View Installation - VMware Documentation
View Installation
VMware Horizon 6
Version 6.2
This document supports the version of each product listed and
supports all subsequent versions until the document is
replaced by a new edition. To check for more recent editions of
this document, see http://www.vmware.com/support/pubs.
EN-001905-04
View Installation
You can find the most up-to-date technical documentation on the VMware Web site at:
http://www.vmware.com/support/
The VMware Web site also provides the latest product updates.
If you have comments about this documentation, submit your feedback to:
[email protected]
Copyright © 2017 VMware, Inc. All rights reserved. Copyright and trademark information.
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Contents
View Installation
5
1 System Requirements for Server Components 7
View Connection Server Requirements
View Administrator Requirements 9
View Composer Requirements 10
7
2 System Requirements for Guest Operating Systems 13
Supported Operating Systems for View Agent 13
Supported Operating Systems for Standalone View Persona Management
Remote Display Protocol and Software Support 15
14
3 Installing View in an IPv6 Environment 19
Setting Up View in an IPv6 Environment 19
Supported vSphere , Database, and Active Directory Versions in an IPv6 Environment 20
Supported Operating Systems for View Servers in an IPv6 Environment 20
Supported Windows Operating Systems for Desktops and RDS Hosts in an IPv6 Environment 21
Supported Clients in an IPv6 Environment 21
Supported Remoting Protocols in an IPv6 Environment 21
Supported Authentication Types in an IPv6 Environment 22
Other Supported Features in an IPv6 Environment 22
4 Installing View in FIPS Mode 25
Overview of Setting Up View in FIPS Mode
System Requirements for FIPS Mode 26
25
5 Preparing Active Directory 27
Configuring Domains and Trust Relationships 27
Creating an OU for Remote Desktops 29
Creating OUs and Groups for Kiosk Mode Client Accounts 29
Creating Groups for Users 29
Creating a User Account for vCenter Server 29
Creating a User Account for a Standalone View Composer Server
Create a User Account for View Composer AD Operations 30
Configure the Restricted Groups Policy 31
Using View Group Policy Administrative Template Files 31
Prepare Active Directory for Smart Card Authentication 32
Disable Weak Ciphers in SSL/TLS 34
6 Installing View Composer 37
Prepare a View Composer Database
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37
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View Installation
Configuring an SSL Certificate for View Composer 44
Install the View Composer Service 45
Configuring Your Infrastructure for View Composer 47
7 Installing View Connection Server 49
Installing the View Connection Server Software 49
Installation Prerequisites for View Connection Server 49
Install View Connection Server with a New Configuration 50
Install a Replicated Instance of View Connection Server 56
Configure a Security Server Pairing Password 62
Install a Security Server 62
Firewall Rules for View Connection Server 70
Reinstall View Connection Server with a Backup Configuration 71
Microsoft Windows Installer Command-Line Options 72
Uninstalling View Components Silently by Using MSI Command-Line Options
75
8 Configuring SSL Certificates for View
Servers 77
Understanding SSL Certificates for View Servers 77
Overview of Tasks for Setting Up SSL Certificates 79
Obtaining a Signed SSL Certificate from a CA 80
Configure View Connection Server, Security Server, or View Composer to Use a New SSL
Certificate 81
Configure Client Endpoints to Trust Root and Intermediate Certificates 86
Configuring Certificate Revocation Checking on Server Certificates 88
Configure the PCoIP Secure Gateway to Use a New SSL Certificate 89
Setting View Administrator to Trust a vCenter Server or View Composer Certificate 93
Benefits of Using SSL Certificates Signed by a CA 93
Troubleshooting Certificate Issues on View Connection Server and Security Server 94
9 Configuring View for the First Time 95
Configuring User Accounts for vCenter Server and View Composer 95
Configuring View Connection Server for the First Time 98
Configuring Horizon Client Connections 109
Replacing Default Ports for View Services 115
Sizing Windows Server Settings to Support Your Deployment 120
10 Configuring Event Reporting 123
Add a Database and Database User for View Events 123
Prepare an SQL Server Database for Event Reporting 124
Configure the Event Database 124
Configure Event Logging for Syslog Servers 126
Index 127
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View Installation
View Installation explains how to install the VMware Horizon™ 6 server and client components.
Intended Audience
This information is intended for anyone who wants to install VMware Horizon 6. The information is written
for experienced Windows or Linux system administrators who are familiar with virtual machine technology
and datacenter operations.
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View Installation
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System Requirements for Server
Components
1
Hosts that run View server components must meet specific hardware and software requirements.
This chapter includes the following topics:
n
“View Connection Server Requirements,” on page 7
n
“View Administrator Requirements,” on page 9
n
“View Composer Requirements,” on page 10
View Connection Server Requirements
View Connection Server acts as a broker for client connections by authenticating and then directing
incoming user requests to the appropriate remote desktops and applications. View Connection Server has
specific hardware, operating system, installation, and supporting software requirements.
n
Hardware Requirements for View Connection Server on page 8
You must install all View Connection Server installation types, including standard, replica, and
security server installations, on a dedicated physical or virtual machine that meets specific hardware
requirements.
n
Supported Operating Systems for View Connection Server on page 8
You must install View Connection Server on a supported Windows Server operating system.
n
Virtualization Software Requirements for View Connection Server on page 8
View Connection Server requires certain versions of VMware virtualization software.
n
Network Requirements for Replicated View Connection Server Instances on page 9
When installing replicated View Connection Server instances, you must usually configure the
instances in the same physical location and connect them over a high-performance LAN. Otherwise,
latency issues could cause the View LDAP configurations on View Connection Server instances to
become inconsistent. A user could be denied access when connecting to a View Connection Server
instance with an out-of-date configuration.
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View Installation
Hardware Requirements for View Connection Server
You must install all View Connection Server installation types, including standard, replica, and security
server installations, on a dedicated physical or virtual machine that meets specific hardware requirements.
Table 1‑1. View Connection Server Hardware Requirements
Hardware Component
Required
Recommended
Processor
Pentium IV 2.0GHz processor
or higher
4 CPUs
Network Adapter
100Mpbs NIC
1Gbps NICs
Memory
Windows Server 2008 R2 64-bit
4GB RAM or higher
At least 10GB RAM for deployments of 50 or more
remote desktops
Memory
Windows Server 2012 R2 64-bit
4GB RAM or higher
At least 10GB RAM for deployments of 50 or more
remote desktops
These requirements also apply to replica and security server View Connection Server instances that you
install for high availability or external access.
Important The physical or virtual machine that hosts View Connection Server must have an IP address
that does not change. In an IPv4 environment, configure a static IP address. In an IPv6 environment,
machines automatically get IP addresses that do not change.
Supported Operating Systems for View Connection Server
You must install View Connection Server on a supported Windows Server operating system.
The following operating systems support all View Connection Server installation types, including standard,
replica, and security server installations.
Table 1‑2. Operating System Support for View Connection Server
Operating System
Version
Edition
Windows Server 2008 R2 SP1
64-bit
Standard
Enterprise
Datacenter
Windows Server 2012 R2
64-bit
Standard
Datacenter
Note Windows Server 2008 R2 with no service pack is no longer supported.
Virtualization Software Requirements for View Connection Server
View Connection Server requires certain versions of VMware virtualization software.
If you are using vSphere, you must use a supported version of vSphere ESX/ESXi hosts and vCenter Server.
For details about which versions of View are compatible with which versions of vCenter Server and ESXi,
see the VMware Product Interoperability Matrix at
http://www.vmware.com/resources/compatibility/sim/interop_matrix.php.
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Chapter 1 System Requirements for Server Components
Network Requirements for Replicated View Connection Server Instances
When installing replicated View Connection Server instances, you must usually configure the instances in
the same physical location and connect them over a high-performance LAN. Otherwise, latency issues could
cause the View LDAP configurations on View Connection Server instances to become inconsistent. A user
could be denied access when connecting to a View Connection Server instance with an out-of-date
configuration.
Important To use a group of replicated View Connection Server instances across a WAN, MAN
(metropolitan area network), or other non-LAN, in scenarios where a View deployment needs to span
datacenters, you must use the Cloud Pod Architecture feature. You can link together four View pods to
provide a single large desktop brokering and management environment for two geographically distant sites
and manage up to 20,000 remote desktops. For more information, see Administering View Cloud Pod
Architecture.
View Administrator Requirements
Administrators use View Administrator to configure View Connection Server, deploy and manage remote
desktops and applications, control user authentication, initiate and examine system events, and carry out
analytical activities. Client systems that run View Administrator must meet certain requirements.
View Administrator is a Web-based application that is installed when you install View Connection Server.
You can access and use View Administrator with the following Web browsers:
n
Internet Explorer 9 (not recommended)
n
Internet Explorer 10
n
Internet Explorer 11
n
Firefox (latest supported versions)
n
Chrome (latest supported versions)
n
Safari 6 and later releases
To use View Administrator with your Web browser, you must install Adobe Flash Player 10.1 or later. Your
client system must have access to the Internet to allow Adobe Flash Player to be installed.
The computer on which you launch View Administrator must trust the root and intermediate certificates of
the server that hosts View Connection Server. The supported browsers already contain certificates for all of
the well-known certificate authorities (CAs). If your certificates come from a CA that is not well known, you
must follow the instructions in “Configure Client Endpoints to Trust Root and Intermediate Certificates,” on
page 86.
To display text properly, View Administrator requires Microsoft-specific fonts. If your Web browser runs on
a non-Windows operating system such as Linux, UNIX, or Mac OS X, make sure that Microsoft-specific
fonts are installed on your computer.
Currently, the Microsoft Web site does not distribute Microsoft fonts, but you can download them from
independent Web sites.
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View Installation
View Composer Requirements
With View Composer, you can deploy multiple linked-clone desktops from a single centralized base image.
View Composer has specific installation and storage requirements.
n
Supported Operating Systems for View Composer on page 10
View Composer supports 64-bit operating systems with specific requirements and limitations. You can
install View Composer on the same physical or virtual machine as vCenter Server or on a separate
server.
n
Hardware Requirements for Standalone View Composer on page 10
If you install View Composer on a different physical or virtual machine from the one used for
vCenter Server, you must use a dedicated machine that meets specific hardware requirements.
n
Database Requirements for View Composer and the Events Database on page 11
View Composer requires an SQL database to store data. The View Composer database must reside on,
or be available to, the View Composer server host. You can optionally set up an Events database to
record information from View Connection Server about View events.
Supported Operating Systems for View Composer
View Composer supports 64-bit operating systems with specific requirements and limitations. You can
install View Composer on the same physical or virtual machine as vCenter Server or on a separate server.
Table 1‑3. Operating System Support for View Composer
Operating System
Version
Edition
Windows Server 2008 R2 SP1
64-bit
Standard
Enterprise
Datacenter
Windows Server 2012 R2
64-bit
Standard
Datacenter
Note Windows Server 2008 R2 with no service pack is no longer supported.
If you plan to install View Composer on a different physical or virtual machine than vCenter Server, see
“Hardware Requirements for Standalone View Composer,” on page 10.
Hardware Requirements for Standalone View Composer
If you install View Composer on a different physical or virtual machine from the one used for
vCenter Server, you must use a dedicated machine that meets specific hardware requirements.
A standalone View Composer installation works with vCenter Server installed on a separate Windows
Server machine or with the Linux-based vCenter Server appliance. VMware recommends having a one-toone mapping between each View Composer service and vCenter Server instance.
Table 1‑4. View Composer Hardware Requirements
10
Hardware Component
Required
Recommended
Processor
1.4 GHz or faster Intel 64 or
AMD 64 processor with 2 CPUs
2GHz or faster and 4 CPUs
Networking
One or more 10/100Mbps
network interface cards (NICs)
1Gbps NICs
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Chapter 1 System Requirements for Server Components
Table 1‑4. View Composer Hardware Requirements (Continued)
Hardware Component
Required
Recommended
Memory
4GB RAM or higher
8GB RAM or higher for deployments of 50 or more
remote desktops
Disk space
40GB
60GB
Important The physical or virtual machine that hosts View Composer must have an IP address that does
not change. In an IPv4 environment, configure a static IP address. In an IPv6 environment, machines
automatically get IP addresses that do not change.
Database Requirements for View Composer and the Events Database
View Composer requires an SQL database to store data. The View Composer database must reside on, or be
available to, the View Composer server host. You can optionally set up an Events database to record
information from View Connection Server about View events.
If a database server instance already exists for vCenter Server, View Composer can use that existing instance
if it is a version listed in Table 1-5. For example, View Composer can use the Microsoft SQL Server instance
provided with vCenter Server. If a database server instance does not already exist, you must install one.
View Composer supports a subset of the database servers that vCenter Server supports. If you are already
using vCenter Server with a database server that is not supported by View Composer, continue to use that
database server for vCenter Server and install a separate database server to use for View Composer.
Important If you create the View Composer database on the same SQL Server instance as vCenter Server,
do not overwrite the vCenter Server database.
The following table lists the supported database servers and versions as of the publication date of this
document. For the most up-to-date information about supported databases, see the VMware Product
Interoperability Matrixes at http://www.vmware.com/resources/compatibility/sim/interop_matrix.php. For
Solution/Database Interoperability, after you select the product and version, for the Add Database step, to
see a list of all supported databases, select Any and click Add.
