Congratulations 2018-2019 Microsoft MVP!

Proud and honored to be awarded EMS (Enterprise Mobility + Security) MVP on Jul 1, 2018. Still humbled after 23 consecutive awards in three different technical product areas.

Such a great community, congratulations to all that were awarded, and re-awarded.

For those that did not get re-awarded, work hard and reapply!

Here is a snippet of the announcement:

image

What is an MVP?

Overview

Who are MVPs?

Microsoft Most Valuable Professionals, or MVPs, are technology experts who passionately share their knowledge with the community. They are always on the “bleeding edge” and have an unstoppable urge to get their hands on new, exciting technologies. They have very deep knowledge of Microsoft products and services, while also being able to bring together diverse platforms, products and solutions, to solve real world problems. MVPs make up a global community of over 4,000 technical experts and community leaders across 90 countries and are driven by their passion, community spirit, and quest for knowledge. Above all and in addition to their amazing technical abilities, MVPs are always willing to help others – that’s what sets them apart.

What is the MVP Award?

For more than two decades, the Microsoft MVP Award is our way of saying “Thanks!” to outstanding community leaders. The contributions MVPs make to the community, ranging from speaking engagements, to social media posts, to writing books, to helping others in online communities, have incredible impact. Key benefits to MVPs include early access to Microsoft products, direct communication channels with our product teams and an invitation to the Global MVP Summit, an exclusive annual event hosted in our global HQ in Redmond. They also have a very close relationship with the local Microsoft teams in their area, who are there to support and empower MVPs to address needs and opportunities in the local ecosystem. Other benefits include an executive recognition letter, an MSDN technical subscription, and an Office 365 subscription.

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Posted in Microsoft, MVP | Leave a comment

SCCM High Availability Role

At MMS2018, one of the more interesting items was the introduction of the new SCCM HA Role (hint: this is in 1805 TP).

Now, it could be that I’m only slightly partial, given that it was one of sessions that I jointly presented with Kerim Hanif and Benjamin Reynolds.

After we got done covering the existing SCCM High Availability capabilities (good background here); Kerim did a great job describing and demonstrating this role.

If we examine the following architecture:

image

You’ll note that the content library was moved to an SMB share (one additional step to make this HA and new functionality). Also, note that SQL Server Always On Availability Groups are added for SQL HA.

Another Server (Primary2) is added to the SCCM hierarchy with the new Site Server HA role added. Initially, it will be operating in Passive Mode.

Tip: this approach can be used to rename a site server, or upgrade the site server OS!

Once the new role, on the new server, is running the original SCCM site will operate in Active mode.

image

The process to promote (failover) from Primary1 to Primary2 is presently manual, and the net result will be the second server will now be operating in Active Mode.

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This framework opens a lot of possibilities for future enhancements in the realm of High Availability!

When time permits, I’ll cover the steps involved in taking advantage of this functionality.

Posted in High Availability, SCCM | 4 Comments

Giving Back – T-SQL Tuesday

This month’s topic is giving back to the community, or if you routinely give back, how did you get started?

For background information.

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I’ve been fortunate in many ways to be acknowledged as an MVP, now for about 23 consecutive years! How did that start?

Years ago, in a distant galaxy, we used CompuServe to gain access to online services. In a company role as Product Manager for Microsoft Access, I started closely monitoring all threads on Access to learn more about the product. After a while, I started noticing answers that were less than ideal… in fact some would have caused additional issues. In turn, I would answer the original poster, giving the best information I had. In time those replies, were noticed by Microsoft.

While at a conference in Phoenix AZ, sometime mid-1995, I was approached by a Microsoft PM, who read my name badge, and said “You are going to become an MVP”. Knowing very little about the MVP program (this was only the 2nd yr. of the MVP program), I asked what is that!? He explained the program to me, and later that year (Dec 95) I received my first MVP welcome kit, and a letter (still have it, may have to scan it at some point).

