Search Results for: horizon

[HorizonAPI] Pulling entitlement information using the api’s

Somehow I have never really blogged about using the Horizon api’s to gather entitlement data. These are actually stored in entitlement objects and we can find them using a query against either the EntitledUserOrGroupLocalSummaryView or EntitledUserOrGroupGlobalSummaryView objects. Let’s start with the local variety.

$queryService = New-Object VMware.Hv.QueryServiceService
$defn = New-Object VMware.Hv.QueryDefinition
$defn.queryEntityType = 'EntitledUserOrGroupLocalSummaryView'
$queryResults= ($queryService.queryService_create($HVservice, $defn)).results
$queryService.QueryService_DeleteAll($HVservice)
$queryresults

So we have some property’s and the ID is the easiest one to use since it’s of the VMware.Hv.UserOrGroupId type that we can resolve using aduserorgroup.aduserorgroup_GetInfos(arrayofids)

$hvservice.ADUserOrGroup.ADUserOrGroup_GetInfos($queryResults.id)

and the name is visible using base.displayname

($hvservice.ADUserOrGroup.ADUserOrGroup_GetInfos($queryResults.id)).base.displayname

$

Yes that’s me making a typo, try to talk to me on Slack. I hardly type anything without typo’s. Back to the $queryresults because there’s an easier way to get the group or username because it’s listed under the base property.

$queryresults.base

or

So we now have the group or username now we need to find what they have been entitled to, this information is stored under localdata.

$queryresults.localdata

The Applications and Desktops properties contain the ids where the users have rights to so if we use Desktop.Desktop_GetSummaryViews or Application_GetSummaryViews we end up with the relevant data. I have opened the summarydata for both to make things more visible.

($hvservice.Desktop.Desktop_GetSummaryViews($queryResults.localdata.desktops)).desktopsummarydata
($hvservice.Application.Application_GetSummaryViews($queryResults.localdata.applications)).applicationsummarydata

To create a nice overview of this I have created a small script

$queryService = New-Object VMware.Hv.QueryServiceService
$defn = New-Object VMware.Hv.QueryDefinition
$defn.queryEntityType = 'EntitledUserOrGroupLocalSummaryView'
$queryResults= ($queryService.queryService_create($HVservice, $defn)).results
$queryService.QueryService_DeleteAll($HVservice)
$entitlements=@()
foreach ($queryresult in $queryresults){
    $userorgroupname = $queryresult.base.displayname
    $group = $queryresult.base.group
    $desktops=@()
    if ($queryresult.localdata.desktops){
        foreach ($desktop in $queryresult.localdata.desktops){
            $desktops+=($hvservice.desktop.desktop_get($desktop)).base.name
        }
    }
    $applications=@()
    if ($queryresult.localdata.applications){
        foreach ($application in $queryresult.localdata.applications){
            $applications+=($hvservice.application.application_get($application)).data.name
        }
    }
    $entitlements+=New-Object PSObject -Property @{
        "Name" = $userorgroupname;
        "group" = $group;
        "desktops" = $desktops;
        "applications" = $applications;
    }
}
$entitlements | select-object Name,group,desktops,applications

as you can see user1 is the lucky SoB that I test everything on.

The difference with global entitlements is that the localdata property is replaced bij globaldata.

$queryService = New-Object VMware.Hv.QueryServiceService
$defn = New-Object VMware.Hv.QueryDefinition
$defn.queryEntityType = 'EntitledUserOrGroupGlobalSummaryView'
$queryResults= ($queryService.queryService_create($HVservice, $defn)).results
$queryService.QueryService_DeleteAll($HVservice)
$queryresults

And the entitlements are named a bit different

$queryresults.globaldata

To rebuild the script for global entitlements it needed a bit of tinkering but here it is

