checks/Database.Tests.ps1
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$filename = $MyInvocation.MyCommand.Name.Replace(".Tests.ps1", "") Describe "Database Collation" -Tags DatabaseCollation, $filename { $Wrongcollation = Get-DbcConfigValue policy.database.wrongcollation $exclude = "ReportingServer", "ReportingServerTempDB" $exclude += $Wrongcollation $exclude += $ExcludedDatabases @(Get-Instance).ForEach{ Context "Testing database collation on $psitem" { @(Test-DbaDatabaseCollation -SqlInstance $psitem -ExcludeDatabase $exclude ).ForEach{ It "database collation ($($psitem.DatabaseCollation)) should match server collation ($($psitem.ServerCollation)) for $($psitem.Database) on $($psitem.SqlInstance)" { $psitem.ServerCollation | Should -Be $psitem.DatabaseCollation -Because "You will get collation conflict errors in tempdb" } } if ($Wrongcollation) { @(Test-DbaDatabaseCollation -SqlInstance $psitem -Database $Wrongcollation ).ForEach{ It "database collation ($($psitem.DatabaseCollation)) should not match server collation ($($psitem.ServerCollation)) for $($psitem.Database) on $($psitem.SqlInstance)" { $psitem.ServerCollation | Should -Not -Be $psitem.DatabaseCollation -Because "You have defined the database to have another collation then the server. You will get collation conflict errors in tempdb" } } } } } } Describe "Suspect Page" -Tags SuspectPage, $filename { @(Get-Instance).ForEach{ Context "Testing suspect pages on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}.ForEach{ $results = Get-DbaSuspectPage -SqlInstance $psitem.Parent -Database $psitem.Name It "$($psitem.Name) should return 0 suspect pages on $($psitem.Parent.Name)" { @($results).Count | Should -Be 0 -Because "You do not want suspect pages" } } } } } Describe "Last Backup Restore Test" -Tags TestLastBackup, Backup, $filename { if (-not (Get-DbcConfigValue skip.backup.testing)) { $destserver = Get-DbcConfigValue policy.backup.testserver $destdata = Get-DbcConfigValue policy.backup.datadir $destlog = Get-DbcConfigValue policy.backup.logdir @(Get-Instance).ForEach{ Context "Testing Backup Restore & Integrity Checks on $psitem" { @(Test-DbaLastBackup -SqlInstance $psitem -Database ((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$_.CreateDate -lt (Get-Date).AddHours( - $graceperiod) -and ($ExcludedDatabases -notcontains $PsItem.Name)}).Name -VerifyOnly).ForEach{ if ($psitem.DBCCResult -notmatch "skipped for restored master") { It "DBCC for $($psitem.Database) on $($psitem.SourceServer) Should Be success" { $psitem.DBCCResult | Should -Be "Success" -Because "You need to run DBCC CHECKDB to ensure your database is consistent" } It "restore for $($psitem.Database) on $($psitem.SourceServer) Should Be success" { $psitem.RestoreResult | Should -Be "Success" -Because "The backup file has not successfully restored - you have no backup" } } } } } } } Describe "Last Backup VerifyOnly" -Tags TestLastBackupVerifyOnly, Backup, $filename { $graceperiod = Get-DbcConfigValue policy.backup.newdbgraceperiod @(Get-Instance).ForEach{ Context "VerifyOnly tests of last backups on $psitem" { @(Test-DbaLastBackup -SqlInstance $psitem -Database ((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$_.CreateDate -lt (Get-Date).AddHours( - $graceperiod) -and ($ExcludedDatabases -notcontains $PsItem.Name)}).Name -VerifyOnly).ForEach{ It "restore for $($psitem.Database) on $($psitem.SourceServer) Should be success" { $psitem.RestoreResult | Should -Be "Success" -Because "The