20337b_hvs

20337B: Enterprise Voice and Online Services with Microsoft® Lync® Server 2013

Microsoft® Hyper-V® Classroom Setup Guide Contents

Introducing Microsoft Hyper-V 1 Setup Overview 2 Activating Windows 8 Virtual Machines 2 Rearming Windows Server 2012 Virtual Machines 3 Classroom Requirements 3

Hardware 3 Software 4

Classroom Configuration 4 Instructor Computer Checklist 6 Instructor Computer Setup 7

1. Install the Hyper-V Server Role 8 2. Create Virtual Networks 8 3. Install the Virtual Machine Files 9 4. Create a Setup Share 15 5. Copy the Virtual Machine Files to the Student Computer 15 6. Run the VM-Pre-Import Script (for Hyper-V R2 Only) 16 7. Import the Virtual Machines on the Instructor Computer 18 8. Configure the Virtual Machines on the Instructor Computer 19 9. Install the PowerPoint Slides 22

Student Computer Checklist 23 Student Computer Setup 23

1. Install the Hyper-V Server Role 23 2. Create Virtual Networks 23 3. Install the Base Image and Virtual Machine Files 23

Appendix A 25 Appendix B – Activating Windows 8 Virtual Machines 26

Appendix C – Rearming Windows Server 2012 Virtual Machines 31

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Product Number: 20337B

Version 1.2

20337B: Enterprise Voice and Online Services with Microsoft® Lync® Server 2013 1

Introducing Microsoft Hyper-V Important: This setup requires Windows Server® 2008 R2 SP1 with Hyper-V. To successfully import virtual machines into Windows Server 2008 R2 SP1 Hyper-V, you will have to run the VM-Pre-Import script that will create symbolic links to the Base/Middle-Tier images in the C:\Program Files\Microsoft Learning\Base \Drives\ folder.

This learning product is designed using Microsoft Hyper-V running Windows Server 2008 R2 SP1. Hyper-V is a virtualization technology that allows a single computer to act as a host for one or more virtual machines. The virtual machines use a set of virtual devices that might or might not map to the physical hardware of the host computer.

The software that is installed onto the virtual machine is unmodified, full-version, retail software that operates exactly as it does when it is installed onto physical hardware.

The following definitions will help you with the remainder of this document:

• Hyper-V: Hyper-V is a server application that enables users to run a broad range of operating systems simultaneously on a single physical server. Hyper-V is included with some versions of Windows Server 2008. Hyper-V can only be run on 64-bit version of Windows Server 2008 running on 64-bit hardware.

• Host Computer: The physical computer onto which an operating system and the Hyper-V server role have been installed.

• Host Operating System: The operating system that is running on the physical computer. With Hyper-V, the only supported host operating system is Windows Server 2008.

• Virtual Machine: The computer that is running inside Hyper-V. In this document, “Hyper-V” refers to the application running on the host, while “virtual machine” refers to the guest operating system and any software that is running inside the Hyper-V application.

• Guest Operating System: The operating system that is running inside the virtual machine.

Note: Pressing Ctrl+Alt+Delete while working with a virtual machine will display the Windows Security dialog box for the host operating system. To close the dialog box, press Esc. To access the Windows Security dialog box for a guest operating system, press Ctrl+Alt+End. Other than this difference, software on a virtual machine behaves as it would behave on a physical computer.

You can configure virtual machines to communicate with the host computer, other virtual machines on the same host computer, other host computers, virtual machines on other host computers, other physical computers on the network, or any combination thereof.

2 20337B: Enterprise Voice and Online Services with Microsoft® Lync® Server 2013

The setup instructions that you will follow as part of this classroom setup guide configure Hyper-V and the virtual machines that run on the host. Changing any of the configuration settings may render the labs for this learning product unusable.

Setup Overview The host computers must be set up with a 64 bit version of Windows Server 2008 R2 SP1 and must be running on 64 bit hardware. For more information on the supported hardware for Hyper-V, please see the following web site:

http://technet.microsoft.com/en-us/windowsserver/dd448604.aspx.

For the purposes of this learning product, it is necessary for two host computers to be connected in a pod to perform the labs if your classroom can only support MSL hardware level 7 computers. The pods in the classroom must not be able to connect to each other.

However, allowing them to communicate with each other is recommended to make setup easier. The setup procedures below assume that the host computers can communicate with each other for setup purposes. You should note the administrator’s user name and password for the host computers and provide this information to the instructor.

Important: It is recommended that you download and apply the following hotfix in order to successfully run Windows Server 2012\Windows 8 in a virtual machine running on a Windows Server 2008 R2 SP1 host.

http://support.microsoft.com/kb/2744129

Without the hotfix, you may experience one or more of the following issues:

• The Windows 8/Server 2012 virtual machine may stop responding.

• The Windows Server 2008 R2 host computer may display a stop error message and restart automatically. This behavior brings down all other running virtual machines together with the host computer.

Activating Windows 8 Virtual Machines A new requirement exists that necessitates the activation of VMs that are based on Windows 8. Instructions for activating Windows 8 virtual machines can be found in Appendix B.

More information on this new requirement and steps on how to obtain product keys for activation can be found here: http://go.microsoft.com/fwlink/?LinkId=270851

http://technet.microsoft.com/en-us/windowsserver/dd448604.aspx

http://go.microsoft.com/fwlink/?LinkId=270851


Rearming Windows Server 2012 Virtual Machines A new requirement exists that necessitates the rearming of VMs that are based on Windows Server 2012 in order to place the operating system in a grace state. Instructions for rearming Windows Server 2012 virtual machines can be found in Appendix C.