Table 1‑5. Supported Database Servers for View Composer and for the Events Database
Database
Service Packs/Releases
Editions
Microsoft SQL Server 2014
(32- and 64-bit)
No SP, SP1
Standard
Enterprise
Microsoft SQL Server 2012
(32- and 64-bit)
SP1, SP2
Express
Standard
Enterprise
Microsoft SQL Server 2008 R2
(32- and 64-bit)
SP2, SP3
Express
Standard
Enterprise
Datacenter
Microsoft SQL Server 2008
(32- and 64-bit)
SP4
Express
Standard
Enterprise
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View Installation
Table 1‑5. Supported Database Servers for View Composer and for the Events Database (Continued)
Database
Service Packs/Releases
Editions
Oracle 12c
Release 1 (any release up to 12.1.0.2)
Standard One
Standard
Enterprise
Oracle 11g
(32- and 64-bit)
Release 2 (11.2.0.4)
Standard One
Standard
Enterprise
Note The following versions are no longer supported: Oracle 10g Release 2, Oracle 11g Release 1, ,
Microsoft SQL Server 2008 R2 SP1, Microsoft SQL Server 2012 with no SP.
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System Requirements for Guest
Operating Systems
Systems running View Agent or Standalone View Persona Management must meet certain hardware and
software requirements.
This chapter includes the following topics:
n
“Supported Operating Systems for View Agent,” on page 13
n
“Supported Operating Systems for Standalone View Persona Management,” on page 14
n
“Remote Display Protocol and Software Support,” on page 15
Supported Operating Systems for View Agent
The View Agent component assists with session management, single sign-on, device redirection, and other
features. You must install View Agent on all virtual machines, physical systems, and RDS hosts.
The following table lists the Windows operating system versions that are supported on single-session virtual
machines in a desktop pool. The virtual machine version must support the guest operating system. For
example, to install Windows 8.1, you must use a vSphere 5.1 or later virtual machine.
Note These operating systems are fully supported as of the date of this publication. For updates to the list
of supported operating systems, see the Horizon 6.2.x Release Notes, available from
https://www.vmware.com/support/pubs/view_pubs.html. For updates to the list of supported Windows 10
operating systems, see the VMware Knowledge Base (KB) article http://kb.vmware.com/kb/2149393.
Table 2‑1. Operating Systems for Linked-Clone and Full-Clone Remote Desktops
Guest Operating System
Version
Edition
Service Pack
Windows 8.1
64-bit and 32-bit
Enterprise and
Professional
Latest update
Windows 8
64-bit and 32-bit
Enterprise and
Professional
None
Windows 7
64-bit and 32-bit
Enterprise and
Professional
SP1
Windows Server 2012 R2
64-bit
Datacenter
None
Windows Server 2008 R2
64-bit
Datacenter
SP1
Important View Agent 6.1 and later releases do not support Windows XP and Windows Vista desktops.
View Agent 6.0.2 is the last View release that supports these guest operating systems. Customers who have
an extended support agreement with Microsoft for Windows XP and Vista, and an extended support
agreement with VMware for these guest operating systems, can deploy the View Agent 6.0.2 version of their
Windows XP and Vista desktops with the latest version of View Connection Server.
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View Installation
To use the View Persona Management setup option with View Agent, you must install View Agent on
Windows 10, Windows 8.1, Windows 8, Windows 7, Windows Server 2012 R2, or Windows Server 2008 R2
virtual machines. This option does not operate on physical computers or RDS hosts.
You can install the standalone version of View Persona Management on physical computers. See “Supported
Operating Systems for Standalone View Persona Management,” on page 14.
The following table lists the Windows operating systems versions that are supported for creating desktop
pools and application pools on an RDS host.
Table 2‑2. Operating Systems for RDS Hosts, Providing Remote Desktops or Applications
Guest Operating System
Edition
Service Pack
Windows Server 2008 R2
Standard, Enterprise, and
Datacenter
SP1
Windows Server 2012
Standard and Datacenter
None
Windows Server 2012 R2
Standard and Datacenter
Latest update
For enhanced security, VMware recommends configuring cipher suites to remove known vulnerabilities. For
instructions on how to set up a domain policy on cipher suites for Windows machines that run View
Composer or View Agent, see “Disable Weak Ciphers in SSL/TLS,” on page 34.
Supported Operating Systems for Standalone View Persona
Management
The standalone View Persona Management software provides persona management for standalone physical
computers and virtual machines that do not have View Agent installed. When users log in, their profiles are
downloaded dynamically from a remote profile repository to their standalone systems.
Note To configure View Persona Management for View desktops, install View Agent with the View
Persona Management setup option. The standalone View Persona Management software is intended for
non-View systems only.
Table 2-3 lists the operating systems supported for the standalone View Persona Management software. For
updates to the list of supported Windows 10 operating systems, see the VMware Knowledge Base (KB)
article http://kb.vmware.com/kb/2149393.
Table 2‑3. Operating System Support for Standalone View Persona Management
Guest Operating System
Version
Edition
Service Pack
Windows 8 .1
64-bit and 32-bit
Enterprise and Professional
Latest Update
Windows 8
64-bit and 32-bit
Enterprise and Professional
None
Windows 7
64-bit and 32-bit
Enterprise and Professional
SP1
Windows Server 2012 R2
64-bit
Datacenter
None
Windows Server 2008 R2
64-bit
Datacenter
SP1
The standalone View Persona Management software is not supported on Microsoft Remote Desktop
Services.
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Chapter 2 System Requirements for Guest Operating Systems
Remote Display Protocol and Software Support
Remote display protocols and software provide access to remote desktops and applications. The remote
display protocol used depends on the type of client device, whether you are connecting to a remote desktop
or a remote application, and how the administrator configures the desktop or application pool.
n
PCoIP on page 15
PCoIP (PC over IP) provides an optimized desktop experience for the delivery of a remote application
or an entire remote desktop environment, including applications, images, audio, and video content for
a wide range of users on the LAN or across the WAN. PCoIP can compensate for an increase in latency
or a reduction in bandwidth, to ensure that end users can remain productive regardless of network
conditions.
n
Microsoft RDP on page 17
Remote Desktop Protocol is the same multichannel protocol many people already use to access their
work computer from their home computer. Microsoft Remote Desktop Connection (RDC) uses RDP to
transmit data.
PCoIP
PCoIP (PC over IP) provides an optimized desktop experience for the delivery of a remote application or an
entire remote desktop environment, including applications, images, audio, and video content for a wide
range of users on the LAN or across the WAN. PCoIP can compensate for an increase in latency or a
reduction in bandwidth, to ensure that end users can remain productive regardless of network conditions.
PCoIP is supported as the display protocol for remote applications and for remote desktops that use virtual
machines, physical machines that contain Teradici host cards, or shared session desktops on an RDS host.
PCoIP Features
Key features of PCoIP include the following:
n
Users outside the corporate firewall can use this protocol with your company's virtual private network
(VPN), or users can make secure, encrypted connections to a security server or Access Point appliance
in the corporate DMZ.
n
Advanced Encryption Standard (AES) 128-bit encryption is supported and is turned on by default. You
can, however, change the encryption key cipher to AES-192 or AES-256.
n
Connections to Windows desktops with the View Agent operating system versions listed in “Supported
Operating Systems for View Agent,” on page 13 are supported.
n
Connections from all types of client devices.
n
Optimization controls for reducing bandwidth usage on the LAN and WAN.
n
32-bit color is supported for virtual displays.
n
ClearType fonts are supported.
n
Audio redirection with dynamic audio quality adjustment for LAN and WAN.
n
Real-Time Audio-Video for using webcams and microphones on some client types.
n
Copy and paste of text and, on some clients, images between the client operating system and a remote
application or desktop. For other client types, only copy and paste of plain text is supported. You
cannot copy and paste system objects such as folders and files between systems.
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View Installation
n
Multiple monitors are supported for some client types. On some clients, you can use up to 4 monitors
with a resolution of up to 2560 x 1600 per display or up to 3 monitors with a resolution of 4K (3840 x
2160) for Windows 7 remote desktops with Aero disabled. Pivot display and autofit are also supported.
When the 3D feature is enabled, up to 2 monitors are supported with a resolution of up to 1920 x 1200,
or one monitor with a resolution of 4K (3840 x 2160).
n
USB redirection is supported for some client types.
n
MMR redirection is supported for some Windows client operating systems and some remote desktop
operating systems (with View Agent-installed).
For information about which desktop operating systems support specific PCoIP features, see "Feature
Support Matrix for View Agent" in the View Architecture Planning document.
For information about which client devices support specific PCoIP features, go to
https://www.vmware.com/support/viewclients/doc/viewclients_pubs.html.
Recommended Guest Operating System Settings
1GB of RAM or more and a dual CPU is recommended for playing in high-definition, full screen mode, or
720p or higher formatted video. To use Virtual Dedicated Graphics Acceleration for graphics-intensive
applications such as CAD applications, 4GB of RAM is required.
Video Quality Requirements
480p-formatted video
You can play video at 480p or lower at native resolutions when the remote
desktop has a single virtual CPU. If you want to play the video in highdefinition Flash or in full screen mode, the desktop requires a dual virtual
CPU. Even with a dual virtual CPU desktop, as low as 360p-formatted video
played in full screen mode can lag behind audio, particularly on Windows
clients.
720p-formatted video
You can play video at 720p at native resolutions if the remote desktop has a
dual virtual CPU. Performance might be affected if you play videos at 720p
in high definition or in full screen mode.
1080p-formatted video
If the remote desktop has a dual virtual CPU, you can play 1080p formatted
video, although the media player might need to be adjusted to a smaller
window size.
3D rendering
You can configure remote desktops to use software- or hardware-accelerated
graphics. The software-accelerated graphics feature enables you to run
DirectX 9 and OpenGL 2.1 applications without requiring a physical graphics
processing unit (GPU). The hardware-accelerated graphics features enable
virtual machines to either share the physical GPUs (graphical processing
unit) on a vSphere host or dedicate a physical GPU to a single virtual
machine desktop.
For 3D applications, up to 2 monitors are supported, and the maximum
screen resolution is 1920 x 1200. The guest operating system on the remote
desktops must be Windows 7 or later.
Hardware Requirements for Client Systems
For information about processor and memory requirements, see the "Using VMware Horizon Client"
document for the specific type of desktop or mobile client device. Go to
https://www.vmware.com/support/viewclients/doc/viewclients_pubs.html.
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Chapter 2 System Requirements for Guest Operating Systems
Microsoft RDP
Remote Desktop Protocol is the same multichannel protocol many people already use to access their work
computer from their home computer. Microsoft Remote Desktop Connection (RDC) uses RDP to transmit
data.
Microsoft RDP is a supported display protocol for remote desktops that use virtual machines, physical
machines, or shared session desktops on an RDS host. (Only the PCoIP display protocol is supported for
remote applications.) Microsoft RDP provides the following features:
n
RDP 7 has true multiple monitor support, for up to 16 monitors.
n
You can copy and paste text and system objects such as folders and files between the local system and
the remote desktop.
n
32-bit color is supported for virtual displays.
n
RDP supports 128-bit encryption.
n
Users outside the corporate firewall can use this protocol with your company's virtual private network
(VPN), or users can make secure, encrypted connections to a View security server in the corporate
DMZ.
Hardware Requirements for Client Systems
For information about processor and memory requirements, see the "Using VMware Horizon Client"
document for the specific type of client system. Go to
https://www.vmware.com/support/viewclients/doc/viewclients_pubs.html.
Note Mobile client devices use only the PCoIP display protocol.
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Installing View in an IPv6
Environment
3
View supports IPv6 as an alternative to IPv4. The environment must be either IPv6 only or IPv4 only. View
does not support a mixed IPv6 and IPv4 environment.
Not all View features that are supported in an IPv4 environment are supported in an IPv6 environment.
View does not support upgrading from an IPv4 environment to an IPv6 environment. Also, View does not
support migration between IPv4 and IPv6 environments.
Important To run View in an IPv6 environment, you must specify IPv6 when you install all View
components.
This chapter includes the following topics:
n
“Setting Up View in an IPv6 Environment,” on page 19
n
“Supported vSphere, Database, and Active Directory Versions in an IPv6 Environment,” on page 20
n
“Supported Operating Systems for View Servers in an IPv6 Environment,” on page 20
n
“Supported Windows Operating Systems for Desktops and RDS Hosts in an IPv6 Environment,” on
page 21
n
“Supported Clients in an IPv6 Environment,” on page 21
n
“Supported Remoting Protocols in an IPv6 Environment,” on page 21
n
“Supported Authentication Types in an IPv6 Environment,” on page 22
n
“Other Supported Features in an IPv6 Environment,” on page 22
Setting Up View in an IPv6 Environment
To run View in an IPv6 environment, you must be aware of the requirements and choices that are specific to
IPv6 when you perform certain administrative tasks.
Before you install View, you must have a working IPv6 environment. The following View administrative
tasks have options that are specific to IPv6.
n
Installing View Connection Server. See “Install View Connection Server with a New Configuration,” on
page 50.
n
Installing View Replica Server. See “Install a Replicated Instance of View Connection Server,” on
page 56.
n
Installing View Security Server. See “Install a Security Server,” on page 62.
n
Configuring the PCoIP External URL. See “Configuring External URLs for Secure Gateway and Tunnel
Connections,” on page 112.
