Taking dbatools Test-DbaLastBackup a little further

In a previous post I showed how easy it is to test your backups using Test-DbaLastBackup

Today I thought I would take it a little further and show you how PowerShell can be used to transmit or store this information in the manner you require

Test-DBALastBackup returns an object of information

SourceServer  : SQL2016N2
TestServer    : SQL2016N2
Database      : FadetoBlack
FileExists    : True
RestoreResult : Success
DbccResult    : Success
SizeMB        : 1243.26
BackupTaken   : 3/18/2017 12:36:07 PM
BackupFiles   : Z:\SQL2016N2\FadetoBlack\FULL_COPY_ONLY\SQL2016N2_FadetoBlack_FULL_COPY_ONLY_20170318_123607.bak

which shows the server, the database name, if the file exists, the restore result, the DBCC result, the size of the backup file, when the backup was taken and the path used

Text File

As it is an object we can make use of that in PowerShell. We can output the results to a file

Test-DbaLastBackup -SqlServer sql2016n2 -Destination SQL2016N1 -MaxMB 5 | Out-File C:\temp\Test-Restore.txt
notepad C:\temp\Test-Restore.txt

01 - out file.PNG


Or maybe you need a CSV

 Test-DbaLastBackup -SqlServer sql2016n2 -Destination SQL2016N1 -MaxMB 5 | Export-Csv  C:\temp\Test-Restore.csv -NoTypeInformation

02 - csv file.PNG


Maybe you want some json

 Test-DbaLastBackup -SqlServer sql2016n2 -Destination SQL2016N1| ConvertTo-Json | Out-file c:\temp\test-results.json

06 - json results.PNG


Or an HTML page

$Results = Test-DbaLastBackup -SqlServer sql2016n2 -Destination SQL2016N1
$Results | ConvertTo-Html | Out-File c:\temp\test-results.html

03 - html.PNG


or perhaps you want a nice colour coded Excel sheet to show your manager or the auditors

Import-Module dbatools

$TestServer = 'SQL2016N1'
$Server = 'SQL2016N2'
## Run the test and save to a variable
$Results = Test-DbaLastBackup -SqlServer $server -Destination $TestServer
# Set the filename
$TestDate = Get-Date
$Date = Get-Date -Format ddMMyyy_HHmmss
$filename = 'C:\Temp\TestResults_' + $Date + '.xlsx'
# Create a .com object for Excel
$xl = new-object -comobject excel.application
$xl.Visible = $true # Set this to False when you run in production
$wb = $xl.Workbooks.Add() # Add a workbook
$ws = $wb.Worksheets.Item(1) # Add a worksheet
$col = 1
$row = 3
## Create a legenc
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex = 34
$row ++
$cells.item($row,$col)="True or Success"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex = 10
$row ++
$cells.item($row,$col)="False or Failed"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 3
$row ++
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 16
$row ++
$cells.item($row,$col)="Backup Under 7 days old"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 4
$row ++
$cells.item($row,$col)="Backup Over 7 days old"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 3
## Create a header
$col ++
$row = 3
$cells.item($row,$col)="Source Server"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 34
$col ++
$cells.item($row,$col)="Test Server"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 34
$col ++
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 34
$col ++
$cells.item($row,$col)="File Exists"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 34
$col ++
$cells.item($row,$col)="Restore Result"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 34
$col ++
$cells.item($row,$col)="DBCC Result"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 34
$col ++
$cells.item($row,$col)="Size Mb"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 34
$col ++
$cells.item($row,$col)="Backup Date"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 34
$col ++
$cells.item($row,$col)="Backup Files"
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Interior.ColorIndex= 34
$col = 2
$row = 4
foreach($result in $results)
$col = 2
$Cells.item($row,$col).Columnwidth = 10
$col ++
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Columnwidth = 10
if($result.FileExists -eq 'True')
    $Cells.item($row,$col).Interior.ColorIndex= 10
elseif($result.FileExists -eq 'False')
    $Cells.item($row,$col).Interior.ColorIndex= 3
    $Cells.item($row,$col).Interior.ColorIndex= 16
$Cells.item($row,$col).Columnwidth = 10
if($result.RestoreResult -eq 'Success')
    $Cells.item($row,$col).Interior.ColorIndex= 10
elseif($result.RestoreResult -eq 'Failed')
    $Cells.item($row,$col).Interior.ColorIndex= 3
    $Cells.item($row,$col).Interior.ColorIndex= 16
$Cells.item($row,$col).Columnwidth = 10
if($result.DBCCResult -eq 'Success')
    $Cells.item($row,$col).Interior.ColorIndex= 10
elseif($result.DBCCResult -eq 'Failed')
    $Cells.item($row,$col).Interior.ColorIndex= 3
    $Cells.item($row,$col).Interior.ColorIndex= 16
$Cells.item($row,$col).Columnwidth = 10
$Cells.item($row,$col).Columnwidth = 10
if($result.BackupTaken -gt (Get-Date).AddDays(-7))
    $Cells.item($row,$col).Interior.ColorIndex= 4
    $Cells.item($row,$col).Interior.ColorIndex= 3
$Cells.item($row,$col).Columnwidth = 10
## Add the title after the autofit
$col = 2
$row = 1
$cells.item($row,$col)="This report shows the results of the test backups performed on $TestServer for $Server on $TestDate"
$Cells.item($row,$col).Columnwidth = 10

It looks like this. Green is Good, Red is Bad, Grey is don’t care!


