06-03-14

VCAP-DTA – Objective 3.2 – Configure and Manage Pool Tags and Policies

This objective is relatively short and only has one skill being measured, the ability to correctly configure tags. As a refresher, tags can be used to provide a level of security on connection servers and pools and gives the ability to provide what VMware refers to as “Restricted Entitlement”, which means Connection Servers can only access certain pools. The most obvious and common use case for tagging is when Security Servers are in play, and you want to restrict incoming users from the internet to only use particular Connection Servers.

So then, with only one skill/ability being measured in this section, let’s get to it!

  • Configure tagging for specific Connection Server or security server access – Tagging is done from within View Administrator. You can set tags on Connection Servers and also on pools. One thing you need to be aware of is tag matching – this defines whether or not a user is permitted access to a desktop and will most likely be something you’ll be tested on in the exam.
    • To set a tag on a Connection Server, go to View Administrator and View Configuration, Servers, Connection Servers, choose your Connection Server, click Edit and in the top box, assign the tags you want to use. The example below illustrates two tags in use. This is an internal Connection Server, so it’s been tagged as “Internal” and “Secure”. Note a comma separating multiple tags.

tags

    • To add tags to an existing pool, in View Administrator go to Inventory, Pools, select the Pool you wish to tag, click Edit and then Pool Settings. At the top of this screen is General and Connection Server Restrictions. Click Browse and click the Restricted to these tags radio button. Select the appropriate tag as per below :-

pool-tags

    • Click OK to apply the setting.
    • To apply a tag during pool creation, when you get to the Pool Settings screen, you basically access the same dialog screen. So under the General heading at the top, go to Connection Server Restrictions, click Browse and select the appropriate tag as shown above.
  • In respect of tag matching, be aware of the following matrix as you may be asked to troubleshoot an access issue during the exam which may be caused by incorrect tagging :-
    • Connection Server no tags – Pool no tags – access permitted
    • Connection Server no tags – Pool tags  – one or more tags – access denied
    • Connection Server one or more tags – Pool no tags – access permitted
    • Connection Server one or more tags – Pool one or more tags – access depends on tags matching

VCAP-DTA – Objective 3.3 – Administer View Desktop Pools

This objective is the guts of spinning up virtual desktops for users, and covers the full range of desktop pool types available. So full and linked clone pools, assignment types, Terminal Services or manual pools, user and group entitlements and finally refreshing, recomposing and rebalancing pools. Sounds like a lot, but actually there’s a nice flow to this objective and it should be quite straight forward.

  • Create and modify full or linked-clone pools – To create a new pool in View Administrator, go to  Inventory, Pools, Add. The pool creation wizard is generally pretty easy to follow and there’s not much value I can to it here. Click Next until you reach the third screen of the wizard, entitled vCenter Server. This screen provides the option for Full virtual machines or View Composer Linked Clones. Select the appropriate radio button for the type you want and continue on through the screens to finish the pool creation wizard. The choice selection screen is shown below :-

pool-type

    • To modify an existing pool, go to Inventory, Pools, select the pool you are interested in and click Edit. You can change various settings on an existing pool, such as the pool display name, remote protocol settings, power management, storage accelerator etc. You cannot change the pool type once it has been created.
  • Create and modify dedicated or floating Pools – To create a floating pool, you can only select Automated Pool or Manual Pool in the initial pool definition type screen. When you click Next, you then get presented with the choice of creating a Dedicated or Floating pool. Remember dedicated pools mean once a user is assigned a desktop, they own it “forever” whereas a floating pool is in essence the “next cab off the rank” and is not persistently tied to a single user. Each type has their own use case. From here, complete the wizard with the required settings to provision the pool.
    • To modify an existing pool, go to Inventory, Pools and select the pool you wish to modify. Click Edit and make changes as appropriate. With a dedicated pool, your only option is to enable/disable automatic assignment. A floating pool has additional options for editing settings, including vCenter Settings (changing datastores etc.) and also Guest Customizations.
  • Build and maintain Terminal Server or manual desktop pools – Manual and Terminal Services pools are an extension of View by adding in the View Agent to an existing virtual machine, Terminal Server or even a physical PC or blade PC.
    • To add a manual pool, ensure the agent is installed on the endpoint (and you may be tested on this!), go to Inventory, Pools, Add, Manual Pool. Again the wizard is pretty straight forward, populate all the settings you need.
    • To add a Terminal Services pool, again make sure the View Agent is installed on the endpoint before you proceed.
  • Entitle or remove users and groups to or from pools – Once you’ve built your pools, you also need to add an entitlement. This is simply users and/or groups from Active Directory that you want to grant access to desktops to. This can be done in one of two ways – either when the pool is created (final wizard screen, tick the box for entitle users after this wizard finishes) or afterwards if you forget during pool creation, or if you want to add additional users or groups. If you select to entitle on completion, click Add and use the search box to find the users or groups you want to entitle, as shown below :-

