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Image-based Installations of NLB Clusters

Image-based Installations of NLB Clusters

Image-based installations, also known as disk cloning or simply cloning, is the fastest method of deploying Windows Server 2003, Enterprise Server. Image-based installations are useful if you are deploying computers that have similar hardware and you want to perform quick, clean installations with minimal end user interaction

Cloning NLB Clusters consists of the following steps:

1. Building a master installation on a master computer. Building a master installation includes installing and configuring the operating system and any software and drivers you need to include on your virtual hard disk.
2. Preparing the master installation with the Sysprep tool. This includes configuring and running the Sysprep tool on the master computer.
3. Generating a virtual hard disk of the master installation with the disk-imaging tool. This includes saving each virtual hard disk to a permanent storage location.
4. Loading virtual hard disks on destination computers that will make up a cluster.

Using SYSPREP to prepare for imaging

 

Building a Master Installation

You need to setup a master computer which you will use to build a master installation and later to create a virtual hard disk.

Building a master installation includes installing and configuring the operating system and any software and drivers you need to include on your virtual hard disk.

Prepare the master installation.

After you have prepared a master installation on the master computer, you need to prepare a virtual hard disk for cloning. Microsoft provides a tool called sysprep that allows you to prepare an image for cloning. The tool can be found on the Windows Advanced Server 2003 CD in the \support\tools directory. When you run sysprep on the master computer, you can supply one of the following two switches: -factory or reseal.

You can use Factory mode to install additional drivers and applications at the stage after the reboot that follows Sysprep. Normally, running Sysprep as the last step in the pre-installation process prepares the computer for delivery. When rebooted, the computer starts Mini-Setup. By running Sysprep with the -factory option, the computer reboots in a network-enabled state without starting Mini-Setup. In this state, Factory.exe processes its answer file, Winbom.ini, and performs the following actions:

1. Copies drivers from a network source to the computer
2. Starts Plug and Play enumeration
3. Stages, installs, and uninstalls applications on the computer from source files located on either the computer or a network source
4. Adds customer data

When finished, run Sysprep with the -reseal option to prepare the virtual hard disk for cloning.

For example, you can create a master installation that contains a minimal set of drivers, run sysprep -factory, create an image of the installation, and copy the image to multiple destination computers. If any destination computers require additional drivers, run sysprep -factory on the destination computer and load those drivers at that time.

For more information about the Factory mode and winbom.ini file, refer to Microsoft Windows XP Preinstallation Guide. This document is located in Deploy.cab on the Windows Server 2003 CD.

If you do not need to install any additional drivers or applications on the destination computers, run sysprep in the Reseal mode.

Sysprep and Sysprep.inf Answer file

To completely automate NLB cluster installation, you will need to use the sysprep.inf file which is an answer file used by sysprep during and after Mini-Setup.

Required Sections and Entries in sysprep.inf

A fully unattended Setup requires the following sections and entries:
Required section Required entries in that section Comments
[Unattended] UnattendMode

TargetPath

 
[GuiUnattended] AdminPassword

TimeZone

 
[Identification] JoinWorkgroup You may instead specify JoinDomain, DomainAdmin, and DomainAdminPassword.
[LicenseFilePrintData] AutoMode

AutoUsers

Requires AutoUsers ifAutoMode = PerServer.
[Networking]   Required to configure network protocols.
[UserData] ComputerName

FullName

 

Please refer to the Operating System Sections and Entries for Unattended Install section of this document for an explanation of what each of these entries is used for.

NLB-specific Sections and Entries

See section NLB-specific Sections and Entries for NLB specific configuration options in the sysprep.inf answer file.

 

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Infrared Data Association (IrDA)

 

The Infrared Data Association (IrDA) is an association that defined the group of  short-range, high speed, bidirectional wireless infrared protocols, generically referred to as IrDA. The IrDA protocol stack enables computers running Windows 2003 to connect easily to peripheral devices or other computers without the use of connecting cables. For example, Windows 2003 automatically detects infrared devices, such as other computers or cameras, which are within range of each other. IrDA enables users to transfer information and share resources, such as printers, cameras, portable computers, desktop computers, and personal digital assistants (PDAs).

 

IrDA enables wireless communication between any two infrared devices within range of each other. For example, two users traveling with laptop computers can transfer files by setting up an IrDA connection, instead of by using cables or floppy disks. IrDA automatically configures the connection when the portable computers are placed within close proximity. In addition, IrDA enables a computer to access resources that are attached to another computer. For example, if a user with a laptop computer needs to print a document, the user can create an IrDA connection with a computer that is connected to a printer, either locally or on a network. When that connection is established, the user, with appropriate permissions, can print over the IrDA connection.

 

 

The characteristics of IrDA wireless communication include:

  • A worldwide standard for wireless infrared connectivity.
  • Ease of implementation and use.
  • No risk of radiation from infrared rays.
  • No electromagnetic noise.
  • No government regulatory issues.
  • Minimum crosstalk (signal overflow from adjacent cable).

 


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