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n
Setting the PCoIP External URL. See “Set the External URLs for a View Connection Server Instance,” on
page 113.
n
Modifying the PCoIP External URL. See “Set the External URLs for a View Connection Server Instance,”
on page 113.
n
Installing View Agent. See the View Agent installation topics in the Setting Up Desktop and Application
Pools document.
n
Installing Horizon Client for Windows. See the VMware Horizon Client for Windows document in
https://www.vmware.com/support/viewclients/doc/viewclients_pubs.html. Only Windows clients are
supported.
Note View does not require you to enter an IPv6 address in any administrative tasks. In cases where you
can specify either a fully qualified domain name (FQDN) or an IPv6 address, it is highly recommended that
you specify an FQDN to avoid potential errors.
Supported vSphere , Database, and Active Directory Versions in an
IPv6 Environment
In an IPv6 environment, View supports specific vSphere, database server, and Active Directory versions.
The following vSphere versions are supported in an IPv6 environment.
n
6.0
n
5.5 U2
The following database servers are supported in an IPv6 environment.
Database Server
Version
Edition
SQL Server 2012 SP1
32/64-bit
Standard, Enterprise
SQL Server 2012 Express
32/64-bit
Free
Oracle 11g R2
32/64-bit
Standard, Standard Edition One, Enterprise
The following Active Directory versions are supported in an IPv6 environment.
n
Microsoft Active Directory 2008 R2
n
Microsoft Active Directory 2012 R2
Supported Operating Systems for View Servers in an IPv6
Environment
In an IPv6 environment, you must install View servers on specific Windows Server operating systems.
View servers include View Connection Server instances, replica servers, security servers, and View
Composer instances.
20
Operating System
Edition
Windows Server 2008 R2
Standard, Enterprise
Windows Server 2008 R2 SP1
Standard, Enterprise
Windows Server 2012 R2
Standard
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Chapter 3 Installing View in an IPv6 Environment
Supported Windows Operating Systems for Desktops and RDS Hosts
in an IPv6 Environment
In an IPv6 environment, View supports specific Windows operating systems for desktop machines and RDS
hosts. RDS hosts provide session-based desktops and applications to users.
The following Windows operating systems are supported for desktop machines.
Operating System
Version
Edition
Windows 7 SP1
32/64-bit
Enterprise, Professional
Windows 8
32/64-bit
Enterprise, Professional
Windows 8.1
32/64-bit
Enterprise, Professional
Windows Server 2008 R2 SP1
Datacenter
The following Windows operating systems are supported for RDS hosts.
Operating System
Edition
Windows Server 2008 R2 SP1
Standard, Enterprise, Datacenter
Windows Server 2012 R2
Standard, Datacenter
Supported Clients in an IPv6 Environment
In an IPv6 environment, View supports clients that run on specific desktop operating systems.
Operating System
Version
Edition
Windows 7
32/64-bit
Home, Professional, Enterprise, Ultimate
Windows 7 SP1
32/64-bit
Home, Professional, Enterprise, Ultimate
Windows 8
32/64-bit
Enterprise, Professional
Windows 8.1
32/64-bit
Enterprise, Professional
The following types of clients are not supported.
n
Clients that run on OS X, Android, iOS, Linux, or Windows Store
n
Horizon Client for Windows with the Local Mode option
n
PCoIP Zero Client
Supported Remoting Protocols in an IPv6 Environment
In an IPv6 environment, View supports specific remoting protocols.
The following remoting protocols are supported:
n
RDP
n
RDP with Secure Tunnel
n
PCoIP
n
PCoIP through PCoIP Secure Gateway
The following remoting protocols are not supported:
n
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HTML Access
21
View Installation
n
HTML Access through Blast Secure Gateway
Supported Authentication Types in an IPv6 Environment
In an IPv6 environment, View supports specific authentication types.
The following authentication types are supported:
n
Password authentication using Active Directory
n
Smart Card
n
Single Sign-On
The following authentication types are not supported:
n
SecurID
n
RADIUS
n
SAML
Other Supported Features in an IPv6 Environment
In an IPv6 environment, View supports certain features that are not covered in previous topics.
The following features are supported:
n
Automated desktop pools, including full virtual machines and View Composer linked clones
n
Manual desktop pools, including vCenter Server virtual machines, physical computers, and virtual
machines not managed by vCenter Server
n
RDS desktop pools
n
Application pools
n
View Storage Accelerator
n
Disk space reclamation
n
Native NFS snapshots (VAAI)
n
ThinApp
n
Virtual Printing
n
Events
n
Role-based administration
n
System health dashboard
n
LDAP backup
n
View Composer database backup
n
Customer Experience Improvement Program (CEIP)
n
Single Sign-on, including the Log in as current user feature
n
Audio-out
The following features are not supported:
22
n
Virtual SAN
n
Virtual Volumes
n
Cloud Pod Architecture
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Chapter 3 Installing View in an IPv6 Environment
n
Scanner redirection
n
USB redirection
n
Multimedia redirection (MMR)
n
Real-time audio-video (RTAV)
n
Persona Management
n
vRealize Operations Desktop Agent
n
Lync
n
Syslog
n
Log Insight
n
Serial redirection
n
Flash URL redirection
n
Teradici TERA host card
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23
View Installation
24
VMware, Inc.
Installing View in FIPS Mode
4
View can perform cryptographic operations using FIPS (Federal Information Processing Standard) 140-2
compliant algorithms. You can enable the use of these algorithms by installing View in FIPS mode.
Not all View features are supported in FIPS mode. Also, View does not support upgrading from a non-FIPS
installation to a FIPS installation.
Note To ensure that View runs in FIPS mode, you must enable FIPS when you install all View components.
This chapter includes the following topics:
n
“Overview of Setting Up View in FIPS Mode,” on page 25
n
“System Requirements for FIPS Mode,” on page 26
Overview of Setting Up View in FIPS Mode
To set up View in FIPS mode, you must first enable FIPS mode in the Windows environment. Then you
install all the View components in FIPS mode..
The option to install View in FIPS mode is available only if FIPS mode is enabled in the Windows
environment. For more information about enabling FIPS mode in Windows, see
https://support.microsoft.com/en-us/kb/811833.
Note View Administrator does not indicate whether View is running in FIPS mode.
To install View in FIPS mode, perform the following View administrative tasks.
n
When installing View Connection Server, select the FIPS mode option. See “Install View Connection
Server with a New Configuration,” on page 50.
n
When installing View Replica Server, select the FIPS mode option. See “Install a Replicated Instance of
View Connection Server,” on page 56.
n
Before installing a security server, deselect the global setting Use IPSec for Security Server
Connections in View Administrator and configure IPsec manually. See
http://kb.vmware.com/kb/2000175.
n
When installing View Security Server, select the FIPS mode option. See “Install a Security Server,” on
page 62.
n
Disable weak ciphers for View Composer and View Agent machines. See “Disable Weak Ciphers in
SSL/TLS,” on page 34.
n
When installing View Composer, select the FIPS mode option. See Chapter 6, “Installing View
Composer,” on page 37.
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25
View Installation
n
When installing View Agent, select the FIPS mode option. See the View Agent installation topics in the
Setting Up Desktop and Application Pools document.
n
When installing Horizon Client for Windows, select the FIPS mode option. See the VMware Horizon
Client for Windows document in
https://www.vmware.com/support/viewclients/doc/viewclients_pubs.html. Only Windows clients are
supported.
System Requirements for FIPS Mode
To support FIPS mode, your View deployment must meet the following requirements.
vSphere
View desktop
Horizon Client
Cryptographic protocol
26
n
vCenter Server 6.0 or later
n
ESXi 6.0 or later
n
Windows 7 SP1 (32- or 64-bit)
n
View Agent 6.2 or later
n
Windows 7 SP1 (32- or 64-bit)
n
Horizon Client 3.5 or later
n
TLSv1.2
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Preparing Active Directory
5
View uses your existing Microsoft Active Directory infrastructure for user authentication and management.
You must perform certain tasks to prepare Active Directory for use with View.
View supports the following Active Directory Domain Services (AD DS) domain functional levels:
n
Windows Server 2003
n
Windows Server 2008
n
Windows Server 2008 R2
n
Windows Server 2012
n
Windows Server 2012 R2
This chapter includes the following topics:
n
“Configuring Domains and Trust Relationships,” on page 27
n
“Creating an OU for Remote Desktops,” on page 29
n
“Creating OUs and Groups for Kiosk Mode Client Accounts,” on page 29
n
“Creating Groups for Users,” on page 29
n
“Creating a User Account for vCenter Server,” on page 29
n
“Creating a User Account for a Standalone View Composer Server,” on page 30
n
“Create a User Account for View Composer AD Operations,” on page 30
n
“Configure the Restricted Groups Policy,” on page 31
n
“Using View Group Policy Administrative Template Files,” on page 31
n
“Prepare Active Directory for Smart Card Authentication,” on page 32
n
“Disable Weak Ciphers in SSL/TLS,” on page 34
Configuring Domains and Trust Relationships
You must join each View Connection Server host to an Active Directory domain. The host must not be a
domain controller.
Active Directory also manages the View Agent machines, including single-user machines and RDS hosts,
and the users and groups in your Horizon 6 deployment. You can entitle users and groups to remote
desktops and applications, and you can select users and groups to be administrators in View Administrator.
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27
View Installation
You can place View Agent machines, View Composer servers, and users and groups, in the following Active
Directory domains:
n
The View Connection Server domain
n
A different domain that has a two-way trust relationship with the View Connection Server domain
n
A domain in a different forest than the View Connection Server domain that is trusted by the View
Connection Server domain in a one-way external or realm trust relationship
n
A domain in a different forest than the View Connection Server domain that is trusted by the View
Connection Server domain in a one-way or two-way transitive forest trust relationship
Users are authenticated using Active Directory against the View Connection Server domain and any
additional user domains with which a trust agreement exists.
If your users and groups are in one-way trusted domains, you must provide secondary credentials for the
administrator users in View Administrator. Administrators must have secondary credentials to give them
access to the one-way trusted domains. A one-way trusted domain can be an external domain or a domain
in a transitive forest trust.
Secondary credentials are required only for View Administrator sessions, not for end users' desktop or
application sessions. Only administrator users require secondary credentials.
You can provide secondary credentials by using the vdmadmin -T command.
n
You configure secondary credentials for individual administrator users.
n
For a forest trust, you can configure secondary credentials for the forest root domain. View Connection
Server can then enumerate the child domains in the forest trust.
For details, see "Providing Secondary Credentials for Administrators Using the -T Option" in the View
Administration document.
Note Because security servers do not access any authentication repositories, including Active Directory,
they do not need to reside in an Active Directory domain.
Trust Relationships and Domain Filtering
To determine which domains it can access, a View Connection Server instance traverses trust relationships
beginning with its own domain.
For a small, well-connected set of domains, View Connection Server can quickly determine the full list of
domains, but the time that it takes increases as the number of domains increases or as the connectivity
between the domains decreases. The list might also include domains that you would prefer not to offer to
users when they connect to their remote desktops and applications.
You can use the vdmadmin command to configure domain filtering to limit the domains that a View
Connection Server instance searches and that it displays to users. See the View Administration document for
more information.
If a forest trust is configured with name suffix exclusions, the configured exclusions are used to filter the list
of forest child domains. Name suffix exclusion filtering is applied in addition to the filtering that is specified
with the vdmadmin command.
28
VMware, Inc.
Chapter 5 Preparing Active Directory
Creating an OU for Remote Desktops
You should create an organizational unit (OU) specifically for your remote desktops. An OU is a subdivision
in Active Directory that contains users, groups, computers, or other OUs.
To prevent group policy settings from being applied to other Windows servers or workstations in the same
domain as your desktops, you can create a GPO for your View group policies and link it to the OU that
contains your remote desktops. You can also delegate control of the OU to subordinate groups, such as
server operators or individual users.
If you use View Composer, you should create a separate Active Directory container for linked-clone
desktops that is based on the OU for your remote desktops. Administrators that have OU administrator
privileges in Active Directory can provision linked-clone desktops without domain administrator privileges.
If you change administrator credentials in Active Directory, you must also update the credential information
in View Composer.
Creating OUs and Groups for Kiosk Mode Client Accounts
A client in kiosk mode is a thin client or a locked-down PC that runs the client software to connect to a View
Connection Server instance and launch a remote desktop session. If you configure clients in kiosk mode, you
should create dedicated OUs and groups in Active Directory for kiosk mode client accounts.
Creating dedicated OUs and groups for kiosk mode client accounts partitions client systems against
unwarranted intrusion and simplifies client configuration and administration.
See the View Administration document for more information.
Creating Groups for Users
You should create groups for different types of users in Active Directory. For example, you can create a
group called View Users for your end users and another group called View Administrators for users that
will administer remote desktops and applications.
Creating a User Account for vCenter Server
You must create a user account in Active Directory to use with vCenter Server. You specify this user account
when you add a vCenter Server instance in View Administrator.
You must give the user account privileges to perform certain operations in vCenter Server. You can create a
vCenter Server role with the appropriate privileges and assign the role to the vCenter Server user. The list of
privileges you add to the vCenter Server role varies, depending on whether you use View with or without
View Composer. See “Configuring User Accounts for vCenter Server and View Composer,” on page 95 for
information on configuring these privileges.
If you install View Composer on the same machine as vCenter Server, you must add the vCenter Server user
to the local Administrators group on the vCenter Server machine. This requirement allows View to
authenticate to the View Composer service.