entitlements

    • To add entitlements retrospectively, go to Inventory, Pools, Entitlements and this brings you into the same dialog as above where you simply repeat the same steps to add users and/or groups.
  • Refresh, recompose or rebalance pools – Depending on your design or operational procedures (or if you’re asked to by the exam!), you will need to refresh, recompose or rebalance your desktop pools. As a refresher, this is what each term means :-
    • Refresh – Reverts the OS disk back to the original snapshot of the clone’s OS disk
    • Recompose – Simultaneously updates all linked clone machines from the anchored parent VM, so think Service Pack rollout as a potential use case
    • Rebalance – Evenly redistributes linked clone desktops among available datastores
    • To perform these operations, the desktops must be in a logged off state with no users connected. Go to View Administrator, Inventory, Pools and select the pool you want to manage. Under the Settings tab, click the View Composer button and choose the operation – refresh, rebalance or recompose
    • When you choose the refresh action, you specify when you want the task to run and whether you want to force users to log off or wait for them to log off. You can also specify a logoff time and message, this is customisable from Global Settings. Check your settings and hit Finish to start the operation.
    • When you select recompose, select the snapshot you want to use and whether or not to change the default image for new desktops. Again run through the scheduling page and choose your settings, click Next and Finish.
    • When you select rebalance, you simply fill out the scheduling page and click Finish.
    • Remember if you’re asked to set a custom logoff message, this is done from View Configuration, Global Settings, Display warning before forced logoff.

02-03-14

VCAP-DTA – Objective 3.1 – Configure Pool Storage for Optimal Performance

So this objective sees us moving into section 3 which is entitled “Deploy, Manage, and Customize Pool Implementations”. This objective deals with how we use storage tiers for different virtual disks and use cases, and the sub settings within them. So as usual, let’s run through the skills and abilities for this objective :-

  • Implement storage tiers – When creating a Composer based pool, select the option in the Storage Optimization wizard screen to separate out disks to different datastores. Depending on the exam scenario, you may be asked to separate the Persistent Disks and/or the Replica Disks. Depending on what you select, when you click Next you will get a differing set of options. Assuming you select both, on the vCenter Settings screen, use options 6, 7 and optionally 8  to choose which datastores are used and for which purpose. Once you have completed your choices, complete the wizard out to create the pool.
  • Optimize placement of replica virtual machine – The replica disk is the disk that gets hammered for read read requests from users, so you will be asked to place this on high performance storage, most likely SSD. Using the steps detailed above, use the vCenter Settings screen of the pool wizard to choose a high performance datastore for the replica disk. The diagram below illustrates this point.

replica-ds

  • Configure disposable files and persistent disks – Again this is selected in the pool wizard. You can see from above that there is a View Composer Disks section. This defines how disposable (so think temp files) and persistent disk (user profile) are handled. So for the Persistent Disk, you can select a disk size and drive letter and to redirect the user profile to this disk. The same goes for the Disposable Disk, select the size, whether or not to redirect and which drive letter to use. See below for an illustration of this.