restore file has not successfully restored - you have no backup" } It "file exists for last backup of $($psitem.Database) on $($psitem.SourceServer)" { $psitem.FileExists | Should -BeTrue -Because "Without a backup file you have no backup" } } } } } Describe "Valid Database Owner" -Tags ValidDatabaseOwner, $filename { [string[]]$targetowner = Get-DbcConfigValue policy.validdbowner.name [string[]]$exclude = Get-DbcConfigValue policy.validdbowner.excludedb @(Get-Instance).ForEach{ Context "Testing Database Owners on $psitem" { @((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$_.Name -notin $exclude -and ($ExcludedDatabases -notcontains $_.Name)}).ForEach{ It "Database $($psitem.Name) - owner $($psitem.Owner) should be in this list ( $( [String]::Join(", ", $targetowner) ) ) on $($psitem.Parent.Name)" { $psitem.Owner | Should -BeIn $TargetOwner -Because "The account that is the database owner is not what was expected" } } } } } Describe "Invalid Database Owner" -Tags InvalidDatabaseOwner, $filename { [string[]]$targetowner = Get-DbcConfigValue policy.invaliddbowner.name [string[]]$exclude = Get-DbcConfigValue policy.invaliddbowner.excludedb @(Get-Instance).ForEach{ Context "Testing Database Owners on $psitem" { @((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$_.Name -notin $exclude -and ($ExcludedDatabases -notcontains $_.Name)}).ForEach{ It "Database $($psitem.Name) - owner $($psitem.Owner) should Not be in this list ( $( [String]::Join(", ", $targetowner) ) ) on $($psitem.Parent.Name)" { $psitem.Owner | Should -Not -BeIn $TargetOwner -Because "The database owner was one specified as incorrect" } } } } } Describe "Last Good DBCC CHECKDB" -Tags LastGoodCheckDb, $filename { $maxdays = Get-DbcConfigValue policy.dbcc.maxdays $datapurity = Get-DbcConfigValue skip.dbcc.datapuritycheck $graceperiod = Get-DbcConfigValue policy.backup.newdbgraceperiod @(Get-Instance).ForEach{ Context "Testing Last Good DBCC CHECKDB on $psitem" { @(Get-DbaLastGoodCheckDb -SqlInstance $psitem -Database ((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$_.CreateDate -lt (Get-Date).AddHours( - $graceperiod) -and ($_.IsAccessible -eq $true) -and ($ExcludedDatabases -notcontains $_.Name)}).Name ).ForEach{ if ($psitem.Database -ne "tempdb") { It "last good integrity check for $($psitem.Database) on $($psitem.SqlInstance) Should Be less than $maxdays days old" { $psitem.LastGoodCheckDb | Should -BeGreaterThan (Get-Date).AddDays( - ($maxdays)) -Because "You should have run a DBCC CheckDB inside that time" } It -Skip:$datapurity "last good integrity check for $($psitem.Database) on $($psitem.SqlInstance) has Data Purity Enabled" { $psitem.DataPurityEnabled | Should -BeTrue -Because "the DATA_PURITY option causes the CHECKDB command to look for column values that are invalid or out of range." } } } } } } Describe "Column Identity Usage" -Tags IdentityUsage, $filename { $maxpercentage = Get-DbcConfigValue policy.identity.usagepercent @(Get-Instance).ForEach{ Context "Testing Column Identity Usage on $psitem" { @(Test-DbaIdentityUsage -SqlInstance $psitem).ForEach{ if ($psitem.Database -ne "tempdb") { $columnfqdn = "$($psitem.Database).$($psitem.Schema).$($psitem.Table).