If you install View Composer on a different machine than vCenter Server, you do not have to make the
vCenter Server user a local administrator on the vCenter Server machine. However, you do have to create a
standalone View Composer Server user account that must be a local administrator on the View Composer
machine.
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29
View Installation
Creating a User Account for a Standalone View Composer Server
If you install View Composer on a different machine than vCenter Server, you must create a domain user
account in Active Directory that View can use to authenticate to the View Composer service on the
standalone machine.
The user account must be in the same domain as your View Connection Server host or in a trusted domain.
You must add the user account to the local Administrators group on the standalone View Composer
machine.
You specify this user account when you configure View Composer settings in View Administrator and select
Standalone View Composer Server. See “Configure View Composer Settings,” on page 102.
Create a User Account for View Composer AD Operations
If you use View Composer, you must create a user account in Active Directory that allows View Composer
to perform certain operations in Active Directory. View Composer requires this account to join linked-clone
virtual machines to your Active Directory domain.
To ensure security, you should create a separate user account to use with View Composer. By creating a
separate account, you can guarantee that it does not have additional privileges that are defined for another
purpose. You can give the account the minimum privileges that it needs to create and remove computer
objects in a specified Active Directory container. For example, the View Composer account does not require
domain administrator privileges.
Procedure
1
In Active Directory, create a user account in the same domain as your View Connection Server host or in
a trusted domain.
2
Add the Create Computer Objects, Delete Computer Objects, and Write All Properties permissions to
the account in the Active Directory container in which the linked-clone computer accounts are created
or to which the linked-clone computer accounts are moved.
The following list shows all the required permissions for the user account, including permissions that
are assigned by default:
n
List Contents
n
Read All Properties
n
Write All Properties
n
Read Permissions
n
Reset Password
n
Create Computer Objects
n
Delete Computer Objects
Note Fewer permissions are required if you select the Allow reuse of pre-existing computer accounts
setting for a desktop pool. Make sure that the following permissions are assigned to the user account:
3
30
n
List Contents
n
Read All Properties
n
Read Permissions
n
Reset Password
Make sure that the user account's permissions apply to the Active Directory container and to all child
objects of the container.
VMware, Inc.
Chapter 5 Preparing Active Directory
What to do next
Specify the account in View Administrator when you configure View Composer domains in the Add
vCenter Server wizard and when you configure and deploy linked-clone desktop pools.
Configure the Restricted Groups Policy
To be able to connect to a remote desktop, users must belong to the local Remote Desktop Users group of the
remote desktop. You can use the Restricted Groups policy in Active Directory to add users or groups to the
local Remote Desktop Users group of every remote desktop that is joined to your domain.
The Restricted Groups policy sets the local group membership of computers in the domain to match the
membership list settings defined in the Restricted Groups policy. The members of your remote desktop
users group are always added to the local Remote Desktop Users group of every remote desktop that is
joined to your domain. When adding new users, you need only add them to your remote desktop users
group.
Prerequisites
Create a group for remote desktop users in your domain in Active Directory.
Procedure
1
On the Active Directory server, navigate to the Group Policy Management plug-in.
AD Version
Navigation Path
Windows 2003
a
b
c
d
Windows 2008
a
b
Select Start > All Programs > Administrative Tools > Active Directory
Users and Computers.
Right-click your domain and click Properties.
On the Group Policy tab, click Open to open the Group Policy
Management plug-in.
Right-click Default Domain Policy, and click Edit.
Select Start > Administrative Tools > Group Policy Management.
Expand your domain, right-click Default Domain Policy, and click
Edit.
2
Expand the Computer Configuration section and open Windows Settings\Security Settings.
3
Right-click Restricted Groups, select Add Group, and add the Remote Desktop Users group.
4
Right-click the new restricted Remote Desktop Users group and add your remote desktop users group
to the group membership list.
5
Click OK to save your changes.
Using View Group Policy Administrative Template Files
View includes several component-specific group policy administrative (ADM and ADMX) template files.
All ADM and ADMX files that provide group policy settings for View are available in a bundled .zip file
named VMware-Horizon-View-Extras-Bundle-x.x.x-yyyyyyy.zip, where x.x.x is the version and yyyyyyy is
the build number. You can download the file from the VMware download site at
https://my.vmware.com/web/vmware/downloads. Under Desktop & End-User Computing, select the
VMware Horizon 6 download, which includes the bundled .zip file.
You can optimize and secure remote desktops by adding the policy settings in these files to a new or existing
GPO in Active Directory and then linking that GPO to the OU that contains your desktops.
See the View Administration and Setting Up Desktop and Application Pools in View documents for information
on using View group policy settings.
VMware, Inc.
31
View Installation
Prepare Active Directory for Smart Card Authentication
You might need to perform certain tasks in Active Directory when you implement smart card
authentication.
n
Add UPNs for Smart Card Users on page 32
Because smart card logins rely on user principal names (UPNs), the Active Directory accounts of users
and administrators that use smart cards to authenticate in View must have a valid UPN.
n
Add the Root Certificate to Trusted Root Certification Authorities on page 33
If you use a certification authority (CA) to issue smart card login or domain controller certificates, you
must add the root certificate to the Trusted Root Certification Authorities group policy in Active
Directory. You do not need to perform this procedure if the Windows domain controller acts as the
root CA.
n
Add an Intermediate Certificate to Intermediate Certification Authorities on page 33
If you use an intermediate certification authority (CA) to issue smart card login or domain controller
certificates, you must add the intermediate certificate to the Intermediate Certification Authorities
group policy in Active Directory.
n
Add the Root Certificate to the Enterprise NTAuth Store on page 34
If you use a CA to issue smart card login or domain controller certificates, you must add the root
certificate to the Enterprise NTAuth store in Active Directory. You do not need to perform this
procedure if the Windows domain controller acts as the root CA.
Add UPNs for Smart Card Users
Because smart card logins rely on user principal names (UPNs), the Active Directory accounts of users and
administrators that use smart cards to authenticate in View must have a valid UPN.
If the domain a smart card user resides in is different from the domain that your root certificate was issued
from, you must set the user’s UPN to the Subject Alternative Name (SAN) contained in the root certificate of
the trusted CA. If your root certificate was issued from a server in the smart card user's current domain, you
do not need to modify the user's UPN.
Note You might need to set the UPN for built-in Active Directory accounts, even if the certificate is issued
from the same domain. Built-in accounts, including Administrator, do not have a UPN set by default.
Prerequisites
n
Obtain the SAN contained in the root certificate of the trusted CA by viewing the certificate properties.
n
If the ADSI Edit utility is not present on your Active Directory server, download and install the
appropriate Windows Support Tools from the Microsoft Web site.
Procedure
32
1
On your Active Directory server, start the ADSI Edit utility.
2
In the left pane, expand the domain the user is located in and double-click CN=Users.
3
In the right pane, right-click the user and then click Properties.
4
Double-click the userPrincipalName attribute and type the SAN value of the trusted CA certificate.
5
Click OK to save the attribute setting.
VMware, Inc.
Chapter 5 Preparing Active Directory
Add the Root Certificate to Trusted Root Certification Authorities
If you use a certification authority (CA) to issue smart card login or domain controller certificates, you must
add the root certificate to the Trusted Root Certification Authorities group policy in Active Directory. You do
not need to perform this procedure if the Windows domain controller acts as the root CA.
Procedure
1
On the Active Directory server, navigate to the Group Policy Management plug-in.
AD Version
Navigation Path
Windows 2003
a
b
c
d
Windows 2008
a
b
Select Start > All Programs > Administrative Tools > Active Directory
Users and Computers.
Right-click your domain and click Properties.
On the Group Policy tab, click Open to open the Group Policy
Management plug-in.
Right-click Default Domain Policy, and click Edit.
Select Start > Administrative Tools > Group Policy Management.
Expand your domain, right-click Default Domain Policy, and click
Edit.
2
Expand the Computer Configuration section and open Windows Settings\Security Settings\Public
Key.
3
Right-click Trusted Root Certification Authorities and select Import.
4
Follow the prompts in the wizard to import the root certificate (for example, rootCA.cer) and click OK.
5
Close the Group Policy window.
All of the systems in the domain now have a copy of the root certificate in their trusted root store.
What to do next
If an intermediate certification authority (CA) issues your smart card login or domain controller certificates,
add the intermediate certificate to the Intermediate Certification Authorities group policy in Active
Directory. See “Add an Intermediate Certificate to Intermediate Certification Authorities,” on page 33.
Add an Intermediate Certificate to Intermediate Certification Authorities
If you use an intermediate certification authority (CA) to issue smart card login or domain controller
certificates, you must add the intermediate certificate to the Intermediate Certification Authorities group
policy in Active Directory.
Procedure
1
On the Active Directory server, navigate to the Group Policy Management plug-in.
AD Version
Navigation Path
Windows 2003
a
b
c
d
Windows 2008
VMware, Inc.
a
b
Select Start > All Programs > Administrative Tools > Active Directory
Users and Computers.
Right-click your domain and click Properties.
On the Group Policy tab, click Open to open the Group Policy
Management plug-in.
Right-click Default Domain Policy, and click Edit.
Select Start > Administrative Tools > Group Policy Management.
Expand your domain, right-click Default Domain Policy, and click
Edit.
33
View Installation
2
Expand the Computer Configuration section and open the policy for Windows Settings\Security
Settings\Public Key.
3
Right-click Intermediate Certification Authorities and select Import.
4
Follow the prompts in the wizard to import the intermediate certificate (for example,
intermediateCA.cer) and click OK.
5
Close the Group Policy window.
All of the systems in the domain now have a copy of the intermediate certificate in their intermediate
certification authority store.
Add the Root Certificate to the Enterprise NTAuth Store
If you use a CA to issue smart card login or domain controller certificates, you must add the root certificate
to the Enterprise NTAuth store in Active Directory. You do not need to perform this procedure if the
Windows domain controller acts as the root CA.
Procedure
u
On your Active Directory server, use the certutil command to publish the certificate to the Enterprise
NTAuth store.
For example: certutil -dspublish -f path_to_root_CA_cert NTAuthCA
The CA is now trusted to issue certificates of this type.
Disable Weak Ciphers in SSL/TLS
To achieve greater security, you can configure the domain policy GPO (group policy object) to ensure that
View Composer and Windows-based machines running View Agent do not use weak ciphers when they
communicate using the SSL/TLS protocol.
Procedure
1
On the Active Directory server, edit the GPO by selecting Start > Administrative Tools > Group Policy
Management, right-clicking the GPO, and selecting Edit.
2
In the Group Policy Management Editor, navigate to the Computer Configuration > Policies >
Administrative Templates > Network > SSL Configuration Settings.
3
Double-click SSL Cipher Suite Order.
4
In the SSL Cipher Suite Order window, click Enabled.
5
In the Options pane, replace the entire content of the SSL Cipher Suites text box with the following
cipher list:
TLS_ECDHE_RSA_WITH_AES_128_CBC_SHA256_P256,
TLS_ECDHE_RSA_WITH_AES_128_CBC_SHA256_P384,
TLS_ECDHE_RSA_WITH_AES_128_CBC_SHA_P256,
TLS_ECDHE_RSA_WITH_AES_128_CBC_SHA_P384,
TLS_ECDHE_RSA_WITH_AES_256_CBC_SHA_P256,
TLS_ECDHE_RSA_WITH_AES_256_CBC_SHA_P384,
TLS_RSA_WITH_AES_128_CBC_SHA256,
TLS_RSA_WITH_AES_128_CBC_SHA,
TLS_RSA_WITH_AES_256_CBC_SHA256,
TLS_RSA_WITH_AES_256_CBC_SHA
The cipher suites are listed above on separate lines for readability. When you paste the list into the text
box, the cipher suites must be on one line with no spaces after the commas.
34
VMware, Inc.
Chapter 5 Preparing Active Directory
6
Exit the Group Policy Management Editor.
7
Restart the View Composer and View Agent machines for the new group policy to take effect.
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35
View Installation
36
VMware, Inc.
Installing View Composer
6
To use View Composer, you create a View Composer database, install the View Composer service, and
optimize your View infrastructure to support View Composer. You can install the View Composer service
on the same host as vCenter Server or on a separate host.
View Composer is an optional feature. Install View Composer if you intend to deploy linked-clone desktop
pools.
You must have a license to install and use the View Composer feature.
This chapter includes the following topics:
n
“Prepare a View Composer Database,” on page 37
n
“Configuring an SSL Certificate for View Composer,” on page 44
n
“Install the View Composer Service,” on page 45
n
“Configuring Your Infrastructure for View Composer,” on page 47
Prepare a View Composer Database
You must create a database and data source name (DSN) to store View Composer data.
The View Composer service does not include a database. If a database instance does not exist in your
network environment, you must install one. After you install a database instance, you add the View
Composer database to the instance.
You can add the View Composer database to the instance on which the vCenter Server database is located.
You can configure the database locally, or remotely, on a network-connected Linux, UNIX, or Windows
Server computer.
The View Composer database stores information about connections and components that are used by View
Composer:
n
vCenter Server connections
n
Active Directory connections
n
Linked-clone desktops that are deployed by View Composer
n
Replicas that are created by View Composer
Each instance of the View Composer service must have its own View Composer database. Multiple View
Composer services cannot share a View Composer database.
For a list of supported database versions, see “Database Requirements for View Composer and the Events
Database,” on page 11.
