Recording of my Webinar Session on SharePoint 2016 Overview

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For those who missed my session on SharePoint 2016 overview, please find the link to the video recording below.

Part 1-Webinar on SharePoint 2016 Overview

Part 2- Webinar on SharePoint 2016 Overview

Thanks once again for attending my session and will see you all soon on a different webinar shortly.

Happy SharePointing!!!

Uninstallation of ADDS Role in Windows server 2016 Technical preview 4:


Followed to my previous post on ADDS installation on Windows Server 2016 Technical Preview 4, I’ll be discussing on how to uninstall ADDS on this post. Ideally uninstalling the ADDS role means that you’re demoting your domain controller to be a normal server. Now, let’s take a look on the steps involved in demoting a domain controller.

  1. Open server manager and click on the “Manage” button and choose “Remove Roles and Features “as shown in the image below.


2. On the next screen, click “Next “.


3. On select the destination server pane, select the server from which you want to remove the ADDS role as shown in the image below.


4. Choose the server and click next, in this scenario I have only one server in the server pool and this is the one that’s running the ADDS role. Click next and it will list you the list of roles.


5. Choose “Active Directory Domain Services “role as shown above and click next. This will give you a window asking you to remove the dependent features for ADDS. Please go ahead and click on “Remove features “as shown in the image below.


6. You will get a window as shown below. Please go ahead and click on “Demote this domain controller “


7. This will take you to a screen as shown below, please go ahead and click on next. You need to choose the appropriate option.


8. I’m choosing the first option which says, “Force the removal of this domain controller “and then click on next.


9. On the next screen please validate all the roles running on the domain controller and click on the checkbox which says, “Proceed with removal “and click next.



10. The next screen will be prompting for a new password .Please go ahead and specify the new password and click next.

Note: This password will be different from the normal domain administrator password.


11. The next screen will ask you to review the changes made and once you’re done validating it please go ahead and click on the “demote” button to demote this server as shown in the image below.

Note: Clicking on the view script button will generate the script that ran on the background when this activity was performed .You can use this script for future purpose also if you want to perform a ADDS uninstallation on any other domain controller .



12. Finally once this is done your server will be restarted and then you will notice that this server is no longer a domain controller. You can confirm this on the logon screen itself where you would just see the logon username and not the domain name prefixed to it. In my case below I’m logging in as the administrator and you won’t see the domain name prefixed before.


13. Before uninstalling the ADDS role, this is how the logon screen looked. Check the logon screen below. You can see my domain name “VIGNESH” prefixed before the logon name.


DNS Records

An “A” record, which stands for “address” is the most basic type of syntax used in DNS records, indicating the actual IP address of the domain. The “AAAA” record is an IPV6 address record that maps a hostname to a 128-bit Ipv6 address.  Regular DNS addresses are mapped for 32-bit IPv4 addresses.

The “CNAME” record stands for “canonical name” and serves to make one domain an alias of another domain. CNAME is often used to associate new subdomains with an existing domain’s DNS records.

The “MX” record stands for “mail exchange” and is basically a list of mail exchange servers that are to be used for the domain.

The “PTR” record stands for “pointer record” and maps an Ipv4 address to the CNAME on the host.

The “NS” record stands for “name server” and indicates which Name Server is authoritative for the domain.

An “SOA” record stands for “State of Authority” and is easily one of the most essential DNS records because it stores important information like when the domain was last updated and much more.

An “SRV” record stands for “service” and is used to define a TCP service on which the domain operates.

A “TXT” record lets the administrator insert any text they’d like into the DNS record, and it is often used for denoting facts about the domain.