Classroom Requirements This learning product requires a classroom with a minimum of one computer for the instructor and one for each student. If student computers only meet hardware level 7 (only have 16 GB RAM) then two student computers will need to form a pod where one computer is “host 1” and the other computer is “host 2”. These two host computers are networked together and isolated from other pods during the class. Some of the VMs will launch on each host in the pod. If you have student computers with at least 32GB RAM then a pod configuration is not necessary, all the VMs can be deployed on a single computer. Before class begins, use the following information and instructions to install and configure all computers.

NOTE: Do not reconfigure VMs to dynamically use RAM or you may experience poor performance.

IMPORTANT: If running all VMs on one host computer then Hyper-V network should be configured for internal network (as shipped). When two hosts are used in the pod configuration you will need to create an external virtual network on each host so the two computers in the pod connect with each other. Below are instructions but details may vary depending on the configuration of the network in your classroom.

Hardware The classroom computers require the following hardware and software configuration.

Hardware Level 7

• 64 bit Intel Virtualization Technology (Intel VT) or AMD Virtualization (AMD-V) processor (2.8 GHz dual core or better recommended)

• Dual 500 GB hard disks 7200 RPM SATA or faster (striped). Note that the course can run using a single 120GB hard disk if dual 500BG disks are not available.

• 16GB RAM. • Network adapter with Internet connectivity • Dual SVGA monitors 17” or larger supporting 1440X900 minimum resolution • Video adapter that supports 14400 x 900 resolution • Microsoft Mouse or compatible pointing device • Sound card with amplified speakers • Approved Microsoft Lync Headset


In addition, the instructor computer must be connected to a projection display device that supports SVGA 1024 x 768 pixels, 16 bit colors.

Software Please note that, unless otherwise indicated, this software is not included in the Trainer Materials disc. This learning product was developed and tested on supported Microsoft software, which is required for the classroom computers.

Third Party Software A key component of this class is integrating with existing branch office Private Branch Exchange (PBX). The 3 PBX virtual machines (20337B-LON-PBX, 20337B-NY-PBX and 20337B-RED-PBX) have been pre-configured to work with the snomONE software based PBX (www.snomone.com). The snomONE PBX has not been installed on the virtual machines. The instructions for downloading and installing the software are included later in this guide.

To hear voice calls through the PBX a softphone from a third party must be installed. This software is not provided by Microsoft. Audio has been tested using MSL hardware level 7 systems. Additional software may also be required to get the audio and softphone to work in a virtual environment. The labs have been tested with the following softphones:

• 3CXPhone6 from 3CX (www.3cx.com)

Also required, but not included in the Training Materials: Microsoft® Office PowerPoint® 2007 (instructor computer only).

Classroom Configuration To create the physical pod configuration two hardware level 7 computers will need to be networked together (disconnected from other pods in the classroom). While your specific classroom configuration may vary the labs in this course were tested with the following pod configuration:

http://www.snomone.com/

http://www.3cx.com/


In a pod configuration each classroom computer will serve as the host for many virtual machines that will run in Hyper-V. Deploy the virtual machines in the table below to the appropriate host computer. The following table lists which VMs and file packages must reside on each host computer after deployment:

Host 1: Host 2: 20337B-LON-CL1 20337B-LON-ROUTER1 20337B-LON-DC1 20337B-NY-CL3 20337B-LON-EX01 20337B-NY-PBX 20337B-LON-PBX 20337B-NY-SBS1 20337B-LON-SE1 20337B-RED-CL2 20337B-LON-SQL1 20337B-RED-PBX 20337B-LON-WAC1 20337B-RED-SE1 If you have classroom computers with 32GB RAM and 500+GB hard drives in addition to the other level 7 hardware requirements, you can deploy all the VMs to a single computer instead of deploying to a pod.

Estimated Time to Setup the Classroom: 4 hours


Instructor Computer Checklist 1. Install the Hyper-V Server Role. 2. Create Virtual Networks 3. Install the Virtual Machine Files. 4. Create a Setup Share. 5. Copy the Virtual Machine Files to the Student Computer. 6. Run the VM-Pre-Import script (For Hyper-V R2 only). 7. Import the Virtual Machines on the Instructor Computer. 8. Configure the Virtual Machines on the Instructor Computer. 9. Install the PowerPoint Slides. (if needed).


Instructor Computer Setup Use the instructions in the following section to set up the classroom manually. Before starting the installation of the instructor computer, a supported operating system and Microsoft Office PowerPoint 2007 or newer must be installed on the computer. Similar to the student computer setup, if a single instructor computer is unable to have at least 32GB RAM (in addition to other hardware level 7 specs) then a pod of two hardware level 7 computers will need to be deployed for the instructor.

Important: The operating systems installed on the virtual machines in this learning product have not been activated and each virtual machine is in the Notification state.

As stated earlier, Windows 8 client virtual machines need to be activated, as per the steps outlined in Appendix B. The Windows Server 2012 virtual machines do not need to be activated but they will need to be placed in a grace period by running the slmgr -rearm command at the administrative command prompt, as per the steps outlined in Appendix C.

You may be prompted to restart the computer when the virtual machine is started for the first time. This is because of the hardware differences on the Host computer. You can just click Restart Later to close the message.