To add a View Composer database to an installed database instance, choose one of these procedures.
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37
View Installation
n
Create a SQL Server Database for View Composer on page 38
View Composer can store linked-clone desktop information in a SQL Server database. You create a
View Composer database by adding it to SQL Server and configuring an ODBC data source for it.
n
Create an Oracle Database for View Composer on page 41
View Composer can store linked-clone desktop information in an Oracle 12c or 11g database. You
create a View Composer database by adding it to an existing Oracle instance and configuring an
ODBC data source for it. You can add a new View Composer database by using the Oracle Database
Configuration Assistant or by running a SQL statement.
Create a SQL Server Database for View Composer
View Composer can store linked-clone desktop information in a SQL Server database. You create a View
Composer database by adding it to SQL Server and configuring an ODBC data source for it.
Procedure
1
Add a View Composer Database to SQL Server on page 38
You can add a new View Composer database to an existing Microsoft SQL Server instance to store
linked-clone data for View Composer.
2
(Optional) Set SQL Server Database Permissions By Manually Creating Database Roles on page 39
By using this recommended method, the View Composer database administrator can set permissions
for View Composer administrators to be granted through Microsoft SQL Server database roles.
3
Add an ODBC Data Source to SQL Server on page 40
After you add a View Composer database to SQL Server, you must configure an ODBC connection to
the new database to make this data source visible to the View Composer service.
Add a View Composer Database to SQL Server
You can add a new View Composer database to an existing Microsoft SQL Server instance to store linkedclone data for View Composer.
If the database resides locally, on the system on which View Composer will be installed, you can use the
Integrated Windows Authentication security model. If the database resides on a remote system, you cannot
use this method of authentication.
Prerequisites
n
Verify that a supported version of SQL Server is installed on the computer on which you will install
View Composer or in your network environment. For details, see “Database Requirements for View
Composer and the Events Database,” on page 11.
n
Verify that you use SQL Server Management Studio to create and administer the database.
Alternatively, you can use SQL Server Management Studio Express, which you can download and
install from the following Web site.
http://www.microsoft.com/en-us/download/details.aspx?id=7593
Procedure
1
On the View Composer computer, select Start > All Programs > Microsoft SQL Server 2014, Microsoft
SQL Server 2012 or Microsoft SQL Server 2008.
2
Select SQL Server Management Studio and connect to the SQL Server instance.
3
In the Object Explorer panel, right-click the Databases entry and select New Database.
You can use the default values for the Initial size and Autogrowth parameters for the database and log
files.
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4
In the New Database dialog box, type a name in the Database name text box.
For example: ViewComposer
5
Click OK.
SQL Server Management Studio adds your database to the Databases entry in the Object Explorer
panel.
6
Exit Microsoft SQL Server Management Studio.
What to do next
Optionally, follow the instructions in “(Optional) Set SQL Server Database Permissions By Manually
Creating Database Roles,” on page 39
Follow the instructions in “Add an ODBC Data Source to SQL Server,” on page 40.
(Optional) Set SQL Server Database Permissions By Manually Creating Database
Roles
By using this recommended method, the View Composer database administrator can set permissions for
View Composer administrators to be granted through Microsoft SQL Server database roles.
VMware recommends this method because it removes the requirement to set up the db_owner role for View
Composer administrators who install and upgrade View Composer.
In this procedure, you can provide your own names for the database login name, user name, and database
roles. The user [vcmpuser] and database roles, VCMP_ADMIN_ROLE and VCMP_USER_ROLE, are
example names. The dbo schema is created when you create the View Composer database. You must use the
dbo schema name.
Prerequisites
n
Verify that a View Composer database is created. See “Add a View Composer Database to SQL Server,”
on page 38.
Procedure
1
Log in to a Microsoft SQL Server Management Studio session as the sysadmin (SA) or a user account
with sysadmin privileges.
2
Create a user who will be granted the appropriate SQL Server database permissions.
use ViewComposer
go
CREATE LOGIN [vcmpuser] WITH PASSWORD=N'vcmpuser!0', DEFAULT_DATABASE=ViewComposer,
DEFAULT_LANGUAGE=us_english, CHECK_POLICY=OFF
go
CREATE USER [vcmpuser] for LOGIN [vcmpuser]
go
use MSDB
go
CREATE USER [vcmpuser] for LOGIN [vcmpuser]
go
3
In the View Composer database, create the database role VCMP_ADMIN_ROLE.
4
In the View Composer database, grant privileges to the VCMP_ADMIN_ROLE.
5
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a
Grant the schema permissions ALTER, REFERENCES, and INSERT on the dbo schema.
b
Grant the permissions CREATE TABLE, CREATE VIEW, and CREATE PROCEDURES.
In the View Composer database, create the VCMP_USER_ROLE.
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6
In the View Composer database, grant the schema permissions SELECT, INSERT, DELETE, UPDATE,
and EXECUTE on the dbo schema to the VCMP_USER_ROLE.
7
Grant the VCMP_USER_ROLE to the user [vcmpuser].
8
Grant the VCMP_ADMIN_ROLE to the user [vcmpuser].
9
In the MSDB database, create the database role VCMP_ADMIN_ROLE.
10
Grant privileges to the VCMP_ADMIN_ROLE in MSDB.
a
On the MSDB tables syscategories, sysjobsteps, and sysjobs grant the SELECT permission to the
user [vcmpuser].
b
On the MSDB stored procedures sp_add_job, sp_delete_job, sp_add_jobstep, sp_update_job,
sp_add_jobserver, sp_add_jobschedule, and sp_add_category, grant the EXECUTE permission to
the role VCMP_ADMIN_ROLE.
11
In the MSDB database, grant the VCMP_ADMIN_ROLE to the user [vcmpuser].
12
Create the ODBC DSN using the SQL Server login vcmpuser.
13
Install View Composer.
14
In the MSDB database, revoke the VCMP_ADMIN_ROLE from the user [vcmpuser].
After you revoke the role, you can leave the role as inactive or remove the role for increased security.
For instructions for creating an ODBC DSN, see “Add an ODBC Data Source to SQL Server,” on page 40.
For instructions for installing View Composer, see “Install the View Composer Service,” on page 45.
Add an ODBC Data Source to SQL Server
After you add a View Composer database to SQL Server, you must configure an ODBC connection to the
new database to make this data source visible to the View Composer service.
When you configure an ODBC DSN for View Composer, secure the underlying database connection to an
appropriate level for your environment. For information about securing database connections, see the SQL
Server documentation.
If the underlying database connection uses SSL encryption, we recommend that you configure your
database servers with SSL certificates signed by a trusted CA. If you use self-signed certificates, your
database connections might be susceptible to man-in-the-middle attacks.
Prerequisites
Complete the steps described in “Add a View Composer Database to SQL Server,” on page 38.
Procedure
1
On the computer on which View Composer will be installed, select Start > Administrative Tools > Data
Source (ODBC).
2
Select the System DSN tab.
3
Click Add and select SQL Native Client from the list.
4
Click Finish.
5
In the Create a New Data Source to SQL Server setup wizard, type a name and description of the View
Composer database.
For example: ViewComposer
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6
In the Server text box, type the SQL Server database name.
Use the form host_name\server_name, where host_name is the name of the computer and server_name is
the SQL Server instance.
For example: VCHOST1\VIM_SQLEXP
7
Click Next.
8
Make sure that the Connect to SQL Server to obtain default settings for the additional configuration
options check box is selected and select an authentication option.
Option
Description
Integrate Windows authentication
Select this option if you are using a local instance of SQL Server. This
option is also known as trusted authentication. Integrate Windows
authentication is supported only if SQL Server is running on the local
computer.
SQL Server authentication
Select this option if you are using a remote instance of SQL Server.
Windows NT authentication is not supported on remote SQL Server.
If you manually set SQL Server database permissions and assigned them to
a user, authenticate with that user. For example, authenticate with the user
vcmpuser. If not, authenticate as the sysadmin (SA) or a user account with
sysadmin privileges.
9
Click Next.
10
Select the Change the default database to check box and select the name of the View Composer
database from the list.
For example: ViewComposer
11
If the SQL Server connection is configured with SSL enabled, navigate to the Microsoft SQL Server DSN
Configuration page and select Use strong encryption for data.
12
Finish and close the Microsoft ODBC Data Source Administrator wizard.
What to do next
Install the new View Composer service. See “Install the View Composer Service,” on page 45.
Create an Oracle Database for View Composer
View Composer can store linked-clone desktop information in an Oracle 12c or 11g database. You create a
View Composer database by adding it to an existing Oracle instance and configuring an ODBC data source
for it. You can add a new View Composer database by using the Oracle Database Configuration Assistant or
by running a SQL statement.
n
Add a View Composer Database to Oracle 12c or 11g on page 42
You can use the Oracle Database Configuration Assistant to add a new View Composer database to an
existing Oracle 12c or 11g instance.
n
Use a SQL Statement to Add a View Composer Database to an Oracle Instance on page 42
n
Configure an Oracle Database User for View Composer on page 43
By default, the database user that runs the View Composer database has Oracle system administrator
permissions. To restrict the security permissions for the user that runs the View Composer database,
you must configure an Oracle database user with specific permissions.
n
Add an ODBC Data Source to Oracle 12c or 11g on page 44
After you add a View Composer database to an Oracle 12c or 11g instance, you must configure an
ODBC connection to the new database to make this data source visible to the View Composer service.
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Add a View Composer Database to Oracle 12c or 11g
You can use the Oracle Database Configuration Assistant to add a new View Composer database to an
existing Oracle 12c or 11g instance.
Prerequisites
Verify that a supported version of Oracle 12c or 11g is installed on the local or remote computer. See
“Database Requirements for View Composer and the Events Database,” on page 11.
Procedure
1
Start the Database Configuration Assistant on the computer on which you are adding the View
Composer database.
Database Version
Action
Oracle 12c
Select Start > All Programs > Oracle-OraDb12c_home > Configuration
and Migration Tools > Database Configuration Assistant.
Oracle 11g
Select Start > All Programs > Oracle-OraDb11g_home > Configuration
and Migration Tools > Database Configuration Assistant.
2
On the Operations page, select Create a database.
3
On the Database Templates page, select the General Purpose or Transaction Processing template.
4
On the Database Identification page, type a Global Database Name and an Oracle System Identifier
(SID) prefix.
For simplicity, use the same value for both items.
5
On the Management Options page, click Next to accept the default settings.
6
On the Database Credentials page, select Use the Same Administrative Passwords for All Accounts
and type a password.
7
On the remaining configuration pages, click Next to accept the default settings.
8
On the Creation Options page, verify that Create Database is selected and click Finish.
9
On the Confirmation page, review the options and click OK.
The configuration tool creates the database.
10
On the Database Creation Complete page, click OK.
What to do next
Follow the instructions in “Add an ODBC Data Source to Oracle 12c or 11g,” on page 44.
Use a SQL Statement to Add a View Composer Database to an Oracle Instance
When you create the database, you can customize the location of the data and log files.
Prerequisites
The View Composer database must have certain table spaces and privileges. You can use a SQL statement to
create the View Composer database in an Oracle 12c or 11g database instance.
Verify that a supported version of Oracle 12c or 11g is installed on the local or remote computer. For details,
see “Database Requirements for View Composer and the Events Database,” on page 11.
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Procedure
1
Log in to a SQL*Plus session with the system account.
2
Run the following SQL statement to create the database.
CREATE SMALLFILE TABLESPACE "VCMP" DATAFILE '/u01/app/oracle/oradata/vcdb/vcmp01.dbf'
SIZE 512M AUTOEXTEND ON NEXT 10M MAXSIZE UNLIMITED LOGGING EXTENT MANAGEMENT LOCAL SEGMENT
SPACE MANAGEMENT AUTO;
In this example, VCMP is the sample name of the View Composer database and vcmp01.dbf is the name of
the database file.
For a Windows installation, use Windows conventions in the directory path to the vcmp01.dbf file.
What to do next
If you want to run the View Composer database with specific security permissions, follow the instructions in
“Configure an Oracle Database User for View Composer,” on page 43.
Follow the instructions in “Add an ODBC Data Source to Oracle 12c or 11g,” on page 44
Configure an Oracle Database User for View Composer
By default, the database user that runs the View Composer database has Oracle system administrator
permissions. To restrict the security permissions for the user that runs the View Composer database, you
must configure an Oracle database user with specific permissions.
Prerequisites
Verify that a View Composer database was created in an Oracle 12c or 11g instance.
Procedure
1
Log in to a SQL*Plus session with the system account.
2
Run the following SQL command to create a View Composer database user with the correct
permissions.
CREATE USER "VCMPADMIN" PROFILE "DEFAULT" IDENTIFIED BY "oracle" DEFAULT TABLESPACE
"VCMP" ACCOUNT UNLOCK;
grant connect to VCMPADMIN;
grant resource to VCMPADMIN;
grant create view to VCMPADMIN;
grant create sequence to VCMPADMIN;
grant create table to VCMPADMIN;
grant create materialized view to VCMPADMIN;
grant execute on dbms_lock to VCMPADMIN;
grant execute on dbms_job to VCMPADMIN;
grant unlimited tablespace to VCMPADMIN;
In this example, the user name is VCMPADMIN and the View Composer database name is VCMP.
By default the resource role has the create procedure, create table, and create sequence privileges
assigned. If the resource role does not have these privileges, explicitly grant them to the View
Composer database user.
