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VMWARE VSPHERE 5.1 STUDENT MANUAL PDF

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First 4 Chapters of VMware vSphere 5 with ESXi and vCenter Lab Guide Windows , Windows Server, Microsoft Exchange , Microsoft . center runs it's own servers, your instructor will provide you with local access instructions. The details of this guide are specific to VMware ESXi version with vCenter. Obtain licenses for VMware Academic Program (VMAP). .. Follow the instructions at the following link in order to obtain the NDG Optimized. environment for a student or a team to perform the VMware vSphere O&S v6 labs. Detailed setup instructions for standing up VMware vCenter and vSphere ESXi. vCenter Server. Windows Server R2.


Vmware Vsphere 5.1 Student Manual Pdf

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Download as PDF, TXT or read online from Scribd Student Lab Manual ESXi and vCenter Server . Objective: Install student desktop components 1. Task instructions in this guide are based on the vSphere Web Client. . vCenter Server Appliance on ESXi hosts or later, or on vCenter Server instances This document describes VMware ESXi™, VMware vCenter Server™, and . Traditional disaster recovery plans require manual, complex steps to allocate.

VMware vSphere: All rights reserved. This manual and its accompanying materials are protected by U. VMware products are covered by one or more patents listed at http: VMware is a registered trademark or trademark of VMware, Inc.

The vSphere Auto Deploy service is not started in this lab. Click Logout user root. Leave the browser open for the next task. Task 7: In the navigation bar on the left, click vCenter and select Datacenters under Inventory on the. What is the name of the datacenter listed? In the navigation bar on the left, click Training to view the list of top level objects in the right. When finished reviewing the list of objects, close the Google Chrome browser.

Task 1, step 5: Standard Virtual Switches Objective: Create a standard virtual switch and port group In this lab, you will perform the following tasks: View the current standard virtual switch configuration. Create a standard virtual switch with a virtual machine port group.

Attach your virtual machine to a virtual switch port group. View the current standard virtual switch configuration In this task, you will use the VMware vSphere Client to view the current network configuration. If the vSphere Client is not already active, use it to log in to your vCenter Server system with. Configuration tab. In the Hardware list, select Networking. You see that a standard virtual switch was created.

The virtual switch is named vSwitch0. You see a virtual machine connected to VM Network. Create a standard virtual switch with a virtual machine port group In this task, you will create a standard virtual switch for virtual machine networking and create a port group named Production.

Click the Add Networking link. When prompted by the Add Networking wizard, perform the following actions. Action Virtual Machine and click Next. Select Create a vSphere standard switch. Select the vmnic check boxes, which you recorded in Preparing for the lab. In Network Label, type Production. Click Finish. Attach your virtual machine to a virtual switch port group In this task, you will verify that your virtual machine can access the Web using the Production port group.

Right-click your named virtual machine in the inventory and select Edit Settings. Click Network Adapter 1. In the Network Connection drop-down menu, select Production. Verify that both the Connected and the Connect at power on check boxes are selected. Click OK to dismiss the Edit Settings window. Verify that your virtual machine can access the Web: Renew the virtual machine IP address:.

Right-click the virtual machine in the vCenter Server inventory and select Open Console. Type cmd. In Internet Explorer, go to http: Exit Internet Explorer. Close the virtual machines console. Add a VMkernel port group to a standard virtual switch.

Configure the iSCSI software adapter. In the Hardware list, click Networking. Click the Properties link for vSwitch0. In the Ports tab the default view in the vSwitch0 Properties window , click Add. When the Add Network wizard starts, perform the following actions. Action Select VMkernel and click Next. Leave deselected. Verify that the VMkernel default gateway IP address is correct. In the Hardware list, select Storage Adapters. Click the Add link. Click OK when the warning dialog box is displayed.

Click the Properties link in the Details pane. Leave the. Properties dialog box open. Change the IQN to match the value in Preparing for the lab. Click the Dynamic Discovery tab and click Add. Leave the port set to and click OK. Monitor the Recent Tasks pane and wait for the task to complete. When you are prompted to rescan the host bus adapter, click Yes. Wait for the rescan task to. Record the values for the following fields to verify that a logical unit number was found.

Accessing IP Storage Objective: Configure access to NFS datastores. Click the Configuration tab of your ESXi host. In the Hardware list, select Storage. In the Datastores pane, select Add Storage. When prompted by the Add Storage wizard, perform the following actions. Enter the path to the NFS datastore that you recorded in Preparing for the lab.