1. Install the Hyper-V Server Role

Important: This course requires a Hyper-V host that is running Windows Server 2008 R2 SP1. Dynamic memory allocation for virtual machines is used in this course, and this feature is only available in Service Pack 1 for Windows Server 2008 R2. The host computer should, as a minimum, meet hardware level 7 standards with 16GB of memory – more than 16GB of memory is recommended.

In this task you will install the Hyper-V server role on a Windows Server 2008 R2 SP1 host computer.

Important: If Hyper-V is already installed, you can skip this procedure.

1. On the host machine, click Start, point to Administrative Tools, and then click Server Manager.

2. In the Server Manager console, click Roles. In the Details pane, click Add Roles.

3. On the Before You Begin page, click Next.

4. On the Select Server Roles page, select the Hyper-V check box, and then click Next.

5. On the Hyper-V page, click Next.

6. On the Create Virtual Networks page, ensure that no networks are selected, and then click Next.

7. On the Confirm Installation Selections page, click Install. On the Installation Results page, click Close. When prompted to restart the computer, click Yes.

8. After the server restarts, log on using administrator credentials. When the installation finishes, click Close.

2. Create Virtual Networks After installing the Hyper-V server role, you will need to follow the following steps to create 3 virtual networks used by the virtual machines.

Create an External Virtual Network These steps are required if you do not have an external virtual network created.

1. On both host machines, click Start, point to Administrative Tools, and then click Hyper-V Manager.

1. In the Hyper-V Manager console, click Virtual Network Manager.

2. In the center pane, click External, and then click Add.

3. In the Name field, type Private Network - London.

4. In the selection drop-down select your network adapter, and then click OK.


Important: If the system has a single NIC, make sure ‘Allow management operating system to share this network adapter’ is selected as well.

5. On the Apply Networking Changes page, click Yes.

Please verify all firewalls have been turned off on the host computers.

Create Internal Virtual Networks 1. On Host 2 click Start, point to Administrative Tools, and then click Hyper-V

Manager.


3. In the center pane, click Internal, and then click Add.

4. In the Name field, type Private Network - Redmond, then click OK.

5. On the Apply Networking Changes page, click Yes.

6. Create an additional Internal network called Private Network - New York

Define Dynamic MAC Address Range 1. On Host 1 click Start, point to Administrative Tools, and then click Hyper-V

Manager.


3. Under Global Network Settings, select MAC Address Range.

4. On the Maximum line in the last box change “FF” to “88”.

5. Click OK.

6. On Host 2 click Start, point to Administrative Tools, and then click Hyper-V Manager.


8. Under Global Network Settings, select MAC Address Range.

9. On the Minimum line in the last box change “00” to “77”.

10. Click OK.

3. Install the Virtual Machine Files After installing the Hyper-V server role, you will need to follow the following steps to copy the base images, middle tiers and virtual machine files to the server and then configure the virtual machines.


To Extract the Base Image: 1. On Host1 and Host 2 in the Courseware source files location, double-click Base12A-

WS12-TMP.part01.exe.

2. When the license agreement is displayed, click Accept to indicate that you accept the terms in the license agreement.

3. In the WinRAR self-extracting archive window, in the Destination folder box, ensure that C:\Program Files\Microsoft Learning\Base is listed, and then click Extract. Please wait while the base virtual hard disk file is extracted. This might take a few minutes.

4. Repeat steps 1 through 3 for Base12B-W8.part01.exe on both Host 1 and Host 2.

To Extract the Middle Tier Images: 1. On Host 1 in the Courseware source files location, double-click MT12-WS12-LON-

DC1-TMP.part1.exe.


3. In the WinRAR self-extracting archive window, in the Destination folder box, ensure that C:\Program Files\Microsoft Learning\Base\Drives is listed, and then click Extract.

4. Please wait while the middle tier virtual hard disk file is extracted. This might take a few minutes.

5. On Host 1 repeat steps 1 through 4 for the following middle tier drives:

• MT13-LY-LON-DC1-PR.exe

• MT13-LY-LON-CLx-PR.part01.exe

• MT13-LY-LON-EX01-PR.part01.exe

• MT13-LY-LON-SQL03-PR.part01.exe

6. On Host 2 repeat steps 1 through 4 for MT13-LY-LON-Router1-PR.exe and MT13-LY-LON-CLx-PR.part01.exe.

To Extract the Virtual Machines: (If required for disk space, you can extract the course specific files to a different drive as long as the Base images and the Middle Tiers are located in the default path.) 1. On Host 1 in the Courseware source files location, double-click 20337B-LON-

SE1.part01.exe.



3. In the WinRAR self-extracting archive window, in the Destination folder box, type C:\Program Files\Microsoft Learning\20337\Drives, and then click Extract. Please wait while the virtual machine file is extracted. This might take a few minutes.

