Tuesday, October 1, 2019

Server 2019 Volume licensing activation key not working solution



I have a server that I am trying to install Server 2019 Standard. The Volume Licensing activation key is not working. The product was downloaded from the Volume Licensing portal along with the license key.  The activation pane shows a product ID, and on the product key space the last (5) digits are already populated.

Open Command Prompt

slmgr /ipk #####-#####-#####-#####-#####
slmgr /ato

c:\windows\system32\slmgr.vbs /ipk PRODUCT_KEY
hit ENTER
Sample: c:\windows\system32\slmgr.vbs /ipk 12345-12345-12345-12345-12345

slmgr.vbs -ipk YOUR PRODUCT KEY.

Friday, September 20, 2019

Install And Configure Hyper-V Cluster On Windows Server 2019


Install And Configure Hyper-V Cluster On Windows Server 2019
Prerequisites
  • Windows 2019 Servers, You can Download from the evaluation center
  • Enable hardware-based virtualization
  • Disable C States (power management)
  • Consider disabling all power management
  • Enable the Trusted Platform Module (TPM) if your system has one.
Pre-Installation Checklist
Perform below steps on the Windows Server 2019 Servers prior to installing Hyper-V
  • Perform Windows Full Update
  • Update Device drivers
  • Computer Name is Correct
  • Join to the domain For more security
  • Configure Basic networking
Installing Hyper-V
Hyper-V role can be installed in three ways powerShell, dism.exe, and Server Manager, here we will share the steps for power shell and a dism . We have already shared the step on the previous BlogPost – Installing Hyper-V On Windows Server 2019, you can refer this, once complete the installation of HYpe-V on Windows 2019 Servers follow below procedure to Configuring the Cluster.
Open the Server Manager and Click  on Add roles and features and Follow the same method mentioned on Installing Hyper-V On Windows Server 2019post and select only from  Failover Clustering and include Management Tools form Popup Option  from features  on both servers
Reboot the Servers
Once both servers are rebooted Open Server Manager and Select Failover Clustering from Tools Menu
Failover cluster is Opened and There is no Servers are available. to Configure the Servers you need to Validate the configuration first
Click on Validate Configuration
Click Next
Add both Servers using Browse Option ( USE FQDN )
Select the Run all Test and Click Next
You can view which all configuration is validated on the Tests  in the Confirmation Page and Clik Next to Continue
It will take some time to complete the testing
You can view the report from there once everything fine, you can choose create cluster now using these validated nodes and Click on Finish
Note:- In case any error there check the details in the report and resolve and run the test again
Click Next
Enter the Cluster Name, Cluster Ip Address, Click Next
In the confirmation page, you can view the NOdes Names and IP address of the Cluster and Click Next
There is an option to add all eligible storage to the cluster, you can add the storage later if not chosen this.
It will take a while to create  the cluster
Once the Cluster is created you will get a successful message in the Summary Page and Click Finish.
For more details, you can view the report also.
Open the Failover cluster and Select the Nodes Option to VIew the nodes available with the cluster
Setup Quorum Disk in Cluster
We need a shared disk which is accessible across all hyper-v server to configure as Quorum Witness
Righ Clik on the Cluster Select More Actions -> Configure Cluster Quorum Setting
Click Next
Select option – Select the Quorum witness and Click Next
Select Configure a disk witness and Clik Next
Note:- You can use files share / cloud – Azure blob  as quorum witness
Select the disk which is available and Lick Next
Click Next from Confirmation Page
Click Finish
Now you have added the Quorum Witness Disk, Next We need to configured Clustered Shared Volume to Store the Virtual Machines
Configure Clustered Shared Volume 
CSV Disk should be accessible to all the nodes and should be a valid disk in the disk management/servers
Open Fail Over Cluster and Select the Add disk from Storage -> Disk option
Select the Disk and Clik Ok
And you can see the New Cluster Disk has been added and it will available for cluster nodes
Right Click on the DIsk and From Properties, you may modify the name and setting, Also you will get the available option for the CSV such as offline , Replication, remove and etc
After Configure Quorum Witness and CSV both are available on the  Disks Tab
Now You can log in to Hyper-V Manager and Configure the CSV Location for storing the Virtual machine Hard Disk and VM Configuration File .