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Add an ODBC Data Source to Oracle 12c or 11g
After you add a View Composer database to an Oracle 12c or 11g instance, you must configure an ODBC
connection to the new database to make this data source visible to the View Composer service.
When you configure an ODBC DSN for View Composer, secure the underlying database connection to an
appropriate level for your environment. For information about securing database connections, see the
Oracle database documentation.
If the underlying database connection uses SSL encryption, we recommend that you configure your
database servers with SSL certificates signed by a trusted CA. If you use self-signed certificates, your
database connections might be susceptible to man-in-the-middle attacks.
Prerequisites
Verify that you completed the steps described in “Add a View Composer Database to Oracle 12c or 11g,” on
page 42 or “Use a SQL Statement to Add a View Composer Database to an Oracle Instance,” on page 42.
Procedure
1
On the View Composer database computer, select Start > Administrative Tools > Data Source (ODBC).
2
From the Microsoft ODBC Data Source Administrator wizard, select the System DSN tab.
3
Click Add and select the appropriate Oracle driver from the list.
For example: OraDb11g_home
4
Click Finish.
5
In the Oracle ODBC Driver Configuration dialog box, type a DSN to use with View Composer, a
description of the data source, and a user ID to connect to the database.
If you configured an Oracle database user ID with specific security permissions, specify this user ID.
Note You use the DSN when you install the View Composer service.
6
Specify a TNS Service Name by selecting the Global Database Name from the drop-down menu.
The Oracle Database Configuration Assistant specifies the Global Database Name.
7
To verify the data source, click Test Connection and click OK.
What to do next
Install the new View Composer service. See “Install the View Composer Service,” on page 45.
Configuring an SSL Certificate for View Composer
By default, a self-signed certificate is installed with View Composer. You can use the default certificate for
testing purposes, but for production use you should replace it with a certificate that is signed by a Certificate
Authority (CA).
You can configure a certificate before or after you install View Composer. In View 5.1 and later releases, you
configure a certificate by importing it into the Windows local computer certificate store on the Windows
Server computer where View Composer is, or will be, installed.
44
n
If you import a CA-signed certificate before you install View Composer, you can select the signed
certificate during the View Composer installation. This approach eliminates the manual task of
replacing the default certificate after the installation.
n
If you intend to replace an existing certificate or the default, self-signed certificate with a new certificate
after you install View Composer, you must import the new certificate and run the SviConfig
ReplaceCertificate utility to bind your new certificate to the port used by View Composer.
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Chapter 6 Installing View Composer
For details about configuring SSL certificates and using the SviConfig ReplaceCertificate utility, see
Chapter 8, “Configuring SSL Certificates for View Servers,” on page 77.
If you install vCenter Server and View Composer on the same Windows Server computer, they can use the
same SSL certificate, but you must configure the certificate separately for each component.
Install the View Composer Service
To use View Composer, you must install the View Composer service. View uses View Composer to create
and deploy linked-clone desktops in vCenter Server.
You can install the View Composer service on the Windows Server computer on which vCenter Server is
installed or on a separate Windows Server computer. A standalone View Composer installation works with
vCenter Server installed on a Windows Server computer and with the Linux-based vCenter Server
Appliance.
The View Composer software cannot coexist on the same virtual or physical machine with any other View
software component, including a replica server, security server, View Connection Server, View Agent, or
Horizon Client.
For enhanced security, we recommend configuring cipher suites to remove known vulnerabilities. For
instructions on how to set up a domain policy on cipher suites for Windows machines that run View
Composer or View Agent,, see “Disable Weak Ciphers in SSL/TLS,” on page 34.
Prerequisites
n
Verify that your installation satisfies the View Composer requirements described in “View Composer
Requirements,” on page 10.
n
Verify that no other View component, including View Connection Server, security server, View Agent,
or Horizon Client, is installed on the machine on which you intend to install View Composer.
n
Verify that you have a license to install and use View Composer.
n
Verify that you have the DSN, domain administrator user name, and password that you provided in the
ODBC Data Source Administrator wizard. You enter this information when you install the View
Composer service.
n
If you plan to configure an SSL certificate signed by a CA for View Composer during the installation,
verify that your certificate is imported in the Windows local computer certificate store. See Chapter 8,
“Configuring SSL Certificates for View Servers,” on page 77.
n
Verify that no applications that run on the View Composer computer use Windows SSL libraries that
require SSL version 2 (SSLv2) provided through the Microsoft Secure Channel (Schannel) security
package. The View Composer installer disables SSLv2 on the Microsoft Schannel. Applications such as
Tomcat, which uses Java SSL, or Apache, which uses OpenSSL, are not affected by this constraint.
n
To run the View Composer installer, you must be a user with administrator privileges on the system.
Procedure
1
Download the View Composer installer file from the VMware product page at
http://www.vmware.com/products/ to the Windows Server computer.
The installer filename is VMware-viewcomposer-y.y.y-xxxxxx.exe, where xxxxxx is the build number and
y.y.y is the version number. This installer file installs the View Composer service on 64-bit Windows
Server operating systems.
2
To start the View Composer installation program, right-click the installer file and select Run as
administrator.
3
Accept the VMware license terms.
4
Accept or change the destination folder.
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View Installation
5
Type the DSN for the View Composer database that you provided in the Microsoft or Oracle ODBC
Data Source Administrator wizard.
For example: VMware View Composer
Note If you did not configure a DSN for the View Composer database, click ODBC DSN Setup to
configure a name now.
6
Type the domain administrator user name and password that you provided in the ODBC Data Source
Administrator wizard.
If you configured an Oracle database user with specific security permissions, specify this user name.
7
Type a port number or accept the default value.
View Connection Server uses this port to communicate with the View Composer service.
8
9
Provide an SSL certificate.
Option
Action
Create default SSL certificate
Select this radio button to create a default SSL certificate for the View
Composer service.
After the installation, you can replace the default certificate with an SSL
certificate signed by a CA.
Use an existing SSL certificate
Select this radio button if you installed a signed SSL certificate that you
want to use for the View Composer service. Select an SSL certificate from
the list.
Click Install and Finish to complete the View Composer service installation.
The VMware Horizon View Composer service starts.
View Composer uses the cryptographic cipher suites that are provided by the Windows Server operating
system. You should follow your organization's guidelines for managing cipher suites on Windows Server
systems. If your organization does not provide guidelines, VMware recommends that you disable weak
cryptographic cipher suites on the View Composer server to enhance the security of your View
environment. For information about managing cryptographic cipher suites, see your Microsoft
documentation.
What to do next
If you manually set SQL Server database permissions and assigned them to a user, you can revoke the
database administrator role from that user. For details, see the last step in the procedure in “(Optional) Set
SQL Server Database Permissions By Manually Creating Database Roles,” on page 39.
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Chapter 6 Installing View Composer
Configuring Your Infrastructure for View Composer
You can take advantage of features in vSphere, vCenter Server, Active Directory, and other components of
your infrastructure to optimize the performance, availability, and reliability of View Composer.
Configuring the vSphere Environment for View Composer
To support View Composer, you should follow certain best practices when you install and configure
vCenter Server, ESXi, and other vSphere components.
These best practices let View Composer work efficiently in the vSphere environment.
n
After you create the path and folder information for linked-clone virtual machines, do not change the
information in vCenter Server. Instead, use View Administrator to change the folder information.
If you change this information in vCenter Server, View cannot successfully look up the virtual machines
in vCenter Server.
n
Make sure that the vSwitch settings on the ESXi host are configured with enough ports to support the
total number of virtual NICs that are configured on the linked-clone virtual machines that run on the
ESXi host.
n
When you deploy linked-clone desktops in a resource pool, make sure that your vSphere environment
has enough CPU and memory to host the number of desktops that you require. Use vSphere Client to
monitor CPU and memory usage in resource pools.
n
In vSphere 5.1 and later, a cluster that is used for View Composer linked clones can contain more than
eight ESXi hosts if the replica disks are stored on VMFS5 or later datastores or NFS datastores. If you
store replicas on a VMFS version earlier than VMFS5, a cluster can have at most eight hosts.
In vSphere 5.0, you can select a cluster with more than eight ESXi hosts if the replicas are stored on NFS
datastores. If you store replicas on VMFS datastores, a cluster can have at most eight hosts.
n
Use vSphere DRS. DRS efficiently distributes linked-clone virtual machines among your hosts.
Note Storage vMotion is not supported for linked-clone desktops.
Additional Best Practices for View Composer
To make sure that View Composer works efficiently, check that your dynamic name service (DNS) operates
correctly, and run antivirus software scans at staggered times.
By making sure that DNS resolution operates correctly, you can overcome intermittent issues caused by
DNS errors. The View Composer service relies on dynamic name resolution to communicate with other
computers. To test DNS operation, ping the Active Directory and View Connection Server computers by
name.
If you stagger the run times for your antivirus software, performance of the linked-clone desktops is not
affected. If the antivirus software runs in all linked clones at the same time, excessive I/O operations per
second (IOPS) occur in your storage subsystem. This excessive activity can affect performance of the linkedclone desktops.
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Installing View Connection Server
7
To use View Connection Server, you install the software on supported computers, configure the required
components, and, optionally, optimize the components.
This chapter includes the following topics:
n
“Installing the View Connection Server Software,” on page 49
n
“Installation Prerequisites for View Connection Server,” on page 49
n
“Install View Connection Server with a New Configuration,” on page 50
n
“Install a Replicated Instance of View Connection Server,” on page 56
n
“Configure a Security Server Pairing Password,” on page 62
n
“Install a Security Server,” on page 62
n
“Firewall Rules for View Connection Server,” on page 70
n
“Reinstall View Connection Server with a Backup Configuration,” on page 71
n
“Microsoft Windows Installer Command-Line Options,” on page 72
n
“Uninstalling View Components Silently by Using MSI Command-Line Options,” on page 75
Installing the View Connection Server Software
Depending on the performance, availability, and security needs of your View deployment, you can install a
single instance of View Connection Server, replicated instances of View Connection Server, and security
servers. You must install at least one instance of View Connection Server.
When you install View Connection Server, you select a type of installation.
Standard installation
Generates a View Connection Server instance with a new View LDAP
configuration.
Replica installation
Generates a View Connection Server instance with a View LDAP
configuration that is copied from an existing instance.
Security server
installation
Generates a View Connection Server instance that adds an additional layer of
security between the Internet and your internal network.
Installation Prerequisites for View Connection Server
Before you install View Connection Server, you must verify that your installation environment satisfies
specific prerequisites.
n
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You must have a valid license key for View.
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View Installation
n
You must join the View Connection Server host to an Active Directory domain. View Connection Server
supports the following Active Directory Domain Services (AD DS) domain functional levels:
n
Windows Server 2003
n
Windows Server 2008
n
Windows Server 2008 R2
n
Windows Server 2012
n
Windows Server 2012 R2
The View Connection Server host must not be a domain controller.
Note View Connection Server does not make, nor does it require, any schema or configuration
updates to Active Directory.
n
Do not install View Connection Server on systems that have the Windows Terminal Server role
installed. You must remove the Windows Terminal Server role from any system on which you install
View Connection Server.
n
Do not install View Connection Server on a system that performs any other functions or roles. For
example, do not use the same system to host vCenter Server.
n
The system on which you install View Connection Server must have an IP address that does not change.
In an IPv4 environment, configure a static IP address. In an IPv6 environment, machines automatically
get IP addresses that do not change.
n
To run the View Connection Server installer, you must use a domain user account with Administrator
privileges on the system.
n
When you install View Connection Server, you authorize a View Administrators account. You can
specify the local Administrators group or a domain user or group account. View assigns full View
Administration rights, including the right to install replicated View Connection Server instances, to this
account only. If you specify a domain user or group, you must create the account in Active Directory
before you run the installer.
Install View Connection Server with a New Configuration
To install View Connection Server as a single server or as the first instance in a group of replicated View
Connection Server instances, you use the standard installation option.
When you select the standard installation option, the installation creates a new, local View LDAP
configuration. The installation loads the schema definitions, Directory Information Tree (DIT) definition, and
ACLs and initializes the data.
After installation, you manage most View LDAP configuration data by using View Administrator. View
Connection Server automatically maintains some View LDAP entries.
The View Connection Server software cannot coexist on the same virtual or physical machine with any other
View software component, including a replica server, security server, View Composer, View Agent, or
Horizon Client.
When you install View Connection Server with a new configuration, you can participate in a customer
experience improvement program. VMware collects anonymous data about your deployment in order to
improve VMware's response to user requirements. No data that identifies your organization is collected.
You can choose not to participate by deselecting this option during the installation. If you change your mind
about participating after the installation, you can either join or withdraw from the program by editing the
Product Licensing and Usage page in View Administrator. To review the list of fields from which data is
collected, including the fields that are made anonymous, see "Information Collected by the Customer
Experience Improvement Program" in the View Administration document.
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Chapter 7 Installing View Connection Server
By default, the HTML Access component is installed on the View Connection Server host when you install
View Connection Server. This component configures the View user portal page to display an HTML Access
icon in addition to the Horizon Client icon. The additional icon allows users to select HTML Access when
they connect to their desktops.
For an overview of setting up View Connection Server for HTML Access, see "Preparing View Connection
Server and Security Servers for HTML Access" in the Using HTML Access document, located on the
Horizon Client Documentation page.