You might need to email the results, here I am using GMail as an example. With 2 factor authentication you need to use an app password in the credential

Import-Module dbatools
$TestServer = 'SQL2016N1'$Server = 'SQL2016N2'
## Run the test and save to a variable
$Results = Test-DbaLastBackup -SqlServer $server -Destination $TestServer -MaxMB 5
$to = ''
$smtp = 'smtp.gmail.com'
$port = 587
$cred = Get-Credential
$from = 'Beard@TheBeard.Local'
$subject = 'The Beard Reports on Backup Testing'
$Body = $Results | Format-Table | Out-String
Send-MailMessage -To $to -From $from -Body $Body -Subject $subject -SmtpServer $smtp -Priority High -UseSsl -Port $port -Credential $cred
07 -email
You can of course attach any of the above files as an attachment using the -attachment parameter in Send-MailMessage


Of course, as good data professionals we probably want to put the data into a database where we can ensure that it is kept safe and secure

dbatools has a couple of commands to help with that too. We can use Out-DbaDataTable to create a datatable object and Write-DbaDatatable to write it to a database

Create a table

USE [TestResults]
CREATE TABLE [dbo].[backuptest](
[SourceServer] [nvarchar](250) NULL,
[TestServer] [nvarchar](250) NULL,
[Database] [nvarchar](250) NULL,
[FileExists] [nvarchar](10) NULL,
[RestoreResult] [nvarchar](200) NULL,
[DBCCResult] [nvarchar](200) NULL,
[SizeMB] [int] NULL,
[Backuptaken] [datetime] NULL,
[BackupFiles] [nvarchar](300) NULL
then add the data
Import-Module dbatools
$TestServer = 'SQL2016N1'
$Server = 'SQL2016N2'
$servers = 'SQL2005Ser2003','SQL2012Ser08AG1','SQL2012Ser08AG2','SQL2012Ser08AG3','SQL2014Ser12R2','SQL2016N1','SQL2016N2','SQL2016N3'
## Run the test for each server and save to a variable (This uses PowerShell v4 or above code)
$Results = $servers.ForEach{Test-DbaLastBackup -SqlServer $_ -Destination $TestServer -MaxMB 5}
## Convert to a daatatable.
$DataTable = Out-DbaDataTable -InputObject $Results
## Write to the database
Write-DbaDataTable -SqlServer $Server -Database TestResults -Schema dbo -Table backuptest -KeepNulls -InputObject $DataTable

and query it

08 - Database.PNG

Hopefully that has given you some ideas of how you can make use of this great command and also one of the benefits of PowerShell and the ability to use objects for different purposes

Happy Automating

NOTE – The major 1.0 release of dbatools due in the summer 2017 may have breaking changes which will stop the above code from working. There are also new commands coming which may replace this command. This blog post was written using dbatools version 0.8.942 You can check your version using

 Get-Module dbatools

and update it using an Administrator PowerShell session with

 Update-Module dbatools

You may find that you get no output from Update-Module as you have the latest version. If you have not installed the module from the PowerShell Gallery using

Install-Module dbatools

Then you can use







Converting SQL Agent Job Duration to TimeSpan using PowerShell

When you look in msdb for the SQL Agent Job duration you will find that it is an int.


This is also the same when you look at Get-SQLAgentJobHistory from the sqlserver module. (You can get this by downloading the latest SSMS release from here)


This means that when you look at the various duration of the Agent Jobs you get something like this


The first job took 15 hours 41 minutes  53 seconds, the second 1 minute 25 seconds, the third 21 seconds. This makes it quite tricky to calculate the duration in a suitable datatype. In T-SQL people use scripts like the following from MSSQLTips.com

((run_duration/10000*3600 + (run_duration/100)%100*60 + run_duration%100 + 31 ) / 60)  as 'RunDurationMinutes'

I needed more information than the number of minutes so I have this which will convert the Run Duration to a timespan

$FormattedDuration = @{Name = 'FormattedDuration' ; Expression = {[timespan]$_.RunDuration.ToString().PadLeft(6,'0').insert(4,':').insert(2,':')}}


So how did I get to there?

First I tried to just convert it. In PowerShell you can define a datatype in square brackets and PowerShell will try to convert it


It did its best but it converted it to ticks! So we need to convince PowerShell that this is a proper timespan. First we need to convert the run duration to a standard length, you can use the PadLeft method of a string to do this which will ensure that a string has a length and precede the current string with a value you choose until the string is that length.

Lets have a length of 6 and preceding zeros PadLeft(6,’0′)


But this works only if it is a string!! Remember red text is useful, it will often contain the information you need to resolve your error. Luckily there is a method to turn an int to a string. I am using the foreach method to demonstrate


Now every string is 6 characters long starting with zeros. So all that is left is to format this with colons to separate the hours and minutes and the minutes and seconds. We can do this with the insert method. You can find out the methods using Get-Member or its alias gm


So the insert method takes an int for the startindex and a string value to enter


There we go now we have some proper formatted timespans however they are still strings. We can then convert them using [timespan] Now we can format the results within the select by using an expression as shown below


and as you can see it is a timespan now

timespan property.PNG

On a slight side note. I needed the durations for Agent Jobs with a certain name within the last 6 days.


I did this by passing an array of servers (which I got from my dbareports database) to Get-SQLAgentJobHistory. I then used the Where method to filter for JobName and the Job Outcome step of the history. I compared the RunDate property  to Get-Date (today) adding -6 days using the AddDays method 🙂

Hopefully this will be of use to people and also I have it recorded for the next time I need to do it 🙂



Some Pester Tests for SQL Defaults

When I was at PowerShell Conference EU in Hannover last month (The videos are available now – click here and the slides and code here) I found out about Irwin Strachans Active Directory Operations Test which got me thinking.

I decided to do the same for my usual SQL Set-up. Treating all of your servers to the same defaults makes it even easier to manage at scale remotely.

I am comfortable with using SMO to gather and change properties on SQL Instances so I started by doing this

        It 'Should have a default Backup Directory of F:\SQLBACKUP\BACKUPS' {
$Scriptblock = {
$srv = New-Object Microsoft.SqlServer.Management.Smo.Server .
return $srv.BackupDirectory}
$State = Invoke-Command -ComputerName ROB-SURFACEBOOK -ScriptBlock $Scriptblock
$State |Should Be 'F:\SQLBACKUP\BACKUPS'

This is the how to find the properties that you want

  ## Load the Assemblies
## Create a Server SMO object
$srv = New-Object Microsoft.SqlServer.Management.Smo.Server SERVERNAME

## Explore it

## If you find an array pick the first one and expand and then explore that
$srv.Databases[0] | select *
$srv.Databases[0] | gm

I quickly found as I added more tests that it was taking a long time to perform the tests (about 5 seconds each test) and that it took an age to fail each of the tests if the server name was incorrect or the server unavailable.

