatalogId Write-PSFMessage -Level Verbose -Message "Write the FlightingServiceCatalogID" -Target $WebConfigFile $WebConfigContents.Save($WebConfigFile) Write-PSFMessage -Level Verbose -Message "New FlightingServiceCatalogID: $($FlightServiceNode.Value)" -Target $WebConfigFile } catch { Write-PSFMessage -Level Host -Message "Something went wrong while updating the web.config file" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } <# .SYNOPSIS Set the LCS configuration details .DESCRIPTION Set the LCS configuration details and save them into the configuration store .PARAMETER ProjectId The project id for the Dynamics 365 for Finance & Operations project inside LCS .PARAMETER ClientId The Azure Registered Application Id / Client Id obtained while creating a Registered App inside the Azure Portal .PARAMETER BearerToken The token you want to use when working against the LCS api .PARAMETER ActiveTokenExpiresOn The point in time where the current bearer token will expire The time is measured in Unix Time, total seconds since 1970-01-01 .PARAMETER RefreshToken The Refresh Token that you want to use for the authentication process .PARAMETER LcsApiUri URI / URL to the LCS API you want to use Depending on whether your LCS project is located in europe or not, there is 2 valid URI's / URL's Valid options: "https://lcsapi.lcs.dynamics.com" "https://lcsapi.eu.lcs.dynamics.com" .PARAMETER Temporary Instruct the cmdlet to only temporarily override the persisted settings in the configuration storage .EXAMPLE PS C:\> Set-D365LcsApiConfig -ProjectId 123456789 -ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" -BearerToken "JldjfafLJdfjlfsalfd..." -ActiveTokenExpiresOn 1556909205 -RefreshToken "Tsdljfasfe2j32324" -LcsApiUri "https://lcsapi.lcs.dynamics.com" This will set the LCS API configuration. The ProjectId 123456789 will be saved as the default ProjectId for all cmdlets that will interact with LCS, if they require a ProjectId. The ClientId "9b4f4503-b970-4ade-abc6-2c086e4c4929" will be saved as the default ClientId for all cmdlets that will interact with LCS, if they require a ClientId. The BearerToken "JldjfafLJdfjlfsalfd..." will be saved as the default BearerToken. Remember the BearerToken will expire, so you should fill in the ActiveTokenExpiresOn and RefreshToken parameters also. The ActiveTokenExpiresOn 1556909205 will be saved to assist the module in determine whether the BearerToken is still valid or not. The RefreshToken "Tsdljfasfe2j32324" will be saved as the default RefreshToken for all cmdlets that will interact with tokens. The LcsApiUri "https://lcsapi.lcs.dynamics.com" will be saved as the default LCS HTTP endpoint for all cmdlets that will interact with LCS. .EXAMPLE PS C:\> Get-D365LcsApiToken -Username "serviceaccount@domain.com" -Password "TopSecretPassword" | Set-D365LcsApiConfig This will obtain a valid OAuth 2.0 access token from Azure Active Directory and save the needed details. The Username "serviceaccount@domain.com" and Password "TopSecretPassword" is used in the OAuth 2.0 Grant Flow, to approved that the application should impersonate like "serviceaccount@domain.com". The output object received from Get-D365LcsApiToken is piped directly to Set-D365LcsApiConfig. Set-D365LcsApiConfig will save the access_token(BearerToken), refresh_token(RefreshToken) and expires_on(ActiveTokenExpiresOn). These values will then be available as default values for all LCS cmdlets across the module. You can validate the current default values by calling Get-D365LcsApiConfig. .NOTES Tags: Environment, Url, Config, Configuration, LCS, Upload, ClientId Author: M�tz Jensen (@Splaxi) #> function Set-D365LcsApiConfig { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param( [int] $ProjectId, [string] $ClientId, [Parameter(ValueFromPipelineByPropertyName = $true)] [Alias('access_token')] [Alias('AccessToken')] [string] $BearerToken, [Parameter(ValueFromPipelineByPropertyName = $true)] [Alias('expires_on')] [long] $ActiveTokenExpiresOn, [Parameter(ValueFromPipelineByPropertyName = $true)] [Alias('refresh_token')] [string] $RefreshToken, [Parameter(ValueFromPipelineByPropertyName = $true)] [Alias('resource')] [string] $LcsApiUri = "https://lcsapi.lcs.dynamics.com", [switch] $Temporary ) process { #The ':keys' label is used to have a continue inside the switch statement itself :keys foreach ($key in $PSBoundParameters.Keys) { $configurationValue = $PSBoundParameters.Item($key) $configurationName = $key.ToLower() $fullConfigName = "" Write-PSFMessage -Level Verbose -Message "Working on $key with $configurationValue" -Target $configurationValue switch ($key) { "Temporary" { continue keys } Default { $fullConfigName = "d365fo.tools.lcs.$configurationName" } } Write-PSFMessage -Level Verbose -Message "Setting $fullConfigName to $configurationValue" -Target $configurationValue Set-PSFConfig -FullName $fullConfigName -Value $configurationValue if (-not $Temporary) { Register-PSFConfig -FullName $fullConfigName -Scope UserDefault } } Update-LcsApiVariables } } <# .SYNOPSIS Set the details for the logic app invoke cmdlet .DESCRIPTION Store the needed details for the module to execute an Azure Logic App using a HTTP request .PARAMETER Url The URL for the http request endpoint of the desired logic app .PARAMETER Email The receiving email address that should be notified .PARAMETER Subject The subject of the email that you want to send .PARAMETER ConfigStorageLocation Parameter used to instruct where to store the configuration objects The default value is "User" and this will store all configuration for the active user Valid options are: "User" "System" "System" will store the configuration so all users can access the configuration objects .PARAMETER Temporary Switch to instruct the cmdlet to only temporarily override the persisted settings in the configuration storage .EXAMPLE PS C:\> Set-D365LogicAppConfig -Email administrator@contoso.com -Subject "Work is done" -Url https://prod-35.westeurope.logic.azure.com:443/ This will set all the details about invoking the Logic App. .EXAMPLE PS C:\> Set-D365LogicAppConfig -Email administrator@contoso.com -Subject "Work is done" -Url https://prod-35.westeurope.logic.azure.com:443/ -ConfigStorageLocation "System" This will set all the details about invoking the Logic App. The data will be stored in the system wide configuration storage, which makes it accessible from all users. .EXAMPLE PS C:\> Set-D365LogicAppConfig -Email administrator@contoso.com -Subject "Work is done" -Url https://prod-35.westeurope.logic.azure.com:443/ -Temporary This will set all the details about invoking the Logic App. The update will only last for the rest of this PowerShell console session. .NOTES Author: M�tz Jensen (@Splaxi) #> function Set-D365LogicAppConfig { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true )] [string] $Url, [Parameter(Mandatory = $false )] [string] $Email, [Parameter(Mandatory = $false )] [string] $Subject, [ValidateSet('User', 'System')] [string] $ConfigStorageLocation = "User", [switch] $Temporary ) $configScope = Test-ConfigStorageLocation -ConfigStorageLocation $ConfigStorageLocation if (Test-PSFFunctionInterrupt) { return } $logicDetails = @{URL = $URL; Email = $Email; Subject = $Subject; } Set-PSFConfig -FullName "d365fo.tools.active.logic.app" -Value $logicDetails if (-not $Temporary) { Register-PSFConfig -FullName "d365fo.tools.active.logic.app" -Scope $configScope } $Script:LogicAppEmail = $logicDetails.Email $Script:LogicAppSubject = $logicDetails.Subject $Script:LogicAppUrl = $logicDetails.Url } <# .SYNOPSIS Sets the offline administrator e-mail .DESCRIPTION Sets the registered offline administrator in the "DynamicsDevConfig.xml" file located in the