$($psitem.Column)" It "usage for $columnfqdn on $($psitem.SqlInstance) Should Be less than $maxpercentage percent" { $psitem.PercentUsed -lt $maxpercentage | Should -BeTrue -Because "You do not want your Identity columns to hit the max value and stop inserts" } } } } } } Describe "Recovery Model" -Tags RecoveryModel, DISA, $filename { @(Get-Instance).ForEach{ $recoverymodel = Get-DbcConfigValue policy.recoverymodel.type Context "Testing Recovery Model on $psitem" { $exclude = Get-DbcConfigValue policy.recoverymodel.excludedb $exclude += $ExcludedDatabases @(Get-DbaDbRecoveryModel -SqlInstance $psitem -ExcludeDatabase $exclude).ForEach{ It "$($psitem.Name) should be set to $recoverymodel on $($psitem.SqlInstance)" { $psitem.RecoveryModel | Should -Be $recoverymodel -Because "You expect this recovery model" } } } } } Describe "Duplicate Index" -Tags DuplicateIndex, $filename { @(Get-Instance).ForEach{ Context "Testing duplicate indexes on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}.ForEach{ $results = Find-DbaDuplicateIndex -SqlInstance $psitem.Parent -Database $psitem.Name It "$($psitem.Name) on $($psitem.Parent.Name) should return 0 duplicate indexes" { @($results).Count | Should -Be 0 -Because "Duplicate indexes waste disk space and cost you extra IO, CPU, and Memory" } } } } } Describe "Unused Index" -Tags UnusedIndex, $filename { @(Get-Instance).ForEach{ Context "Testing Unused indexes on $psitem" { try { @($results = Find-DbaUnusedIndex -SqlInstance $psitem -EnableException).ForEach{ It "$psitem on $($psitem.SQLInstance) should return 0 Unused indexes" { @($results).Count | Should -Be 0 -Because "You should have indexes that are used" } } } catch { It -Skip "$psitem on $($psitem.SQLInstance) should return 0 Unused indexes" { @($results).Count | Should -Be 0 -Because "You should have indexes that are used" } } } } } Describe "Disabled Index" -Tags DisabledIndex, $filename { @(Get-Instance).ForEach{ Context "Testing Disabled indexes on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name -and ($_.IsAccessible -eq $true)}.ForEach{ $results = Find-DbaDisabledIndex -SqlInstance $psitem.Parent -Database $psitem.Name It "$($psitem.Name) on $($psitem.Parent.Name) should return 0 Disabled indexes" { @($results).Count | Should -Be 0 -Because "Disabled indexes are wasting disk space" } } } } } Describe "Database Growth Event" -Tags DatabaseGrowthEvent, $filename { $exclude = Get-DbcConfigValue policy.database.filegrowthexcludedb @(Get-Instance).ForEach{ Context "Testing database growth event on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$PSItem.Name -notin $exclude -and ($ExcludedDatabases -notcontains $PsItem.Name)}.ForEach{ $results = Find-DbaDbGrowthEvent -SqlInstance $psitem.Parent -Database $psitem.Name It "$($psitem.Name) should return 0 database growth events on $($psitem.Parent.Name)" { @($results).Count | Should -Be 0 -Because "You want to control how your database files are grown" } } } } } Describe "Page Verify" -Tags PageVerify, $filename { $pageverify = Get-DbcConfigValue policy.pageverify @(Get-Instance).ForEach{ Context "Testing page verify on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}.ForEach{ It "$($psitem.Name) on $($psitem.Parent.Name) should have page verify set to $pageverify" { $psitem.PageVerify | Should -Be $pageverify -Because "Page verify helps SQL Server to detect corruption" } } } } } Describe "Auto Close" -Tags AutoClose, $filename { $autoclose = Get-DbcConfigValue policy.database.autoclose @(Get-Instance).ForEach{ Context "Testing Auto Close on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}.ForEach{ It "$($psitem.Name) on $($psitem.Parent.Name) should have Auto Close set to $autoclose" { $psitem.AutoClose | Should -Be $autoclose -Because "Because!" } } } } } Describe "Auto Shrink" -Tags AutoShrink, $filename { $autoshrink = Get-DbcConfigValue policy.database.autoshrink @(Get-Instance).ForEach{ Context "Testing Auto Shrink on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}.ForEach{ It "$($psitem.Name) on $($psitem.Parent.Name) should have Auto Shrink set to $autoshrink" { $psitem.AutoShrink | Should -Be $autoshrink -Because "Shrinking databases causes fragmentation and performance issues" } } } } } Describe "Last Full Backup Times" -Tags LastFullBackup, LastBackup, Backup, DISA, $filename { $maxfull = Get-DbcConfigValue policy.backup.fullmaxdays $graceperiod = Get-DbcConfigValue policy.backup.newdbgraceperiod @(Get-Instance).ForEach{ Context "Testing last full backups on $psitem" { @((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{ ($psitem.Name -ne 'tempdb') -and $Psitem.CreateDate -lt (Get-Date).AddHours( - $graceperiod) -and ($ExcludedDatabases -notcontains $PsItem.Name)}).ForEach{ $offline = ($psitem.Status -match "Offline") It -Skip:$offline "$($psitem.Name) full backups on $($psitem.Parent.Name) Should Be less than $maxfull days" { $psitem.LastBackupDate | Should -BeGreaterThan (Get-Date).AddDays( - ($maxfull)) -Because "Taking regular backups is extraordinarily important" } } } } } Describe "Last Diff Backup Times" -Tags LastDiffBackup, LastBackup, Backup, DISA, $filename { if (-not (Get-DbcConfigValue skip.diffbackuptest)) { $maxdiff = Get-DbcConfigValue policy.backup.diffmaxhours $graceperiod = Get-DbcConfigValue policy.backup.newdbgraceperiod @(Get-Instance).ForEach{ Context "Testing last diff backups on $psitem" { @((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{ (-not $psitem.IsSystemObject) -and $Psitem.CreateDate -lt (Get-Date).AddHours( - $graceperiod) -and ($ExcludedDatabases -notcontains $PsItem.Name)}).ForEach{ $offline = ($psitem.Status -match "Offline") It -Skip:$offline "$($psitem.Name) diff backups on $($psitem.Parent.Name) Should Be less than $maxdiff hours" { $psitem.LastDifferentialBackupDate | Should -BeGreaterThan (Get-Date).AddHours( - ($maxdiff)) -Because 'Taking regular backups is extraordinarily important' } } } } } } Describe "Last Log Backup Times" -Tags LastLogBackup, LastBackup, Backup, DISA, $filename { $maxlog = Get-DbcConfigValue policy.backup.logmaxminutes $graceperiod = Get-DbcConfigValue policy.backup.newdbgraceperiod @(Get-Instance).ForEach{ Context "Testing last log backups on $psitem" { @((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{ (-not $psitem.IsSystemObject) -and $Psitem.CreateDate -lt (Get-Date).AddHours( - $graceperiod) -and ($ExcludedDatabases -notcontains $PsItem.Name)}).ForEach{ if ($psitem.RecoveryModel -ne "Simple") { $offline = ($psitem.Status -match "Offline") It -Skip:$offline "$($psitem.Name) log backups on $($psitem.Parent.Name) Should Be less than $maxlog minutes" { $psitem.LastLogBackupDate | Should -BeGreaterThan (Get-Date).AddMinutes( - ($maxlog) + 1) -Because "Taking regular backups is extraordinarily important" } } } } } } Describe "Virtual Log Files" -Tags VirtualLogFile, $filename { $vlfmax = Get-DbcConfigValue policy.database.maxvlf @(Get-Instance).ForEach{ Context "Testing Database VLFs on $psitem" { @(Test-DbaDbVirtualLogFile -SqlInstance $_ -ExcludeDatabase $ExcludedDatabases).ForEach{ It "$($psitem.Database) VLF count on $($psitem.SqlInstance) Should Be less than $vlfmax" { $psitem.Total | Should -BeLessThan $vlfmax -Because "Too many VLFs can impact performance and slow down