4. Repeat steps 1 through 3 for the following virtual machines on Host 1:

• 20337B-LON-CL1.part01.exe

• 20337B-LON-DC1.exe

• 20337B-LON-EX01.part001.exe

• 20337B-LON-PBX.part1.exe

• 20337B-LON-SQL1.part01.exe

• 20337B-LON-WAC1.part01.exe

5. Repeat steps 1 through 3 for the following virtual machines on Host 2:

• 20337B-LON-ROUTER1.exe

• 20337B-NY-CL3.part01.exe

• 20337B-NY-PBX.part1.exe

• 20337B-NY-SBS1.part01.exe

• 20337B-RED-CL2.part01.exe

• 20337B-RED-PBX.part1.exe

• 20337B-RED-SE1.part01.exe

Note: After completing the extraction of all of the classroom files, you should have the following files installed on the appropriate host computer:

Host 1 File In Folder Base12B-W8.vhd C:\Program Files\Microsoft Learning\Base

Base12A-WS12-TMP.vhd C:\Program Files\Microsoft Learning\Base

MT12-WS12-LON-DC1-TMP.vhd C:\Program Files\Microsoft Learning\Base\Drives

MT13-LY-LON-DC1-PR.vhd C:\Program Files\Microsoft Learning\Base\Drives

MT13-LY-LON-CLx-PR.vhd C:\Program Files\Microsoft Learning\Base\Drives

MT13-LY-LON-EX01-PR.vhd C:\Program Files\Microsoft Learning\Base\Drives

MT13-LY-LON-SQL03-PR.vhd C:\Program Files\Microsoft Learning\Base\Drives

VM-Pre-Import-20337B-LON-CL1.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-CL1

20337B-LON-CL1.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-CL1\Virtual Hard Disks


File In Folder

20337B-LON-CL1-Allfiles.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-CL1\Virtual Hard Disks

VM-Pre-Import-20337B-LON-DC1.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LOD-DC1

20337B-LON-DC1.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-DC1\Virtual Hard Disks

VM-Pre-Import-20337B-LON-EX01.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-EX01

20337B-LON-EX1.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-EX01\Virtual Hard Disks

VM-Pre-Import-20337B-LON-PBX.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-PBX

20337B-LON-PBX.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-PBX\Virtual Hard Disks

VM-Pre-Import-20337B-LON-SE1.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-SE1

20337B-LON-SE1.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-SE1\Virtual Hard Disks

VM-Pre-Import-20337B-LON-SQL1.bat C:\Program Files\Microsoft Learning\20337\Drives \20337B-LON-SQL1

20337B-LON-SQL3.vhd C:\Program Files\Microsoft Learning\20337\Drives \20337B-LON-SQL1\Virtual Hard Disks

VM-Pre-Import-20337B-LON-WAC1.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-WAC1

20337B-LON-WAC01.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-WAC1\Virtual Hard Disks

<GUID>.exp C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-CL1\Virtual Machines


\20337B-LOD-DC1\Virtual Machines


\20337B-LON-EX01\Virtual Machines


\20337B-LON-PBX\Virtual Machines


\20337B-LON-SE1\Virtual Machines

<GUID>.exp C:\Program Files\Microsoft Learning\20337\Drives \20337B-LON-SQL1\Virtual Machines


\20337B-LON-WAC1\Virtual Machines


Host 2 File In Folder Base12B-W8.vhd C:\Program Files\Microsoft Learning\Base

Base12A-WS12-TMP.vhd C:\Program Files\Microsoft Learning\Base

MT13-LY-LON-CLx-PR.vhd C:\Program Files\Microsoft Learning\Base\Drives

MT13-LY-LON-Router1-PR.vhd C:\Program Files\Microsoft Learning\Base\Drives

VM-Pre-Import-20337B-LON-ROUTER1.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-ROUTER1

20337B-LON-ROUT1.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-LON-ROUTER1\Virtual Hard Disks

VM-Pre-Import-20337B-NY-CL3.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-NY-CL3

20337B-NY-CL3.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-NY-CL3\Virtual Hard Disks

20337B-NY-CL3-Allfiles.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-NY-CL3\Virtual Hard Disks

VM-Pre-Import-20337B-NY-PBX.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-NY-PBX

20337B-NY-PBX.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-NY-PBX\Virtual Hard Disks

VM-Pre-Import-20337B-NY-SBS1.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-NY-SBS1

20337B-NY-SBS.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-NY-SBS1\Virtual Hard Disks

VM-Pre-Import-20337B-RED-CL2.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-RED-CL2

20337B-RED-CL2.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-RED-CL2\Virtual Hard Disks

VM-Pre-Import-20337B-RED-PBX.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-RED-PBX

20337B-RED-PBX.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-RED-PBX\Virtual Hard Disks

VM-Pre-Import-20337B-RED-SE1.bat C:\Program Files\Microsoft Learning\20337\Drives

\20337B-RED-SE1

20337B-RED-SE2.vhd C:\Program Files\Microsoft Learning\20337\Drives

\20337B-RED-SE1\Virtual Hard Disks


\20337B-LON-ROUTER1\Virtual Machines


\20337B-NY-CL3\Virtual Machines


\20337B-NY-PBX\Virtual Machines


File In Folder


\20337B-NY-SBS1\Virtual Machines


\20337B-RED-CL2\Virtual Machines


\20337B-RED-PBX\Virtual Machines


\20337B-RED-SE1\Virtual Machines


4. Create a Setup Share In this task, you will share virtual machine files for copying to student computers. These steps must be completed on both Host 1 and Host 2.

1. Share the C:\Program Files\Microsoft Learning\Base folder using the share name Base_Drives.

2. Share the C:\Program Files\Microsoft Learning\20337\Drives folder using the share name 20337_Drives.

Note: For information on how to set up a share in Windows Server 2008, see the topic “Share a Resource” in Windows Help and Support.

5. Copy the Virtual Machine Files to the Student Computer

Note: You must perform the file copy before importing the virtual machines. After you have imported the virtual machines, you will not be able to import them again.

Ensure that you have copied the files using a permission-retaining tool such as RoboCopy or XCopy.