default Package Directory .PARAMETER Email The desired email address of the to be offline administrator .EXAMPLE PS C:\> Set-D365OfflineAuthenticationAdminEmail -Email "admin@contoso.com" Will update the Offline Administrator E-mail address in the DynamicsDevConfig.xml file with "admin@contoso.com" .NOTES This cmdlet is inspired by the work of "Sheikh Sohail Hussain" (twitter: @SSohailHussain) His blog can be found here: http://d365technext.blogspot.com The specific blog post that we based this cmdlet on can be found here: http://d365technext.blogspot.com/2018/07/offline-authentication-admin-email.html Author: M�tz Jensen (@Splaxi) #> function Set-D365OfflineAuthenticationAdminEmail { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $true, ParameterSetName = 'Default', Position = 1 )] [string] $Email ) if (-not ($script:IsAdminRuntime)) { Write-PSFMessage -Level Host -Message "The cmdlet needs <c='em'>administrator permission</c> (Run As Administrator) to be able to update the configuration. Please start an <c='em'>elevated</c> session and run the cmdlet again." Stop-PSFFunction -Message "Stopping because the function is not run elevated" return } $filePath = Join-Path (Join-Path $Script:PackageDirectory "bin") "DynamicsDevConfig.xml" if (-not (Test-PathExists -Path $filePath -Type Leaf)) {return} $namespace = @{ns="http://schemas.microsoft.com/dynamics/2012/03/development/configuration"} $xmlDoc = [xml] (Get-Content -Path $filePath) $OfflineAuthAdminEmail = Select-Xml -Xml $xmlDoc -XPath "/ns:DynamicsDevConfig/ns:OfflineAuthenticationAdminEmail" -Namespace $namespace $oldValue = $OfflineAuthAdminEmail.Node.InnerText Write-PSFMessage -Level Verbose -Message "Old value found in the file was: $oldValue" -Target $oldValue $OfflineAuthAdminEmail.Node.InnerText = $Email $xmlDoc.Save($filePath) } <# .SYNOPSIS Set different RSAT configuration values .DESCRIPTION Update different RSAT configuration values while using the tool .PARAMETER LogGenerationEnabled Will set the LogGeneration property $true will make RSAT start generating logs $false will stop RSAT from generating logs .PARAMETER VerboseSnapshotsEnabled Will set the VerboseSnapshotsEnabled property $true will make RSAT start generating snapshots and store related details $false will stop RSAT from generating snapshots and store related details .PARAMETER AddOperatorFieldsToExcelValidationEnabled Will set the AddOperatorFieldsToExcelValidation property $true will make RSAT start adding the operation options in the excel parameter file $false will stop RSAT from adding the operation options in the excel parameter file .EXAMPLE PS C:\> Set-D365RsatConfiguration -LogGenerationEnabled $true This will enable the log generation logic of RSAT. .EXAMPLE PS C:\> Set-D365RsatConfiguration -VerboseSnapshotsEnabled $true This will enable the snapshot generation logic of RSAT. .EXAMPLE PS C:\> Set-D365RsatConfiguration -AddOperatorFieldsToExcelValidationEnabled $true This will enable the operator generation logic of RSAT. .NOTES Tags: RSAT, Testing, Regression Suite Automation Test, Regression, Test, Automation, Configuration Author: M�tz Jensen (@Splaxi) #> function Set-D365RsatConfiguration { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $false)] [bool] $LogGenerationEnabled, [Parameter(Mandatory = $false)] [bool] $VerboseSnapshotsEnabled, [Parameter(Mandatory = $false)] [bool] $AddOperatorFieldsToExcelValidationEnabled ) $configPath = Join-Path $Script:RsatPath "Microsoft.Dynamics.RegressionSuite.WindowsApp.exe.config" if (-not (Test-PathExists -Path $configPath -Type Leaf)) { Write-PSFMessage -Level Critical -Message "The 'Microsoft.Dynamics.RegressionSuite.WindowsApp.exe.config' file could not be found on the system." Stop-PSFFunction -Message "Stopping because the 'Microsoft.Dynamics.RegressionSuite.WindowsApp.exe.config' file could not be located." return } try { [xml]$xmlConfig = Get-Content $configPath if ($PSBoundParameters.Keys -contains "LogGenerationEnabled") { $logGenerationAttribute = $xmlConfig.SelectNodes('//appSettings//add[@key="LogGeneration"]') $logGenerationAttribute.SetAttribute('value', $LogGenerationEnabled.ToString().ToLower()) } if ($PSBoundParameters.Keys -contains "VerboseSnapshotsEnabled") { $verboseSnapshotsAttribute = $xmlConfig.SelectNodes('//appSettings//add[@key="VerboseSnapshotsEnabled"]') $verboseSnapshotsAttribute.SetAttribute('value', $VerboseSnapshotsEnabled.ToString().ToLower()) } if ($PSBoundParameters.Keys -contains "AddOperatorFieldsToExcelValidationEnabled") { $addOperatorFieldsToExcelValidationAttribute = $xmlConfig.SelectNodes('//appSettings//add[@key="AddOperatorFieldsToExcelValidation"]') $addOperatorFieldsToExcelValidationAttribute.SetAttribute('value', $AddOperatorFieldsToExcelValidationEnabled.ToString().ToLower()) } $xmlConfig.Save($configPath) } catch { Write-PSFMessage -Level Host -Message "Something went wrong while updating the RSAT configuration file" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } <# .SYNOPSIS Set the needed configuration to work on Tier2+ environments .DESCRIPTION Set the needed registry settings for when you are running RSAT against a Tier2+ environment .EXAMPLE PS C:\> Set-D365RsatTier2Crypto This will configure the registry to support RSAT against a Tier2+ environment. .NOTES Tags: RSAT, Testing, Regression Suite Automation Test, Regression, Test, Automation, Configuration Author: M�tz Jensen (@Splaxi) #> function Set-D365RsatTier2Crypto { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param () if ((Test-Path "HKLM:\SOFTWARE\Wow6432Node\Microsoft\.NETFramework\v4.0.30319")) { Set-ItemProperty "HKLM:\SOFTWARE\Wow6432Node\Microsoft\.NETFramework\v4.0.30319" -Name SchUseStrongCrypto -Value 1 -Type dword -Force -Confirm:$false } } <# .SYNOPSIS Set the cleanup retention period .DESCRIPTION Sets the configured retention period before updates are deleted .PARAMETER NumberOfDays Number of days that deployable software packages should remain on the server .EXAMPLE PS C:\> Set-D365SDPCleanUp -NumberOfDays 10 This will set the retention period to 10 days inside the the registry The cmdlet REQUIRES elevated permissions to run, otherwise it will fail .NOTES This cmdlet is based on the findings from Alex Kwitny (@AlexOnDAX) See his blog for more info: http://www.alexondax.com/2018/04/msdyn365fo-how-to-adjust-your.html Author: M�tz Jensen (@Splaxi) #> function Set-D365SDPCleanUp { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [int] $NumberOfDays = 30 ) if (-not ($Script:IsAdminRuntime)) { Write-PSFMessage -Level Host -Message "It seems that you ran this cmdlet <c='em'>non-elevated</c>. Making changes to the registry requires you to run this cmdlet from an elevated console. Please exit the current console and start a new with `"Run As Administrator`"" Stop-PSFFunction -Message "Stopping because of missing parameters" return } Set-ItemProperty -Path "HKLM:\SOFTWARE\Microsoft\Dynamics\Deployment" -Name "CutoffDaysForCleanup" -Type STRING -Value "$NumberOfDays" -Force } <# .SYNOPSIS Set the path for SqlPackage.exe .DESCRIPTION Update the path where the module will be looking for the SqlPackage.exe executable .PARAMETER Path Path to the SqlPackage.exe .EXAMPLE PS C:\> Set-D365SqlPackagePath -Path "C:\Program Files\Microsoft SQL Server\150\DAC\bin\SqlPackage.exe" This will update the path for the SqlPackage.exe in the modules configuration .NOTES Author: M�tz Jensen (@Splaxi) #> function Set-D365SqlPackagePath { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] [OutputType()] param ( [Parameter(Mandatory = $true)] [string] $Path ) if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } if (Test-PSFFunctionInterrupt) { return } Set-PSFConfig -FullName "d365fo.tools.path.sqlpackage" -Value $Path Register-PSFConfig -FullName "d365fo.tools.path.sqlpackage" Update-ModuleVariables } <# .SYNOPSIS Sets the start page in internet explorer .DESCRIPTION Function for setting the start page in internet explorer .PARAMETER Name Name of the D365 Instance .PARAMETER Url URL of the D365 for Finance & Operations instance that you want to have as your start page .EXAMPLE PS C:\> Set-D365StartPage -Name 'Demo1' This will update the start page for the current user to "https://Demo1.cloud.onebox.dynamics.com" .EXAMPLE PS C:\> Set-D365StartPage -URL "https://uat.sandbox.operations.dynamics.com" This will update the start page for the current user to "https://uat.sandbox.operations.dynamics.com" .