backup/restore" } } } } } Describe "Log File Count Checks" -Tags LogfileCount, $filename { $LogFileCountTest = Get-DbcConfigValue skip.database.logfilecounttest $LogFileCount = Get-DbcConfigValue policy.database.logfilecount If (-not $LogFileCountTest) { @(Get-Instance).ForEach{ Context "Testing Log File count and size for $psitem" { @((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $_.Name}).ForEach{ $Files = Get-DbaDatabaseFile -SqlInstance $psitem.Parent.Name -Database $psitem.Name $LogFiles = $Files | Where-Object {$_.TypeDescription -eq "LOG"} It "$($psitem.Name) on $($psitem.Parent.Name) Should have less than $LogFileCount Log files" { $LogFiles.Count | Should -BeLessThan $LogFileCount -Because "You want the correct number of log files" } } } } } } Describe "Log File Size Checks" -Tags LogfileSize, $filename { $LogFileSizePercentage = Get-DbcConfigValue policy.database.logfilesizepercentage $LogFileSizeComparison = Get-DbcConfigValue policy.database.logfilesizecomparison @(Get-Instance).ForEach{ Context "Testing Log File count and size for $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}.ForEach{ $Files = Get-DbaDatabaseFile -SqlInstance $psitem.Parent.Name -Database $psitem.Name $LogFiles = $Files | Where-Object {$_.TypeDescription -eq "LOG"} $Splat = @{$LogFileSizeComparison = $true; property = "size" } $LogFileSize = ($LogFiles | Measure-Object -Property Size -Maximum).Maximum $DataFileSize = ($Files | Where-Object {$_.TypeDescription -eq "ROWS"} | Measure-Object @Splat).$LogFileSizeComparison It "$($psitem.Name) on $($psitem.Parent.Name) Should have no log files larger than $LogFileSizePercentage% of the $LogFileSizeComparison of DataFiles" { $LogFileSize | Should -BeLessThan ($DataFileSize * $LogFileSizePercentage) -Because "If your log file is this large you are not maintaining it well enough" } } } } } Describe "Future File Growth" -Tags FutureFileGrowth, $filename { $threshold = Get-DbcConfigValue policy.database.filegrowthfreespacethreshold $exclude = Get-DbcConfigValue policy.database.filegrowthexcludedb @(Get-Instance).ForEach{ Context "Testing for files likely to grow soon on $psitem" { @((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$_.Name -notin $exclude -and ($ExcludedDatabases -notcontains $PsItem.Name)}).ForEach{ $Files = Get-DbaDatabaseFile -SqlInstance $psitem.Parent.Name -Database $psitem.Name $Files | Add-Member ScriptProperty -Name PercentFree -Value {100 - [Math]::Round(([int64]$PSItem.UsedSpace.Byte / [int64]$PSItem.Size.Byte) * 100, 3)} $Files | ForEach-Object { if (-Not (($PSItem.Growth -eq 0) -and (Get-DbcConfigValue skip.database.filegrowthdisabled))) { It "$($PSItem.Database) file $($PSItem.LogicalName) on $($PSItem.SqlInstance) has free space under threshold" { $PSItem.PercentFree | Should -BeGreaterOrEqual $threshold -Because "free space within the file should be lower than threshold of $threshold %" } } } } } } } Describe "Correctly sized Filegroup members" -Tags FileGroupBalanced, $filename { $Tolerance = Get-DbcConfigValue policy.database.filebalancetolerance @(Get-Instance).ForEach{ Context "Testing for balanced FileGroups on $psitem" { @((Connect-DbaInstance -SqlInstance $_).