1. From the student computer, on both Host 1 and Host 2, copy all of the files from the Base_Drives share on the instructor computer to C:\Program Files\Microsoft Learning\Base.

2. Copy all of the files from the 20337_Drives share on each instructor host computer to the appropriate student host computer in the following location C:\Program Files\Microsoft Learning\20337\Drives.

Note: Ensure that all files are copied.

- C:\Program Files\Microsoft Learning\20337 and all included folders and files - C:\Program Files\Microsoft Learning\Base

3. Check that all permissions have been retained by looking at the directories above and making sure they are not Read Only.

4. Add the virtual machines to the Hyper-V management console. For detailed instructions on how to do this, see the instructor computer setup instructions.


6. Run the VM-Pre-Import Script (for Hyper-V R2 Only)

In this task you will run the VM-Pre-Import bat file. This script will create links to the Base and Middle Tier images in the import folder necessary for importing each virtual machine.

On Host 1 perform the following steps:

1. Double-click VM-Pre-Import-20337B-LON-CL1.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-CL1folder).

2. Verify that the links are created in the following folder:

• C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-CL1\Virtual Hard Disks

3. Double-click VM-Pre-Import-20337B-LON-DC1.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-DC1folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-DC1\Virtual Hard Disks

5. Double-click VM-Pre-Import-20337B-LON-EX01.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-EX01folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-EX01\Virtual Hard Disks

7. Double-click VM-Pre-Import-20337B-LON-PBX.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-PBX folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-PBX\Virtual Hard Disks

9. Double-click VM-Pre-Import-20337B-LON-SE1.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-SE1 folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-SE1\Virtual Hard Disks

11. Double-click VM-Pre-Import-20337B-LON-SQL1.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-SQL1 folder).



• C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-SQL1\Virtual Hard Disks

13. Double-click VM-Pre-Import-20337B-LON-WAC1.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B- LON-WAC1 folder).


• C:\Program Files\Microsoft Learning\20337\Drives\ 20337B- LON-WAC1\Virtual Hard Disks

On Host 2 perform the following steps:

15. Double-click VM-Pre-Import-20337B-LON-ROUTER1.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-ROUTER1 folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-LON-ROUTER1\Virtual Hard Disks

17. Double-click VM-Pre-Import-20337B-NY-CL3.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-NY-CL3folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-NY-CL3\Virtual Hard Disks

19. Double-click VM-Pre-Import-20337B-NY-PBX.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-NY-PBX folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-NY-PBX\Virtual Hard Disks

21. Double-click VM-Pre-Import-20337B-NY-SBS1.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-NY-SBS1 folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-NY-SBS1\Virtual Hard Disks

23. Double-click VM-Pre-Import-20337B-RED-CL2.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-RED-CL2 folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-RED-CL2\Virtual Hard Disks


25. Double-click VM-Pre-Import-20337B-RED-PBX.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-RED-PBX folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-RED-PBX\Virtual Hard Disks

27. Double-click VM-Pre-Import-20337B-RED-SE1.bat (found in the C:\Program Files\Microsoft Learning\20337\Drives\20337B-RED-SE1 folder).


• C:\Program Files\Microsoft Learning\20337\Drives\20337B-RED-SE1\Virtual Hard Disks

7. Import the Virtual Machines on the Instructor Computer

1. On the instructor computer, on each host machine, click Start, point to Administrative Tools, and then click Hyper-V Manager.

2. In the Actions pane, click Import Virtual Machine.

3. In the Import Virtual Machine dialog box, click Browse. Browse to C:\Program Files\Microsoft Learning\20337\Drives, click 20337B-LON-ROUTER1, and then click Select Folder.

4. Click Import. Click Close when warning message windows appeared.

Note: If you receive a warning message during import, most likely cause are incorrect network names.

Open settings for 20337B-LON-ROUTER1 and verify there are 3 network adapters called “Private Network - London”, “Private Network - Redmond”, “Private Network - New York” (in that order).

5. Repeat steps 2–4 for the following virtual machines on the appropriate host computer:

• 20337B-LON-CL1 (Host 1)

• 20337B-LON-DC1 (Host 1)

• 20337B-LON-EX01 (Host 1)

• 20337B-LON-PBX (Host 1)

• 20337B-LON-SE1 (Host 1)

• 20337B-LON-SQL1 (Host 1)


• 20337B-LON-WAC1 (Host 1)

• 20337B-NY-CL3 (Host 2)

• 20337B-NY-PBX (Host 2)

• 20337B-NY-SBS1 (Host 2)

• 20337B-RED-CL2 (Host 2)

• 20337B-RED-PBX (Host 2)

• 20337B-RED-SE1 (Host 2)

8. Configure the Virtual Machines on the Instructor Computer

1. On Host 1verify that the Domain Controller starts. In Hyper-V Manager, right-click 20337B-LON-DC1, and then click Start. Right-click 20337B-LON-DC1, and then click Connect.

2. Log on as Adatum\administrator using the password Pa$$w0rd. Verify that the logon is successful before continuing.

Note: If Windows installs new hardware, and you are prompted to restart, click Restart Now. When the virtual machine restarts, log back on.

3. Complete product activation instructions in Appendix C on 20337B-LON-DC1. Keep 20337B-LON-DC1 running until all machines are activated and configured.

4. On Host 1 verify that the SQL server starts, in the Virtual Machines list right 20337B-LON-SQL1 and click Start. Right-click 20337B-LON-SQL1 and click Connect. Log on as Adatum\administrator using the password Pa$$w0rd.