I fixed the first one by testing with a ping before running the tests

   ## Check for connectivity
if((Test-Connection $Server -count 1 -Quiet) -eq $false){
Write-Error 'Could not connect to $Server'

The continue is there because I wanted to loop through an array of servers

I improved the performance using a remote session and a custom object

      Describe "$Server" {
BeforeAll {
$Scriptblock = {
[pscustomobject]$Return = @{}
$srv = ''
$SQLAdmins = $Using:SQLAdmins
$srv = New-Object Microsoft.SQLServer.Management.SMO.Server $Server
$Return.DBAAdminDb = $Srv.Databases.Name.Contains('DBA-Admin')
$Logins = $srv.Logins.Where{$_.IsSystemObject -eq $false}.Name
$Return.SQLAdmins = @(Compare-Object $Logins $SQLAdmins -SyncWindow 0).Length - $Logins.count -eq $SQLAdmins.Count
$SysAdmins = $Srv.Roles['sysadmin'].EnumMemberNames()
$Return.SQLAdmin = @(Compare-Object $SysAdmins $SQLAdmins -SyncWindow 0).Length - $SysAdmins.count -eq $SQLAdmins.Count
$Return.BackupDirectory = $srv.BackupDirectory
$Return.DataDirectory = $srv.DefaultFile

The BeforeAll script block is run, as it sounds like it should, once before all of the tests, BeforeEach would run once before each of the tests. I define an empty custom object and then create an SMO object and add the properties I am interested in testing to it. I then return the custom object at the end

   $Return.Alerts82345Exist = ($srv.JobServer.Alerts |Where {$_.Messageid -eq 823 -or $_.Messageid -eq 824 -or $_.Messageid -eq 825}).Count
$Return.Alerts82345Enabled = ($srv.JobServer.Alerts |Where {$_.Messageid -eq 823 -or $_.Messageid -eq 824 -or $_.Messageid -eq 825 -and $_.IsEnabled -eq $true}).Count
$Return.SysDatabasesFullBackupToday = $srv.Databases.Where{$_.IsSystemObject -eq $true -and $_.Name -ne 'tempdb' -and $_.LastBackupDate -lt (Get-Date).AddDays(-1)}.Count
Return $Return
try {
$Return = Invoke-Command -ScriptBlock $Scriptblock -ComputerName $Server -ErrorAction Stop
catch {
Write-Error "Unable to Connect to $Server"

I was then able to test against the property of the custom object

   It 'Should have Alerts for Severity 20 and above' {
$Return.Alerts20SeverityPlusExist | Should Be 6
It 'Severity 20 and above Alerts should be enabled' {
$Return.Alerts20SeverityPlusEnabled | Should Be 6
It 'Should have alerts for 823,824 and 825' {
$Return.Alerts82345Exist |Should Be 3
It 'Alerts for 823,824 and 825 should be enebled' {
$Return.Alerts82345Enabled |Should Be 3

Occasionally, for reasons I haven’t explored I had to test against the value property of the returned object

          It "The Full User Database Backup should be scheduled Weekly $OlaUserFullSchedule" {
$Return.OlaUserFullSchedule.value | Should Be $OlaUserFullSchedule

I wanted to be able to run the tests against environments or groups of servers with different default values so I parameterised the Test Results as well and then the logical step was to turn it into a function and then I could do some parameter splatting. This also gives me the opportunity to show all of the things that I am currently giving parameters to the test for

   $Parms = @{
Servers = 'SQLServer1','SQLServer2','SQLServer3';
SQLAdmins = 'THEBEARD\Rob','THEBEARD\SQLDBAsAlsoWithBeards';
BackupDirectory = 'C:\MSSQL\Backup';
DataDirectory = 'C:\MSSQL\Data\';
LogDirectory = 'C:\MSSQL\Logs\';
MaxMemMb = '4096';
Collation = 'Latin1_General_CI_AS';
TempFiles = 4 ;
OlaSysFullFrequency = 'Daily';
OlaSysFullStartTime = '21:00:00';
OlaUserFullSchedule = 'Weekly';
OlaUserFullFrequency = 1 ;## 1 for Sunday
OlaUserFullStartTime = '22:00:00';
OlaUserDiffSchedule = 'Weekly';
OlaUserDiffFrequency = 126; ## 126 for every day except Sunday
OlaUserDiffStartTime = '22:00:00';
OlaUserLogSubDayInterval = 15;
OlaUserLoginterval = 'Minute';
HasSPBlitz = $true;
HasSPBlitzCache = $True;
HasSPBlitzIndex = $True;
HasSPAskBrent = $true;
HASSPBlitzTrace =  $true;
HasSPWhoisActive = $true;
LogWhoIsActiveToTable = $true;
LogSPBlitzToTable = $true;
LogSPBlitzToTableEnabled = $true;
LogSPBlitzToTableScheduled = $true;
LogSPBlitzToTableSchedule = 'Weekly';
LogSPBlitzToTableFrequency = 2 ; # 2 means Monday
LogSPBlitzToTableStartTime  = '03:00:00'}

Test-SQLDefault @Parms

I have some other tests which always return what I want, particularly the firewall rules which you will have to modify to suit your own environment

To be able to run this you will need to have the Pester Module. If you are using Windows 10 then it is installed by default, if not

  Find-Module –Name 'Pester' | Install-Module

You can find more about Pester here and here and also these videos from the conference
You can find the tests on GitHub here and I will continue to add to the defaults that I check.
This is not a replacement for other SQL configuration tools such as PBM but it is a nice simple way of giving a report on the current status of a SQL installation either at a particular point in time when something is wrong or after an installation prior to passing the server over to another team or into service