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}).ForEach{ $Files = Get-DbaDatabaseFile -SqlInstance $psitem.Parent.Name -Database $psitem.Name $FileGroups = $Files | Where-Object {$_.TypeDescription -eq "ROWS"} | Group-Object -Property FileGroupName @($FileGroups).ForEach{ $Unbalanced = 0 $Average = ($psitem.Group.Size | Measure-Object -Average).Average $Unbalanced = $psitem | Where-Object {$psitem.group.Size -lt ((1 - ($Tolerance / 100)) * $Average) -or $psitem.group.Size -gt ((1 + ($Tolerance / 100)) * $Average)} It "$($psitem.Name) of $($psitem.Group[0].Database) on $($psitem.Group[0].SqlInstance) Should have FileGroup members with sizes within 5% of the average" { $Unbalanced.count | Should -Be 0 -Because "If your file groups are not balanced SQL Server wont be optimal" } } } } } } Describe "Certificate Expiration" -Tags CertificateExpiration, $filename { $CertificateWarning = Get-DbcConfigValue policy.certificateexpiration.warningwindow $exclude = Get-DbcConfigValue policy.certificateexpiration.excludedb @(Get-Instance).ForEach{ Context "Checking that encryption certificates have not expired on $psitem" { @(Get-DbaDatabaseEncryption -SqlInstance $psitem -IncludeSystemDBs | Where-Object {$_.Encryption -eq "Certificate" -and !($exclude.contains($_.Database))}).ForEach{ It "$($psitem.Name) in $($psitem.Database) has not expired" { $psitem.ExpirationDate | Should -BeGreaterThan (Get-Date) -Because "this certificate should not be expired" } It "$($psitem.Name) in $($psitem.Database) does not expire for more than $CertificateWarning months" { $psitem.ExpirationDate | Should -BeGreaterThan (Get-Date).AddMonths($CertificateWarning) -Because "expires inside the warning window of $CertificateWarning" } } } } } Describe "Auto Create Statistics" -Tags AutoCreateStatistics, $filename { $autocreatestatistics = Get-DbcConfigValue policy.database.autocreatestatistics @(Get-Instance).ForEach{ Context "Testing Auto Create Statistics on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}.ForEach{ It "$($psitem.Name) on $($psitem.Parent.Name) should have Auto Create Statistics set to $autocreatestatistics" { $psitem.AutoCreateStatisticsEnabled | Should -Be $autocreatestatistics -Because "This is value expeceted for autocreate statistics" } } } } } Describe "Auto Update Statistics" -Tags AutoUpdateStatistics, $filename { $autoupdatestatistics = Get-DbcConfigValue policy.database.autoupdatestatistics @(Get-Instance).ForEach{ Context "Testing Auto Update Statistics on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}.ForEach{ It "$($psitem.Name) on $($psitem.Parent.Name) should have Auto Update Statistics set to $autoupdatestatistics" { $psitem.AutoUpdateStatisticsEnabled | Should -Be $autoupdatestatistics -Because "This is value expeceted for autoupdate statistics" } } } } } Describe "Auto Update Statistics Asynchronously" -Tags AutoUpdateStatisticsAsynchronously, $filename { $autoupdatestatisticsasynchronously = Get-DbcConfigValue policy.database.autoupdatestatisticsasynchronously @(Get-Instance).ForEach{ Context "Testing Auto Update Statistics Asynchronously on $psitem" { @(Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$ExcludedDatabases -notcontains $PsItem.Name}.ForEach{ It "$($psitem.Name) on $($psitem.Parent.Name) should have Auto Update Statistics Asynchronously set to $autoupdatestatisticsasynchronously" { $psitem.AutoUpdateStatisticsAsync | Should -Be $autoupdatestatisticsasynchronously -Because "This is value expeceted for autoupdate statistics asynchronously" } } } } } Describe "Datafile Auto Growth Configuration" -Tags DatafileAutoGrowthType, $filename { $datafilegrowthtype = Get-DbcConfigValue policy.database.filegrowthtype $datafilegrowthvalue = Get-DbcConfigValue policy.database.filegrowthvalue $exclude = Get-DbcConfigValue