$queryService = New-Object VMware.Hv.QueryServiceService
$defn = New-Object VMware.Hv.QueryDefinition
$defn.queryEntityType = 'EntitledUserOrGroupGlobalSummaryView'
$queryResults= ($queryService.queryService_create($HVservice, $defn)).results
$queryService.QueryService_DeleteAll($HVservice)
$entitlements=@()
foreach ($queryresult in $queryresults){
    $userorgroupname = $queryresult.base.displayname
    $group = $queryresult.base.group
    $desktops=@()
    if ($queryresult.globaldata.GlobalEntitlements){
        foreach ($desktop in $queryresult.globaldata.GlobalEntitlements){
            $desktops+=($hvservice.GlobalEntitlement.GlobalEntitlement_Get($desktop)).base.displayname
        }
    }
    $applications=@()
    if ($queryresult.globaldata.GlobalApplicationEntitlements){
        foreach ($application in $queryresult.globaldata.GlobalApplicationEntitlements){
            $applications+=($hvservice.GlobalApplicationEntitlement.GlobalApplicationEntitlement_Get($application)).base.displayname
        }
    }
    $entitlements+=New-Object PSObject -Property @{
        "Name" = $userorgroupname;
        "group" = $group;
        "desktops" = $desktops;
        "applications" = $applications;
    }
}
$entitlements | select-object Name,group,desktops,applications

So here you have the ways to retrieve information about entitlements, locally and globally. Next post will be about creating entitlements.

[HorizonAPI] Configuring the Horizon event database in code

Last week Mark Brookfield asked the question if it is possible to configure the event database in code. My answer was that I thought it should be possible until Stephen Jesse pointed me to the the vmware.hv.helper where there is the set-hveventdatabase cmdlet for this. When looking at the code I noticed something familiar:

.NOTES
Author                      : Wouter Kursten
Author email                : wouter@retouw.nl
Version                     : 1.0

===Tested Against Environment====
Horizon View Server Version : 7.4
PowerCLI Version            : PowerCLI 10
PowerShell Version          : 5.0

So that’s why I knew it was possible! A good reason to create a quick blogpost though. Mark made a nice script for himself with variables and all those fancy things but I just want to quickly show how you can do it.

$hvedbpw=read-host -AsSecureString
$temppw=[System.Runtime.InteropServices.Marshal]::SecureStringToBSTR($hvedbpw)
$PlainevdbPassword=[System.Runtime.InteropServices.Marshal]::PtrToStringAuto($temppw)
$dbupassword=New-Object VMware.Hv.SecureString
$enc=[system.Text.Encoding]::UTF8
$dbupassword.Utf8String=$enc.GetBytes($PlainevdbPassword)
$eventservice=new-object vmware.hv.eventdatabaseservice
$eventservicehelper=$eventservice.getEventDatabaseInfoHelper()
$eventsettings=new-object VMware.Hv.EventDatabaseEventSettings
$eventdatabase=new-object VMware.Hv.EventDatabaseSettings
$eventsettings.ShowEventsForTime="TWO_WEEKS"
$eventsettings.ClassifyEventsAsNewForDays=2
$eventdatabase.Server="labsql01.magneet.lab"
$eventdatabase.type="SQLSERVER"
$eventdatabase.port=1433
$eventdatabase.name="pod1_events"
$eventdatabase.username="sa_view"
$eventdatabase.password=$dbupassword
$eventservicehelper.setDatabase($eventdatabase)
$eventservicehelper.setsettings($eventsettings)
$eventservice.update($hvservice,$eventservicehelper)

The first three line make it possible to not use a plaintext password. If you don’t care about that you can remove those and declare something for $plainevdbpassword.

For the $eventsettings.ShowEventsForTime for time there are several options (same as in the gui) these are:

ONE_WEEK,TWO_WEEKS,THREE_WEEKS,ONE_MONTH,TWO_MONTHS,THREE_MONTHS,SIX_MONTHS
Yes, they are all in capitals!

To show how this works I will first clear the current database.

$hvservice.EventDatabase.EventDatabase_Clear()
$hvservice.EventDatabase.EventDatabase_Get()

Yes this is one of those exceptions where a service_get doesn’t need an id.