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Set-D365StartPage() { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding(DefaultParameterSetName = 'Default')] param( [Parameter(Mandatory = $true, Position = 1, ParameterSetName = 'Default')] [String] $Name, [Parameter(Mandatory = $true, Position = 1, ValueFromPipelineByPropertyName = $true, ParameterSetName = 'Url')] [String] $Url ) process { $path = 'HKCU:\Software\Microsoft\Internet Explorer\Main\' $propName = 'start page' if ($PSBoundParameters.ContainsKey("URL")) { $value = $Url } else { $value = "https://$Name.cloud.onebox.dynamics.com" } Set-Itemproperty -Path $path -Name $propName -Value $value } } <# .SYNOPSIS Set a user to sysadmin .DESCRIPTION Set a user to sysadmin inside the SQL Server .PARAMETER User The user that you want to make sysadmin Most be well formatted server\user or domain\user. Default value is: machinename\administrator .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .EXAMPLE PS C:\> Set-D365SysAdmin This will configure the local administrator on the machine as a SYSADMIN inside SQL Server For this to run you need to be running it from a elevated console .EXAMPLE PS C:\> Set-D365SysAdmin -SqlPwd Test123 This will configure the local administrator on the machine as a SYSADMIN inside SQL Server. It will logon as the default SqlUser but use the provided SqlPwd. This can be run from a non-elevated console .NOTES Author: M�tz Jensen (@splaxi) #> function Set-D365SysAdmin { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $false, Position = 1)] [string] $User = "$env:computername\administrator", [Parameter(Mandatory = $false, Position = 2)] [string] $DatabaseServer = $Script:DatabaseServer, [Parameter(Mandatory = $false, Position = 3)] [string] $DatabaseName = $Script:DatabaseName, [Parameter(Mandatory = $false, Position = 4)] [string] $SqlUser = $Script:DatabaseUserName, [Parameter(Mandatory = $false, Position = 5)] [string] $SqlPwd = $Script:DatabaseUserPassword ) $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } Write-PSFMessage -Level Debug -Message "Testing if running either elevated or with -SqlPwd set." if ((-not ($script:IsAdminRuntime)) -and (-not ($PSBoundParameters.ContainsKey("SqlPwd")))) { Write-PSFMessage -Level Host -Message "It seems that you ran this cmdlet <c='em'>non-elevated</c> and without the <c='em'>-SqlPwd parameter</c>. If you don't want to supply the -SqlPwd you must run the cmdlet elevated (Run As Administrator) otherwise simply use the -SqlPwd parameter" Stop-PSFFunction -Message "Stopping because of missing parameters" return } $commandText = (Get-Content "$script:ModuleRoot\internal\sql\set-sysadmin.sql") -join [Environment]::NewLine $commandText = $commandText.Replace('@USER', $User) $sqlCommand = Get-SqlCommand @SqlParams $sqlCommand.CommandText = $commandText try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } } <# .SYNOPSIS Save hashtable with parameters .DESCRIPTION Saves the hashtable as a json string into the configuration store This cmdlet is only intended to be used for New-D365Bacpac and Import-D365Bacpac for Tier2 environments .PARAMETER InputObject The hashtable containing all the parameters you want to store .PARAMETER ConfigStorageLocation Parameter used to instruct where to store the configuration objects The default value is "User" and this will store all configuration for the active user Valid options are: "User" "System" "System" will store the configuration so all users can access the configuration objects .PARAMETER Temporary Switch to instruct the cmdlet to only temporarily override the persisted settings in the configuration storage .EXAMPLE PS C:\> $params = @{ SqlUser = "sqladmin" PS C:\> SqlPwd = "pass@word1" PS C:\> } PS C:\> Set-D365Tier2Params -InputObject $params .NOTES Author: M�tz Jensen (@Splaxi) #> function Set-D365Tier2Params { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseSingularNouns", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute('PSUseShouldProcessForStateChangingFunctions', '')] [CmdletBinding()] param ( [Parameter(Mandatory = $true, Position = 1)] [HashTable] $InputObject, [ValidateSet('User', 'System')] [string] $ConfigStorageLocation = "User", [switch] $Temporary ) if ($null -eq $($InputObject.Keys)) { Write-PSFMessage -Level Host -Message "The input object seems to be empty. Please ensure that the input object is a hashtable and it actually contains data." Stop-PSFFunction -Message "Stopping because the input object didn't contain data." return } $configScope = Test-ConfigStorageLocation -ConfigStorageLocation $ConfigStorageLocation $jsonString = ConvertTo-Json -InputObject $InputObject Write-PSFMessage -Level Verbose -Message "Converted hashtable to json string" -Target $jsonString Set-PSFConfig -FullName "d365fo.tools.tier2.bacpac.params" -Value $jsonString if (-not $Temporary) { Register-PSFConfig -FullName "d365fo.tools.tier2.bacpac.params" -Scope $configScope } } <# .SYNOPSIS Configue a new maximum file size for the TraceParser .DESCRIPTION Change the maximum file size that the TraceParser generates .PARAMETER FileSizeInMB The maximum size that you want to allow the TraceParser file to grow to Original value inside the configuration is 1024 (MB) .PARAMETER Path The path to the TraceParser.config file that you want to edit The default path is: "\AosService\Webroot\Services\TraceParserService\TraceParserService.config" .EXAMPLE PS C:\> Set-D365TraceParserFileSize -FileSizeInMB 2048 This will configure the maximum TraceParser file to 2048 MB. .NOTES Author: M�tz Jensen (@Splaxi) #> function Set-D365TraceParserFileSize { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [string] $FileSizeInMB, [string] $Path = (Join-Path $Script:AOSPath "Services\TraceParserService\TraceParserService.config") ) if (-not (Test-PathExists -Path $Path -Type Leaf)) { return } $xmlDoc = [xml] (Get-Content -Path $Path) $fileSize = Select-Xml -Xml $xmlDoc -XPath "/Microsoft.Dynamics.AX.Services.Tracing.TraceParser.Properties.Settings/setting[@name='MaximumEtlFileSizeInMb']/value" $fileSize.Node."