Fast forward, I moved from MS Access into the SQL Server MVP camp when it appeared that no further development was going to occur to Jet (the Access DB engine). Trivia time – how many know that Jet blue was used in DNS, WINS and other infrastructure services? Smile

While a SQL Server MVP, I was given an opportunity to design and deploy a large SMS 1.2 (Systems Management Server) environment for an insurance company. Throughout this time, I focused on participating in the community forums to share knowledge, and through sharing, I found I often learned more! In time, this involvement led to moving from the SQL Server group to SCCM MVP community, generally with a focus on SQL.

Getting involved as a conference speaker has been a tremendous benefit; not only for my career advancement, but for the connections and friendships that have been forged. I’ve been fortunate to have had the opportunity to have spoken at many conferences through the years; Microsoft Management Summit, Microsoft TechEd and the Midwest Management Summit (will be there next week).

My advice to those that would like participate in the community; start small, we all have something that we can share, someone that can benefit by what we know. If you are not, start blogging, create a twitter account, and get involved. Most of all have fun.

Posted in MVP, SQL, T-SQL Tuesday | Leave a comment

Enhancing WSUS database cleanup performance SQL script

There have been many reports of slow and sluggish clean up and removal of expired updates. An old WSUS database can include 1000’s of updates that need to be removed.

Turns out that adding two non-clustered indexes on SUSDB can DRAMTICALLY improve removal of expired updates.

This is a fine example of a community solution.

Some background reading:

Wsus Delete Obsolete Updates – where the key is the addition of the added indexes to SUSDB.

Fixing WSUS – When the Best Defense is a Good Offense – Johan does an excellent job of documenting the many things folks have tried, with varying degrees of success.

Finally, an awesome solution that includes creating the Indexes needed if they do not exist. Heavily commented. Copy and paste the following into SQL Server Management Studio.

Authored by Benjamin Reynolds (Microsoft) – be sure to follow him on Twitter.

USE [SUSDB];

DECLARE @BatchSize int = NULL; -- NULL = do all;  <<-- Control batches here

SET NOCOUNT ON;

-- Check to see if the delete indexes exist; if not don't try to run the script:
DECLARE @IndexRetry bit = 1;
IndexRetry:
IF INDEXPROPERTY(OBJECT_ID(N'tbRevisionSupersedesUpdate'),N'IX_tbRevisionSupersedesUpdate',N'IndexID') IS NULL
   OR INDEXPROPERTY(OBJECT_ID(N'tbLocalizedPropertyForRevision'),N'IX_tbLocalizedPropertyForRevision',N'IndexID') IS NULL
GOTO NeedIndexes;

-- Create tables/variables:
DROP TABLE IF EXISTS #Results; -- This will only work on newer versions of SQL Server 2016+
DECLARE  @UpdateId int
        ,@CurUpdate int
        ,@TotalToDelete int
        ,@Msg varchar(2000);
CREATE TABLE #Results (RowNum int IDENTITY(1,1) PRIMARY KEY CLUSTERED NOT NULL, UpdateId int NOT NULL);
INSERT INTO #Results (UpdateId)
EXECUTE dbo.spGetObsoleteUpdatesToCleanup;

-- If a batch size was provided update the table so we only take care of that many items during this run:
IF @BatchSize IS NOT NULL
DELETE #Results
 WHERE RowNum > @BatchSize;

-- Assign working variables:
SELECT @TotalToDelete = MAX(RowNum)
  FROM #Results;
-- 
SELECT @Msg = 'Total Updates to Delete: '+CONVERT(varchar(10),@TotalToDelete);
RAISERROR (@Msg,0,1) WITH NOWAIT;

-- Create the loop to delete the updates one at a time:
WHILE EXISTS (SELECT * FROM #Results)
BEGIN
    -- Grab the "current" item:
    SELECT  TOP 1 @CurUpdate = RowNum
           ,@UpdateId = UpdateId
      FROM #Results
     ORDER BY RowNum;
    