Monday, September 16, 2019

WSUS 3.0 SP2 on a 2008 R2 server MMC has detected an error in a snap-in an will unload it

 WSUS 3.0 SP2 on a 2008 R2 server MMC has detected an error in a snap-in an will unload it

The WSUS console now fails to load and reports the following error :
"MMC has detected an error in a snap-in and will unload it."
Problem signature:
  Problem Event Name:    APPCRASH
  Application Name:    mmc.exe
  Application Version:    6.1.7600.16385
  Application Timestamp:    4a5bc808
  Fault Module Name:    KERNELBASE.dll
  Fault Module Version:    6.1.7601.17514
  Fault Module Timestamp:    4ce7c78c
  Exception Code:    00000000
  Exception Offset:    000000000000a49d
  OS Version:    6.1.7601.2.1.0.272.7
  Locale ID:    5129

Additional information about the problem:
  LCID:    5129
There is missing data for Type in registry
HKLM\Software\Microsoft\MMC\Snapins\FX:{8b6499ed-0241-e032-6508-da4b1c879d7e}\Type.
The value for missing data should be
Microsoft.UpdateServices.UI.SnapIn.Common.SnapInManager, Microsoft.UpdateServices.UI.SnapIn, Version=3.1.6001.1, Culture=neutral, PublicKeyToken=31bf3856ad364e35
Put it back and WSUS is working again.

Thursday, January 31, 2019

Microsoft Azure Certification, Exams and Trainings.

Microsoft Azure Certification, Exams and Trainings.

1. Microsoft Certified Azure Administrator.

Azure Administrators implement, monitor, and maintain Microsoft Azure solutions, including major services related to compute, storage, network, and security.

Exams: AZ-100, AZ-101.

Trainings:
AZ-100T01 Manage Subscriptions and Resources.
AZ-100T02 Implementing and Managing Storage.
AZ-100T03 Deploying and Managing Virtual Machines.
AZ-100T04 Configuring and Managing Virtual Networks.
AZ-100T05 Manage Identities.
AZ-101T01 Migrate Servers to Azure.
AZ-101T02 Implementing and Managing Application Services.
AZ-101T03 Implement Advanced Virtual Networking.
AZ-101T04 Secure Identities.

2. Microsoft Certified Azure Developer.

Microsoft Azure Developers design, build, test, and maintain cloud solutions, such as applications and services, partnering with cloud solution architects, cloud DBAs, cloud administrators, and clients to implement these solutions.

Exams: AZ-203=AZ-200+AZ-201.

Trainings:
AZ-200T01 Select the Appropriate Azure Technology Development Solution.
AZ-200T02 Develop for Azure Storage.
AZ-200T03 Develop Azure Platform as a Service Solutions.
AZ-200T04 Implement Security in Azure Development Solutions.
AZ-201T01 Develop for an Azure Cloud Model.
AZ-201T02 Implement Azure Development Integration Solutions.
AZ-201T03 Develop Azure Cognitive Services, Bot, and IoT Solutions.

3. Microsoft Certified Azure Architect.
Microsoft Azure Solutions Architects must have expertise in compute, network, storage, and security so that they can Plan, design, Architect solutions that run on Azure.

Exams: AZ-300, AZ-301.

Trainings:
AZ-300T01 Deploying and Configuring Infrastructure.
AZ-300T02 Implementing Workloads and Security.
AZ-300T03 Understanding Cloud Architect Technology Solutions.
AZ-300T04 Creating and Deploying Apps.

4. Microsoft Certified Azure DevOps Engineer.
Azure DevOps professionals combine people, process, and technologies to continuously deliver valuable products and services that meet end user needs and business objectives.

Exam: AZ-400.

Trainings:
AZ-400T01: Design a DevOps Strategy.
AZ-400T02: Implementing DevOps Development Processes.
AZ-400T03: Implementing Continuous Integration.
AZ-400T04: Implementing Continuous Delivery.
AZ-401T05: Implementing Dependency Management.
AZ-401T06: Implementing Application Infrastructure.
AZ-401T07: Implementing Continuous Feedback.