composer-disks

  • Configure and optimize storage for floating or dedicated pools – This is pretty much covered by the first section, Implement Storage Tiers.
  • Configure overcommit settings –  This setting is used when using View Composer. The purpose of overcommit is to allow more disks to be created than physical space exists on the datastore. This is because the disks are sparse disks  on the datastore. The choices for overcommit are None (x0), Conservative (x4, default), Moderate (x7) and Aggressive (x15).  Select the datastore and choose the level of overcommitment from the drop down menu. These choices are only available for OS and Persistent Disks. See below for an example of the dialog.

overcommit

  • Determine implications of using local or shared storage – So in most cases you will be looking to use shared storage, but there may be occasions (and exam scenarios) where you will be asked to use local storage (or it’s use is implied by the question). Bear the following in mind from the View Administration Guide :-
    • You cannot load-balance virtual machines across a resource pool. For example, you cannot use the View Composer rebalance operation with linked-clones that are stored on datastores
    • You cannot use VMware High Availability
    • You cannot use the vSphere Distributed Resource Scheduler (DRS)
    • You cannot store a View Composer replica and linked clones on separate datastores if the replica is on a local datastore
    • When you store linked clones on datastores, VMware strongly recommends that you store the replica on the same volume as the linked clones. Although it is possible to store linked clones on local datastores and the replica on a shared datastore if all ESXi hosts in the cluster can access the replica, VMware does not recommend this configuration
    • If you use floating assignments and perform regular refresh and delete operations, you can successfully deploy linked clones to local datastores.
  • Configure View Storage Accelerator and regeneration cycle – The View Storage Accelerator is also known as the Content Based Read Cache (CBRC) on the ESXi host. This is especially useful as common read based requests are cached into host RAM and is useful for use cases such as desktop boot storms. Configuration is pretty simple – in the pool creation wizard you make your choices in the Advanced Storage Options screen. Check the box to Use View Storage Accelerator, choose between OS Disks  or OS and Persistent Disks. The default is OS disks as this is the usual use case. You also have the option to set a default value for Regenerate Storage Accelerator after days. This basically creates new indexes of the disks and stores them in the digest file for each VM. It’s also worth noting you can configure blackout periods when storage accelerator regeneration will not be run. An obvious example is to suspend this during backups. You may be asked this in the exam. See below for an example.

cbrc

22-02-14

VCAP-DTA – Objective 2.5 – Configure Location Based Printing

So we come to the final objective in section 2, configuring location based printing. In essence, this is harnessing the abilities of ThinPrint to enable printing from the View environment, using physical printers located nearby to the end users. There are three measured skills and abilities in this section, and are listed below.

  • Configure location-based printing using a Group Policy Object – To start with, you need to register the ThinPrint DLL on an Active Directory server to enable the functionality within MMC. To do this, go to any of your Connection Servers and find the file TPVMGPoACmap.dll. There are both 32 bit and 64 bit versions. This file is located under C:\Program Files\VMware\VMware View\Server\extras\GroupPolicyFiles\ThinPrint.
    • Copy TPVMGPoACmap.dll to the Active Directory server (choose the appropriate version, 32/64 bit)
    • Register the DLL by running regsvr32 “C:\TPVMGPoACmap.dll” from a command prompt
    • Start Group Policy Management from Administrative Tools on an Active Directory server
    • Either create and link a new GPO or edit an existing one (depending on the exam scenario)
    • Go to Computer Configuration, Policies, Software Settings and Configure AutoConnect Map Additional Printers.
    • Ensure to select the Enabled radio button to start entering entries into the mapping table. Remember that selecting Disable without saving first will delete all of your printers!
    • Printer mappings can be used to map printers depending on certain rules, as per the example dialog below

 

thinprint

 