Backing up to URL container name – case is important

If you use SQL Backup to URL to backup your databases to Azure blob storage remember that for the container name case is important


BACKUP LOG [DatabaseName]
TO URL = N'https://storageaccountname.blob.core.windows.net/containername/databasename_log_dmmyyhhss.trn'

will work but

BACKUP LOG [DatabaseName]
TO URL = N'https://storageaccountname.blob.core.windows.net/CONTAINERNAME/databasename_log_dmmyyhhss.trn'</span>

will give an (400) Bad Request Error which may not be easy to diagnose

Msg 3271, Level 16, State 1, Line 1
A nonrecoverable I/O error occurred on file "https://storageacccountname.blob.core.windows.net/CONTAINERNAME/databasename_log_dmmyyhhss.trn':" Backup to URL received an exception from the remote endpoint. 
Exception Message: The remote server returned an error: (400) Bad Request..
Msg 3013, Level 16, State 1, Line 1
BACKUP LOG is terminating abnormally.

If you are using Ola Hallengrens jobs to perform your backup then your job step will look like this

sqlcmd -E -S $(ESCAPE_SQUOTE(SRVR)) -d DBA-Admin -Q "EXECUTE [dbo].[DatabaseBackup] @Databases = 'USER_DATABASES',  @URL = 'https://storageaccountname.blob.core.windows.net/containername', @Credential = 'credential', @BackupType = 'LOG', @ChangeBackupType = 'Y', @Verify = 'Y', @CheckSum = 'Y', @LogToTable = 'Y'" -b 

Note the @ChangeBackupType = ‘Y’ parameter which is not created by default but I think is very useful. If you have just created a database and take log backups every 15 minutes but differential (or full) every night the log backup will fail until a full backup has been taken. This parameter will check if a log backup is possible and if not take a full backup meaning that you still can keep to your RTO/RPO requirements even for newly created databases

Populating My DBA Database for Power Bi with PowerShell – Databases

Following my post about using Power Bi with my DBA Database I have been asked if I would share the PowerShell scripts which I use to populate my database.

In this post I will show how to create the following report



Although you will find so many items of data that I expect that you will want to create different reports for your own requirements. You will also want to put the report onto PowerBi.com and explore the natural language querying as I show at the end of this post

You will find the latest version of my DBADatabase creation scripts and PowerShell scripts here.

The SQLInfo table is created using this code

CREATE TABLE [Info].[Databases](
	[DatabaseID] [int] IDENTITY(1,1) NOT NULL,
	[InstanceID] [int] NOT NULL,
	[Name] [nvarchar](256) NULL,
	[DateAdded] [datetime2](7) NULL,
	[DateChecked] [datetime2](7) NULL,
	[AutoClose] [bit] NULL,
	[AutoCreateStatisticsEnabled] [bit] NULL,
	[AutoShrink] [bit] NULL,
	[AutoUpdateStatisticsEnabled] [bit] NULL,
	[AvailabilityDatabaseSynchronizationState] [nvarchar](16) NULL,
	[AvailabilityGroupName] [nvarchar](128) NULL,
	[CaseSensitive] [bit] NULL,
	[Collation] [nvarchar](30) NULL,
	[CompatibilityLevel] [nvarchar](15) NULL,
	[CreateDate] [datetime2](7) NULL,
	[DataSpaceUsageKB] [float] NULL,
	[EncryptionEnabled] [bit] NULL,
	[IndexSpaceUsageKB] [float] NULL,
	[IsAccessible] [bit] NULL,
	[IsFullTextEnabled] [bit] NULL,
	[IsMirroringEnabled] [bit] NULL,
	[IsParameterizationForced] [bit] NULL,
	[IsReadCommittedSnapshotOn] [bit] NULL,
	[IsSystemObject] [bit] NULL,
	[IsUpdateable] [bit] NULL,
	[LastBackupDate] [datetime2](7) NULL,
	[LastDifferentialBackupDate] [datetime2](7) NULL,
	[LastLogBackupDate] [datetime2](7) NULL,
	[Owner] [nvarchar](30) NULL,
	[PageVerify] [nvarchar](17) NULL,
	[ReadOnly] [bit] NULL,
	[RecoveryModel] [nvarchar](10) NULL,
	[ReplicationOptions] [nvarchar](40) NULL,
	[SizeMB] [float] NULL,
	[SnapshotIsolationState] [nvarchar](10) NULL,
	[SpaceAvailableKB] [float] NULL,
	[Status] [nvarchar](35) NULL,
	[TargetRecoveryTime] [int] NULL,
	[DatabaseID] ASC


The Powershell script uses Jason Wasser @wasserja Write-Log function to write to a text file but I also enable some logging into a new event log by following the steps here http://blogs.technet.com/b/heyscriptingguy/archive/2013/02/01/use-powershell-to-create-and-to-use-a-new-event-log.aspx to create a log named SQLAutoScript with a source SQLAUTOSCRIPT

To run the script I simply need to add the values for

$CentralDBAServer = '' ## Add the address of the instance that holds the DBADatabase
$CentralDatabaseName = 'DBADatabase' 
$LogFile = "\DBADatabaseServerUpdate_" + $Date + ".log" ## Set Path to Log File

And the script will do the rest. Call the script from a PowerShell Job Step and schedule it to run at the frequency you wish, I gather the information every week. You can get the script from here or you can read on to see how it works and how to create the report and publish it to powerbi.com and query it with natural langauge

I create a function called Catch-Block to save keystrokes and put my commands inside a try catch to make the scripts as robust as possible. I won’t include the try catch in the examples below. I gather all of the server names from the InstanceList table and set the results to an array variable called $ServerNames holding the server name, instance name and port