5. Complete product activation instructions in Appendix C on 20337B-LON-SQL1. Keep 20337B-LON-SQL1 running until all machines are activated and configured.

6. For the following Window 8 Virtual Machines log on using the specified username with the password Pa$$w0rd complete the product activation instructions in Appendix B (make sure 20337B-LON-DC1 has completely started first).

• 20337B-LON-CL1 (Host 1) (Username: ADATUM\AMR)

• 20337B-NY-CL3 (Host 2) (Username: ADATUM\DON)

• 20337B-RED-CL2 (Host 2) (Username: ADATUM\BRAD)

7. After the clients have been activated, shutdown MSL-TMG1 and delete the VM.


8. On Host 2 verify that the Router starts, in the Virtual Machines list right 20337B-LON-ROUTER1 and click Start. Right-click 20337B-LON-ROUTER1 and click Connect. Log on as Administrator using the password Pa$$w0rd.

9. Complete product activation instructions in Appendix C on 20337B-LON-ROUTER1. Keep 20337B-ROUTER1 running until all servers are activated and configured.

10. For the remaining Window Server 2012 Virtual Machines log on as the last logged on user with the password Pa$$w0rd and complete the product activation instructions in Appendix C:

• 20337B-LON-SE1 (Host 1) (Username: Adatum\administrator)

• 20337B-LON-EX01 (Host 1) (Username: Adatum\administrator)

• 20337B-LON-PBX (Host 1) (Username: Administrator)

• 20337B-LON-WAC1 (Host 1) (Username: Adatum\administrator)

• 20337B-NY-PBX (Host 2) (Username: Administrator)

• 20337B-NY-SBS1 (Host 2) (Username: Adatum\administrator)

• 20337B-RED-PBX (Host 2) (Username: Administrator)

• 20337B-RED-SE1 (Host 2) (Username: Adatum\administrator)

Note: If you receive “Applying security policy to the system”, it may take up to 30 minutes for the system restart to complete. This happens when the server has been out of touch with the domain controller for a long time.

11. Remain Logged into 20337B-LON-PBX (Host 1), 20337B-NY-PBX (Host 2) and 20337B-RED-PBX (Host 2) to install additional software.

12. On both Host 1 and Host 2 enable the Windows Audio service.

a. On each physical host click Start, click Control Panel, click Administrative Tools and then click Services.

b. Scroll down the list and click Windows Audio.

c. Choose to Start the service.

Note: The instructions for this step may be slightly different depending on exact version of the operating system being used on the host.

Install SnomONE PBX 1. Go to http://go.microsoft.com/fwlink/?LinkID=310182 (this URL redirects to a third

party site) to get the link to the latest version on snonONE (version 5.0.8 or newer). Download the Windows 64-bit version of the software.

http://go.microsoft.com/fwlink/?LinkID=310182


2. On the 20337B-LON-PBX install the software per the instructions on http://go.microsoft.com/fwlink/?LinkID=310182 (this URL redirects to a third party site). Do not change the PBX Web server ports or installation location. The software has been pre-configured to use the default installation directory.

3. Open the snomONE console by opening a browser to http://localhost.

4. Login username: admin (case sensitive)

5. Under Settings click on General, then License.

6. Read and Accept license terms by clicking Save.

7. Select “License the product with a product activation code (format XXX-XXX-XXX-XXX).

8. In the Activation Code Box enter 5MS-LYN-CTR-AIN and click Save.

Note: At this point the License Status will be “No License”

9. Under Settings click on General, then License again.

10. Select the “Use a license key that has been provided to you …” radio button.

11. A 64-bit encoded string has been provided for activating the software. Open the file c:\Program Files\snom\snomONE\license.txt.

12. Copy and paste the license string into the activation page and click Save.

Note: The License Status should be snom One Training (Microsoft Training) 56T-7JF-610-MK5. The provided license string is for training purposes and limits call duration to 1 minute.

13. Repeat steps 1 through 12 for 20337B-NY-PBX and 20337B-RED-PBX.

Install 3cxPhone for Windows softphone 1. To download the softphone go to http://go.microsoft.com/fwlink/?LinkID=310183

(this URL redirects to a third party site) and click the 3cxPhone for Windows button at the bottom of the page and save the file (The labs were tested with the version of the softphone at http://www.3cx.com/downloads/3CXPhone6.msi).

2. On the 20337B-LON-PBX run 3CXPhone.msi.

3. Click Next.

4. Read and accept the terms of the license agreement and click Next.

5. Take the default installation location and click Next and then Install.

6. Leave Launch 3cxPhone checked and click Finish.


http://localhost/


http://www.3cx.com/downloads/3CXPhone6.msi


7. After application launches right click its taskbar icon and select pin this program to taskbar.

8. Verify the 3cx phone displays “On Hook” above the keypad and phone number “95011” in the upper right corner of the application.

9. Repeat steps 2 through 8 for

• 20337B-NY-PBX (phone number 69001)

• 20337B-RED-PBX (phone number 14801)

• 20337B-NY-CL3 (phone number 95011) (Logon as ADATUM\Don)

Create Starting Image Snapshots 1. In Hyper-V Manager, under Virtual Machines perform the following steps for each

virtual machine:

a. Right-click the virtual machine and click Snapshot.

b. Wait for the snapshot process to finish.

c. In the Snapshots pane, right-click the snapshot name, click Rename.

d. Type StartingImage; and then press Enter.