    -- Provide some info during the script runtime:
    SELECT @Msg = CONVERT(varchar(30),GETDATE(),20) + ': Deleting ' + CONVERT(varchar(5),@CurUpdate) + '/' + CONVERT(varchar(5),@TotalToDelete) + ' = ' + CONVERT(varchar(10), @UpdateId);
    RAISERROR(@Msg,0,1) WITH NOWAIT;
    
    -- Delete the current update from the DB:
    EXECUTE dbo.spDeleteUpdate @localUpdateID = @UpdateId;
    
    -- Delete the current update from the table so we can get the next item:
    DELETE #Results
     WHERE RowNum = @CurUpdate;
END;
GOTO EndScript;

NeedIndexes:
-- If the indexes don't exist we'll try to create them and start over or end if we already tried once:
IF @IndexRetry = 0
BEGIN
    PRINT N'Indexes Required to run this script do not exist! Create them and re-run for optimal performance!';
    GOTO EndScript;
END;
ELSE
BEGIN
    IF INDEXPROPERTY(OBJECT_ID(N'tbRevisionSupersedesUpdate'),N'IX_tbRevisionSupersedesUpdate',N'IndexID') IS NULL
    BEGIN
        SELECT @Msg = CONVERT(varchar(30),GETDATE(),20) + ': Index "IX_tbRevisionSupersedesUpdate" does not exist; Creating it...';
        RAISERROR(@Msg,0,1) WITH NOWAIT;
        EXECUTE (N'USE [SUSDB]; CREATE NONCLUSTERED INDEX IX_tbRevisionSupersedesUpdate ON dbo.tbRevisionSupersedesUpdate(SupersededUpdateID);');
        SELECT @Msg = CONVERT(varchar(30),GETDATE(),20) + ': ..."IX_tbRevisionSupersedesUpdate" created.';
        RAISERROR(@Msg,0,1) WITH NOWAIT;
    END;
    IF INDEXPROPERTY(OBJECT_ID(N'tbLocalizedPropertyForRevision'),N'IX_tbLocalizedPropertyForRevision',N'IndexID') IS NULL
    BEGIN
        SELECT @Msg = CONVERT(varchar(30),GETDATE(),20) + ': Index "IX_tbLocalizedPropertyForRevision" does not exist; Creating it...';
        RAISERROR(@Msg,0,1) WITH NOWAIT;
        EXECUTE (N'USE [SUSDB]; CREATE NONCLUSTERED INDEX IX_tbLocalizedPropertyForRevision ON dbo.tbLocalizedPropertyForRevision(LocalizedPropertyID);');
        SELECT @Msg = CONVERT(varchar(30),GETDATE(),20) + ': ..."IX_tbLocalizedPropertyForRevision" created.';
        RAISERROR(@Msg,0,1) WITH NOWAIT;
    END;
    
    SET @IndexRetry = 0;
    GOTO IndexRetry;
END;

EndScript:
DROP TABLE IF EXISTS #Results;

Posted in SCCM, SQL Server, Uncategorized, WSUS | 7 Comments

Backup SQL Server to an Azure Storage Account

One of the benefits of backing up SQL Server to Azure, is an immediate “off site” storage solution. Another, is that Azure storage account can be geo-replicated for additional backup copies.

There are a few ways to make this work, here are the details I was able to work out for a “hands on” lab.

For this lab, you will backup up a copy of an on premise SQL Server database to an Azure Storage account.

LAB Notes: Any names that need to be added at time of creation are indicated with <>, such as <sqlstorageaccountname> used in the next example are suggestions only and will not include the <> symbols! You are encouraged to develop your own naming conventions. Screen captures shown are representative examples of each task.

Steps involved:

  1. Create an Azure Storage account
  2. Create a Credential
  3. Perform a full database backup to a URL

Create an Azure Storage account

In order to backup a SQL Server database to Azure, you will need to first create an Azure Storage account.