 $Query = @"
 SELECT [ServerName]
  FROM [DBADatabase].[dbo].[InstanceList]
  Where Inactive = 0 
    AND NotContactable = 0
$AlltheServers= Invoke-Sqlcmd -ServerInstance $CentralDBAServer -Database $CentralDatabaseName -Query $query
$ServerNames = $AlltheServers| Select ServerName,InstanceName,Port

I then loop through the array and create a $Connection variable for my SMO connection string and connect to the server

foreach ($ServerName in $ServerNames)
## $ServerName
 $InstanceName =  $ServerName|Select InstanceName -ExpandProperty InstanceName
 $Port = $ServerName| Select Port -ExpandProperty Port
$ServerName = $ServerName|Select ServerName -ExpandProperty ServerName 
 $Connection = $ServerName + '\' + $InstanceName + ',' + $Port

 $srv = New-Object ('Microsoft.SqlServer.Management.Smo.Server') $Connection

Even though I place the creation of the SMO server object in a try block you still need to an additional check to ensure that you can connect and populate the object as the code above creates an empty SMO Server object with the name property set to the $Connection variable if you can’t connect to that server and doesn’t error as you may expect
The way I have always validated an SMO Server object is to check the version property. There is no justifiable reason for choosing that property, you could choose any one but that’s the one I have always used. I use an if statement to do this ( This post about Snippets will show you the best way to learn PowerShell code) The reference I use for exiting a loop in the way that you want is this one In this case we use a continue to carry on iterating the loop

 if (!( $srv.version)){
 Catch-Block " Failed to Connect to $Connection"

I then loop through the user databases

foreach($db in $srv.databases|Where-Object {$_.IsSystemObject -eq $false })
$Name = $db.Name
$Parent = $db.Parent.Name

To gather information on all databases just remove everything after the pipe symbol or if you wish to exclude certain databases from the collection gathering, maybe the database you keep your Change log table and DBA Team info in you can do that as well here

foreach($db in $srv.databases|Where-Object {$_.Name -ne 'EXCLUDENAME' })
$Name = $db.Name
$Parent = $db.Parent.Name

If you wish to view all of the different properties that you can gather information on in this way you can use this code to take a look. (This is something you should get used to doing when writing new Powershell scripts)

$Connection = 'SERVERNAMEHERE'
$srv = New-Object ('Microsoft.SqlServer.Management.Smo.Server') $Connection
 $srv.databases | Get-Member

An alternative method of doing this is to set a variable to a $db and then to select all of the properties so that you can see the values and identify the ones you want. Again this a good thing to do when exploring new objects

$db = $srv.databases['DBNAMEHERE'] 
$db| Select *

You can see from the screen shot below that there are 170 properties available to you on a SQL2014 instance. You can gather any or all of that information as long as you ensure that you have the columns with the correct data types in your table and that your script has the logic to deal with properties that do not exist although I have had less issue with this for the database object than the server object


You can look for the property that you want by using the Get-Member cmdlet as shown above or use MSDN to find it starting from here or by GoogleBingDuckDuckGo ing “Powershell SMO” and the property you wish to find.

The rest of the script follows exactly the same pattern as the previous post by checking the SQL Info table for an entry for that instance and updating the table if it exists and inserting if it does not.

This is how I created the reports shown above.

Connect to the DBA Database and run these queries to gather the data for the report.

FROM [DBADatabase].[Info].[Databases] as D
JOIN [DBADatabase].[dbo].[InstanceList] as IL
ON IL.InstanceID =D.InstanceID

To get all the database and instance information and

SELECT C.ClientName
  FROM [DBADatabase].[dbo].[ClientDatabaseLookup] as CDL
  JOIN [DBADatabase].[dbo].[Clients] as C
  ON CDL.clientid = c.clientid

To get the client information. The client information needs to be manually added to the table as this (in general) needs a human bean to understand. When the script runs every night it will pick up new databases and I add a default value of “Not Entered” to the table which makes it easier to identify the databases that need this additional work. (This also means that as a Team Leader I can monitor that my team are doing this) It can also be added to any scripts which create new databases for deployment.

Then we need to create some measures and calculated columns for our report. I did this as I realised that I needed it when making the report rather than all up front.

I created two calculated columns for size for the databases one for Gb and one for Tb by clicking on the data icon on the left and then new measure

SizeGb = Query1[SizeMB]/1024
SizeTb = Query1[SizeGb]/1024

Some measures for count of Databases, Instances and Servers

Databases = COUNT(Query1[DatabaseID])
Instances = DISTINCTCOUNT(Query1[InstanceID])
Servers = DISTINCTCOUNT(Query1[ServerName])

I also wanted to be able to differentiate between ‘External’ and ‘Internal’ customers. So I created a calculated column for this value using a switch statement.

External = SWITCH(Clients[ClientName],"Not Entered", 0 , "Dev Team",0,"Mi Team",0,"DBA Team",0,"Finance Department",0,"HR",0,"Operations",0,"Payroll",0,"Test Team",0,"Systems Team",0,"Unknown",0,1)

I create a donut chart to show the size of the database in Gb by client (and no, my real clients are not rock bands 🙂 ) as shown below. I formatted the title, legend and background by clicking on the paintbrush in the visualisation pane. I would encourage you to investigate the options here.

The other donut chart is number of clients per location (and those are SQL User group locations in the UK and my hometown Bolton)


The rest of the visualisations on that report are cards and tables which I am sure that you can work out.

I created a map to show the location of the databases


And after reading this post http://sqldusty.com/2015/08/03/power-bi-tip-use-the-treemap-chart-as-a-colorful-slicer/ by Dustin Ryan I created a colourful slicer for environment and the client and then added some other information. The important thing here is to pick the information that the person looking at the report needs to see. So if it is recovery model, compatibility level, collation, page verify setting, mirroring, replication, size and number of databases then this report is correct but I doubt that’s what you want 🙂

You can slice this report by location, client or environment. For example, I can easily see which clients have data in Exeter and the size and number of databases


Or if Metallica ring me up I can quickly see that they have 4 databases, just under 69Gb of data in Exeter and it isn’t mirrored. You will notice that it is not easy to see the recovery model or the compatibility level. If you hover over the results you get a highlight figure which shows the data is filtered but it is not shown visually very well as there are over a thousand databases using full recovery model.


