aws webcast - implementing windows and sql server with high availability on aws
DESCRIPTION
Please join us as an AWS Solution Architect discusses high availability features for Microsoft Windows Server and SQL Server running on the AWS Cloud. Windows Server Failover Clustering (WSFC) and SQL AlwaysOn Availability Groups are part of the underpinnings for many enterprise-class solutions, including Microsoft SharePoint and .NET applications. This webinar is designed for a technical audience. In this webinar you will learn to: • Deploy the virtual network infrastructure on multiple subnets • Launch Amazon Machine Images (AMIs) of Windows Server 2008 R2 • Set up Active Directory and DNS • Launch and configure the WSFC nodes • Create a SQL Server AlwaysOn Availability Group Who should review: • IT Executives, Developers, DBAs, Solutions Architects, Systems Engineers • Network and Database Professionals and LeadersTRANSCRIPT
Implementing Windows and SQL Server
for High Availability on AWS
Presented by Miles Ward
Content by David Pae & Ulf Schoo
Deck by Colin White
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Before You Get Started
This is an advanced topic. If you are new to AWS, please visit
the “Getting Started with AWS” section of the documentation.
You should also be familiar with the following:
• Amazon EC2
• Amazon VPC
• Windows Server 2008 R2 and Windows Server 2012
• Windows Server Active Directory and DNS
• Windows Server Failover Clustering (WSFC)
• SQL Server 2012 AlwaysOn Availability Groups
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Introduction The goal of a high availability configuration is to protect from failure of a single instance.
This guide discusses architectural considerations and configuration steps when launching
the necessary AWS services to run WSFC across different subnets and Availability Zones,
and also provides instructions for installing and configuring WSFC and an AlwaysOn
Availability Group. We also provide you with two sample AWS CloudFormation templates to
help deploy the necessary infrastructure predictably and repeatedly.
Implementing a WSFC cluster and AlwaysOn Availability Group in the AWS cloud is not
different from deploying on-premises as long as two requirements are met:
• Deploy the cluster nodes inside a VPC
• Put WSFC cluster nodes in separate subnets
This presentation gives an overview of the process to create the example solution. It does
not outline each step. For the detailed overview, please consult the whitepaper available
here: http://aws.amazon.com/whitepapers/microsoft-wsfc-sql-alwayson/
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Microsoft Platform on AWS
• Partnership to support running Windows
Server-based workloads on AWS
• Amazon Machine Images (AMIs) with
Windows Server and SQL Server today that
were jointly developed by Microsoft and AWS
• SharePoint Server and other Microsoft server
products can be licensed to run on AWS
Two licensing models:
•Windows Server
•SQL Server Standard
Pay-as-you-go – AMI pricing includes
software
•SQL Server Enterprise
•SharePoint Server
•Other qualifying Microsoft Windows Server products*
BYOL – use existing licenses on AWS
*General info on AWS and License Mobility for a variety of MS server products:
http://aws.amazon.com/windows/mslicensemobility/
Detail on AWS and License Mobility with SQL Server:
http://aws.amazon.com/windows/mslicensemobility/sql/
Microsoft “License Mobility through Software Assurance” gives Microsoft Volume
Licensing customers the flexibility to deploy Windows Server applications with
active Software Assurance (SA) on Amazon Web Services.
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Summary – What You Will Learn
Part 1 Configure the Virtual Network and Active Directory Infrastructure
Part 2 Launch the WSFC Cluster Nodes
Part 3 Install a SQL Server 2012 AlwaysOn Availability Group
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Summary – What You Will Build
One Amazon VPC
One public route
One Internet Gateway
Security Groups to control the secure flow of traffic between the instances deployed in the Amazon VPC
•4 private subnets and 1 public subnet
•1 private route
•1 Windows Server 2008 R2–based Remote Desktop Gateway instance
•1 Linux-based NAT instance to enable administrative ingress and egress
•2 Elastic IP Addresses associated with the NAT and RDGW instances
•1 Windows Server 2008 R2–based instance to host the Active Directory
•1 Windows Server 2008 R2–based instance to host the WSFC Node and SQL Server 2012 Instance
Per Availability Zone
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7 see whitepaper for high resolution diagram
Part 1: Configure the Virtual Network
and Active Directory Infrastructure
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Part 1: Configure the Virtual Network and Active Directory Infrastructure
Introduction
Let’s start with the necessary infrastructure and virtual network setup to provide
the environment in which you instantiate and configure your servers and
database. WSFC provides infrastructure features that complement the high
availability and disaster recovery scenarios supported in the AWS cloud.