  1. The steps to backup a database to a URL are as follows:
    Login the Azure Portal https://portal.azure.com
  2. Locate Storage account, click Create
  3. Create Storage Account – Enter the following information:
    1. Name – <sqlstorageaccountname>Note: this must be globally unique!
    2. Account Kind – General Purpose
    3. Performance – Standard
    4. Storage service encryption – Enabled
    5. Resource group
      1. Create new
      2. <sqlbootcamp>

      Lab1-img1

 

  1. Within storage container (created last step)
  2. On the container properties page, under Blob Services, click Containers.
  3. To Create a container for the SQL backups, Click (+ Container)
    1. Name: <sqlbackup>
    2. Access type – Private (default)
    3. Click OK

Lab1b-2a

Select the newly created container (last step), then Properties. Locate the URL line on right and copy this information into the clipboard.

Note: Pasting this information into Notepad is a convenient way to store this information for a subsequent lab (hint!).

Lab1-img3

It should appear similar to this (substituting storage container and container name):
https://<sqlstorageaccountname >.blob.core.windows.net/<sqlbackup>

Next, obtain the access key for this storage account. Select the (root) storage container name, then under SETTINGS, select Access keys. To the right of key1, select the copy to clipboard icon. Save this key to notepad (paste) – it will be used in a future step.

SNAGHTML1949f7b1

 

Creating a Credential

You will now create a Credential with SQL Server, which will allow access to the Azure storage account from SSMS. This Credential is stored locally within SQL Server.

Using storage account identity and access key

Take a moment and review the following example – SQL Server credential is created to allow authentication to the Microsoft Azure Blob storage service.

CREATE CREDENTIAL [backup] WITH IDENTITY = '<YourAccountName>'  
,SECRET = '<YourStorageAccessKey>';  
GO

Tip: Use Notepad to build your T-SQL statement – Substitute the following <bracketed> areas next with your account information.

CREDENTIAL [backup]   Note: Whatever credential name you use here, you will need to specify for the following task! “Perform a full database backup to a URL”

IDENTITY =YourAccountName‘   Note: from Create an Azure Storage accountStep 3 A just the first name, not the complete FQDN

SECRET =YourStorageAccessKey‘   Note: from Create an Azure Storage accountobtain storage access key – last step

Then, copy the entire statement into the clipboard.

Open SQL Server Management Studio (SSMS) and connect to your local copy of SQL Server.

Click New Query.

Copy and paste the above T-SQL into the new query window.

Then click Execute.

The command should show Completed Successfully.

Perform a full database backup to URL

The following example perform a full database backup of the AdventureWorks2016 database to the Microsoft Azure Blob storage service. Take a moment and review the syntax.

Backup To URL using storage account identity and access key

BACKUP DATABASE AdventureWorks2014 
TO URL = 'https://<YourAccountName>.blob.core.windows.net/<sqlbackup>/AdventureWorks2014.bak' WITH CREDENTIAL = '<backup>', COMPRESSION, STATS = 5;

Note: Using NOTEPAD, you will need to substitute YourAccountName and sqlbackup with the storage account name and blob name. Substitute the credential name backup used in the preceding step. Be sure to copy the entire SQL statement!

Open SQL Server Management Studio (SSMS) and connect to your local copy of SQL Server.

Click New Query.

From NOTEPAD – Copy and paste the T-SQL directly into the new query window.

Then click Execute.

The command should show Completed Successfully.