If we are asked about the Integration environment we can see that it is hosted in Bolton, Manchester, Southampton and Exeter and comprises of 394 databases and 739 Gb of data. It is also easier to see the compatibility level and recovery model as the ratios are larger


Once we have created the report in the way that we want we can then publish it to powerbi.com and share it with others if we wish. Publishing is as easy as pressing the publish button and entering your powerbi credentials but if you want your data to automatically refresh (and this is the point of the exercise to remove manual work) then you will need to install and configure the PowerBi gateway and schedule a refresh I will post about this later.

Once the report is published you can access it in the browser and create a dashboard by clicking the pin in the top right of a visualisation and a pop up will ask you which dashboard you wish to pin it to (Another recent update to Power Bi)


Once you have a dashboard you can then perform some natural language question and answer on it. This can be quite interesting and not always quite what you (or your report readers) might expect but it is getting better all the time


You have to remember to use the names of the columns correctly


But once you have the query correct you can alter it by adding “as a VISUALISATION” and choose the visualisation



And once you have the visualisation you can pin it to the dashboard

I think you can see how useful it can be


This doesn’t work quite as you expect


But this does


How about this (and yes it felt wrong to type!)


And the auditors would love to be able to do this. (This is an old copy of the database in case The Eagles people are reading this – your database is backed up every 15 minutes)


Or this for a DBA ( Yes, my obfuscation script database naming convention is a bit bland)


Or the DBA team manager might choose this one


The advantage that I cannot show via static pictures is that the data, visualisation and the suggestions alter in real time as you type

I hope that you have found this useful and that you can see the benefits and advantages of using a DBA Database and empowering people to use self-service to answer their own questions leaving the DBA time to do more important things like drinking coffee 🙂

As always if you have any questions or comments please feel free to post them on the blog.

I have written further posts about this

Using Power Bi with my DBA Database

Populating My DBA Database for Power Bi with PowerShell – Server Info

Populating My DBA Database for Power Bi with PowerShell – SQL Info

Populating My DBA Database for Power Bi with PowerShell – Databases

Power Bi, PowerShell and SQL Agent Jobs

Using Power Bi with my DBA Database

Every good DBA should have a DBA database. A place to store information about all of their instances and databases.

I have an InstanceList table which looks like this

CREATE TABLE [dbo].[InstanceList](
[InstanceID] [int] IDENTITY(1,1) NOT NULL,
[ServerName] [nvarchar](50) NOT NULL,
[InstanceName] [nvarchar](50) NOT NULL,
[Port] [int] NOT NULL,
[AG] [bit] NULL,
[Inactive] [bit] NULL CONSTRAINT [DF_InstanceList_Inactive] DEFAULT ((0)),
[Environment] [nvarchar](25) NULL,
[Location] [nvarchar](30) NULL,
[InstanceID] ASC

I use this as the basis for all of my information gathering. By adding Server name, Instance Name , Port, Environment and Location to the table I use overnight Agent jobs to run Powershell scripts to gather information about all of the instances. This way the information is dynamic and gathered from the server, so when we add RAM and change Max memory this is updated the next time the script runs. You can also automate your installation and decommission procedures (using Powershell scripts) to add the information to the DBA database automatically

I have 4 scripts

  • ServerInfo which gathers Windows OS information such as Version and edition of the operating system, number of processors,amount of RAM, IP address, domain name etc
  • SQLInfo which gathers information about the instance such as SQL version, edition, collation, max and min memory, MAXDOP , service accounts and start modes, default file locations etc
  • Database information such as size, data usage, index usage, last backup dates, owner and many more
  • Agent Job which gathers the outcome of the jobs that have run, their names, category into two tables one for a server rollup and one for details about each job

Recently I have received a lot of requests for information from various sources, auditors asking about encryption and backup policies, Project managers asking about database and sql versions, compliance asking about numbers of Windows 2003 servers or SQL 2005 servers, system teams asking which serves in a particular location can be turned off at which time dependant on which system they are supporting for a power down

Before we had the DBA database holding all of the information about the instances we would have struggled to be able to compile this information and when I saw Power Bi was released to GA I thought that it would be a good place to start to learn about it. By using data that I understood and answering questions that I knew the format of the answer I could be more confident about experimenting – ie. if I know I have 100 servers then any result for servers that exceeds that is incorrect

I have never been a BI guy, I claim no expertise in the correct methods of manipulating the data. There may very well be better methods of achieving these results and if there please feel free to comment below so that I can improve my knowledge and keep on learning

All data shown in the examples below has been generated from real-life data but all identifiable data has been altered or removed. I have no servers in Bolton, it is where I am from originally!!

I downloaded Power BI Desktop from powerbi.com and ran the installer and the first screen you see is this one


I then clicked on Get Data


And then SQL Server and filled in the details for my DBA Database and clicked connect


I used my current Windows credentials


It then asked me which tables I wanted to load so I said all of them 🙂


Once I had loaded the data I looked at the queries and renamed some of the columns to make more sense to me. I also created some calculated columns by clicking New Column

I created a relative date column using this code from Chris Webb http://blog.crossjoin.co.uk/2013/01/24/building-relative-date-reports-in-powerpivot/

Relative Date Offset=INT([Date] – TODAY()
Relative Date=IF([Relative Date Offset]=0
, "Today"
, "Today " & IF([Relative Date Offset]>0, "+", "") & [Relative Date Offset])

This will enable me to show data for the last day

I also did the same for days of the week

DayOfWeek = CONCATENATE(WEEKDAY('Info AgentJobDetail'[LastRunTime],2),FORMAT('InfoAgentJobDetail'[LastRunTime]," -dddd"))