Amazon EC2 provides the ability to place instances in multiple locations,
composed of Availability Zones and regions. Regions are dispersed and located
in separate geographic areas. Availability Zones are distinct locations within a
region that are engineered to be isolated from failures in other Availability Zones.
We provide two sample AWS CloudFormation templates to help you deploy the
necessary and correctly configured infrastructure predictably and repeatedly.
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Scripted Deployment
Sample Template-1 allows for customization
of 23 defined parameters:
Template-1 takes about 1 hour and 20 minutes to complete all tasks
KeyPairName ADServer1InstanceType ADServer2InstanceType ADServer1NetBIOSName ADServer2NetBIOSName ADServer1PrivateIp ADServer2PrivateIp NATInstanceType RDGWInstanceType
DomainDNSName DomainNetBIOSName RestoreModePassword DomainAdminUser DomainAdminPassword SQLAdminUser SQLAdminPassword PublicSubnet1CIDR PublicSubnet2CIDR
PrivateSubnet1CIDR PrivateSubnet2CIDR PrivateSubnet3CIDR PrivateSubnet4CIDR PrivateSubnet5CIDR PrivateSubnet6CIDR PrivateSubnet7CIDR PrivateSubnet8CIDR VPCCIDR
default values for all parameters are included in the whitepaper
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11 see whitepaper for high resolution diagram
Part 2: Launch the WSFC Cluster Nodes
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Part 2: Launch the WSFC Cluster Nodes
Scripted Deployment
Template-2 helps you deploy the
WSFC Nodes into AWS architecture
Template-2 takes about 50 minutes to complete all tasks
• Deploys Windows Server 2008 R2–based instances as WSFC nodes into their respective subnets
• Renames the instance to a friendly NetBIOS name of your choice
• Joins the Windows instances to the domain
• Adds the SQL Service Account (e.g., sqlsa) to the local Administrator Group
• Installs the WSFC feature
• Downloads a SQL Server 2012 Enterprise Edition Evaluation copy onto the instance
• Opens the TCP ports 1433, 1434, 4022, 5022, and 135
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Part 2: Launch the WSFC Cluster Nodes
Create the WSFC Cluster
Steps to create the cluster:
• Create private IP addresses
for both nodes of the cluster
• Test and validate configuration
• Create cluster
• Change to static IP and assign
private addresses
• Bring online
• Create file share witness and
set Quorum Configuration
(full 29 step process outlined in the whitepaper)
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15 see whitepaper for high resolution diagram
Part 3: Install a SQL Server 2012
AlwaysOn Availability Group
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Part 3: Install a SQL Server 2012 AlwaysOn Availability Group
Introduction
The next steps are to download and install SQL Server
2012 Enterprise Edition from Microsoft, enable AlwaysOn
high availability for your database, and create a new
Availability Group.
If you have chosen the scripted deployment option, the trial
version of the software from the Microsoft download site is
automatically added to the instance for you.
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Part 3: Install a SQL Server 2012 AlwaysOn Availability Group
Part 3 in Steps
• Set Up SQL Server 2012 Enterprise Edition
• Enable AlwaysOn High Availability
• Create a Test Database or Attach an Existing Database
• Create an Availability Group
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Part 3: Install a SQL Server 2012 AlwaysOn Availability Group
Part 3 in Steps
• Set Up SQL Server 2012 Enterprise Edition
• Enable AlwaysOn High Availability
• Create a Test Database or Attach an Existing Database
• Create an Availability Group
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Part 2: Launch the WSFC Cluster Nodes
Set Up SQL Server 2012 Enterprise Edition
Create service account on primary Domain Controller
• Connect with Remote Desktop
• Open Server Manager
• Create service account
• Create and share replica folder
Install SQL on each node
• Connect with Remote Desktop
• Install SQL Server
• Follow wizard steps provided
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Part 3: Install a SQL Server 2012 AlwaysOn Availability Group
Part 3 in Steps
• Set Up SQL Server 2012 Enterprise Edition
• Enable AlwaysOn High Availability
• Create a Test Database or Attach an Existing Database
• Create an Availability Group
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Part 3: Install a SQL Server 2012 AlwaysOn Availability Group
Enable AlwaysOn High Availability
For each cluster node:
• Connect with Remote Desktop
• Enable AlwaysOn Availability Groups
in SQL Configuration Manager
• Restart the SQL Server service
MSSQLSERVER
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Part 3: Install a SQL Server 2012 AlwaysOn Availability Group
Part 3 in Steps
• Set Up SQL Server 2012 Enterprise Edition
• Enable AlwaysOn High Availability
• Create a Test Database or Attach an Existing Database