Now I run the script with a new _get to show the results.

If you are interested in the details:

[HorizonAPI] Working with UAG’s

Something that was added in the last few versions of the Horizon API is the option to handle UAG’s. Since I had to add an uag to my lab for another project I decided to find out what api calls are possible. First I’ll check what services there are.

$hvservice | Select-Object gateway*

I will ignore the GatewayAccessUserOrGroup since that was already in there so we are left with Gateway and GatewayHealth. Let’s see what methods are available under Gateway.

$hvservice.Gateway | gm

I Gateway_Get and Gateway_List will show the same information as always but with _Get you will need a gateway ID and it only shows the information about one gateway. WIth _List you will get the information about all registered gateways.

$hvservice.Gateway.Gateway_List()
$gw=$hvservice.Gateway.Gateway_List() | select-object -First 1
$hvservice.Gateway.Gateway_Get($gw.id)

Let’s see what’s in that GeneralData (Spoiler: not a lot!)

$gwdata=$hvservice.Gateway.Gateway_Get($gw.id)
$gwdata.GeneralData

To remove a gateway we use Gateway_Unregister with the gatewayid

$hvservice.Gateway.Gateway_Unregister($gw.id)

Now i need to register the Gateway again let’s see what we need for that.

$hvservice.Gateway.Gateway_Register

So we need an object of the type VMware.Hv.GatewaySpec. Let’s define that and see what it looks like.

$gwspec=New-Object VMware.Hv.GatewaySpec
$gwspec

So we only need the GatewayName, please use the exact name that was used to configure the UAG otherwise it can be added but it won’t be showing any data.

$gwspec.GatewayName="pod1uag1"

Now to register the UAG

$hvservice.Gateway.Gateway_Register($gwspec)

So with this we did everything we could with the Gateway service. Next is the GatewayHealth service.

$hvservice.GatewayHealth | Get-Member

as usual there’s only a get and a list so let’s see what data is in there.

$hvservice.GatewayHealth.GatewayHealth_List()
($hvservice.GatewayHealth.GatewayHealth_List()).ConnectionData

Sadly nothing more than the admin interface gives us but enough to build an health check like I did for the vCheck already (that can be found here)

For the type there are several options and those can be found in the API Explorer.

VALUE DESCRIPTION
“AP” AP type is for UAG.
“F5” F5 type is for F5 server.
“SG” SG type is for Security Server.
“SG-cohosted” SG-cohosted type is for Cohosted CS as gateway.
“Unknown” Unknown type is for unrecognized gateway type.

I was told by a VMware employee that SG-cohosted is fancy wording for a connection server.

And that’s everything we can do with UAG’s using the Horizon API’s!

[HorizonAPI] Changing the amount of desktops or RDS hosts in a pool/farm

Sometimes there is a need to change the amount of desktops/rds hosts in a pool/farm. Since doing this in the GUI sucks (although that seems to have gotten slightly better with 7.11) I prefer to do it using the API’s. Let’s start with a Desktop pool.

The easiest way to change pool settings is to use the helper function of a service. After connecting to the connection server we first need to query for the ID of the desktoppool that we need to change.

[VMware.Hv.QueryServiceService]$queryService = New-Object VMware.Hv.QueryServiceService
[VMware.Hv.QueryDefinition]$defn = New-Object VMware.Hv.QueryDefinition
$defn.queryEntityType = 'DesktopSummaryView'
$defn.Filter = New-Object VMware.Hv.QueryFilterEquals -property @{'memberName'='desktopSummaryData.name'; 'value' = "Pod01_Pool01"}
[array]$queryResults= ($queryService.queryService_create($HVservice, $defn)).results
$hvpoolid=$queryResults.id

To actually change the pool it’s the best to use the helper function of a service so we first put the desktopservice into an object

$desktopservice=new-object vmware.hv.DesktopService

The next step is to read the current settings into another object.