    • You will also need to know the syntax of each column for settings to become effective :-
      • IP Range – 10.10.1.1-10.10.1.50, for example. Or you can use an entire subnet, e.g. 10.10.1.0/24. You can also use an asterisk as a wildcard.
      • Client Name – So in the above example, PC01 maps a specific printer “Printer2”, again an asterisk is used as a wildcard.
      • Mac Address – Use the hyphenated format 01-02-03-04-05-CD for Windows and colons for Linux clients, so 01:02:03:04:05:CD.
      • User/Group – Map a specific printer to a specific user or group, such as jsmith or Finance.
      • Printer Name – This is the printer name as shown in the View session. The name doesn’t have to match names on the client system.
      • Printer Driver – Simply the printer driver name in Windows. This driver must be installed on the desktop.
      • IP Port/ThinPrint Port – the IP address of a networked printer to connect to, must be prepended with “IP”, so IP_192.168.0.50 for example.
      • Default – Whether this printer is the default printer.

 

21-02-14

VCAP-DTA – Objective 2.4 – Backup and Restore View Environment

Now to a key exam objective in my opinion. Like any application, a backup is only as effective as it’s restoral, if that makes sense. Or in other words, if you back something up but don’t know how to put it back under a disaster recovery situation, then your backup is about as useful as an ashtray on a motorbike.

The blueprint cites the administration guide, the View Administrator console and vdmexport.exe as the key touchpoints for this objective, so without further ado, let’s get into the skills and abilities tested :-

  • Backup the View Composer database – This is just a general bullet point and is non specific about how to backup View components. There are basically two ways – via View Administrator and via command line using vdmexport.exe. Either way, you can get backups of both View Manager and View Composer data.
  • Backup LDIF or SVI using View Administrator – 
  • To backup immediately from View Administrator, go to View Configuration, Servers, Connection Servers, select a Connection Server (remember the ADAM database is replicated) and select  Backup Now. If the exam asks you to set a custom schedule on the automatic backup, go to Edit, select the Backup tab and choose the appropriate options. Also note here the save path for backups, you may be asked to change this too. If you quickly browse to this folder, you should see LDF and SVI backup files, formerly for your View Manager configuration, latterly for View Composer.
  • Backup LDIF using vdmexport – This item is specifically geared to backing up the View Manager configuration rather than both View and Composer.
    • You need to know where vdmexport.exe is – it’s located in C:\Program Files\VMware\VMware View\Server\tools\bin
    • To backup to LDIF, run vdmexport -f viewbackup.ldf
    • Also know what the switches do. -f specifies file name, -v specifies verbatim (plain text format) mode and -c cleanses the backup file, removing passwords and sensitive data. You shouldn’t restore from a cleansed file, so I don’t expect the exam to ask you to do this. The -v and -c switches are added after the main backup command, so vdmexport.exe -f backup.ldf -v for example.
  • Restore a View environment from a backup – To restore data from backup, you use the vdmimport.exe tool. This is kept in the same folder as the export tool, noted above.
    • The import process essentially has two steps – first you need to decrypt the backup file and you then need to import it back into View. To do this, run vdmimport -d -p password -f backupfile.LDF > decryptedbackup.LDF. Omitting the -p  switch will prompt you for the password, if you don’t want to type it clear text.
    • To import the backup, run vdmimport -f decryptedbackup.LDF.
    • Restoring Composer is slightly more involved, as we have to put data back into SQL/Oracle remember. Backup file names for Composer have an .svi extension and are also date stamped. This factor may come into play in the exam (e.g. restore Composer from June 5th)
    • Copy the .svi backup file from a Connection Server to the server running View Composer
    • Stop the Composer service so the database is not being written to as we restore
    • We use the sviconfig.exe utility to restore the data to Composer, this is stored in C:\Program Files\VMware\VMware View Composer\sviconfig.exe (may also be located under C:\Program Files(x86) if you can’t find it).
    • sviconfig.exe has five switches, and you need to know them all for a successful restore! -operation, -DSNname, Username, Password, BackupFilePath. -operation tells the utility we want to restore, -DSNname is the database source name defined under Data Sources in Windows Control Panel, Username is the database administrator account (so not a View administrator but one you used when creating the database), -password is the database administrator’s password and -backupfilepath is where the target .svi backup file is located.
    • Putting all of that together, the command would look like this :-
      • sviconfig.exe -operation=restoredata -dsnname=ComposerDB -username=ComposerDBO -password=P@ssword123 -backupfilepath=C:\Backup-20140221142435-vCenter.SVI
    • Running sviconfig.exe at the command line will give you -operation values but little else, so if you can’t remember the other four switches, you may need to quickly lean on the Administration Guide PDF. If you basically think “database”, then you should be OK – so, DSN name, user, password and of course backup file. Actually quite straightforward.