Because I struggled to show the information about the Operating system I also created two columns for OS name and OS edition by adding columns as shown below

Operating System Version = SWITCH('Info ServerOSInfo'[OperatingSystem], "Microsoft Windows Server 2012 Datacenter", "Server 2012",
"Microsoft Windows Server 2012 Standard","Server 2012",
"Microsoft Windows Server 2012 R2 Datacenter", "Server 2012 R2",
"Microsoft Windows Server 2008 R2 Standard", "Server 2008 R2",
"Microsoft Windows Server 2008 R2", "Server 2008 R2",
"Microsoft Windows Server 2008 R2 Enterprise", "Server 2008 R2",
"Microsoft® Windows Server® 2008 Standard", "Server 2008",
"Microsoft® Windows Server® 2008 Enterprise","Server 2008",
"Microsoft(R) Windows(R) Server 2003, Standard Edition", "Server 2003",
"Microsoft(R) Windows(R) Server 2003, Enterprise Edition", "Server 2003",
"Microsoft Windows 2000 Server", "Server 2000",


Operating System Edition = SWITCH('Info ServerOSInfo'[OperatingSystem], "Microsoft Windows Server 2012 Datacenter", "DataCenter",
"Microsoft Windows Server 2012 Standard","Standard",
"Microsoft Windows Server 2012 R2 Datacenter", "DataCenter",
"Microsoft Windows Server 2008 R2 Standard", "Standard",
"Microsoft Windows Server 2008 R2 Enterprise", "Enterprise",
"Microsoft® Windows Server® 2008 Standard", "Standard",
"Microsoft® Windows Server® 2008 Enterprise","Enterprise",
"Microsoft(R) Windows(R) Server 2003, Standard Edition", "Standard",
"Microsoft(R) Windows(R) Server 2003, Enterprise Edition", "Enterprise",
"Microsoft Windows 2000 Server", "Server 2000",

Then I started to play with the data.

This is probably not how a professional would phrase it but I would say that if you don’t know how to use a new application be brave and give it a try.

OBVIOUSLY you are a PROFESSIONAL DBA and will not do anything that would endanger production, use a backup of your database and work locally if you need to.

The first thing I wanted to know was how many servers I had by operating system, how many by SQL version and the location of them so that I could answer the questions I had been asked. I had already written a query to get the correct information to give to the requestors so I knew the correct answers which was also an advantage. I did this like this

I expanded the Info ServerOSInfo query and dragged the ServerName field to the report which created a table of names


I then changed the ServerName values to Count


I then dragged the calculated column Operating System Version to the table


If I click on the table and then donut chart in the visualisations it changes to


So you can quickly see how you want the data displayed

I then decided to look at the number of SQL 2005 instances that I had and as I had relationships between SQLInfo and Instancelist and Clients I could build a more dynamic report.

I created a donut chart with SQLVersion as the legend and InstanceID as the values and a table of SQLVersion, ServerName and Instance Name. I also created a card that was count of InstanceID


Now it starts getting really useful. If I want to know how many SQL 2005 instances I have I simply click on SQL2005 in the donut chart and the rest of the report changes


This is very cool and I hope you can see how useful this could be and how brilliant it would be to enable relevant people within the organisation the ability to look at that report and answer their own questions.

Lets take it to the next step. I have a location column in the InstanceList table which comprises of town names. If I choose a map and drag that column to the Location field and set Values and Color Saturation to the Count of InstanceID


and create two tables one of client with a count of instanceid and one location with a count of instance id I can do this


Look at how it dynamically changes as you click on the data labels – This is very cool and makes me smile every time!! I altered the colour saturation colours to make it easier to see. Now if I am asked about SQL 2005 servers I can quickly click on SQL 2005 and


I can see that there are 32 instances, most are in Southampton, and which clients they support

If I click a location rather than SQL version the report alters like so


So you can simply pass the report file to your colleagues to enable them to use it or you can publish it to Powerbi.com. I am not going to go into any detail about the costs or licensing etc I will just say it is as easy as clicking publish. If you wish to have the information automatically refreshed there are some more steps that you would need to go through which are detailed here which enable you to connect your on-premise database to Powerbi using the data management gateway, alternatively you can simply refresh the data in the report and then publish it and replace the existing report.

Once the report is in powerbi.com you can enable Q and A on the data. This is some kind of supernatural mystical magical query language which enables you to query your data with natural language and will alter the results as you type and even cope with (deliberate for screenshot) spelling mistakes 🙂


I also created a report for my Agent Jobs to enable me to quickly and easily see which Jobs have failed in the last day


I did this by filtering the report by Relative Date Offset greater than -1 (today) and isenabled = True and Outcome = Failed

There are many many more ways I can see this being useful and I hope I have given you some ideas and encouraged you to try for yourself and find out more

I have written further posts about this

Populating My DBA Database for Power Bi with PowerShell – Server Info

Populating My DBA Database for Power Bi with PowerShell – SQL Info

Populating My DBA Database for Power Bi with PowerShell – Databases

Power Bi, PowerShell and SQL Agent Jobs

Setting Up and Using Azure VM SQL Automated Backup (and Restore)

This weekend I was creating some Azure VMs to test and was required to use the GUI for some screenshots. I have always used my Powershell scripts described here to create my test systems and with a new job taking up a lot of my time had missed the announcement about Azure SQL Automated Backup and Azure SQL Automated Patching so was surprised to see this screen


I read the announcement and also the details on MSDN https://msdn.microsoft.com/en-us/library/azure/dn906091.aspx which show that this requires the SQL Server IaaS Agent. This is a default option on new virtual machines.