$desktophelper=$desktopservice.read($HVservice, $HVPoolID)

If you want to see what’s in here we’ll just do this

$desktophelper | get-member

With the get helper method’s it’s possible to get things while you can change them with their set counterpart. Don’t forget to use brackets when you want to go deeper.

$desktophelper.getAutomatedDesktopDataHelper() | get-member

And we can go on and on with this but I happen to already have found where the amount of desktops is listed.

$desktophelper.getAutomatedDesktopDataHelper().getVmNamingSettingsHelper().getPatternNamingSettingsHelper() | get-member

Let’s take a look at the getMaxNumberOfMachines method.

$desktophelper.getAutomatedDesktopDataHelper().getVmNamingSettingsHelper().getPatternNamingSettingsHelper().getMaxNumberOfMachines()

And we can actually use this with setMaxNumberOfMachines

$desktophelper.getAutomatedDesktopDataHelper().getVmNamingSettingsHelper().getPatternNamingSettingsHelper().setMaxNumberOfMachines(10)

But nothing has changed yet (and yes I am lazy so I will show it using the vmware.hv.helper module.

(get-hvpool -PoolName pod01_pool01).automateddesktopdata.VmNamingSettings.PatternNamingSettings

To apply the change to 10 vm’s we need to apply the helper using the update method

$desktopservice.update($hvservice, $desktophelper)

And when we check this with get-hvpool.

And we can do almost the same for RDS farms just a few details that are different in the naming of various objects.

[VMware.Hv.QueryServiceService]$queryService = New-Object VMware.Hv.QueryServiceService
[VMware.Hv.QueryDefinition]$defn = New-Object VMware.Hv.QueryDefinition
$defn.queryEntityType = 'FarmSummaryView'
$defn.Filter = New-Object VMware.Hv.QueryFilterEquals -property @{'memberName'='data.name'; 'value' = "pod1_rds_IC"}
[array]$queryResults= ($queryService.queryService_create($HVservice, $defn)).results
$hvfarmid=($queryResults).id
(Get-HVFarm -FarmName pod1_rds_ic).automatedfarmdata.RdsServerNamingSettings.PatternNamingSettings
[VMware.Hv.FarmService]$farmservice=new-object vmware.hv.FarmService
$farmhelper=$farmservice.read($HVservice, $HVFarmID)
$farmhelper.getAutomatedFarmDataHelper().getRdsServerNamingSettingsHelper().getPatternNamingSettingsHelper().setMaxNumberOfRDSServers(3)
$farmservice.update($HVservice, $farmhelper)

 

[New fling] Horizon Reach: true insights into an entire cloud pod architecture

For years one of the less optimal things about VMware was the fact that you are not able to get an overview over all pods. Yes with other tooling like vRops or 3rd party monitoring this is possibly but all at a cost. At VMworld US Andrew Morgan presented Horizon Reach or Project Heimdall at that time, to the VMware EUC Champions. This tool sounded like the solution to get an easy overview over all pods. While I wasn’t there I definitely was interested and managed to get my hands on some of the early beta releases. With each and every release the stool started to look better and better. It was so good that at VMworld EU it received the first spot in the Top 5 EUC tools that Hans Kraaijeveld and I presented about at the EUC Tapas and Beer Community event.

Yesterday the fling finally was released and announced at Andrews own blog.

Index

Installing

Configuring

The Dashboards

But wait there’s more!

[sta_anchor id=”installing” /]

Installing

Installing reach is as easy as unpacking the zip and running the nstall-reachservice.ps1 powershell script. This will also provide you with the standard credentials.

[sta_anchor id=”configuring” unsan=”Configuring” /]

Configuring

After logging in for the first time you need to add the credentials to one of your connection servers.

Hit validate tand accept the certificate when using self signed certificates.

Hit validate again

and hit ok

The installation and configuration is also documented in a video posted at the flings site!