Leave the box unselected. For example, NFS-Mike. Verify that the iSCSI adapter that you added. View information about your NFS. Review your shared storage configuration. Change the name of a VMFS datastore. Create a VMFS datastore.

Remove a VMFS datastore. Extend a VMFS datastore. Review your shared storage configuration In this task, you will learn how to display information about the shared storage in your lab environment. To log in, use the user name root and the password that you recorded in Preparing for the lab. In the named. View the information for.

VMware vSphere 5.1 Install Configure Manage Lab Manual

Click your local datastore, whose name you recorded in Preparing for the lab to go to the. Datastores inventory view. The Show all Virtual Machines report is displayed.

This report lists all virtual machines that reside on this datastore 3. In the inventory, right-click your local datastore and select Rename. For example, for an ESXi. Verify that the new datastore name is displayed in the inventory. Private means that this datastore is accessible only by your ESXi host. Action Expand the inventory hierarchy and click your ESXi host. Review the current disk layout and click Next.

Return to the Datastores inventory view to create a second datastore. Right-click the Training. For example, if the current disk size is 10GB, change the size to 9GB. You increase this VMFS datastore to its maximum size in task 4. Monitor the progress in the Recent Tasks pane and wait for the task to complete. Verify that each new VMFS datastore is displayed in the datastore inventory.

Click the Summary tab and record the value for Capacity: Click the Properties link in the Datastore Details pane. Examine the information reported in the Extent Device pane.

Record the following values:. These values differ because in task 3 you had the students opt to use less than the full capacity of the LUN. In the Properties dialog box, click Increase. When prompted by the Increase Datastore Capacity wizard, perform the following actions. Review the current disk layout.

Leave the Maximize available space check box selected and click Next. Review the information for accuracy and click Finish. Click Close to close the datastore Properties dialog box.

LUN ID that is assigned to you. Click Delete. Click Yes to confirm datastore deletion. Verify that the datastore was removed from the inventory. Task 6: Click the Configuration tab. In the Datastore Details pane, click the Properties link. The Properties dialog box is displayed. Record the size of the total capacity of the VMFS datastore here: Click Increase.

Click your second assigned LUN. You recorded this LUN number in Preparing for the lab.

Leave the Maximize capacity check box selected. It might be necessary to click Refresh in the Properties dialog box. Close the Properties dialog box. The value should differ from the value recorded in step 3. Using Templates and Clones Objective: Deploy a virtual machine from a template and clone a virtual machine In this lab, you will perform the following tasks: Copy Sysprep files to the vCenter Server instance.

Create a template. Create customization specifications. Deploy a virtual machine from a template. Clone a virtual machine that is powered on.

Copy Sysprep files to the vCenter Server instance In this task, you will configure guest operating system customization on your vCenter Server system. On the desktop of your student virtual machine, double-click WinSCP. Double click Upload sysprep files to the vCVA. If you receive a security warning, click Update to update the certificate. In the User name field, type root and click OK. Enter the password you recorded in Preparing for the lab and click OK.

Once the file copy is complete, select Disconnect from the Session menu. Close the WinSCP program. Create a template In this task, you will create a template by converting a virtual machine to a template.

Log in as user root and enter the password that you recorded in Preparing for the. Expand your LabVMs folder. In this folder, you have a virtual machine named.

Convert to Template. Right-click the virtual machine template and click Rename. Create customization specifications In this task, you will create a customization specification for template deployment. In the vSphere Client, click Home.

In the Management panel, click Customization Specifications Manager. Click New. Action Select Windows. Click Use the virtual machine name and click Next. Enter the product key that you recorded in Preparing for the lab and leave all other fields at their default value. Re-enter the vCenter Server Administrator password that you recorded in Preparing for the lab.

Re-enter the password in the Confirm password field and click Next. Select the time zone that you recorded in Preparing for the lab and click Next. Leave the default and click Next. Verify that your customization specification was created successfully. Lab 9 Using Templates and Clones Deploy a virtual machine from a template In this task, you will deploy a virtual machine from your template and allow vCenter Server to customize the guest operating system.