#text" = "$FileSizeInMB" $xmlDoc.Save($Path) } <# .SYNOPSIS Set the Workstation mode .DESCRIPTION Set the Workstation mode to enabled or not It is used to enable the tool to run on a personal machine and still be able to call Invoke-D365TableBrowser and Invoke-D365SysRunnerClass .PARAMETER Enabled $True enables the workstation mode while $false deactivated the workstation mode .EXAMPLE PS C:\> Set-D365WorkstationMode -Enabled $true This will enable the Workstation mode. You will have to restart the powershell session when you switch around. .NOTES Author: M�tz Jensen (@Splaxi) You will have to run the Initialize-D365Config cmdlet first, before this will be capable of working. #> function Set-D365WorkstationMode { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true)] [boolean] $Enabled ) Set-PSFConfig -FullName "d365fo.tools.workstation.mode" -Value $Enabled Register-PSFConfig -FullName "d365fo.tools.workstation.mode" Write-PSFMessage -Level Host -Message "Please <c='em'>restart</c> the powershell session / console. This change affects core functionality that <c='em'>requires</c> the module to be <c='em'>reloaded</c>." } <# .SYNOPSIS Cmdlet to start the different services in a Dynamics 365 Finance & Operations environment .DESCRIPTION Can start all relevant services that is running in a D365FO environment .PARAMETER ComputerName An array of computers that you want to start services on. .PARAMETER All Set when you want to start all relevant services Includes: Aos Batch Financial Reporter .PARAMETER Aos Start the Aos (iis) service .PARAMETER Batch Start the batch service .PARAMETER FinancialReporter Start the financial reporter (Management Reporter 2012) service .PARAMETER DMF Start the Data Management Framework service .PARAMETER OnlyStartTypeAutomatic Instruct the cmdlet to filter out services that are set to manual start or disabled .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .EXAMPLE PS C:\> Start-D365Environment This will run the cmdlet with the default parameters. Default is "-All". This will start all D365FO services on the machine. .EXAMPLE PS C:\> Start-D365Environment -OnlyStartTypeAutomatic This will start all D365FO services on the machine that are configured for Automatic startup. It will exclude all services that are either manual or disabled in their startup configuration. .EXAMPLE PS C:\> Start-D365Environment -ShowOriginalProgress This will run the cmdlet with the default parameters. Default is "-All". This will start all D365FO services on the machine. The progress of starting the different services will be written to the console / host. .EXAMPLE PS C:\> Start-D365Environment -All This will start all D365FO services on the machine. .EXAMPLE PS C:\> Start-D365Environment -Aos -Batch This will start the Aos & Batch D365FO services on the machine. .EXAMPLE PS C:\> Start-D365Environment -FinancialReporter -DMF This will start the FinancialReporter and DMF services on the machine. .NOTES Author: M�tz Jensen (@Splaxi) #> function Start-D365Environment { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidDefaultValueSwitchParameter", "")] [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 1 )] [string[]] $ComputerName = @($env:computername), [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [switch] $All = $true, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 2 )] [switch] $Aos, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 3 )] [switch] $Batch, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 4 )] [switch] $FinancialReporter, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 5 )] [switch] $DMF, [switch] $OnlyStartTypeAutomatic, [switch] $ShowOriginalProgress ) if ($PSCmdlet.ParameterSetName -eq "Specific") { $All = $false } if ( (-not ($All)) -and (-not ($Aos)) -and (-not ($Batch)) -and (-not ($FinancialReporter)) -and (-not ($DMF))) { Write-PSFMessage -Level Host -Message "You have to use at least <c='em'>one switch</c> when running this cmdlet. Please run the cmdlet again." Stop-PSFFunction -Message "Stopping because of missing parameters" return } $warningActionValue = "SilentlyContinue" if ($ShowOriginalProgress) { $warningActionValue = "Continue" } $Params = Get-DeepClone $PSBoundParameters if ($Params.ContainsKey("ComputerName")) { $null = $Params.Remove("ComputerName") } if ($Params.ContainsKey("ShowOriginalProgress")) { $null = $Params.Remove("ShowOriginalProgress") } if ($Params.ContainsKey("OnlyStartTypeAutomatic")) { $null = $Params.Remove("OnlyStartTypeAutomatic") } $Services = Get-ServiceList @Params $Results = foreach ($server in $ComputerName) { Write-PSFMessage -Level Verbose -Message "Working against: $server - starting services" $temp = Get-Service -ComputerName $server -Name $Services -ErrorAction SilentlyContinue if ($OnlyStartTypeAutomatic) { $temp = $temp | Where-Object StartType -eq "Automatic" } $temp | Start-Service -ErrorAction SilentlyContinue -WarningAction $warningActionValue } $Results = foreach ($server in $ComputerName) { Write-PSFMessage -Level Verbose -Message "Working against: $server - listing services" $temp = Get-Service -ComputerName $server -Name $Services -ErrorAction SilentlyContinue if ($OnlyStartTypeAutomatic) { $temp = $temp | Where-Object StartType -eq "Automatic" } $temp | Select-Object @{Name = "Server"; Expression = { $Server } }, Name, Status, StartType, DisplayName } Write-PSFMessage -Level Verbose "Results are: $Results" -Target ($Results.Name -join ",") $Results | Select-PSFObject -TypeName "D365FO.TOOLS.Environment.Service" Server, DisplayName, Status, StartType, Name } <# .SYNOPSIS Start an Event Trace session .DESCRIPTION Start an Event Trace session with default values to help you getting started .PARAMETER ProviderName Name of the provider(s) you want to have part of your trace Accepts an array/list of provider names .PARAMETER OutputPath Path to the output folder where you want to store the ETL file that will be generated Default path is "C:\Temp\d365fo.tools\EventTrace" .PARAMETER SessionName Name that you want the tracing session to have while running the trace Default value is "d365fo.tools.trace" .PARAMETER FileName Name of the file that you want the trace to write its output to Default value is "d365fo.tools.trace.etl" .PARAMETER OutputFormat The desired output format of the ETL file being outputted from the tracing session Default value is "bincirc" .PARAMETER MinBuffer The minimum buffer size in MB that you want the tracing session to work with Default value is 10240 .PARAMETER MaxBuffer The maximum buffer size in MB that you want the tracing session to work with Default value is 10240 .PARAMETER BufferSizeKB The buffer size in KB that you want the tracing session to work with Default value is 1024 .PARAMETER MaxLogFileSizeMB The maximum log file size in MB that you want the tracing session to work with Default value is 4096 .EXAMPLE PS C:\> Start-D365EventTrace -ProviderName "Microsoft-Dynamics-AX-FormServer","Microsoft-Dynamics-AX-XppRuntime" This will start a new Event Tracing session with the binary circular output format. It uses "Microsoft-Dynamics-AX-FormServer","Microsoft-Dynamics-AX-XppRuntime" as the providernames. It uses the default output folder "C:\Temp\d365fo.tools\EventTrace". It will use the default values for the remaining parameters. .EXAMPLE PS C:\> Start-D365EventTrace -ProviderName "Microsoft-Dynamics-AX-FormServer","Microsoft-Dynamics-AX-XppRuntime" -OutputFormat CSV This will start a new Event Tracing session with the comma separated output format. It uses "Microsoft-Dynamics-AX-FormServer","Microsoft-Dynamics-AX-XppRuntime" as the providernames. It uses the default output folder "C:\Temp\d365fo.tools\EventTrace". It will use the default values for the remaining parameters. .NOTES Tags: ETL, EventTracing, EventTrace Author: M�tz Jensen (@Splaxi) This cmdlet/function was inspired by the work of Michael Stashwick (@D365Stuff) He blog is located here: https://www.d365stuff.co/ and the blogpost that pointed us in the right direction is located here: https://www.d365stuff.co/trace-batch-jobs-and-more-via-cmd-logman/ #> function Start-D365EventTrace { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true, ValueFromPipeline = $true)] [string[]] $ProviderName, [string] $OutputPath = (Join-Path -Path $Script:DefaultTempPath -ChildPath "EventTrace"), [string] $SessionName = "d365fo.tools.trace", [string] $FileName = "d365fo.tools.trace.etl", [ValidateSet('bin', 'bincirc', 'csv', 'sql', 'tsv')] [string] $OutputFormat = "bincirc", [Int32] $MinBuffer = 10240, [Int32] $MaxBuffer = 10240, [Int32] $BufferSizeKB = 1024, [Int32] $MaxLogFileSizeMB = 4096 ) begin { $providers = New-Object System.Collections.Generic.List[string] if (-not (Test-PathExists -Path $OutputPath -Type Container -Create)) { return } Write-PSFMessage -Level Verbose -Message "Configuring the permissions on the folder to make sure the Start-Trace command can read the files." -Target $OutputPath $propagation = [system.security.accesscontrol.PropagationFlags]"None" $inherit = [system.security.accesscontrol.InheritanceFlags]"ContainerInherit, ObjectInherit" $accessRule = New-Object system.security.accesscontrol.filesystemaccessrule("BUILTIN\Users", "FullControl", $inherit, $propagation, "Allow") $aclFolder = Get-Acl -Path $OutputPath $aclFolder.AddAccessRule($accessRule) Set-Acl -Path $OutputPath -AclObject $aclFolder $providerListPath = Join-Path -Path $OutputPath -ChildPath "ProviderList.txt" } process { foreach ($name in $ProviderName) { Write-PSFMessage -Level Verbose -Message "Adding the $name to the list of providers." -Target $name $providers.Add($name) } } end { Write-PSFMessage -Level Verbose -Message "Storing the providers in '$providerListPath' as a UTF8 (NON-BOM) file." -Target $providerListPath $Utf8NoBomEncoding = New-Object System.Text.UTF8Encoding $False [System.IO.File]::WriteAllLines($providerListPath, $($providers.ToArray() -join [System.Environment]::NewLine), $Utf8NoBomEncoding) $outputFile = Join-Path -Path $OutputPath -ChildPath $FileName Write-PSFMessage -Level Verbose -Message "Starting the trace now." Start-Trace -SessionName $SessionName -OutputFilePath $outputFile -ProviderFilePath $providerListPath -ETS -Format $OutputFormat -MinBuffers $MinBuffer -MaxBuffers $MaxBuffer -BufferSizeInKB $BufferSizeKB -MaxLogFileSizeInMB $MaxLogFileSizeMB } } <# .SYNOPSIS Cmdlet to stop the different services in a Dynamics 365 Finance & Operations environment .DESCRIPTION Can stop all relevant services that is running in a D365FO environment .PARAMETER ComputerName An array of computers that you want to stop services on. .PARAMETER All Set when you want to stop all relevant services Includes: Aos Batch Financial Reporter .PARAMETER Aos Stop the Aos (iis) service .PARAMETER Batch Stop the batch service .PARAMETER FinancialReporter Start the financial reporter (Management Reporter 2012) service .PARAMETER DMF Start the Data Management Framework service .PARAMETER ShowOriginalProgress Instruct the cmdlet to show the standard output in the console Default is $false which will silence the standard output .EXAMPLE PS C:\> Stop-D365Environment This will run the cmdlet with the default parameters. Default is "-All". This will stop all D365FO services on the machine. .EXAMPLE PS C:\> Stop-D365Environment -ShowOriginalProgress This will run the cmdlet with the default parameters. Default is "-All". This will Stop all D365FO services on the machine. The progress of Stopping the different services will be written to the console / host. .EXAMPLE PS C:\> Stop-D365Environment -All This will stop all D365FO services on the machine. .EXAMPLE PS C:\> Stop-D365Environment -Aos -Batch This will stop the Aos & Batch D365FO services on the machine. .EXAMPLE PS C:\> Stop-D365Environment -FinancialReporter -DMF This will stop the FinancialReporter and DMF services on the machine. .NOTES Author: M�tz Jensen (@Splaxi) #> function Stop-D365Environment { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSAvoidDefaultValueSwitchParameter", "")] [CmdletBinding(DefaultParameterSetName = 'Default')] param ( [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 1 )] [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 1 )] [string[]] $ComputerName = @($env:computername), [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 2 )] [switch] $All = $true, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 2 )] [switch] $Aos, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 3 )] [switch] $Batch, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 4 )] [switch] $FinancialReporter, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 5 )] [switch] $DMF, [Parameter(Mandatory = $false, ParameterSetName = 'Specific', Position = 6 )] [Parameter(Mandatory = $false, ParameterSetName = 'Default', Position = 6 )] [switch] $ShowOriginalProgress ) if ($PSCmdlet.ParameterSetName -eq "Specific") { $All = $false } if ((-not ($All)) -and (-not ($Aos)) -and (-not ($Batch)) -and (-not ($FinancialReporter)) -and (-not ($DMF))) { Write-PSFMessage -Level Host -Message "You have to use at least <c='em'>one switch</c> when running this cmdlet. Please run the cmdlet again." Stop-PSFFunction -Message "Stopping because of missing parameters" return } $warningActionValue = "SilentlyContinue" if ($ShowOriginalProgress) {$warningActionValue = "Continue"} $Params = Get-DeepClone $PSBoundParameters if ($Params.ContainsKey("ComputerName")) {$null = $Params.Remove("ComputerName")} if ($Params.ContainsKey("ShowOriginalProgress")) {$null = $Params.Remove("ShowOriginalProgress")} $Services = Get-ServiceList @Params $Results = foreach ($server in $ComputerName) { Write-PSFMessage -Level Verbose -Message "Working against: $server - stopping services" Get-Service -ComputerName $server -Name $Services -ErrorAction SilentlyContinue | Stop-Service -Force -ErrorAction SilentlyContinue -WarningAction $warningActionValue } $Results = foreach ($server in $ComputerName) { Write-PSFMessage -Level Verbose -Message "Working against: $server - listing services" Get-Service -ComputerName $server -Name $Services -ErrorAction SilentlyContinue | Select-Object @{Name = "Server"; Expression = {$Server}}, Name, Status, StartType, DisplayName } Write-PSFMessage -Level Verbose "Results are: $Results" -Target ($Results.Name -join ",") $Results | Select-PSFObject -TypeName "D365FO.TOOLS.Environment.Service" Server, DisplayName, Status, StartType, Name } <# .SYNOPSIS Stop an Event Trace session .DESCRIPTION Stop an Event Trace session that you have started earlier with the d365fo.tools .PARAMETER SessionName Name of the tracing session that you want to stop Default value is "d365fo.tools.trace" .EXAMPLE PS C:\> Stop-D365EventTrace This will stop an Event Trace session. It will use the "d365fo.tools.trace" as the SessionName parameter. .NOTES Tags: ETL, EventTracing, EventTrace Author: M�tz Jensen (@Splaxi) This cmdlet/function was inspired by the work of Michael Stashwick (@D365Stuff) He blog is located here: https://www.d365stuff.co/ and the blogpost that pointed us in the right direction is located here: https://www.d365stuff.co/trace-batch-jobs-and-more-via-cmd-logman/ #> function Stop-D365EventTrace { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [string] $SessionName = "d365fo.tools.trace" ) end { Write-PSFMessage -Level Verbose -Message "Stopping the trace" -Target $SessionName Stop-Trace -SessionName $SessionName -ETS } } <# .SYNOPSIS Switches the 2 databases. The Old wil be renamed _original .DESCRIPTION Switches the 2 databases. The Old wil be renamed _original .