10-02-14

VCAP-DTA Objective 2.1 – Configure and Manage View Global Policies and Settings

Now we’ve got past upgrading, migrating and installing, it’s time to delve into some of the system wide settings in View. We’ve got (or should have) Connection Servers, Transfer Servers, Security Servers and Composer Servers. This objective focuses on global policies and global settings. So in the exam, remember these are most likely to be found at the “top level” of your View configuration, so you shouldn’t have to start going drilling into user and desktop settings. Keep that in mind if you’re asked to manipulate these settings in the exam.

That being said, there are certain settings that can be set explicitly instead of inherited. So for example, you may wish to disable USB access for everyone as you don’t want anyone plugging in a thumb drive and stealing your company assets! However, VIP users may require access, so you can configure an allow policy for them further down the tree, as it were.

So without further ado,  the skills and abilities being tested :-

  • Enable and disable global policies – In View Administrator, in the left hand column is the section Policies. Open this out and you’ll see the Global Policies. You’ll be pleased to see there isn’t a great deal to set here, so hopefully as and when you’re asked to do something on the exam, it won’t told you up for too long. This screen is broken into two sections, View Policies and Local Mode Policies.
    • In the View Policies dialog, you can either allow or deny the following – Multimedia Redirection, USB Access, Remote Mode and PCoIP Hardware Acceleration. Click the Edit Policies button and make your choices.
    • Local Mode Policies is similar, but has a little more granularity to the settings. So as well as determining if a feature is available or not, you can also set policies for  Max time without server contact, Target replication frequency and Disks replicated.
  • As I mentioned above, global policies don’t have to be a “one size fits all” scenario. Chances are in the exam, you’ll be asked to set a system wide policy to say disable USB Access but then set one pool to allow it. To do this, go to the pool, click the Policies tab, click Edit Policies and select USB Access to Allow. The diagram below illustrates this point and the right most column shows the effective setting, which is really useful to know!

usb-access

  • Configure and modify global settings – Again these settings are accessed from the left most bar from the View Configuration section.
    • Click Global Settings and again you get a split pane view of General and Security settings. General has 7 settings – Session Timeout (default 600 seconds), SSO, View Administrator Session Timeout (default 30 mins, my bet is the exam will ask you to shorten this), Enable Automatic Status Updates (updates View Administrator dashboard every 5 mins. Another one I’d expect on the exam), Display A Pre-Login message, Display Warning Before Forced Logoff  with sub option After warning, logoff after n minutes (default being 5 mins). There is also a free text box to display a warning, this may well feature on the exam.
    • Security Settings are pretty minimal too. Options here are Reauthenticate tunnel connections after network interruption, message security mode  (JMS messages are signed and verified – Mixed means enabled but not enforced. Expect to be asked to enforce this on the exam), Enable IPsec for Security Server Pairing (unlikely you’ll be asked to change this), Disable Single Sign On For Local Mode Operations (disables pass through authentication to the desktop after logging into View).

And that’s it! This section is thankfully a short one. See you next time!

 

07-02-14

VCAP-DTA – Objective 1.5 – Upgrade View Infrastructure Components

The purpose of this objective is to take all the major pieces of View, so think Connection Server, Security Server, Transfer Server, View Agent, View Client and View Composer and upgrade them to version 5.2, as this is the version the exam blueprint focuses on. In the skills and abilities section, there is basically a breakout for all the pieces as listed above.