The following sample OUTPUT is provided:

Output
5 percent processed.
10 percent processed.
15 percent processed.
20 percent processed.
25 percent processed.
30 percent processed.
35 percent processed.
40 percent processed.
45 percent processed.
50 percent processed.
55 percent processed.
60 percent processed.
65 percent processed.
70 percent processed.
75 percent processed.
80 percent processed.
85 percent processed.
90 percent processed.
95 percent processed.
Processed 24288 pages for database 'AdventureWorks2014', file 'AdventureWorks2014_Data' on file 1.
100 percent processed.
Processed 2 pages for database 'AdventureWorks2014', file 'AdventureWorks2014_Log' on file 1.
BACKUP DATABASE successfully processed 24290 pages in 91.076 seconds (2.083 MB/sec).
Posted in Azure, Azure SQL Server, SCCM, SQL Server | Leave a comment

MMS 2018 Sessions

I’m honored to be speaking at MMS, and to have some excellent co-presenters!

If you are attending MMS 2018 please take a moment and check out our sessions. Sign up now, and please stop by to say hello!

Configuring SQL Performance for System Center

Description:
Optimal performance for SQL Server starts with proper configuration, design and implementation. Learn from industry experts how to properly configure your SQL Server Instance to work best with System Center applications.
What you will learn:

  • Tuning and optimization techniques
  • Important considerations for sizing your database for ConfigMgr, SCOM, VMM, and more
  • How to correct common misconfigurations

Speakers: Benjamin Reynolds and Steve Thompson

SQL Server AlwaysOn Availability Groups

Description:
Have you wondered about this SQL Always On Availability Group stuff? What is it? What considerations are involved in the design? How do you install it? Learn how can you use this to extend ConfigMgr high availability capabilities.
What you will learn:

  • SQL Always On Availability Group design considerations
  • SQL Always On Availability Group interactions with ConfigMgr
  • SQL Always On Availability Group important capabilities

Speakers: Benjamin Reynolds and Steve Thompson

High Availability Options for ConfigMgr and SQL Server Always On Availability

Description:
Adding to the material delivered in the SQL Server Always On Availability, this session will go deeper on:
– Site Server HA (High Availability)
– Remote Site Server Content Library
– Report Server and HA
– What Reference Architecture(s) should you consider?
– MSIT – Lessons learned (architecture, deployment, etc.)
What you will learn:

  • Learn more about ConfigMgr Site server HA and futures.
  • What do you need to know about other roles (such as Report Server) and HA
  • Learn how MSIT is handling these challenges at scale!

Speakers: Kerim Hanif, Benjamin Reynolds and Steve Thompson

Posted in MMS, MMS 2018 | Leave a comment

How to apply a SQL Server update for ConfigMgr

    This example is used to illustrate applying the latest SQL Cumulative Update to SQL 2016, this CM Site server happens to be running current branch 1710. This same process would be used to update SQL Server with a service pack as well.

    Pre-requisites 

    SQL Backup – double check that you have a recent SQL Server backup for CM. That is, something that is less than 24 hours old.

    Update Center for Microsoft SQL Server – if you don’t have this site bookmarked, you should. At this time, the latest SQL Server 2016 update is CU7. Download that update from the download page.

    clip_image008

    Optionally, you can extract this update by using the <updatename>.exe /X

    Note: I tend to extract if I need to perform more than one update

    Plan for a SQL Server restart. Before running the update, Stop SCCM Services. (helps avoid contention and speeds up the process.

    On the CM Site server, stop the following services:

    clip_image001

    On the SQL Server, from the folder you have downloaded update – the Right click, run as admin

    clip_image009

    Agree to license terms, click Next

    clip_image010

    Default settings, Click Next

    clip_image011

    Wait for file in use check…

    clip_image012

    Click Next

    clip_image013

    Click Update

    clip_image014

    Review completed changes, close.

    clip_image015

    I prefer to reboot the SQL Server at this time for the updated binaries to take effect, and services will restart. If CM is collocated, then these services will also restart. If CM is not collocated, then restart the services or the server to complete.

    Once SQL Server restarts, open SQL Server Management Studio, as a query run

    Select @@VERSION

    to validate latest version.

    clip_image016

Posted in ConfigMgr, SQL Server, SQL Server 2016 | Leave a comment