[sta_anchor id=”dashboards” /]

The dashboards

First you’ll see the default dashboard with an overview of your entire environment. The graphs need some time to get data, my lab gets powered down every day so it won’t show much.

The alarms dashboard shows alarms from all pods, from my lab you can see that there are two different pod names

And yes my Full Clone server 2016 RDS is in an error state (probably because it isn’t running)

And I could go on and on about all dashboards

[sta_anchor id=”more” /]

But wait there’s more!

At the top right corner we have some extra configuration options.

Enabling/disabling alarms and some tresholds

Connection settings, do you see that it found the other pod automatically?

Web settings that also gives the option to download the configuration and change the two available accounts

And if you want to do some automation against Reach itself you can use the API

 

 

[Horizon API] Discovering pods and sites

When working with a Cloud Pod Architecture with the Horizon API’s we always have to make our scripts so that we connect to each pod separately. What if there is a way to discover the other available pods in a site or other site’s and connect to those? I already spent a couple of posts on working with pods and site’s. In this post I will be mainly using the get and list commands to get the information we need. First of all it’s the easiest to have the credentials saved somewhere because we will be disconnecting and connecting from and to pods. More on that can be found in this post.

To start we need to find what pod we’re currently connected to, with the following command we can list all pods:

$hvservice.Pod.Pod_List()

You see I have two pods: Cluster-Pod2CBR1 and Cluster-POD1CBR1, both have a property called localpod that provides the locality information we need. What we can’t see is if both pods belong to the same site. This can be done by comparing the VMware.Hv.Siteid object but I would prefer to do that from the site side because we might have several pods inside a site and it might become messy that way. The better was is to use that siteid to get all the information from the site.

$localpod=$hvservice.Pod.Pod_List() | where-object {$_.LocalPod -eq $True}
$localpod

And use the site id to grab the localsite.

$localsite=$hvservice.Site.Site_Get($localpod.site)
$localsite
($localsite).pods

The pods object is an array with all the pods within that site, I have added my second pod to this site to show this. Now I am going to select a connection server from each pod, if you want to connect to all the pods regardless the sites you can use the results from pod_list() to create the same output that we get by using this:

$sitepods=foreach ($sitepod in ($localsite.pods)){$hvservice.Pod.Pod_Get($sitepod)}
$sitepods

we still don’t have the name for the connection servers but those are part of the endpoints. We do this by getting the first podendpoint from all the pods within the site.

$podendpoints=foreach ($sitepod in $sitepods){$hvservice.PodEndpoint.PodEndpoint_Get((($sitepod).endpoints | select-object -first 1))}
$podendpoints

Now we’re getting somewhere, we just can’t connect to the serveraddress directly so we need to strip the things from the url’s

$connectionservers=$Podendpoints.serveraddress.replace("https://","").replace(":8472/","")
$connectionservers

Now we have a list of a connection servers from each pod inside site 1. If we would have used the pod_list() as source we would have ended up with one connection server from all pods within the CPA. The only thing we need to do now is to disconnect and do a foreach with whatever we want to do against the connectionservers.

foreach ($connectionserver in $connectionservers){
    Write-Output "This is connectionserver $connectionserver"
    $hvserver=connect-hvserver -Server $connectionserver -cred $cred
    $hvserver.ExtensionData.ConnectionServerHealth.ConnectionServerHealth_List()
    disconnect-hvserver $hvserver -confirm:$false
}

New Horizon API explorer posted (new queries!)

While watching the VMworld US 2019 video of Sean Massey presenting about getting started with the Horizon API’s I decided to check if the API explorer has been updated. To my surprise it was and it is good to see that several queries have been added besides the method’s that I previously found.