In the Inventory panel, select VMs and Templates. Right-click your named template and. When prompted by the Deploy Template wizard, perform the following actions. Action Name the new virtual machine with your first name, followed by the number of your VMware vSphere ESXi host and the sequence number 2. Select your LabVMs folder and click Next. Select Power on this virtual machine after creation.

VMware vSphere_Install_Configure_Manage_V5_5_Lecture Manual Volume 2.pdf

Select Customize using an existing customization specification. Do not select the check box Use the Customization Wizard to temporarily adjust the specification before deployment. In the Recent Tasks pane at the bottom of the vSphere Client, monitor the progress of the. After you have created these virtual machines, open a virtual machine console to each of your.

Verify that each virtual machine was created properly. Check the following:. The virtual machine booted up successfully. Wait at least two minutes for Sysprep to complete its tasks, which includes a reboot of the system. You can log in to the guest operating system as Administrator with the virtual machine Administrator password that you recorded in Preparing for the lab.

VMware Tools is installed with time synchronization configured. The cpubusy. Do not shut down the virtual machine. Clone a virtual machine that is powered on In this task, you will clone a running virtual machine. When prompted by the Clone Virtual Machine wizard, perform the following actions. The name of this second virtual machine is HotClone Modifying a Virtual Machine Objective: Modify a virtual machines hardware and add a raw LUN to a virtual machine In this lab, you will perform the following tasks: Increase the size of a VMDK file.

Adjust memory allocation on a virtual machine. Rename a virtual machine in the vCenter Server inventory. Add a raw LUN to a virtual machine and verify that the guest operating system can see it. Expand a thin-provisioned virtual disk. Verify that your Hot-Clone virtual machine is powered on. If it is not powered on, power it. Right-click your Hot-Clone virtual machine in the inventory and select Edit Settings.

Virtual Machine Properties dialog box is displayed. In the Hardware list, select Hard Disk 1. Increase the size of the disk from within the guest operating system: In the inventory, right-click the Hot-Clone virtual machine and select Open Console. Log in to the guest operating system as user Administrator, with the virtual machine.

On the virtual machine desktop, double-click My Computer. Record the value for the total. For example, if you are using a vClass kit, this value is approximately 2GB. Use Windows Explorer to open the folder C: Double-click the extpart. In Volume to extend, type C:. In Size to expand the volume, type to extend the volume by 1,MB. On the virtual machine desktop, double-click My Computer to verify that the C: Record the value for total size of the C: Does the value differ from the size recorded in step 7c?

Adjust memory allocation on a virtual machine In this task, you will increase the virtual machines memory. Click Yes to confirm the shutdown.

After the virtual machine has shut down, right-click it and select Edit Settings. Verify that Memory is selected in the Hardware list. Immediately to the left of the drop-down menu, type Click the virtual machines Summary tab to verify that the memory has increased. Rename a virtual machine in the vCenter Server inventory In this task, you will change the name of a virtual machine in the inventory.

In the inventory, right-click your Hot-Clone virtual machine and select Rename. ESXi host. For example, if Greg has an host named ESXi Renaming a virtual machine in the inventory does not rename the virtual machines folder or the files in the virtual machines folder. Add a raw LUN to a virtual machine and verify that the guest operating system can see it In this task, you will add a raw LUN to a virtual machine that is powered on. You will verify that the guest operating system can see the new virtual disk.

In the Virtual Machine Properties dialog box, click Add. When prompted by the Add Hardware wizard, perform the following actions. Action Select Hard Disk and click Next. Select Raw Device Mappings and click Next. Select your assigned LUN, which you recorded in Preparing for the lab. Select Virtual. Leave the defaults. Views tab. In the drop-down menu, select Show all Virtual Machine Files. Click the Update link. Verify that the guest operating system can see the new disk: Open a console to the virtual machine and log in as user Administrator, with the password.

Click Disk Management. If a disk wizard starts, click Cancel. Verify that Disk 1 is listed.

Disk 1 is the raw device mapping. You can now use the guest. In this lab, you do not have to format the drive. Close the Computer Management window and close the virtual machine console. Expand a thin-provisioned virtual disk In this task, you will expand a thin-provisioned virtual disk to consume all the disk space that was allocated to it when it was created.

Click the Summary tab and record the storage information found in the Resources panel. Inflate the thin-provisioned virtual disk: Right-click the datastore that you recorded in step 1 and select Browse Datastore. Wait for the operation to. When the inflate operation finishes, the Provisioned Size column is no longer visible.