policy.database.filegrowthexcludedb $exclude += $ExcludedDatabases @(Get-Instance).ForEach{ Context "Testing datafile growth type on $psitem" { @(Get-DbaDatabaseFile -SqlInstance $psitem -ExcludeDatabase $exclude ).ForEach{ if (-Not (($psitem.Growth -eq 0) -and (Get-DbcConfigValue skip.database.filegrowthdisabled))) { It "$($psitem.LogicalName) on filegroup $($psitem.FileGroupName) should have GrowthType set to $datafilegrowthtype on $($psitem.SqlInstance)" { $psitem.GrowthType | Should -Be $datafilegrowthtype -Because "We expect a certain file growth type" } if ($datafilegrowthtype -eq "kb") { It "$($psitem.LogicalName) on filegroup $($psitem.FileGroupName) should have Growth set equal or higher than $datafilegrowthvalue on $($psitem.SqlInstance)" { $psitem.Growth * 8 | Should -BeGreaterOrEqual $datafilegrowthvalue -because "We expect a certain file growth value" } } else { It "$($psitem.LogicalName) on filegroup $($psitem.FileGroupName) should have Growth set equal or higher than $datafilegrowthvalue on $($psitem.SqlInstance)" { $psitem.Growth | Should -BeGreaterOrEqual $datafilegrowthvalue -because "We expect a certain fFile growth value" } } } } } } } Describe "Trustworthy Option" -Tags Trustworthy, DISA, $filename { @(Get-Instance).ForEach{ Context "Testing database trustworthy option on $psitem" { @((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$_.Name -ne 'msdb' -and ($ExcludedDatabases -notcontains $PsItem.Name)}).ForEach{ It "Trustworthy is set to false on $($psitem.Name)" { $psitem.Trustworthy | Should -BeFalse -Because "Trustworthy has security implications and may expose your SQL Server to additional risk" } } } } } Describe "Database Orphaned User" -Tags OrphanedUser, $filename { @(Get-Instance).ForEach{ Context "Testing database orphaned user event on $psitem" { $results = Get-DbaOrphanUser -SqlInstance $psitem It "$psitem should return 0 orphaned users" { @($results).Count | Should -Be 0 -Because "We dont want orphaned users" } } } } Describe "PseudoSimple Recovery Model" -Tags PseudoSimple, $filename { @(Get-Instance).ForEach{ Context "Testing database is not in PseudoSimple recovery model on $psitem" { @((Connect-DbaInstance -SqlInstance $psitem).Databases.Where{$_.Name -ne 'tempdb' -and ($ExcludedDatabases -notcontains $PsItem.Name)}).ForEach{ $simpleRecovery = ($psitem.RecoveryModel -like "simple") It -Skip:$simpleRecovery "$($psitem.Name) has PseudoSimple recovery model equal false on $($psitem.Parent.Name)" { (Test-DbaFullRecoveryModel -SqlInstance $psitem.Parent -Database $psitem.Name).ActualRecoveryModel -eq "SIMPLE" | Should -BeFalse -Because "PseudoSimple means that a FULL backup has not been taken and the database is still effectively in SIMPLE mode" } } } } } Describe "Compatibility Level" -Tags CompatibilityLevel, $filename { @(Get-Instance).ForEach{ Context "Testing database compatibility level matches server compatibility level on $psitem" { @(Test-DbaDatabaseCompatibility -SqlInstance $psitem -ExcludeDatabase $ExcludedDatabases).ForEach{ It "$($psitem.Database) has a database compatibility level equal to the level of $($psitem.SqlInstance)" { $psItem.DatabaseCompatibility | Should -Be $psItem.ServerLevel -Because "it means you are on the appropriate compatibility level for your SQL Server version to use all available features" } } } } } # SIG # Begin signature block # MIINEAYJKoZIhvcNAQcCoIINATCCDP0CAQExCzAJBgUrDgMCGgUAMGkGCisGAQQB # 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