• Create an Availability Group
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Part 3: Install a SQL Server 2012 AlwaysOn Availability Group
Create a Test Database or Attach an Existing Database
• Using SQL Server Management
Studio, connect to the first cluster
node (e.g., WSFCNode1)
• Create a new database or attach
a test database
• Set the Recovery model to Full
• Run a Backup
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Part 3: Install a SQL Server 2012 AlwaysOn Availability Group
Part 3 in Steps
• Set Up SQL Server 2012 Enterprise Edition
• Enable AlwaysOn High Availability
• Create a Test Database or Attach an Existing Database
• Create an Availability Group
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Part 3: Install a SQL Server 2012 AlwaysOn Availability Group
Create an Availability Group
• In Object Explorer launch the New
Availability Group wizard and follow it
according to the guide provided
• Run Windows PowerShell to adjust the
Listener Host Record TTL
• Connect via Remote Desktop Gateway to
the Primary Domain Controller
• Open Server Manager and Check DNS to
ensure all availability group Listeners’ IP
addresses are listed
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27 see whitepaper for high resolution diagram
Conclusion
Summary In this presentation, we gave an overview of the steps to implement the necessary infrastructure in the AWS cloud to set up and configure Windows Server Failover Clustering and SQL Server AlwaysOn Availability Groups. The resulting sample implementation supports the following scenarios:
• Protect from failure of a single instance • Provide automatic failover between the cluster nodes • Protect from failure of the instance placed in the secondary Availability Zone and
automatically failover to the primary one
We recommend you consult the Microsoft documentation and customize some of the steps described in this guide to deploy a solution that best meets your HA and DR needs.
Testing Before putting the solution into production, you should test your deployment and familiarize yourself with the clusters behavior during a high availability automatic failover or a disaster recovery event. There is a full testing process outlined in the whitepaper.
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Additional Resources
Web Pages
Microsoft on AWS
http://aws.amazon.com/microsoft/
Windows on AWS (includes pricing)
http://aws.amazon.com/windows/
SharePoint on AWS
http://aws.amazon.com/windows/sharepoint/quickstart/
AWS Windows and .NET Developer Center (with sdk)
http://aws.amazon.com/net/
Amazon EC2 Windows Guide
http://docs.aws.amazon.com/AWSEC2/latest/WindowsGuide/
Microsoft Licensing
http://aws.amazon.com/windows/mslicensemobility/
Covers Exchange, SharePoint, SQL, Lync, SCOM, and Dynamics.
See page for specific details, including which versions are covered.
Whitepapers
Implementing Microsoft Windows Server Failover Clustering
and SQL Server 2012 AlwaysOn Availability Groups
Exchange Server 2010 Planning and Implementation Guide
Microsoft SharePoint Server on AWS: Reference Architecture
Microsoft Exchange Server 2010 in the AWS Cloud:
Planning & Implementation Guide
Secure Microsoft Applications on AWS
Relational Database Management Systems in the Cloud:
Microsoft SQL Server 2008 R2
Contact Us
https://aws.amazon.com/microsoft/contact-us/
If you have either business or technical questions about running
Microsoft software on AWS, please don’t hesitate to contact us.
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Slalom http://www.slalom.com/
Metalogix http://www.metalogix.com
AWS Partner Network
Smartronix http://www.smartronix.com
AIS http://www.appliedis.com
Booz Allen http://www.boozallen.com
RDA http://www.rdacorp.com
A selection of APN members that specialize in Microsoft Exchange workloads
Test Drive
SQL Server AlwaysOn
This test lab demonstrates the high availability
feature of SQL Server 2012, deployed across
two Data Centers. The lab provides an intuitive
web interface to visualize and validate various
failover scenarios.
SQL Developer Lab
This lab gets you up and running in a Microsoft
.NET / SQL Server developer environment to
show how easy it is to publish and update a site
using the Microsoft platform, using VS Express
for Web and the C# language.
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The Test Drive program enables customers to quickly and easily explore the benefits of using Microsoft
server software on AWS. Developed by APN Consulting and Technology partners, these labs are
provided free of charge for demonstrational purposes. Each Test Drive lab includes up to 5 hours of
complimentary AWS server time. Two Exchange test drives are highlighted, the program also includes
versions for SharePoint, SQL, and storage. http://aws.amazon.com/testdrive/microsoft/
Implementing Windows and SQL Server
for High Availability on AWS
Thank You
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