The Size column displays a new value equal to the size of the virtual disk. Close the Datastore Browser. Record the storage information from in the Resources panel and verify that the disk is now. Migrating Virtual Machines Objective: Use vMotion and Storage vMotion to migrate virtual machines In this lab, you will perform the following tasks: Migrate virtual machine files with Storage vMotion.

Create a virtual switch and a VMkernel port group for vMotion migration. Verify that your ESXi host meets vMotion requirements. Verify that your virtual machines meet vMotion requirements. Perform a vMotion migration of a virtual machine on a shared datastore.

Perform a vMotion migration to a private datastore 7. Prepare for the next lab. Migrate virtual machine files with Storage vMotion In this task, you will use VMware vSphere Storage vMotion to relocate each of your virtual machine files from your private datastore to your shared datastore. In this lab and the following labs, both student A and student B will log in to the team vCenter Server system simultaneously.

Because you are now both managing the same vCenter Server system, you should communicate with your teammate. Log in to the team vCenter Server system as user. Rename the virtual machine. Migrate each of your virtual machines from your private datastore to the shared datastore: Under Storage in the Related Objects panel, record the datastore that the virtual machine.

Action Select Change Datastore. Select the shared datastore that you recorded in Preparing for the lab. Monitor the progress of the task in the Recent Tasks pane.

After the task is finished, click the Summary tab of the virtual machine that you migrated. Create a virtual switch and a VMkernel port group for vMotion migration In this task, you will create a virtual switch with a VMkernel port that will be used in vMotion migrations. Select your ESXi host in the inventory, and in the right pane click Manage. Click Networking. Click the icon Add Host Networking. When prompted by the Add Network wizard, perform the following actions.

Select New standard switch. Click OK then click Next. Action Type vMotion for the Network Label. Select the vMotion traffic check box under Available Services. Select Use static IPv4 settings. Enter the vMotion IP address that you recorded in Preparing for the lab.

Enter the vMotion subnet mask that you recorded in Preparing for the lab. Confirm the settings and click Finish. Select each ESXi host and click its Summary tab.

Click your ESXi hosts Manage tab. Verify that a vMotion port group exists and that it is configured with a speed and duplex of. Click the Networking button. Verify that a vMotion port group exists. It should be a VMkernel port. Verify that the speed and duplex are set to full. Verify that both ESXi hosts have access to the same shared datastores: Select the shared datastore you recorded in Preparing for the lab.

In the right pane, click Manage. On the Manage tab, click Settings. Click Connectivity and Multipathing. Verify that both hosts are displayed in the table. Verify that your virtual machines meet vMotion requirements In this task, you will verify that a virtual machines settings meet vMotion requirements.

Perform this task for all of your named virtual machines. In the right pane, click Summary. In the Hardware list, find Network Adapter 1. Verify that the virtual machine is either. Check the Hardware list for a hard disk that is labeled Hard Disk 2. If you have such a disk, point to the disk.

After a moment, click the x button that appears at the right side of the row for Hard Disk 2. Mark the Delete files from datastore check box. This RDM hard disk was added in a previous lab and must be removed so that the virtual machine will be compatible with vMotion. Verify that CPU affinity is not set: If the Scheduling Affinity field displays a number, delete the number.

Click OK to apply all virtual machine changes. Lab 11 Migrating Virtual Machines Perform a vMotion migration of a virtual machine on a shared datastore In this task, you will migrate a virtual machine while it is powered on. When prompted by the Migrate Virtual Machine wizard, perform the following actions.

Action Select Change host. Expand the inventory view and select the ESXi host to migrate virtual machines to, which you recorded in Preparing for the lab. The migration requirements are validated. If the validation does not succeed, you receive warning or error messages. You will not be able to continue with the migration until the errors are resolved. One reason that the validation might not succeed is if a raw device mapping resides in a private LUN.

See task 6, step 5. In the Recent Tasks pane, monitor the progress of the virtual machine migration. Verify that your virtual machine is displayed under your partners ESXi host in the inventory. Use vMotion and verify that your other virtual machines can be migrated successfully to your. Perform a vMotion migration to a private datastore In this task, you will migrate a virtual machine while it is powered on to a private datastore on your partners ESXi host.