The new queries that I found are:

  • DesktopAssignmentView
    • Description:
      • Desktop id + Desktop assignment data which will include desktop pool information, operation system, global entitlement.
  • DesktopHealthInfo
    • Description:
      • Desktop health Information. This data will be populated only for the desktops which support application remoting.
  • GlobalEntitlementSummaryView
    • Description:
      • Summary information about Global Entitlements.
  • MachineSummaryView
    • Description:
      • This View includes summary data of all entities related to this Machine

So the DesktopAssignmentView seems to give a lot of similar data to what the DesktopSummaryData query already gives. They both give global entitlement data plus user assignment data. The big difference is that it gives way more detailed information about the desktop pool itself like vGPU settings. The names should have been DesktopInfo in my opinion.

Desktophealthinfo is created for the new Windows 10 App remoting and the monitoring for that. The globalentitlementsummaryview and machinesummaryview are linked to GlobalEntitlementInfo and MachineDetailsView from which they give a subset of data.

I hope to have a new blog post soon with more detailed information of what the new method’s and queries will bring but I wanted to update you with the fact that the api explorer has been updated as soon as possible.

Updates to the Horizon API’s in PowerCLI 11.4

So today PowerCLI 11.4 was released with the following updates:

  • Add support for Horizon View 7.9
  • Added new cmdlets to the Storage module
  • Updated Storage module cmdlets
  • Updated HCX module cmdlets

As usual we need to wait for API explorer to be updated before we get the exact changes to the api’s but I already grabbed s short list by comparing the methods. Later I will create a more elaborate blog post about the changes if I have an overview. What I do see are some new additions that might be added to the vCheck for Horizon.

Also: even though the updates are for Horizon 7.9 there’s a good chance that a lot of this also works for previous versions, the examples below where done with 7.8.

  • Datacenter
  • DesktopHealth
  • Gateway
  • GatewayHealth
  • MessageClient
  • Monitoring
  • PersistentDiskQueryService
  • Privilege
  • SecondaryCredentials
  • SessionStatistics
  • StorageAccelerator
  • UsageStatistics
  • Validator
  • VirtualCenterStatistics

Sadly it’s late so I can only show a couple of examples:

$services.Privilege.Privilege_ListSelectablePrivileges()

 

$services.SessionStatistics.SessionStatistics_GetLocalSessionStatistics()

Finally we can reset the usage counters as well now

And some statistics from vCenter

($services.VirtualCenterStatistics.VirtualCenterStatistics_listSummaryStatistics())
($services.VirtualCenterStatistics.VirtualCenterStatistics_listSummaryStatistics()).DataStoreSummaryStatistics

[API]How to successfully logoff users in Horizon

One of the things that annoy me about the Horizon admin interface is the fact that if you give a session the logoff command that this only works if the user is active aka when the desktop is not locked. With the api’s though (and Andrew implemented this in the helpdesk fling) it is possible to force a logoff. Let’s look at the available method’s first.

So we have a logoff and logoffForced. But there are also the logoffsessions and LofoffSessionsForced, I guess those let you logoff multiple sessions. this is what the extensiondata says about them.

So for the singular method’s we need a single id and for the sessions we need an array of ids. At first I will use get-hvglobalsession (yes, this works against sessions in other pod’s in a cloud pod architecture as well!) to get the id’s to show how it works. I have 5 sessions running from my desktop

$services1.Session.Session_Logoff((get-hvglobalsession | select -first 1).id)

Damn locked, let’s force this bastard from his desktop.

$services1.Session.Session_LogoffForced((get-hvglobalsession | select -first 1).id)

Aaaand it’s gone

And to show that it works I had to make sure the first session wasn’t locked.

And now the big bang fuck all of you!