I find it interesting that they call out specifically re-pairing Security Servers and enabling IPsec during the upgrade. This to me suggests that you can pretty much guarantee you’re going to see this during the exam, as to be honest, all the other pieces we just listed are pretty much “Next, Next, Finish” file copy jobs. You can actually upgrade the Connection Server without having to reboot at the end, but I always think it good practice to give it one last reboot afterwards to ensure you have all the right file versions loaded into memory.

  • Upgrade View Connection Server – As I just said, this is a very straight forward task, so maybe there’s an unforeseen curveball  in here somewhere. The only one I can really think of is to check 5.2 pre-requisites have been met, so Windows 2008 R2 64 bit, 4 vCPU, 1Gbps NIC, minimum 4GB RAM (you won’t be servicing 50 concurrent connections in an exam!). Also make sure you license the thing – coming from an older version (4.x series), the license key will be different. Also remember that self signed certificates are a big no no now, so you may have to make changes there (see earlier sections for details). If this Connection Server will be paired with a Security Server, check Windows Firewall is set to on as IPsec requires this. Potential test scenario right there! Know how to accept the self signed certificate if you’re asked that on the exam. View Administrator, click Verify on the alert.
  • Upgrade View Security Server – Check the Connection Server you pair with has already been upgraded first. Configure the pairing password in View Administrator before running the installer. The installation guide suggests checking the Security Server shows the correct version after the upgrade in View Administrator and remove any duplicate entries which can sometimes occur. With regard to IPsec, select the Security Server in View Administrator and select More Commands, Prepare For Upgrade or Reinstallation. If the old IPsec rules have not been removed, the  pairing will fail. Sounds like another potential exam pitfall!
  • Upgrade View Transfer Server – As a pre-requisite, ensure that Connection and Composer servers have been upgraded to 5.2. Backup your CA signed certificate first if you’re using one, it’s stored in install_directory\VMware\VMware View\Server\httpd\conf.
    • Put the Transfer Server into maintenance mode, go to the Transfer Servers tab, select the Transfer Server you plan to upgrade and select Enter Maintenance Mode. Wait until the status changes before continuing!
    • Run the installer as administrator and once completed successfully, go back into the Transfer Servers tab, select the server you just upgraded and select Exit Maintenance Mode.
  • You may be asked to install a net new Transfer Server – this is pretty straightforward. Go to the VM on which you want to install the Transfer Server and run through the short installer. Once complete, go to View Administrator and the Transfer Servers tab. Configure the new Transfer Server to use the file repository if that is what the scenario demands. You can then remove the old Transfer Server instance and uninstall the software from the original VM. I like the sound of this for an exam scenario!
  • Upgrade View Agent – Again meet the pre-reqs which state at least one Connection Server in the replicated group is at version 5.2. If local mode desktops are also in the mix, check View Composer and View Transfer Servers are also at 5.2. The installer also needs local admin rights on the VM.
    • Run the short installer to upgrade the View Agent piece on the desktop VM
    • If you have a linked clone pool, you will need to upgrade the master image agent, take a snapshot of this and then recompose the pool. Sounds like something you’d find in the exam to me!
    • Full clone desktops will need to be upgraded one by one by hand (doubt there will be SCCM in the exam!)
    • Once complete, verify connectivity by logging into the desktop. You can quickly check the version of agent in the View Administrator, Desktops dialog. Ensure the VDI status reads “available”
  • Upgrade View Client – Again another very straightforward task. Remember you can get the latest client by hitting the Connection Server with a web browser which gives you the View Portal. Select the appropriate client version (32/64 bit, with/without local mode) and follow the bouncing ball. Once complete, verify connectivity.
  • Upgrade View Composer – There’s no mention of migrating View Composer to another server, but that’s been covered previously. You may need to configure a CA signed SSL certificate before you run the installer, again see previous steps on how to do this. You can then let the installer upgrade the Composer database or you can do it manually. I don’t see how the exam can ask you to do it by hand, but in case they do, remember to use the SviConfig after the installer has completed.
    • Remember the View Composer port number is 18443, in case you need it for View Administrator and hooking up to a vCenter.
    • For details on migrating View Composer to a stand alone instance, see notes for Objective 1.2. I consider it likely you’ll be asked to stand up a standalone Composer server and then upgrade it in place.

