internal/functions/Get-SqlInstanceComponent.ps1
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function Get-SQLInstanceComponent { <# .SYNOPSIS Retrieves SQL server information from a local or remote servers. .DESCRIPTION Retrieves SQL server information from a local or remote servers. Pulls all instances from a SQL server and detects if in a cluster or not. .PARAMETER ComputerName Local or remote systems to query for SQL information. .NOTES Tags: Install, Patching, SP, CU, Instance Author: Kirill Kravtsov (@nvarscar) https://nvarscar.wordpress.com/ Based on https://github.com/adbertram/PSSqlUpdater The majority of this function was created by Boe Prox. .EXAMPLE Get-SQLInstanceComponent -ComputerName SQL01 -Component SSDS ComputerName : BDT005-BT-SQL InstanceType : Database Engine InstanceName : MSSQLSERVER InstanceID : MSSQL11.MSSQLSERVER Edition : Enterprise Edition Version : 11.1.3000.0 Caption : SQL Server 2012 IsCluster : False IsClusterNode : False ClusterName : ClusterNodes : {} FullName : BDT005-BT-SQL Description ----------- Retrieves the SQL instance information from SQL01 for component type SSDS (Database Engine). .EXAMPLE Get-SQLInstanceComponent -ComputerName SQL01 ComputerName : BDT005-BT-SQL InstanceType : Analysis Services InstanceName : MSSQLSERVER InstanceID : MSAS11.MSSQLSERVER Edition : Enterprise Edition Version : 11.1.3000.0 Caption : SQL Server 2012 IsCluster : False IsClusterNode : False ClusterName : ClusterNodes : {} FullName : BDT005-BT-SQL ComputerName : BDT005-BT-SQL InstanceType : Reporting Services InstanceName : MSSQLSERVER InstanceID : MSRS11.MSSQLSERVER Edition : Enterprise Edition Version : 11.1.3000.0 Caption : SQL Server 2012 IsCluster : False IsClusterNode : False ClusterName : ClusterNodes : {} FullName : BDT005-BT-SQL Description ----------- Retrieves the SQL instance information from SQL01 for all component types (SSAS, SSDS, SSRS). #> [CmdletBinding()] param ( [Parameter(ValueFromPipeline, ValueFromPipelineByPropertyName)] [Alias('Computer', 'DNSHostName', 'IPAddress')] [DbaInstanceParameter[]]$ComputerName = $Env:COMPUTERNAME, [ValidateSet('SSDS', 'SSAS', 'SSRS')] [string[]]$Component = @('SSDS', 'SSAS', 'SSRS'), [pscredential]$Credential, [bool]$EnableException = $EnableException ) begin { $regScript = { Param ( [ValidateSet('SSDS', 'SSAS', 'SSRS')] [string[]]$Component = @('SSDS', 'SSAS', 'SSRS') ) $componentNameMap = @( [pscustomobject]@{ ComponentName = 'SSAS'; DisplayName = 'Analysis Services'; RegKeyName = "OLAP"; }, [pscustomobject]@{ ComponentName = 'SSDS'; DisplayName = 'Database Engine'; RegKeyName = 'SQL'; }, [pscustomobject]@{ ComponentName = 'SSRS'; DisplayName = 'Reporting Services'; RegKeyName = 'RS'; } ); function Get-SQLInstanceDetail { <# .SYNOPSIS The majority of this function was created by Boe Prox. #> param ( [Parameter(Mandatory, ValueFromPipeline, ValueFromPipelineByPropertyName)] [string[]]$Instance, [Parameter(Mandatory)] [ValidateNotNullOrEmpty()] [Microsoft.Win32.RegistryKey]$RegKey, [Parameter(Mandatory)] [ValidateNotNullOrEmpty()] [Microsoft.Win32.RegistryKey]$reg, [Parameter(Mandatory)] [ValidateNotNullOrEmpty()] [string]$RegPath ) process { #region Process each instance foreach ($sqlInstance in $Instance) { $log = @() $nodes = New-Object System.Collections.ArrayList; $clusterName = $null; $isCluster = $false; $instanceValue = $regKey.GetValue($sqlInstance); $log += "Working with $regPath\$instanceValue on $computer" $instanceReg = $reg.OpenSubKey("$regPath\\$instanceValue"); if ($instanceReg.GetSubKeyNames() -contains 'Cluster') { $isCluster = $true; $instanceRegCluster = $instanceReg.OpenSubKey('Cluster'); $clusterName = $instanceRegCluster.GetValue('ClusterName'); #Write-Message -Level Verbose -Message "Getting cluster node names"; $clusterReg = $reg.OpenSubKey("Cluster\\Nodes"); $clusterNodes = $clusterReg.GetSubKeyNames(); if ($clusterNodes) { foreach ($clusterNode in $clusterNodes) { $null = $nodes.Add($clusterReg.OpenSubKey($clusterNode).GetValue("NodeName").ToUpper()); } } } #region Gather additional information about SQL instance $instanceRegSetup = $instanceReg.OpenSubKey("Setup") #region Get SQL instance directory try { $instanceDir = $instanceRegSetup.GetValue("SqlProgramDir"); if (([System.IO.Path]::GetPathRoot($instanceDir) -ne $instanceDir) -and $instanceDir.EndsWith("\")) { $instanceDir = $instanceDir.Substring(0, $instanceDir.Length - 1); } } catch { $instanceDir = $null; } #endregion Get SQL instance directory #region Get SQL edition try { $edition = $instanceRegSetup.GetValue("Edition"); } catch { $edition = $null; } #endregion Get SQL edition #region Get resume value try { $resume = [bool][int]$instanceRegSetup.GetValue("Resume"); } catch { $resume = $false; } #endregion Get resume value #region Get SQL version $version = $null try { $versionHash = @{ '11' = 'SQLServer2012' '12' = 'SQLServer2014' '13' = 'SQLServer2016' '14' = 'SQL2017' '15' = 'SQL2019' } $version = $instanceRegSetup.GetValue("Version"); $log += "Found version $version" if ($patchVersion = $instanceRegSetup.GetValue("PatchLevel")) { $log += "Using patch version $patchVersion over $version" $version = $patchVersion } # if patch version is not available - use global reg node to extract the latest patch $majorVersion = $version.Split('.')[0] if (!$patchVersion -and $majorVersion -and $versionHash[$majorVersion]) { $verKey = $reg.OpenSubKey("SOFTWARE\\Microsoft\\Microsoft SQL Server\\$($majorVersion)0\\$($versionHash[$majorVersion])\\CurrentVersion") $version = $verKey.GetValue('Version') $log += "New version from the CurrentVersion key: $version" } } catch { $log += "Failed to read one of the reg keys, found version $version so far" } #endregion Get SQL version #region Get exe version try { # attempt to recover a real version of a sqlservr.exe by getting file properties from a remote machine # not sure how to support SSRS/SSAS, as SSDS is the only one that has binary path in the Setup node if ($binRoot = $instanceRegSetup.GetValue("SQLBinRoot")) { $fileVersion = Invoke-Command2 -ArgumentList $binRoot -Raw -Credential $Credential -ComputerName $computer -ScriptBlock { Param ( $Path ) (Get-Item -Path (Join-Path $Path "sqlservr.exe") -ErrorAction Stop).VersionInfo.ProductVersion } if ($fileVersion) { $version = $fileVersion $log += "New version from the binary file: $version" } } } catch { $log += "Failed to get exe version, leaving $version as is" } #endregion Get exe version #endregion Gather additional information about SQL instance #region Generate return object [pscustomobject]@{ ComputerName = $computer.ToUpper(); InstanceType = { $componentNameMap | Where-Object { $_.ComponentName -eq $componentName } | Select-Object -ExpandProperty DisplayName }.InvokeReturnAsIs(); InstanceName = $sqlInstance; InstanceID = $instanceValue; InstanceDir = $instanceDir; Edition = $edition; Version = $version; Caption = { switch -regex ($version) { "^11" { "SQL Server 2012"; break } "^10\.5" { "SQL Server 2008 R2"; break } "^10" { "SQL Server 2008"; break } "^9" { "SQL Server 2005"; break } "^8" { "SQL Server 2000"; break } default { "Unknown"; } } }.InvokeReturnAsIs(); IsCluster = $isCluster; IsClusterNode = ($nodes -contains $computer); ClusterName = $clusterName; ClusterNodes = ($nodes -ne $computer); FullName = { if ($sqlInstance -eq "MSSQLSERVER") { $computer.ToUpper(); } else { "$($computer.ToUpper())\$($sqlInstance)"; } }.InvokeReturnAsIs(); Log = $log Resume = $resume } #endregion Generate return object } #endregion Process each instance } } $reg = [Microsoft.Win32.RegistryKey]::OpenBaseKey('LocalMachine', 'Default') $baseKeys = "SOFTWARE\\Microsoft\\Microsoft SQL Server", "SOFTWARE\\Wow6432Node\\Microsoft\\Microsoft SQL Server"; if ($reg.OpenSubKey($baseKeys[0])) { $regPath = $baseKeys[0]; } elseif ($reg.OpenSubKey($baseKeys[1])) { $regPath = $baseKeys[1]; } else { throw "Failed to find any regkeys on $env:computername" } $computer = $Env:COMPUTERNAME $regKey = $reg.OpenSubKey("$regPath"); if ($regKey.GetSubKeyNames() -contains "Instance Names") { foreach ($componentName in $Component) { $componentRegKeyName = $componentNameMap | Where-Object { $_.ComponentName -eq $componentName } | Select-Object -ExpandProperty RegKeyName; $regKey = $reg.OpenSubKey("$regPath\\Instance Names\\{0}" -f $componentRegKeyName); if ($regKey) { foreach ($regValueName in $regKey.GetValueNames()) { if ($componentRegKeyName -eq 'RS' -and $regValueName -eq 'PBIRS') { continue } #filtering out Power BI - not supported if ($componentRegKeyName -eq 'RS' -and $regValueName -eq 'SSRS') { continue } #filtering out SSRS2017+ - not supported Get-SQLInstanceDetail -RegPath $regPath -Reg $reg -RegKey $regKey -Instance $regValueName; } } } } elseif ($regKey.GetValueNames() -contains 'InstalledInstances') { $isCluster = $false; $regKey.GetValue('InstalledInstances') | ForEach-Object { Get-SQLInstanceDetail -RegPath $regPath -Reg $reg -RegKey $regKey -Instance $_; }; } else { throw "Failed to find any instance names on $env:computername" } } } process { foreach ($computer in $ComputerName) { try { $results = Invoke-Command2 -ComputerName $computer -ScriptBlock $regScript -Credential $Credential -ErrorAction Stop -Raw -ArgumentList @($Component) } catch { Stop-Function -Message "Failed to get instance components from $computer" -ErrorRecord $_ -Continue } # Log is stored in the log property, pile it all into the debug log foreach ($logEntry in $results.Log) { Write-Message -Level Debug -Message $logEntry } foreach ($result in $results) { #Replace first decimal of the minor build with a 0, since we're using build numbers here #Refer to https://sqlserverbuilds.blogspot.com/ Write-Message -Level Debug -Message "Converting version $($result.Version) to [version]" $newVersion = New-Object -TypeName System.Version -ArgumentList ([string]$result.Version) $newVersion = New-Object -TypeName System.Version -ArgumentList ($newVersion.Major , ($newVersion.Minor - $newVersion.Minor % 10), $newVersion.Build) Write-Message -Level Debug -Message "Converted version $($result.Version) to $newVersion" #Find a proper build reference and replace Version property $result.Version = Get-DbaBuildReference -Build $newVersion $result | Select-Object -ExcludeProperty Log } } } } |