$services1.Session.Session_LogoffSessionsForced((Get-HVGlobalSession).id)

As you can see one of my users was a but slow in logging off (nested esxi with only a couple vcpu’s for that one) I have also created a script that asks for the user whom you want to logoff and which session you want to logoff in case they have multiple. It’s not the cleanest code that I have written but it works 🙂

$hvserver1=connect-hvserver servername -user user -domain domain -password passwords
$Services1= $hvServer1.ExtensionData

$username= Read-Host "Which user do you want to logoff? (no wildcards needed, part of the name is enough)"

$queryService = New-Object VMware.Hv.QueryServiceService
$userdefn = New-Object VMware.Hv.QueryDefinition
$userdefn.queryEntityType = 'ADUserOrGroupSummaryView'
$userfilter1= New-Object VMware.Hv.QueryFilterContains
$userfilter1.membername='base.name'
$userfilter1.value=$username
$userfilter2= New-Object VMware.Hv.QueryFilterEquals
$userfilter2.membername='base.group'
$userfilter2.value=$False
$userfilter=new-object vmware.hv.QueryFilterAnd
$userfilter.filters=@($userfilter1, $userfilter2)
$userdefn.filter=$userfilter
$users=($queryService.QueryService_Create($Services1, $userdefn)).results

$menu = @{}
for ($i=1;$i -le $users.count; $i++){ 
    Write-Host "$i. $($users[$i-1].base.name)" 
    $menu.Add($i,($users[$i-1].id))
}
[int]$ans = read-host "Please select the correct user"
$user=$menu.Item($ans)

$GlobalSessionQueryService = new-object VMware.Hv.GlobalSessionQueryServiceService
$sessionfilterspec=new-object vmware.hv.GlobalSessionQueryServiceQuerySpec
$sessionfilterspec.user=$user
$sessions=($GlobalSessionQueryService.GlobalSessionQueryService_QueryWithSpec($services1, $sessionfilterspec)).results

$menu = @{}
for ($i=1;$i -le $sessions.count; $i++){ 
    Write-Host "$i. $($sessions[$i-1].namesdata.basenames.MachineOrRDSServerName)" 
    $menu.Add($i,($sessions[$i-1].id))
}
[int]$ans = read-host "Please select the correct VDI Desktop"
$session=$menu.Item($ans)

$Services1.Session.Session_Logoffforced($session)
$queryService.QueryService_DeleteAll($services1)

This script forces the logoff for the sessions since I haven’t been able yet to find where the desktop status (locked or not) is visible.

Updates to the VMware Horizon Helpdesk fling

Today a new version has been released of the VMware Horizon Helpdesk fling by Andrew Morgan. One big change is that the Helpdesk license isn’t required anymore so at least a part of the functionality is available to owners of advanced or standard Horizon licenses.

the entire changelog:

Version 1.4.0.1

  • No longer requires a helpdesk license! Yay!
  • Added the ability to interact with vCenter machines
  • Added the ability to open vCenter VM consoles
  • Added the ability to perform bulk machine actions
  • Added the ability to perform refresh / recompose tasks directly from helpdesk.
  • Fixed performance issues with multiple windows open (see single instance).
  • Fixed a crash when logon durations could not be accessed.
  • Added polling to allow logon durations to be received if notavailable when the session page is requested.
  • Fixed a crash in the ending of processes.
  • Fixed a metric ton of bugs with delegated administration.
  • Fixed a memory leak in the tray icon menu, of all places.
  • Removed the logon page graphic as it was to much of a pain to change it’s colour when changing themes
  • Fixed some layout issues when changing themes.
  • Removed empty sites from the viewon the change pod tray menu.
  • Added preliminary support for Horizon 7.9.

 

Let’s look into some of the new options (will do the options without the helpdesk license last)

Added the ability to interact with vCenter machines 

From the pool view you’ll see an extra button for vCenter actions

And that will give these options

These all speak for themselves in functionality.

Added the ability to open vCenter VM consoles 

Open VM console will give an popup that asks for vCenter credentials.

Hit logon and a vrmc client should start if it’s installed

Added the ability to perform bulk machine actions 

The vCenter actions above can be done against multiple vm’s but also the various actions from View itself

Added the ability to perform refresh / recompose tasks directly from helpdesk. 

No longer requires a helpdesk license! Yay! 

when you use the std license the biggest difference is that you can’t view any specifics inside sessions since that’s all limited to the helpdesk license.