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER SourceDatabaseName The database that takes the DatabaseName's place .PARAMETER DestinationSuffix The suffix that you want to append onto the database that is being switched out (DestinationDatabaseName / DatabaseName) The default value is "_original" to mimic the official guides from Microsoft .PARAMETER EnableException This parameters disables user-friendly warnings and enables the throwing of exceptions This is less user friendly, but allows catching exceptions in calling scripts .EXAMPLE PS C:\> Switch-D365ActiveDatabase -SourceDatabaseName "GoldenConfig" This will switch the default database AXDB out and put "GoldenConfig" in its place instead. It will use the default value for DestinationSuffix which is "_original". The destination database "AXDB" will be renamed to "AXDB_original". The GoldenConfig database will be renamed to "AXDB". .EXAMPLE PS C:\> Switch-D365ActiveDatabase -SourceDatabaseName "AXDB_original" -DestinationSuffix "_reverted" This will switch the default database AXDB out and put "AXDB_original" in its place instead. It will use the "_reverted" value for DestinationSuffix parameter. The destination database "AXDB" will be renamed to "AXDB_reverted". The "AXDB_original" database will be renamed to "AXDB". This is used when you did a switch already and need to switch back to the original database. This example assumes that the used the first example to switch in the GoldenConfig database with default parameters. .NOTES Author: M�tz Jensen (@Splaxi) Author: Rasmus Andersen (@ITRasmus) #> function Switch-D365ActiveDatabase { [CmdletBinding()] param ( [string] $DatabaseServer = $Script:DatabaseServer, [Alias('DestinationDatabaseName')] [string] $DatabaseName = $Script:DatabaseName, [string] $SqlUser = $Script:DatabaseUserName, [string] $SqlPwd = $Script:DatabaseUserPassword, [Parameter(Mandatory = $true)] [Alias('NewDatabaseName')] [string] $SourceDatabaseName, [string] $DestinationSuffix = "_original", [switch] $EnableException ) $dbToBeName = "$DatabaseName$DestinationSuffix" $SqlParamsToBe = @{ DatabaseServer = $DatabaseServer; DatabaseName = "master"; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $dbName = Get-D365Database -Name "$dbToBeName" @SqlParamsToBe if (-not($null -eq $dbName)) { $messageString = "There <c='em'>already exists</c> a database named: <c='em'>`"$dbToBeName`"</c> on the server. You need to run the <c='em'>Remove-D365Database</c> cmdlet to remove the already existing database. Re-run this cmdlet once the other database has been removed." Write-PSFMessage -Level Host -Message $messageString -Target $dbToBeName Stop-PSFFunction -Message "Stopping because database already exists on the server." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) return } $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParamsSource = @{ DatabaseServer = $DatabaseServer; DatabaseName = $SourceDatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParamsSource -TrustedConnection $UseTrustedConnection $SqlCommand.CommandText = "SELECT COUNT(1) FROM dbo.USERINFO WHERE ID = 'Admin'" try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) Write-PSFMessage -Level Verbose -Message "Testing the new database for being a valid AXDB database." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteScalar() } catch { $messageString = "It seems that the new database either <c='em'>doesn't exists</c>, isn't a <c='em'>valid</c> AxDB database or your don't have enough <c='em'>permissions</c>." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } } $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = "master"; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection if ($DatabaseServer -like "*database.windows.net") { $commandText = (Get-Content "$script:ModuleRoot\internal\sql\switch-database-tier2.sql") -join [Environment]::NewLine } else { $commandText = (Get-Content "$script:ModuleRoot\internal\sql\switch-database-tier1.sql") -join [Environment]::NewLine } $sqlCommand.CommandText = $commandText $null = $sqlCommand.Parameters.AddWithValue("@DestinationName", $DatabaseName) $null = $sqlCommand.Parameters.AddWithValue("@SourceName", $SourceDatabaseName) $null = $sqlCommand.Parameters.AddWithValue("@ToBeName", $dbToBeName) try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) Write-PSFMessage -Level Verbose -Message "Switching out the $DatabaseName database with: $SourceDatabaseName." -Target (Get-SqlString $SqlCommand) $sqlCommand.Connection.Open() $null = $sqlCommand.ExecuteNonQuery() } catch { $messageString = "Something went wrong while <c='em'>switching</c> out the AXDB database." Write-PSFMessage -Level Host -Message $messageString -Exception $PSItem.Exception -Target (Get-SqlString $SqlCommand) Stop-PSFFunction -Message "Stopping because of errors." -Exception $([System.Exception]::new($($messageString -replace '<[^>]+>', ''))) -ErrorRecord $_ return } finally { if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() } [PSCustomObject]@{ OldDatabaseNewName = "$dbToBeName" } } <# .SYNOPSIS Validate or show parameter set details with colored output .DESCRIPTION Analyze a function and it's parameters The cmdlet / function is capable of validating a string input with function name and parameters .PARAMETER CommandText The string that you want to analyze If there is parameter value present, you have to use the opposite quote strategy to encapsulate the string correctly E.g. for double quotes -CommandText 'Import-D365Bacpac -ImportModeTier2 -SqlUser "sqladmin" -SqlPwd "XyzXyz" -BacpacFile2 "C:\temp\uat.bacpac"' E.g. for single quotes -CommandText "Import-D365Bacpac -ExportModeTier2 -SqlUser 'sqladmin' -SqlPwd 'XyzXyz' -BacpacFile2 'C:\temp\uat.bacpac'" .PARAMETER Mode The operation mode of the cmdlet / function Valid options are: - Validate - ShowParameters .PARAMETER SplatInput Pass in your hashtable that you use for your command execution and have it validated .PARAMETER ShowSplatStyleV1 Include an hashtable splatting for all parameter sets in the output The example is built like this: PS C:\> $params = @{} PS C:\> $params.PropertyName = "SAMPLEVALUE" PS C:\> Test-FakeCommand @params .PARAMETER ShowSplatStyleV2 Include an hashtable splatting for all parameter sets in the output The example is built like this: PS C:\> $params = @{ PS C:\> PropertyName = "SAMPLEVALUE" PS C:\> } PS C:\> Test-FakeCommand @params .PARAMETER IncludeHelp Switch to instruct the cmdlet / function to output a simple guide with the colors in it .EXAMPLE PS C:\> Test-D365Command -CommandText 'Import-D365Bacpac -ImportModeTier2 -SqlUser "sqladmin" -SqlPwd "XyzXyz" -BacpacFile2 "C:\temp\uat.bacpac"' -Mode "Validate" -IncludeHelp This will validate all the parameters that have been passed to the Import-D365Bacpac cmdlet. All supplied parameters that matches a parameter will be marked with an asterisk. Will print the coloring help. .EXAMPLE PS C:\> Test-D365Command -CommandText 'Import-D365Bacpac' -Mode "ShowParameters" -IncludeHelp This will display all the parameter sets and their individual parameters. Will print the coloring help. .EXAMPLE PS C:\> $params = @{} PS C:\> $params.DatabaseName = "SAMPLEVALUE" PS C:\> Test-D365Command -CommandText 'Import-D365Bacpac -ImportModeTier2' -SplatInput $params -Mode "Validate" This builds a hashtable with a property names "DatabaseName". The hashtable is passed to the cmdlet to be part of the validation. .NOTES Author: M�tz Jensen (@Splaxi) #> function Test-D365Command { [CmdletBinding()] param ( [Parameter(Mandatory = $true, Position = 1)] [string] $CommandText, [Parameter(Mandatory = $true, Position = 2)] [ValidateSet('Validate', 'ShowParameters')] [string] $Mode, [hashtable] $SplatInput, [switch] $ShowSplatStyleV1, [switch] $ShowSplatStyleV2, [switch] $IncludeHelp ) $commonParameters = 'Verbose', 'Debug', 'ErrorAction', 'WarningAction', 'InformationAction', 'ErrorVariable', 'WarningVariable', 'InformationVariable', 'OutVariable', 'OutBuffer', 'PipelineVariable', 'Confirm', 'WhatIf' $colorParmsNotFound = "Red" $colorCommandName = "Green" $colorMandatoryParam = "Yellow" $colorNonMandatoryParam = "DarkGray" $colorFoundAsterisk = "Green" $colorNotFoundAsterisk = "Magenta" $colParmValue = "DarkCyan" $colorEqualSign = "DarkGray" $colorVariable = "Green" $colorProperty = "White" $colorCommandNameSplat = "Yellow" $colorComment = "DarkGreen" if(-not ($null -eq $SplatInput)) { $CommandText = "$CommandText "+ $(($SplatInput.Keys | ForEach-Object {"-$($_) `"$($SplatInput.Item($_))`""}) -Join " " ) } #Match to find the command name: Non-Whitespace until the first whitespace $commandMatch = ($CommandText | Select-String '\S+\s*').Matches if ($null -eq $commandMatch) { Write-PSFMessage -Level Host -Message "The function was unable to extract a valid command name from the supplied command text. Please try again." Stop-PSFFunction -Message "Stopping because of missing command name." return } $commandName = $commandMatch.Value.Trim() $res = Get-Command $commandName -ErrorAction Ignore if ($null -eq $res) { Write-PSFMessage -Level Host -Message "The function was unable to get the help of the command. Make sure that the command name is valid and try again." Stop-PSFFunction -Message "Stopping because command name didn't return any help." return } $sbHelp = New-Object System.Text.StringBuilder $sbParmsNotFound = New-Object System.Text.StringBuilder $sbSplatStyleV1 = New-Object System.Text.StringBuilder $sbSplatStyleV2 = New-Object System.Text.StringBuilder switch ($Mode) { "Validate" { #Match to find the parameters: Whitespace Dash Non-Whitespace $inputParameterMatch = ($CommandText | Select-String '\s{1}[-]\S+' -AllMatches).Matches if (-not ($null -eq $inputParameterMatch)) { $inputParameterNames = $inputParameterMatch.Value.Trim("-", " ") Write-PSFMessage -Level Verbose -Message "All input parameters - $($inputParameterNames -join ",")" -Target ($inputParameterNames -join ",") } else { Write-PSFMessage -Level Host -Message "The function was unable to extract any parameters from the supplied command text. Please try again." Stop-PSFFunction -Message "Stopping because of missing input parameters." return } $availableParameterNames = (Get-Command $commandName).Parameters.keys | Where-Object {$commonParameters -NotContains $_} Write-PSFMessage -Level Verbose -Message "Available parameters - $($availableParameterNames -join ",")" -Target ($availableParameterNames -join ",") $inputParameterNotFound = $inputParameterNames | Where-Object {$availableParameterNames -NotContains $_} if ($inputParameterNotFound.Length -gt 0) { $null = $sbParmsNotFound.AppendLine("Parameters that <c='em'>don't exists</c>") $inputParameterNotFound | ForEach-Object { $null = $sbParmsNotFound.AppendLine("<c='$colorParmsNotFound'>$($_)</c>") } } foreach ($parmSet in (Get-Command $commandName).ParameterSets) { $null = $sb = New-Object System.Text.StringBuilder $null = $sb.AppendLine("ParameterSet Name: <c='em'>$($parmSet.Name)</c> - Validated List") $null = $sb.Append("<c='$colorCommandName'>$commandName </c>") $parmSetParameters = $parmSet.Parameters | Where-Object name -NotIn $commonParameters foreach ($parameter in $parmSetParameters) { $parmFoundInCommandText = $parameter.Name -In $inputParameterNames $color = "$colorNonMandatoryParam" if ($parameter.IsMandatory -eq $true) { $color = "$colorMandatoryParam" } $null = $sb.Append("<c='$color'>-$($parameter.Name)</c>") if ($parmFoundInCommandText) { $null = $sb.Append("<c='$colorFoundAsterisk'>* </c>") } elseif ($parameter.IsMandatory -eq $true) { $null = $sb.Append("<c='$colorNotFoundAsterisk'>* </c>") } else { $null = $sb.Append(" ") } if (-not ($parameter.ParameterType -eq [System.Management.Automation.SwitchParameter])) { $null = $sb.Append("<c='$colParmValue'>PARAMVALUE </c>") } } $null = $sb.AppendLine("") Write-PSFHostColor -String "$($sb.ToString())" } $null = $sbHelp.AppendLine("") $null = $sbHelp.AppendLine("<c='$colorParmsNotFound'>$colorParmsNotFound</c> = Parameter not found") $null = $sbHelp.AppendLine("<c='$colorCommandName'>$colorCommandName</c> = Command Name") $null = $sbHelp.AppendLine("<c='$colorMandatoryParam'>$colorMandatoryParam</c> = Mandatory Parameter") $null = $sbHelp.AppendLine("<c='$colorNonMandatoryParam'>$colorNonMandatoryParam</c> = Optional Parameter") $null = $sbHelp.AppendLine("<c='$colParmValue'>$colParmValue</c> = Parameter value") $null = $sbHelp.AppendLine("<c='$colorFoundAsterisk'>*</c> = Parameter was filled") $null = $sbHelp.AppendLine("<c='$colorNotFoundAsterisk'>*</c> = Mandatory missing") } "ShowParameters" { foreach ($parmSet in (Get-Command $commandName).ParameterSets) { $sb = New-Object System.Text.StringBuilder $sbSplatStyleV1 = New-Object System.Text.StringBuilder $sbSplatStyleV2 = New-Object System.Text.StringBuilder $null = $sb.AppendLine("ParameterSet Name: <c='em'>$($parmSet.Name)</c> - Parameter List") $null = $sb.Append("<c='$colorCommandName'>$commandName </c>") $null = $sbSplatStyleV1.AppendLine("<c='$colorComment'>#Hashtable splatting style V1 - ParameterSet Name: </c><c='em'>$($parmSet.Name)</c>").AppendLine("<c='$colorVariable'>`$params</c> <c='$colorEqualSign'>=</c> <c='$colorProperty'>@{}</c>") $null = $sbSplatStyleV2.AppendLine("<c='$colorComment'>#Hashtable splatting style V2 - ParameterSet Name: </c><c='em'>$($parmSet.Name)</c>").AppendLine("<c='$colorVariable'>`$params</c> <c='$colorEqualSign'>=</c> <c='$colorProperty'>@{</c>") $parmSetParameters = $parmSet.Parameters | Where-Object name -NotIn $commonParameters foreach ($parameter in $parmSetParameters) { $color = "$colorNonMandatoryParam" $mandatoryComment = $null if ($parameter.IsMandatory -eq $true) { $color = "$colorMandatoryParam" $mandatoryComment = " <c='$color'>#MANDATORY</c>" } $null = $sbSplatStyleV1.AppendLine("<c='$colorVariable'>`$params</c><c='$colorProperty'>.$($parameter.Name)</c> <c='$colorEqualSign'>=</c> <c='$colParmValue'>`"SAMPLEVALUE`"</c>$mandatoryComment") $null = $sbSplatStyleV2.AppendLine("<c='$colorProperty'>$($parameter.Name)</c> <c='$colorEqualSign'>=</c> <c='$colParmValue'>`"SAMPLEVALUE`"</c>$mandatoryComment") $null = $sb.Append("<c='$color'>-$($parameter.Name) </c>") if (-not ($parameter.ParameterType -eq [System.Management.Automation.SwitchParameter])) { $null = $sb.Append("<c='$colParmValue'>PARAMVALUE </c>") } } $null = $sb.AppendLine("") $null = $sbSplatStyleV2.AppendLine("<c='$colorProperty'>}</c>") $null = $sbSplatStyleV1.AppendLine("<c='$colorCommandNameSplat'>$commandName</c> <c='$colorVariable'>@params</c>") $null = $sbSplatStyleV2.AppendLine("<c='$colorCommandNameSplat'>$commandName</c> <c='$colorVariable'>@params</c>") Write-PSFHostColor -String "$($sb.ToString())" if ($ShowSplatStyleV1) { Write-PSFHostColor -String "$($sbSplatStyleV1.ToString())" } if ($ShowSplatStyleV2) { Write-PSFHostColor -String "$($sbSplatStyleV2.ToString())" } } $null = $sbHelp.AppendLine("") $null = $sbHelp.AppendLine("<c='$colorCommandName'>$colorCommandName</c> = Command Name") $null = $sbHelp.AppendLine("<c='$colorMandatoryParam'>$colorMandatoryParam</c> = Mandatory Parameter") $null = $sbHelp.AppendLine("<c='$colorNonMandatoryParam'>$colorNonMandatoryParam</c> = Optional Parameter") $null = $sbHelp.AppendLine("<c='$colParmValue'>$colParmValue</c> = Parameter value") } Default {} } if ($sbParmsNotFound.ToString().Trim().Length -gt 0) { Write-PSFHostColor -String "$($sbParmsNotFound.ToString())" } if ($IncludeHelp) { Write-PSFHostColor -String "$($sbHelp.ToString())" } } <# .SYNOPSIS Test if the FlightingServiceCatalogID is present and filled out .DESCRIPTION Test if the FlightingServiceCatalogID element exists in the web.config file used by D365FO .PARAMETER AosServiceWebRootPath Path to the root folder where to locate the web.config file .EXAMPLE PS C:\> Test-D365FlightServiceCatalogId This will open the web.config and check if the FlightingServiceCatalogID element is present or not. .NOTES Tags: Flight, Flighting Author: M�tz Jensen (@Splaxi)) The DataAccess.FlightingServiceCatalogID must already be set in the web.config file. https://docs.microsoft.com/en-us/dynamics365/fin-ops-core/dev-itpro/data-entities/data-entities-data-packages#features-flighted-in-data-management-and-enabling-flighted-features #> function Test-D365FlightServiceCatalogId { [CmdletBinding()] param ( [string]$AosServiceWebRootPath = $Script:AOSPath ) $res = @{} try { $WebConfigFile = Join-Path -Path $AosServiceWebRootPath -ChildPath $Script:WebConfig Write-PSFMessage -Level Verbose -Message "Retrieve the FlightingServiceCatalogID" -Target $WebConfigFile $FlightServiceNode = Select-Xml -XPath "/configuration/appSettings/add[@key='DataAccess.FlightingServiceCatalogID']/@value" -Path $WebConfigFile if($null -eq $FlightServiceNode){ Write-PSFMessage -Level Host -Message "The <c='em'>DataAccess.FlightingServiceCatalogID</c> child element under the <c='em'>AppSettings</c> element is missing. See <c='em'>https://docs.microsoft.com/en-us/dynamics365/fin-ops-core/dev-itpro/data-entities/data-entities-data-packages#features-flighted-in-data-management-and-enabling-flighted-features</c> for details." Stop-PSFFunction -Message "Stopping because of errors" return } $res.FlightingServiceCatalogID = $FlightServiceNode.Node.Value Write-PSFMessage -Level Verbose -Message "FlightingServiceCatalogID: $FlightServiceId" -Target $WebConfigFile } catch { Write-PSFMessage -Level Host -Message "Something went wrong while reading from the web.config file" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } if(-not [System.String]::IsNullOrEmpty($res.FlightingServiceCatalogID)){ [PsCustomObject]$res } } <# .SYNOPSIS Checks if a string is a valid 'Label Id' format .DESCRIPTION This function will validate if a string is a valid 'Label Id' format. .PARAMETER LabelId The LabelId string thay you want to validate .EXAMPLE PS C:> Test-D365LabelIdIsValid -LabelId "ABC123" This will test the if the LabelId is valid. It will use the "ABC123" as the LabelId parameter. The expected result is $true .EXAMPLE PS C:> Test-D365LabelIdIsValid -LabelId "@ABC123" This will test the if the LabelId is valid. It will use the "@ABC123" as the LabelId parameter. The expected result is $true .EXAMPLE PS C:> Test-D365LabelIdIsValid -LabelId "@ABC123_1" This will test the if the LabelId is valid. It will use the "@ABC123_1" as the LabelId parameter. The expected result is $false .EXAMPLE PS C:> Test-D365LabelIdIsValid -LabelId "ABC.123" #False This will test the if the LabelId is valid. It will use the "ABC.123" as the LabelId parameter. The expected result is $false .NOTES Author: Alex Kwitny (@AlexOnDAX) The intent of this function is to be used with other methods to create valid labels via scripting. #> function Test-D365LabelIdIsValid { [CmdletBinding()] [OutputType([bool])] param ( [Parameter(Mandatory = $True)] [string] $LabelId ) $RegexOptions = [System.Text.RegularExpressions.RegexOptions]::IgnoreCase -bor [System.Text.RegularExpressions.RegexOptions]::Compiled -bor [System.Text.RegularExpressions.RegexOptions]::CultureInvariant $Matcher_New_LabelID = New-Object System.Text.RegularExpressions.Regex('(^[a-zA-Z_])([a-zA-Z\d_])*$', $RegexOptions) $Matcher_Legacy_LabelID = New-Object System.Text.RegularExpressions.Regex([System.String]::Format([System.IFormatProvider][System.Globalization.CultureInfo]::InvariantCulture, "^{0}{1}{2}$", [System.Object]'@', [System.Object]"[a-zA-Z]\w\w", [System.Object]"\d+"), $RegexOptions) $Matcher_New_Label_WithLabelFile = New-Object System.Text.RegularExpressions.Regex("(?<AtSign>\@)(?<LabelFileId>[a-zA-Z]\w*):(?<LabelId>[a-zA-Z]\w*)", $RegexOptions) if (!$LabelId) { $false return } if (!($Matcher_New_LabelID.IsMatch($LabelId)) -and !($Matcher_Legacy_LabelID.IsMatch($LabelId))) { $Matcher_New_Label_WithLabelFile.IsMatch($LabelId) return } $true } <# .SYNOPSIS Updates the user details in the database .DESCRIPTION Is capable of updating all the user details inside the UserInfo table to enable a user to sign in .PARAMETER DatabaseServer The name of the database server If on-premises or classic SQL Server, use either short name og Fully Qualified Domain Name (FQDN). If Azure use the full address to the database server, e.g. server.database.windows.net .PARAMETER DatabaseName The name of the database .PARAMETER SqlUser The login name for the SQL Server instance .PARAMETER SqlPwd The password for the SQL Server user .PARAMETER Email The search string to select which user(s) should be updated. The parameter supports wildcards. E.g. -Email "*@contoso.com*" .PARAMETER Company The company the user should start in. .EXAMPLE PS C:\> Update-D365User -Email "claire@contoso.com" This will search for the user with the e-mail address claire@contoso.com and update it with needed information based on the tenant owner of the environment .EXAMPLE PS C:\> Update-D365User -Email "*contoso.com" This will search for all users with an e-mail address containing 'contoso.com' and update them with needed information based on the tenant owner of the environment .NOTES Author: Rasmus Andersen (@ITRasmus) Author: M�tz Jensen (@Splaxi) #> function Update-D365User { [Diagnostics.CodeAnalysis.SuppressMessageAttribute("PSUseShouldProcessForStateChangingFunctions", "")] [CmdletBinding()] param ( [string]$DatabaseServer = $Script:DatabaseServer, [string]$DatabaseName = $Script:DatabaseName, [string]$SqlUser = $Script:DatabaseUserName, [string]$SqlPwd = $Script:DatabaseUserPassword, [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)] [string]$Email, [string]$Company ) begin { Invoke-TimeSignal -Start $UseTrustedConnection = Test-TrustedConnection $PSBoundParameters $SqlParams = @{ DatabaseServer = $DatabaseServer; DatabaseName = $DatabaseName; SqlUser = $SqlUser; SqlPwd = $SqlPwd } $SqlCommand = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection $sqlCommand_Update = Get-SqlCommand @SqlParams -TrustedConnection $UseTrustedConnection try { $sqlCommand.Connection.Open() $sqlCommand_Update.Connection.Open() } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } } process { $sqlCommand.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\get-user.sql") -join [Environment]::NewLine $null = $sqlCommand.Parameters.Add("@Email", $Email.Replace("*", "%")) $sqlCommand_Update.CommandText = (Get-Content "$script:ModuleRoot\internal\sql\update-user.sql") -join [Environment]::NewLine try { Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $SqlCommand) $reader = $sqlCommand.ExecuteReader() while ($reader.Read() -eq $true) { Write-PSFMessage -Level Verbose -Message "Building the update statement with the needed details." $userId = "$($reader.GetString($($reader.GetOrdinal("ID"))))" $networkAlias = "$($reader.GetString($($reader.GetOrdinal("NETWORKALIAS"))))" $userAuth = Get-D365UserAuthenticationDetail $networkAlias $null = $sqlCommand_Update.Parameters.AddWithValue("@id", $userId) $null = $sqlCommand_Update.Parameters.AddWithValue("@networkDomain", $userAuth["NetworkDomain"]) $null = $sqlCommand_Update.Parameters.AddWithValue("@sid", $userAuth["SID"]) $null = $sqlCommand_Update.Parameters.AddWithValue("@identityProvider", $userAuth["IdentityProvider"]) $null = $sqlCommand_Update.Parameters.AddWithValue("@Company", $Company) Write-PSFMessage -Level InternalComment -Message "Executing a script against the database." -Target (Get-SqlString $sqlCommand_Update) $null = $sqlCommand_Update.ExecuteNonQuery() $sqlCommand_Update.Parameters.Clear() } } catch { Write-PSFMessage -Level Host -Message "Something went wrong while working against the database" -Exception $PSItem.Exception Stop-PSFFunction -Message "Stopping because of errors" return } finally { $reader.close() $sqlCommand.Parameters.Clear() } } end { if ($sqlCommand_Update.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand_Update.Connection.Close() } $sqlCommand_Update.Dispose() if ($sqlCommand.Connection.State -ne [System.Data.ConnectionState]::Closed) { $sqlCommand.Connection.Close() } $sqlCommand.Dispose() Invoke-TimeSignal -End } } |