Prerequisites
n
Verify that you can log in as a domain user with administrator privileges on the Windows Server
computer on which you install View Connection Server.
n
Verify that your installation satisfies the requirements described in “View Connection Server
Requirements,” on page 7.
n
Prepare your environment for the installation. See “Installation Prerequisites for View Connection
Server,” on page 49.
n
If you intend to authorize a domain user or group as the View Administrators account, verify that you
created the domain account in Active Directory.
n
If you use MIT Kerberos authentication to log in to a Windows Server 2008 R2 computer on which you
are installing View Connection Server, install the Microsoft hotfix that is described in KB 978116 at
http://support.microsoft.com/kb/978116.
n
Prepare a data recovery password. When you back up View Connection Server, the View LDAP
configuration is exported as encrypted LDIF data. To restore the encrypted backup View configuration,
you must provide the data recovery password. The password must contain between 1 and 128
characters. Follow your organization's best practices for generating secure passwords.
Important You will need the data recovery password to keep View operating and avoid downtime in
a Business Continuity and Disaster Recovery (BCDR) scenario. You can provide a password reminder
with the password when you install View Connection Server.
n
Familiarize yourself with the network ports that must be opened on the Windows Firewall for View
Connection Server instances. See “Firewall Rules for View Connection Server,” on page 70.
n
If you plan to pair a security server with this View Connection Server instance, verify that Windows
Firewall with Advanced Security is set to on in the active profiles. It is recommended that you turn this
setting to on for all profiles. By default, IPsec rules govern connections between security server and
View Connection Server and require Windows Firewall with Advanced Security to be enabled.
n
If your network topology includes a back-end firewall between a security server and the View
Connection Server instance, you must configure the firewall to support IPsec. See “Configuring a BackEnd Firewall to Support IPsec,” on page 71.
Procedure
1
Download the View Connection Server installer file from the VMware download site at
https://my.vmware.com/web/vmware/downloads.
Under Desktop & End-User Computing, select the VMware Horizon 6 download, which includes View
Connection Server.
The installer filename is VMware-viewconnectionserver-x86_64-y.y.y-xxxxxx.exe, where xxxxxx is the
build number and y.y.y is the version number.
2
To start the View Connection Server installation program, double-click the installer file.
3
Accept the VMware license terms.
VMware, Inc.
51
View Installation
4
Accept or change the destination folder.
5
Select the View Standard Server installation option.
6
Select the Internet Protocol (IP) version, IPv4 or IPv6.
You must install all View components with the same IP version.
7
Select whether to enable or disable FIPS mode.
This option is available only if FIPS mode is enabled in Windows.
8
Make sure that Install HTML Access is selected if you intend to allow users to connect to their desktops
by using HTML Access.
If IPv4 is selected, this setting is selected by default. If IPv6 is selected, this setting is not displayed
because HTML Access is not supported in an IPv6 environment.
9
Type a data recovery password and, optionally, a password reminder.
10
Choose how to configure the Windows Firewall service.
11
Option
Action
Configure Windows Firewall
automatically
Let the installer configure Windows Firewall to allow the required network
connections.
Do not configure Windows Firewall
Configure the Windows firewall rules manually.
Select this option only if your organization uses its own predefined rules
for configuring Windows Firewall.
Authorize a View Administrators account.
Only members of this account can log in to View Administrator, exercise full administration rights, and
install replicated View Connection Server instances and other View servers.
12
Option
Description
Authorize the local Administrators
group
Allows users in the local Administrators group to administer View.
Authorize a specific domain user or
domain group
Allows the specified domain user or group to administer View.
If you specified a domain View Administrators account, and you are running the installer as a local
administrator or another user without access to the domain account, provide credentials to log in to the
domain with an authorized user name and password.
Use domain name\user name or user principal name (UPN) format. UPN format can be
[email protected]
13
Choose whether to participate in the customer experience improvement program.
If you participate, you can optionally select the type, size, and location of your organization.
14
Complete the installation wizard to finish installing View Connection Server.
15
Check for new patches on the Windows Server computer and run Windows Update as needed.
Even if you fully patched the Windows Server computer before you installed View Connection Server,
the installation might have enabled operating system features for the first time. Additional patches
might now be required.
The View services are installed on the Windows Server computer:
52
n
VMware Horizon View Connection Server
n
VMware Horizon View Framework Component
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Chapter 7 Installing View Connection Server
n
VMware Horizon View Message Bus Component
n
VMware Horizon View Script Host
n
VMware Horizon View Security Gateway Component
n
VMware Horizon View PCoIP Secure Gateway
n
VMware Horizon View Blast Secure Gateway
n
VMware Horizon View Web Component
n
VMware VDMDS, which provides View LDAP directory services
For information about these services, see the View Administration document.
If the Install HTML Access setting was selected during the installation, the HTML Access component is
installed on the Windows Server computer. This component configures the HTML Access icon in the View
user portal page and enables the VMware Horizon View Connection Server (Blast-In) rule in the Windows
Firewall. This firewall rule allows Web browsers on client devices to connect to the View Connection Server
on TCP port 8443.
What to do next
Configure SSL server certificates for View Connection Server. See Chapter 8, “Configuring SSL Certificates
for View Servers,” on page 77.
Perform initial configuration on View Connection Server. See Chapter 9, “Configuring View for the First
Time,” on page 95.
If you plan to include replicated View Connection Server instances and security servers in your deployment,
you must install each server instance by running the View Connection Server installer file.
If you are reinstalling View Connection Server and you have a data collector set configured to monitor
performance data, stop the data collector set and start it again.
Install View Connection Server Silently
You can use the silent installation feature of the Microsoft Windows Installer (MSI) to perform a standard
installation of View Connection Server on several Windows computers. In a silent installation, you use the
command line and do not have to respond to wizard prompts.
With silent installation, you can efficiently deploy View components in a large enterprise.
Prerequisites
n
Verify that you can log in as a domain user with administrator privileges on the Windows Server
computer on which you install View Connection Server.
n
Verify that your installation satisfies the requirements described in “View Connection Server
Requirements,” on page 7.
n
Prepare your environment for the installation. See “Installation Prerequisites for View Connection
Server,” on page 49.
n
If you intend to authorize a domain user or group as the View Administrators account, verify that you
created the domain account in Active Directory.
n
If you use MIT Kerberos authentication to log in to a Windows Server 2008 R2 computer on which you
are installing View Connection Server, install the Microsoft hotfix that is described in KB 978116 at
http://support.microsoft.com/kb/978116.
n
Familiarize yourself with the network ports that must be opened on the Windows Firewall for View
Connection Server instances. See “Firewall Rules for View Connection Server,” on page 70.
VMware, Inc.
53
View Installation
n
If you plan to pair a security server with this View Connection Server instance, verify that Windows
Firewall with Advanced Security is set to on in the active profiles. It is recommended that you turn this
setting to on for all profiles. By default, IPsec rules govern connections between security server and
View Connection Server and require Windows Firewall with Advanced Security to be enabled.
n
If your network topology includes a back-end firewall between a security server and the View
Connection Server instance, you must configure the firewall to support IPsec. See “Configuring a BackEnd Firewall to Support IPsec,” on page 71.
n
Verify that the Windows computer on which you install View Connection Server has version 2.0 or later
of the MSI runtime engine. For details, see the Microsoft Web site.
n
Familiarize yourself with the MSI installer command-line options. See “Microsoft Windows Installer
Command-Line Options,” on page 72.
n
Familiarize yourself with the silent installation properties available with a standard installation of View
Connection Server. See “Silent Installation Properties for a View Connection Server Standard
Installation,” on page 55.
Procedure
1
Download the View Connection Server installer file from the VMware download site at
https://my.vmware.com/web/vmware/downloads.
Under Desktop & End-User Computing, select the VMware Horizon 6 download, which includes View
Connection Server.
The installer filename is VMware-viewconnectionserver-x86_64-y.y.y-xxxxxx.exe, where xxxxxx is the
build number and y.y.y is the version number.
2
Open a command prompt on the Windows Server computer.
3
Type the installation command on one line.
For example: VMware-viewconnectionserver-y.y.y-xxxxxx.exe /s /v"/qn VDM_SERVER_INSTANCE_TYPE=1
VDM_INITIAL_ADMIN_SID=S-1-5-32-544 VDM_SERVER_RECOVERY_PWD=mini
VDM_SERVER_RECOVERY_PWD_REMINDER=""First car"""
Important When you perform a silent installation, the full command line, including the data recovery
password, is logged in the installer's vminst.log file. After the installation is complete, either delete this
log file or change the data recovery password by using View Administrator.
4
Check for new patches on the Windows Server computer and run Windows Update as needed.
Even if you fully patched the Windows Server computer before you installed View Connection Server,
the installation might have enabled operating system features for the first time. Additional patches
might now be required.
The View services are installed on the Windows Server computer:
54
n
VMware Horizon View Connection Server
n
VMware Horizon View Framework Component
n
VMware Horizon View Message Bus Component
n
VMware Horizon View Script Host
n
VMware Horizon View Security Gateway Component
n
VMware Horizon View PCoIP Secure Gateway
n
VMware Horizon View Blast Secure Gateway
n
VMware Horizon View Web Component
VMware, Inc.
Chapter 7 Installing View Connection Server
n
VMware VDMDS, which provides View LDAP directory services
If the Install HTML Access setting was selected during the installation, the HTML Access component is
installed on the Windows Server computer. This component configures the HTML Access icon in the View
user portal page and enables the VMware Horizon View Connection Server (Blast-In) rule in the Windows
Firewall. This firewall rule allows Web browsers on client devices to connect to the View Connection Server
on TCP port 8443.
For information about these services, see the View Administration document.
What to do next
Configure SSL server certificates for View Connection Server. See Chapter 8, “Configuring SSL Certificates
for View Servers,” on page 77.
If you are configuring View for the first time, perform initial configuration on View Connection Server. See
Chapter 9, “Configuring View for the First Time,” on page 95.
Silent Installation Properties for a View Connection Server Standard Installation
You can include specific View Connection Server properties when you perform a silent installation from the
command line. You must use a PROPERTY=value format so that Microsoft Windows Installer (MSI) can
interpret the properties and values.
Table 7‑1. MSI Properties for Silently Installing View Connection Server in a Standard Installation
MSI Property
Description
Default Value
INSTALLDIR
The path and folder in which the View Connection Server software is
installed.
%ProgramFiles
%\VMware\VMware
View\Server
For example: INSTALLDIR=""D:\abc\my folder""
The sets of two double quotes that enclose the path permit the MSI
installer to interpret the space as a valid part of the path.
VDM_SERVER_
INSTANCE_TYPE
The type of View server installation:
n
1. Standard installation
n
2. Replica installation
1
3. Security server installation
For example, to perform a standard installation, define
VDM_SERVER_INSTANCE_TYPE=1
n
FWCHOICE
The MSI property that determines whether to configure a firewall for
the View Connection Server instance.
A value of 1 configures a firewall. A value of 2 does not configure a
firewall.
1
For example: FWCHOICE=1
VDM_INITIAL_
ADMIN_SID
The SID of the initial View Administrators user or group that is
authorized with full administration rights in View.
The default value is the SID of the local Administrators group on the
View Connection Server computer. You can specify a SID of a domain
user or group account.
S-1-5-32-544
VDM_SERVER_
RECOVERY_PWD
The data recovery password. If a data recovery password is not set in
View LDAP, this property is mandatory.
The password must contain between 1 and 128 characters. Follow your
organization's best practices for generating secure passwords.
None
VDM_SERVER_RECOVERY_
PWD_REMINDER
The data recovery password reminder. This property is optional.
None
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Table 7‑1. MSI Properties for Silently Installing View Connection Server in a Standard Installation (Continued)
MSI Property
Description
Default Value
VDM_IP_PROTOCOL_
USAGE
Specifies the IP version that View components use for communication.
The possible values are IPv4 and IPv6.
IPv4
VDM_FIPS_ENABLED
Specifies whether to enable or disable FIPS mode. A value of 1 enables
FIPS mode. A value of 0 disables FIPS mode. If this property is set to 1
and Windows is not in FIPS mode, the installer will abort.
0
Install a Replicated Instance of View Connection Server
To provide high availability and load balancing, you can install one or more additional instances of View
Connection Server that replicate an existing View Connection Server instance. After a replica installation, the
existing and newly installed instances of View Connection Server are identical.
When you install a replicated instance, View copies the View LDAP configuration data from the existing
View Connection Server instance.
After the installation, identical View LDAP configuration data is maintained on all View Connection Server
instances in the replicated group. When a change is made on one instance, the updated information is
copied to the other instances.
If a replicated instance fails, the other instances in the group continue to operate. When the failed instance
resumes activity, its configuration is updated with the changes that took place during the outage.
Note Replication functionality is provided by View LDAP, which uses the same replication technology as
Active Directory.
The replica server software cannot coexist on the same virtual or physical machine with any other View
software component, including a security server, View Connection Server, View Composer, View Agent, or
Horizon Client.
By default, the HTML Access component is installed on the View Connection Server host when you install
View Connection Server. This component configures the View user portal page to display an HTML Access
icon in addition to the Horizon Client icon. The additional icon allows users to select HTML Access when
they connect to their desktops.
For an overview of setting up View Connection Server for HTML Access, see "Preparing View Connection
Server and Security Servers for HTML Access" in the Using HTML Access document, located on the
Horizon Client Documentation page.