Action Select Change both host and datastore Expand the inventory view and select the ESXi host to migrate virtual machines to, which you recorded in Preparing for the lab. Select the private datastore that you recorded in Preparing for the lab. Leave the default value. Prepare for the next lab In this task, you will migrate all of your virtual machines back to your host.

Expand the vCenter Server inventory view so that you can see all of your virtual machines. Migrate each of your virtual machines back to your ESXi host: If any of your virtual machines are powered off, power it on before performing the.

The Shared datastore you recorded in Preparing for the lab. Verify that your virtual machines are displayed under your ESXi host in the inventory. Close the vSphere Web Client. Managing Virtual Machines Objective: Perform several virtual machine management tasks In this lab, you will perform the following tasks: Unregister a virtual machine in the vCenter Server inventory.

Register a virtual machine in the vCenter Server inventory. Unregister and delete virtual machines from disk. Take snapshots of a virtual machine.

Revert to a snapshot. Delete an individual snapshot. Use the Delete All function in Snapshot Manager. Unregister a virtual machine in the vCenter Server inventory In this task, you will unregister a virtual machine from the vCenter Server inventory. Server system. Do not select Delete from Disk. That operation is not recoverable. No, renaming a virtual machine does not rename the virtual machines folder to be renamed.

The rename operation did not rename the original set of files created when you created Hot-Clone. Leave the Datastore Browser open for the next task. Register a virtual machine in the vCenter Server inventory In this task, you will register a virtual machine using a set of virtual machine files located on a datastore. You will verify that the virtual machine is displayed in the inventory. In the list of files to the right of Folders pane, right-click the Hot-Clone. Add to Inventory.

When prompted by the Add to Inventory wizard, perform the following actions. Close the Datastore Browser window. Verify that the virtual machine is placed back in the inventory: You will verify that it was permanently deleted from the VMFS datastore. Record the VMFS datastore name on which this virtual machine resides: Lab 12 Managing Virtual Machines Verify that the virtual machine files no longer exist.

The folder would have been named with the. Take snapshots of a virtual machine In this task, you will create a snapshot tree of a virtual machine. Log in as user Administrator, with the virtual machine Administrator password that you.

Drag the iometer. To remove the iometer. Click Yes to confirm the file deletion and leave the virtual machine console open. When prompted by the Take Virtual Machine Snapshot wizard, perform the following actions. Return to the virtual machine console window and take another snapshot of this virtual machine.

Action Type Without iometer and cpubusy.

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Type Deleted cpubusy. Click to deselect. Leave unselected. Click OK and monitor the task in the Recent Tasks pane. If ClassFiles-vSphere. Navigate to the software ISO location that you recorded in Preparing for the lab. View your virtual machine console. Copy the cpubusy. Select Client Device and click OK. Click the Snapshot Manager icon in the virtual machine console.

Revert to a snapshot In this task, you revert a virtual machine to an earlier snapshot. Go to. Click Yes to confirm that you want to revert to Without Iometer and Cpubusy. Click Close to close the Snapshot Manager. Did the virtual machine power off? Because the memory state was not preserved. Start your virtual machine by clicking the green arrow in the virtual machine console window. Log in to your virtual machine as user Administrator.

Use the virtual machine Administrator. You should see that the You. Are Here pointer has been placed below the snapshot named Without Iometer and Cpubusy. Do you see either iometer. Click Yes to confirm that you want to revert to With Cpubusy. Because the memory state was preserved. Delete an individual snapshot In this task, you will delete an individual snapshot. Are Here pointer has been placed below the snapshot named With Cpubusy.

Click Yes to confirm that you want to delete Without Iometer and Cpubusy. Use the Delete All function in Snapshot Manager In this task, you will delete all remaining snapshots and record the effect of this operation.

In the Snapshot Manager, select the last snapshot in the list and click the Delete All button. Click Yes to confirm that you want to delete all remaining snapshots. Were all the remaining snapshots deleted from the Snapshot Manager? Because all writes in the remaining snapshots were committed to the base disk. Managing vApps Objective: Perform vApp management tasks In this lab, you will perform the following tasks: Create a vApp.

Power on a vApp. Remove a vApp. Create a vApp In this task, you will create a vSphere vApp that contains multiple virtual machines and define a boot order sequence.

Click Yes to confirm the. Wait until both virtual machines have been.