2. Shutdown all Virtual Machines except 20337B-LON-SQL1, 20337B-LON-DC1 and 20337B-LON-ROUTER1 by right clicking the machine name in Hyper-V Manager and selecting Shutdown.

3. Shutdown 20337B-LON-SQL1, 20337B-LON-DC1 and 20337B-LON-ROUTER1after all other virtual machines are shutdown.

Note: Reminder that you must run “slmgr -rearm” in the Windows Server 2012 VMs after logging in and before taking the starting image snapshot.

9. Install the PowerPoint Slides 1. In this task, you will install the PowerPoint slides for the learning product by

extracting 20337B-ENU-PowerPoint.exe.

2. In the Trainer Materials disc, in the \TrainerFiles folder, extract 20337B-ENU-PowerPoint.exe.


Student Computer Checklist 1. Install the Hyper-V Server Role. 2. Create Virtual Networks 3. Install the Base Image and Virtual Machine Files.

Student Computer Setup Use the instructions in the following section to set up the classroom manually. Before starting the installation of the student computer, a supported operating system must be installed on the computer.

Caution: These instructions assume network connectivity between the instructor computer and the student computers. If you do not have connectivity, Microsoft Learning recommends copying the activated virtual machines to the student computers by means of a manually created DVD or universal serial bus (USB) drive.

1. Install the Hyper-V Server Role

Note: If Hyper-V is already installed, you can skip this procedure.

For detailed instructions see the Instructor Computer Setup instructions.

2. Create Virtual Networks

For detailed instructions see the Instructor Computer Setup instructions.

3. Install the Base Image and Virtual Machine Files

Note: Ensure that all extracted courseware virtual machine files were copied from the instructor computer during the instructor computer setup process. The following directories and shortcuts will be needed to ensure that the student has all necessary files to add the virtual machines.

- C:\Program Files\Microsoft Learning\20337 and all included folders and files - C:\Program Files\Microsoft Learning\Base

1. Check that all permissions have been retained, by looking at the directories above and making sure they are not Read Only.

2. Run the VM-Pre-Import script (For Hyper-V R2 only). For detailed instructions see the Instructor Computer Setup instructions.


3. Add the virtual machines to the Hyper-V management console and configure them. For detailed instructions see the Instructor Computer Setup instructions.


Appendix A The virtual machines were developed using the English (United States) layout shown below.

If your physical keyboard doesn’t match the above layout, you may need to refer to the above layout for the character positions used to logon. For future logons and usage throughout the labs, you may want to install your keyboard layout in the virtual machine.


Appendix B – Activating Windows 8 Virtual Machines

Obtaining Product Keys for Activation To receive product keys that you will use to activate the Windows 8 virtual machines accompanying this course, please follow the guidelines described here: http://go.microsoft.com/fwlink/?LinkId=270851

Activating a Windows 8 Virtual Machine You must first ensure that the TMG virtual machine has been started and that the TMG virtual machine has internet connectivity. Then perform the following steps to activate the Windows 8 virtual machines (20337B-LON-CL1, 20337B-NY-CL3, and 20337B-RED-CL2). Since only one virtual machine called MSL-TMG1 can be connected to the Internet at a time, activate 20337B-LON-CL1 on Host 1 first, then activate 20337B-NY-CL3, and 20337B-RED-CL2 on Host 2. 1. On the Windows start page, type cmd.

2. Right-click Command Prompt, and then click Run as Administrator.

3. If prompted, click Yes on the User Account Control dialog box.

4. On the command prompt, type slmgr /ipk <product key>, and press ENTER.

5. Click OK on the dialog box.

6. On the command prompt, type slmgr /ato, and press ENTER.

Note: In order for you to be able to activate the virtual machine successfully, the virtual machine must have internet connectivity.

7. Click OK on the dialog box.

Rearm Office 2013 on the Windows 8 clients Office 2013 is installed on the Windows 8 client virtual machines. You must rearm the Office 2013 software in order to use it in class.

1. Open an elevated command prompt. (Start screen, type cmd, right-click cmd, click run as administrator)

2. Type cd c:\program files (x86)\Microsoft Office\Office15 and press enter.

3. Type ospprearm.exe and press enter

4. You should see a note that Office has been rearmed. If so, you can stop at this step. If these above steps failed to rearm Office 2013 please use the following steps to rearm.

5. Open an elevated command prompt. (Start screen, type cmd, right-click cmd, click run as administrator).

http://go.microsoft.com/fwlink/?LinkId=270851


6. Type cd c:\program files (x86)\Microsoft Office\Office15 and press enter.

7. Type cscript ospp.vbs /dstatus and press enter, note down the SKU ID

8. Type cscript ospp.vbs /rearm:[SKU ID],and press enter

9. Should see a note that Office has been rearmed.

Post Activation cleanup After activating Windows 8 and Office 2013 on the three client machines, do the following:

1. In each client virtual machine (20337B-LON-CL1, 20337B-NY-CL3, 20337B-RED-CL2) remove alternate DNS server. Make sure primary DNS server is 172.16.0.10.

2. Shut down all virtual machines. 3. Delete MSL-TMG1 virtual machines. 4. On Host 1 and Host 2 modify virtual network Private Network - London to use

External network type. 5. On Host 1 and Host 2 remove the virtual network called Temporary.