28-01-14

VCAP-DTA Objective 1.4 – Deploy and Configure View Transfer Server

So we’ve deployed Connection Servers, Security Servers and now it’s the turn of the Transfer Server. Remember this is kind of a Connection Server that has the responsibility of checking local mode desktops in and out. Thinking out loud about how this might turn up the exam, I’m thinking that you’ll probably have to run through the installation of one, but I’m struggling to think that you’ll be asked to check a desktop out simply because of the time it takes. I could be wrong, but three hours is not long to get all of this stuff done!

So again a Transfer Server is stood up by running the Connection Server installation executable. No seperate installer for this component. There are a number of things to bear in mind, which hopefully will be covered below in the skills and abilities section of the exam blueprint.

  • Configure storage for View Transfer Server and the repository – OK, so this strictly doesn’t say you’ll be installing a Transfer Server, so do we assume it’s already stood up? Remember from the install and architecture guides :-

    • Must be a virtual machine, for the exam I think that’s a given!
    • Requires Windows 2008 R2 64 Bit, 4Gb RAM, 2 vCPU, 20GB disk space, LSI Logic Parallel or SAS adapter (sounds like something that might come out of a troubleshooting scenario – “Why won’t Transfer Server install?”), 1GB E1000 vNIC (you need bandwidth to check desktops in and out, of course)
    • Must be managed by same vCenter as the desktops you want to check out
    • Must have static IP address and does not need to be domain joined
    • Can’t co-exist with any other View component such as Connection Server, View Client etc
    • The installation of a Transfer Server is essentially a two step process – installing the beast and then configuring it in View Administrator. Don’t forget the second part or your Transfer Server is useless!
    • Run the Connection Server installer, select View Transfer Server and fill in details for Network Domain (somewhere.com), Server Name (FQDN) and Administrator’s e-mail address (a.bloke@acme.com, for example)
    •  Install and off we go.
    • Click Finish when the file copy and installation is complete, then we have to make the necessary changes to View Administrator
    • In View Administrator, go to View Configuration | Servers, Transfer Servers tab. Click Add and select the vCenter server your Transfer Server is managed by. Click Next and select your Transfer Server, click Finish.
    • To complete the install, you also need to create and specify a transfer repository. This can be either a local folder on the Transfer Server, or better yet, a UNC path that can be shared among multiple Transfer Servers.
    • Before you specify a repository path, you need to place your Transfer Server into maintenance mode. To do that, highlight your Transfer Server in View Administrator and click Enter Maintenance Mode.
    • In the Transfer Server Repository section at the bottom of the page, click Edit on the General Tab and select network share path or local path and select OK. Don’t forget to take your Transfer Server out of maintenance mode to complete the task!
  • Configure the View Transfer Server firewall – chances are you won’t have to do much here. If Windows Firewall is already enabled, verify that the Connection Server is allowed out over HTTP and HTTPS, paying special attention to the domain, home/work and public scopes, they might try and trip you up on this step. The good news is Transfer Server works over good old ports 80 and 443, so no wacky port numbers to remember here.
  • Configure security policies for Local Mode – Again a relatively straightforward step if you know where to look. In View Administrator, open the Policies branch in the left pane and click Global Policies. There is a specific section for Local Mode Policies, so click on Edit Policies and select the appropriate policies for the exam scenario. For example, you may be asked to change the max time without server contact from the default 7 days to say 3 days (be surprised if they ask you to go unlimited). Disks Replicated also strikes me as something you may be asked to change, for example from the default Persistent Disks to OS and Persistent Disks.