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When prompted by the New vApp wizard, perform the following actions. Select your ESXi host. Verify that the vApp appears in the inventory. VMs and Templates view?

You see the vApp but not the virtual machines themselves. Expand your vApp. You can see the vApp and the virtual machines that the vApp contains. Right-click your vApp and select Edit Settings.

Click the Start Order tab. Power on a vApp In this task, you will power on the vApp that you created. Right-click your vApp and select Power On.

Monitor the tasks in the Recent Tasks pane. What did you observe? The startup pauses at 20 percent and moves to 40 percent when the second virtual machine begins to start up. Remove a vApp In this task, you will remove the vApp that you created. Right-click your vApp and select Shut Down. Right-click your vApp and select Delete from Disk.

Click Yes to confirm the deletion. Minimize, and leave the vSphere Client open for the next lab. Log in to your vCenter Server Appliance with the user name and password that you. On the System Reboot confirmation, click Reboot. The System Reboot dialog disappears after the reboot is near completion. This reboot is required to address the issue of time shift within a nested vSphere lab environment.

This reboot is not required for any portion of vApp configuration within VMware vSphere. Assuming that the student has followed directions correctly: Hard disk 1 is thin-provisioned and is a traditional-style -flat. Access Control Objective: Manage user access permissions In this lab, you will perform the following tasks: Try to log in directly to the ESXi host.

Grant nonadministrator access to a user. Try to log in directly to the ESXi host In this task, you will explore two scenarios that prevent a user from logging in directly to the ESXi host.

Use your. Type the incorrect password. Was the login successful? What error message did you receive, if any? Cannot complete due to an incorrect user name or password. Why did the login fail? The login failed because authentication failed wrong password. Type the correct password. You do not have permission to log in to the server: The authentication succeeded the user typed the correct user name and password and the users identity was established.

And no rule has been created in vCenter Server to grant privileges to the user. In this task, you were unable to log in with your nonprivileged domain user account whether or not you typed an incorrect or correct password.

This behavior is expected. You will provide the correct access to this account so that the user can successfully log in. Grant nonadministrator access to a user In this task, you will grant a user read-only access. Use your domain administrator. Right-click your ESXi host. Select Add Permission. In the Assign Permissions wizard, click Add. Set the domain to the AD domain that you recorded in Preparing for the lab. Search for your nonprivileged domain user name, which you recorded in Preparing for the.

Select that user and click Add. In the Assigned Role pane, select Read-only. If you wanted to grant a user administrator access, you could assign the Administrator role. In task 3 you will learn another way to grant administrator access. Verify that the Propagate to Child Objects check box is selected. Use your nonprivileged domain. Why or why not? The user cannot change the power state of virtual machines because the user was granted only read-only access.

Use your domain administrator user name. What users and groups are assigned the Administrator role? Users root, dcui, and vpxuser are assigned the Administrator role. User Permissions Objective: Use a custom user role In this lab, you will perform the following tasks:. Create a custom role in vCenter Server. Assign permissions on vCenter Server inventory objects. Verify permission usability. Create a custom role in vCenter Server In this task, you will create a custom user role. Click Add Role.

The Add New Role dialog box is displayed. In the Privileges pane, select the following privileges. Privilege name Allocate space Assign network Assign virtual machine to resource pool Add new disk Add or remove device Memory. Assign permissions on vCenter Server inventory objects In this task, you will assign the VM Creator role which you created in task 1 to a nonprivileged user account.

This role grants a user the ability to create virtual machines. Select your LabVMs folder. Click the Permissions tab.

In the Permissions tab, right-click in the white space under the list of permissions. Select Add. The Assign Permissions dialog box is displayed. Click Add. From the drop-down menu in the Domain panel, select the AD domain that you recorded in. In the search field of the Users and Group panel, enter the user name of the nonprivileged. Do not include the AD domain in the entry. Click Search. When the search completes, select the nonprivileged domain user name in the Users and.

Groups panel and click Add. Click OK to continue. Verify that the. Notice that you assigned your custom role to a specific folder. In the steps that follow, you will assign the custom role to a specific host, datastore, and network.

As a result, the user can create virtual machines, but only in the specified folder, host, datastore, and network. Be able to create a template in VMware vCenter Server and deploy a virtual machine from the template, modify a template customization file, open a virtual machine console in vCenter Server and access the guest operating system and config ure Active Directory services.

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