To Configure the MSL-TMG1 Virtual Machine The MSL-TMG1 virtual machine and its related setup guide can be downloaded from the MCT Download Center in the Base Virtual Hard Disks - Mid-Tiers (ENGLISH) folder. The TMG VM requires Base11A-WS08R2SP1.VHD which is also available on the MCT Download Center in the Base Virtual Hard Disks (ENGLISH) folder.

To configure the MSL-TMG1 virtual machine on Host 1 1. Set up the MSL-TMG1 virtual machine on Host 1.

2. In Hyper-V Manager modify virtual network Private Network - London to use Internal network type.

3. In Hyper-V Manager configure an External network type called Temporary.

4. Configure the MSL-TMG1 virtual machine per the setup guide MSL-TMG1 Setup Guide, with the following changes.

a. Configure the MSL-TMG1 to use dynamic memory. In the Hyper-V Management console, access the MSL-TMG1 virtual machine settings. Click Memory, click Dynamic, and set Startup RAM to 1024 MB and Maximum RAM to 4096 MB.

b. Configure the first Legacy Network Adapter to use Private Network - London. This adapter is called Private in the VM.


c. Configure the second Legacy Network Adapter to use External network. This adapter is called Public inside the VM.

5. Start MSL-TMG1 on Host 1.

6. Perform the following additional configuration changes on MSL-TMG1:

a. In the Network Window, edit the properties of the Private adapter and open the TCP/IP IPv4 properties for and change:

1. IP address:172.16.0.1,

2. Subnet mask: 255.255.255.0,

3. DNS: 172.16.0.10

4. Set the Alternate DNS Server to a DNS server that can resolve Internet addressee.

b. Open ForeFront TMG Management,

1. Click Networking, click the Networks tab, click Internal, and then click Edit Selected Network.

2. In the Internal Properties dialog box, click the Addresses tab

3. Click Add Adapter button,

4. Select Private

5. Click OK.

6. Verify the range 172.16.0.0 to 172.16.0.255 is now listed.

7. Click OK, and then click the Apply button.

8. Click Apply one more time and then click OK.

c. Click the Web Access Policy node, and enable the Allow Web access for All Users access rule.

d. Click Apply and Click Apply one more time and then click OK.

7. Start 20337B-LON-CL1.

a. Set the Alternate DNS Server to a DNS server that can resolve Internet addressee.

To configure the MSL-TMG1 virtual machine on Host 2 1. Set up the MSL-TMG1 virtual machine on Host 2.

2. In Hyper-V Manager modify virtual network Private Network - London to use Internal network type.

3. In Hyper-V Manager configure an External network type called Temporary.


4. Configure the MSL-TMG1 virtual machine per the setup guide MSL-TMG1 Setup Guide, with the following changes.

a. Configure the MSL-TMG1 to use dynamic memory. In the Hyper-V Management console, access the MSL-TMG1 virtual machine settings. Click Memory, click Dynamic, and set Startup RAM to 1024 MB and Maximum RAM to 4096 MB.

b. Configure the first Legacy Network Adapter to use Private Network – New York. This adapter is called Private in the VM.

c. Configure the second Legacy Network Adapter to use Temporary network. This adapter is called Public inside the VM.

d. Add a third Legacy Network Adapter to use Private Network - Redmond. This adapter is called Local Area Network in the VM.

5. Make sure 20337B-LON-ROUTER1 is not running.

6. Start MSL-TMG1 on Host 2.

7. Perform the following additional configuration changes on MSL-TMG1:

a. In the Network Window, edit the properties of the Private adapter and open the TCP/IP IPv4 properties and change:

1. IP address:172.16.2.1,

2. Subnet mask: 255.255.255.0,

3. DNS: 172.16.0.10

4. Set the Alternate DNS Server to a DNS server that can resolve Internet addressee

b. In the Network Window, edit the properties of the Local Area Network adapter and open the TCP/IP IPv4 properties for and change:

1. IP address:172.16.1.1,

2. Subnet mask: 255.255.255.0,

3. DNS: 172.16.0.10

4. Alternate DNS Server pointing to the DNS server that can resolve Internet addressee

c. Open ForeFront TMG Management,

1. Click Networking, click the Networks tab, click Internal, and then click Edit Selected Network.

2. In the Internal Properties dialog box, click the Addresses tab

3. Click Add Adapter button,


4. Select Private and Local Area Network.

5. Click OK.

6. Verify the ranges 172.16.1.0 to 172.16.1.255 and 172.16.2.0 to 172.16.2.255 are now listed.

7. Click OK, and then click the Apply button.

8. Click Apply one more time and then click OK.

d. Click the Web Access Policy node, and enable the Allow Web access for All Users access rule.

e. Click Apply and Click Apply one more time and then click OK.

8. Start 20337B-NY-CL3.


9. Start 20337B-RED-CL2.



Appendix C – Rearming Windows Server 2012 Virtual Machines

For Windows Server 2012 virtual machines, you need to perform the following steps to place the Windows Server 2012 operating system into a grace state:

1. Within the VM, open an elevated command prompt. click the left or right bottom of the taskbar, then click Start. Type cmd, then right-click Command Prompt, and then click Run as administrator.

2. At the command prompt, and type slmgr -rearm and press ENTER.

3. In the Windows Script Host dialog box, click OK.

4. Close the Command Prompt window.

5. Restart the computer as prompted. After the computer restarts, log on as the Administrator account with the password Pa$$w0rd.

20337b_hvs

Documents

virtual machines

endorsement of microsoft

control of microsoft

microsoft technologies

microsoft lync server

virtual networks

virtual machine files

instructor computer