There are some other considerations too. It is only supported for SQL Server 2014 and Windows Server 2012 and 2012R2 at present and you can set a retention period to a maximum of 30 days but it is automated. You do not have to decide upon the backup strategy Azure will decide the frequency and type of backups dependent upon the workload of the database and some other factors such as

A full backup is taken
○ when an instance is added to use Managed backup
○ When transaction log growth is 1Gb or more
○ At least once a week
○ If the log chain is broken
○ When a database is created

A transaction log backup is taken
– If no log backup is found
– Transaction log space used is 5Mb or larger
– At least once every two hours
– Any time the transaction log backup is lagging behind a full database backup. The goal is to keep the log chain ahead of full backup.

From <https://msdn.microsoft.com/en-gb/library/dn449496(v=sql.120).aspx>

There are some restrictions
– Only database backups are supported
– System databases are not supported so you need to back those up yourself
– You can only back up to Azure storage
– Maximum backup size is 1Tb as this is the maximum size for a blob in Azure storage
– Simple recovery is not supported
– Maximum retention is 30 days – if you are required to keep your backups for longer than 30 days for regulatory or other reasons you could simply use Azure Automation to copy the files to another storage account in Azure)

How to set it up.

If you are using the GUI then you will find SQL Automated Backup in the optional config blade of the set up. You can follow the steps here to set it up. If (like me) you want to use Powershell then use the following code after you have created your Virtual Machine

$storageaccount = "<storageaccountname>"
$storageaccountkey = (Get-AzureStorageKey -StorageAccountName $storageaccount).Primary
$storagecontext = New-AzureStorageContext -StorageAccountName $storageaccount -StorageAccountKey $storageaccountkey

$encryptionpassword = (Get-Credential -message 'Backup Encryption Password' -User 'IGNOREUSER').password
$autobackupconfig = New-AzureVMSqlServerAutoBackupConfig -StorageContext $storagecontext -Enable -RetentionPeriod 10 -EnableEncryption -CertificatePassword $encryptionpassword
Get-AzureVM -ServiceName <vmservicename> -Name <vmname> | Set-AzureVMSqlServerExtension -AutoBackupSettings $autobackupconfig | Update-AzureVM

Once you have run the code, Azure will take care of the rest. Add a couple of databases to your instance and look in the storage account and you will see this



And in the automaticbackup container you will find the Certificates and master key backups


It will also create a credential


You can use the same credential to back up your system databases. If like me you use Ola Hallengrens excellent Maintenance Solution then simply change your systems backup job as follows

USE [msdb]
EXEC msdb.dbo.sp_update_jobstep @job_name = 'DatabaseBackup - SYSTEM_DATABASES - FULL', @step_id=1 ,
		@command=N'sqlcmd -E -S $(ESCAPE_SQUOTE(SRVR)) -d master -Q "EXECUTE [dbo].[DatabaseBackup] @Databases = ''SYSTEM_DATABASES'', "https://myaccount.blob.core.windows.net/mycontainer"
		,  @Credential = ''AutoBackup_Credential'', @BackupType = ''FULL'', @Verify = ''Y'', @CleanupTime = NULL, @CheckSum = ''Y'', @LogToTable = ''Y''" -b'

If you need to restore your database then you can use the GUI and when you choose restore you will see this screen


Enter your storage account and the key which you can get from the Azure portal. You will notice that the credential has already been selected, click connect and


There are all of your backups ready to restore to any point in time that you choose. By clicking script the T-SQL is generated which looks like this

USE [master]
BACKUP LOG [Test] TO  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_LogBackup_2015-07-16_06-21-26.bak'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,
NOFORMAT, NOINIT,  NAME = N'Test_LogBackup_2015-07-16_06-21-26',
RESTORE DATABASE [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150714201240+00.bak'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NORECOVERY,  NOUNLOAD,  STATS = 5
RESTORE LOG [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150714202740+00.log'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NORECOVERY,  NOUNLOAD,  STATS = 5
RESTORE LOG [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150714224241+00.log'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NORECOVERY,  NOUNLOAD,  STATS = 5
RESTORE LOG [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150715005741+00.log'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NORECOVERY,  NOUNLOAD,  STATS = 5
RESTORE LOG [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150715031242+00.log'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NORECOVERY,  NOUNLOAD,  STATS = 5
RESTORE LOG [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150715052742+00.log'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NORECOVERY,  NOUNLOAD,  STATS = 5
RESTORE LOG [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150715074243+00.log'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NORECOVERY,  NOUNLOAD,  STATS = 5
RESTORE LOG [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150715095743+00.log'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NORECOVERY,  NOUNLOAD,  STATS = 5
RESTORE LOG [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150715121243+00.log'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NORECOVERY,  NOUNLOAD,  STATS = 5
RESTORE LOG [Test] FROM  URL = N'https://sqlbackupstoragebeard.blob.core.windows.net/asqlvm9-mssqlserver/Test_b8bb98d7a235487d9789b3ee8759cf3e_20150716060004+00.log'
WITH  CREDENTIAL = N'AutoBackup_Credential' ,  FILE = 1,  NOUNLOAD,  STATS = 5

There is an important note. Remember this when you have just set it up so that you don’t think that you have done it wrong (which is what I did!)

When you enable Automated Patching for the first time, Azure configures the SQL Server IaaS Agent in the background. During this time, the portal will not show that Automated Patching is configured. Wait several minutes for the agent to be installed, configured. After that the portal will reflect the new settings.

From <https://msdn.microsoft.com/en-us/library/azure/dn961166.aspx>

And also look out for this


The password I had chosen was not complex enough but the Powershell script had succeeded and not given me the warning

To set up SQL Automated Patching you follow a similar steps. The setting is again on the OS Config blade and click enable and then you can choose the frequency and duration of the patching.

It is important to remember to choose your maintenance window correctly. If you have set up your SQL VMs correctly you will have them in an availability set and be using either mirroring or Availability Groups and have the VMs set up in the same availability set to ensure availability during the underlying host patching but I had it confirmed by Principal Software Engineering Manager Sethu Srinivasan t via Microsoft PFE Arvind Shyamsundar b | t that the SQL Automated Patching is not HA aware so you will need to ensure that you set the maintenance windows on each VM to ensure that they do not overlap