Prerequisites
56
n
Verify that at least one View Connection Server instance is installed and configured on the network.
n
To install the replicated instance, you must log in as a user with the View Administrators role. You
specify the account or group with the View Administrators role when you install the first instance of
View Connection Server. The role can be assigned to the local Administrators group or a domain user or
group. See “Install View Connection Server with a New Configuration,” on page 50.
n
If the existing View Connection Server instance is in a different domain than the replicated instance, the
domain user must also have View Administrator privileges on the Windows Server computer where the
existing instance is installed.
n
If you use MIT Kerberos authentication to log in to a Windows Server 2008 R2 computer on which you
are installing View Connection Server, install the Microsoft hotfix that is described in KB 978116 at
http://support.microsoft.com/kb/978116.
n
Verify that your installation satisfies the requirements described in “View Connection Server
Requirements,” on page 7.
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Chapter 7 Installing View Connection Server
n
Verify that the computers on which you install replicated View Connection Server instances are
connected over a high-performance LAN. See “Network Requirements for Replicated View Connection
Server Instances,” on page 9.
n
Prepare your environment for the installation. See “Installation Prerequisites for View Connection
Server,” on page 49.
n
If you install a replicated View Connection Server instance that is View 5.1 or later, and the existing
View Connection Server instance you are replicating is View 5.0.x or earlier, prepare a data recovery
password. See “Install View Connection Server with a New Configuration,” on page 50.
n
Familiarize yourself with the network ports that must be opened on the Windows Firewall for View
Connection Server instances. See “Firewall Rules for View Connection Server,” on page 70.
n
If you plan to pair a security server with this View Connection Server instance, verify that Windows
Firewall with Advanced Security is set to on in the active profiles. It is recommended that you turn this
setting to on for all profiles. By default, IPsec rules govern connections between security server and
View Connection Server and require Windows Firewall with Advanced Security to be enabled.
n
If your network topology includes a back-end firewall between a security server and the View
Connection Server instance, you must configure the firewall to support IPsec. See “Configuring a BackEnd Firewall to Support IPsec,” on page 71.
Procedure
1
Download the View Connection Server installer file from the VMware download site at
https://my.vmware.com/web/vmware/downloads.
Under Desktop & End-User Computing, select the VMware Horizon 6 download, which includes View
Connection Server.
The installer filename is VMware-viewconnectionserver-x86_64-y.y.y-xxxxxx.exe, where xxxxxx is the
build number and y.y.y is the version number.
2
To start the View Connection Server installation program, double-click the installer file.
3
Accept the VMware license terms.
4
Accept or change the destination folder.
5
Select the View Replica Server installation option.
6
Select the Internet Protocol (IP) version, IPv4 or IPv6.
You must install all View components with the same IP version.
7
Select whether to enable or disable FIPS mode.
This option is available only if FIPS mode is enabled in Windows.
8
Make sure that Install HTML Access is selected if you intend to allow users to connect to their desktops
by using HTML Access.
If IPv4 is selected, this setting is selected by default. If IPv6 is selected, this setting is not displayed
because HTML Access is not supported in an IPv6 environment.
9
Enter the host name or IP address of the existing View Connection Server instance you are replicating.
10
Type a data recovery password and, optionally, a password reminder.
You are prompted for a data recovery password only if the existing View Connection Server instance
you are replicating is View 5.0.x or earlier.
VMware, Inc.
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View Installation
11
Choose how to configure the Windows Firewall service.
Option
Action
Configure Windows Firewall
automatically
Let the installer configure Windows Firewall to allow the required network
connections.
Do not configure Windows Firewall
Configure the Windows firewall rules manually.
Select this option only if your organization uses its own predefined rules
for configuring Windows Firewall.
12
Complete the installation wizard to finish installing the replicated instance.
13
Check for new patches on the Windows Server computer and run Windows Update as needed.
Even if you fully patched the Windows Server computer before you installed View Connection Server,
the installation might have enabled operating system features for the first time. Additional patches
might now be required.
The View services are installed on the Windows Server computer:
n
VMware Horizon View Connection Server
n
VMware Horizon View Framework Component
n
VMware Horizon View Message Bus Component
n
VMware Horizon View Script Host
n
VMware Horizon View Security Gateway Component
n
VMware Horizon View PCoIP Secure Gateway
n
VMware Horizon View Blast Secure Gateway
n
VMware Horizon View Web Component
n
VMware VDMDS, which provides View LDAP directory services
For information about these services, see the View Administration document.
If the Install HTML Access setting was selected during the installation, the HTML Access component is
installed on the Windows Server computer. This component configures the HTML Access icon in the View
user portal page and enables the VMware Horizon View Connection Server (Blast-In) rule in the Windows
Firewall. This firewall rule allows Web browsers on client devices to connect to the View Connection Server
on TCP port 8443.
What to do next
Configure an SSL server certificate for the View Connection Server instance. See Chapter 8, “Configuring
SSL Certificates for View Servers,” on page 77.
You do not have to perform an initial View configuration on a replicated instance of View Connection
Server. The replicated instance inherits its configuration from the existing View Connection Server instance.
However, you might have to configure client connection settings for this View Connection Server instance,
and you can tune Windows Server settings to support a large deployment. See “Configuring Horizon Client
Connections,” on page 109 and “Sizing Windows Server Settings to Support Your Deployment,” on
page 120.
If you are reinstalling View Connection Server and you have a data collector set configured to monitor
performance data, stop the data collector set and start it again.
58
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Chapter 7 Installing View Connection Server
Install a Replicated Instance of View Connection Server Silently
You can use the silent installation feature of the Microsoft Windows Installer (MSI) to install a replicated
instance of View Connection Server on several Windows computers. In a silent installation, you use the
command line and do not have to respond to wizard prompts.
With silent installation, you can efficiently deploy View components in a large enterprise.
Prerequisites
n
Verify that at least one View Connection Server instance is installed and configured on the network.
n
To install the replicated instance, you must log in as a user with credentials to access the View
Administrators account. You specify the View Administrators account when you install the first
instance of View Connection Server. The account can be the local Administrators group or a domain
user or group account. See “Install View Connection Server with a New Configuration,” on page 50.
n
If the existing View Connection Server instance is in a different domain than the replicated instance, the
domain user must also have View Administrator privileges on the Windows Server computer where the
existing instance is installed.
n
If you use MIT Kerberos authentication to log in to a Windows Server 2008 R2 computer on which you
are installing View Connection Server, install the Microsoft hotfix that is described in KB 978116 at
http://support.microsoft.com/kb/978116.
n
Verify that your installation satisfies the requirements described in “View Connection Server
Requirements,” on page 7.
n
Verify that the computers on which you install replicated View Connection Server instances are
connected over a high-performance LAN. See “Network Requirements for Replicated View Connection
Server Instances,” on page 9.
n
Prepare your environment for the installation. See “Installation Prerequisites for View Connection
Server,” on page 49.
n
Familiarize yourself with the network ports that must be opened on the Windows Firewall for View
Connection Server instances. See “Firewall Rules for View Connection Server,” on page 70.
n
If you plan to pair a security server with this View Connection Server instance, verify that Windows
Firewall with Advanced Security is set to on in the active profiles. It is recommended that you turn this
setting to on for all profiles. By default, IPsec rules govern connections between security server and
View Connection Server and require Windows Firewall with Advanced Security to be enabled.
n
If your network topology includes a back-end firewall between a security server and the View
Connection Server instance, you must configure the firewall to support IPsec. See “Configuring a BackEnd Firewall to Support IPsec,” on page 71.
n
Familiarize yourself with the MSI installer command-line options. See “Microsoft Windows Installer
Command-Line Options,” on page 72.
n
Familiarize yourself with the silent installation properties available with a replica installation of View
Connection Server. See “Silent Installation Properties for a Replicated Instance of View Connection
Server,” on page 61.
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View Installation
Procedure
1
Download the View Connection Server installer file from the VMware download site at
https://my.vmware.com/web/vmware/downloads.
Under Desktop & End-User Computing, select the VMware Horizon 6 download, which includes View
Connection Server.
The installer filename is VMware-viewconnectionserver-x86_64-y.y.y-xxxxxx.exe, where xxxxxx is the
build number and y.y.y is the version number.
2
Open a command prompt on the Windows Server computer.
3
Type the installation command on one line.
For example: VMware-viewconnectionserver-y.y.y-xxxxxx.exe /s /v"/qn VDM_SERVER_INSTANCE_TYPE=2
ADAM_PRIMARY_NAME=cs1.companydomain.com VDM_INITIAL_ADMIN_SID=S-1-5-32-544"
If you install a replicated View Connection Server instance that is View 5.1 or later, and the existing
View Connection Server instance you are replicating is View 5.0.x or earlier, you must specify a data
recovery password, and you can add a password reminder. For example: VMwareviewconnectionserver-y.y.y-xxxxxx.exe /s /v"/qn VDM_SERVER_INSTANCE_TYPE=2
ADAM_PRIMARY_NAME=cs1.companydomain.com VDM_INITIAL_ADMIN_SID=S-1-5-32-544
VDM_SERVER_RECOVERY_PWD=mini VDM_SERVER_RECOVERY_PWD_REMINDER=""First car"""
Important When you perform a silent installation, the full command line, including the data recovery
password, is logged in the installer's vminst.log file. After the installation is complete, either delete this
log file or change the data recovery password by using View Administrator.
4
Check for new patches on the Windows Server computer and run Windows Update as needed.
Even if you fully patched the Windows Server computer before you installed View Connection Server,
the installation might have enabled operating system features for the first time. Additional patches
might now be required.
The View services are installed on the Windows Server computer:
n
VMware Horizon View Connection Server
n
VMware Horizon View Framework Component
n
VMware Horizon View Message Bus Component
n
VMware Horizon View Script Host
n
VMware Horizon View Security Gateway Component
n
VMware Horizon View PCoIP Secure Gateway
n
VMware Horizon View Blast Secure Gateway
n
VMware Horizon View Web Component
n
VMware VDMDS, which provides View LDAP directory services
For information about these services, see the View Administration document.
If the Install HTML Access setting was selected during the installation, the HTML Access component is
installed on the Windows Server computer. This component configures the HTML Access icon in the View
user portal page and enables the VMware Horizon View Connection Server (Blast-In) rule in the Windows
Firewall. This firewall rule allows Web browsers on client devices to connect to the View Connection Server
on TCP port 8443.
60
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Chapter 7 Installing View Connection Server
What to do next
Configure an SSL server certificate for the View Connection Server instance. See Chapter 8, “Configuring
SSL Certificates for View Servers,” on page 77.
You do not have to perform an initial View configuration on a replicated instance of View Connection
Server. The replicated instance inherits its configuration from the existing View Connection Server instance.
However, you might have to configure client connection settings for this View Connection Server instance,
and you can tune Windows Server settings to support a large deployment. See “Configuring Horizon Client
Connections,” on page 109 and “Sizing Windows Server Settings to Support Your Deployment,” on
page 120.
Silent Installation Properties for a Replicated Instance of View Connection
Server
You can include specific properties when you silently install a replicated View Connection Server instance
from the command line. You must use a PROPERTY=value format so that Microsoft Windows Installer (MSI)
can interpret the properties and values.
Table 7‑2. MSI Properties for Silently installing a Replicated Instance of View Connection Server
MSI Property
Description
Default Value
INSTALLDIR
The path and folder in which the View Connection Server software is
installed.
%ProgramFiles
%\VMware\VMware
View\Server
For example: INSTALLDIR=""D:\abc\my folder""
The sets of two double quotes that enclose the path permit the MSI
installer to interpret the space as a valid part of the path.
This MSI property is optional.
VDM_SERVER_INSTANCE_T
YPE
The type of View server installation:
n
1. Standard installation
n
2. Replica installation
n
3. Security server installation
1
To install a replicated instance, define VDM_SERVER_INSTANCE_TYPE=2
This MSI property is required when installing a replica.
ADAM_PRIMARY_NAME
The host name or IP address of the existing View Connection Server
instance you are replicating.
None
For example: ADAM_PRIMARY_NAME=cs1.companydomain.com
This MSI property is required.
FWCHOICE
The MSI property that determines whether to configure a firewall for
the View Connection Server instance.
A value of 1 configures a firewall. A value of 2 does not configure a
firewall.
1
For example: FWCHOICE=1
This MSI property is optional.
VDM_SERVER_
RECOVERY_PWD
The data recovery password. If a data recovery password is not set in
View LDAP, this property is mandatory.
Note The data recover password is not set in View LDAP if the
standard View Connection Server instance you are replicating is View
5.0 or earlier. If the View Connection Server instance you are replicating
is View 5.1 or later, you do not have to provide this property.
The password must contain between 1 and 128 characters. Follow your
organization's best practices for generating secure passwords.
None
VDM_SERVER_RECOVERY_
PWD_REMINDER
The data recovery password reminder. This property is optional.
None
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Table 7‑2. MSI Properties for Silently installing a Replicated Instance of View Connection Server (Continued)
MSI Property
Description
Default Value
VDM_IP_PROTOCOL_
USAGE
Specifies the IP version that View components use for communication.
The possible values are IPv4 and IPv6
IPv4
VDM_FIPS_ENABLED
Specifies whether to enable or disable FIPS mode. A value of 1 enables
FIPS mode. A value of 0 disables FIPS mode. If this property is set to 1
and Windows is not in FIPS mode, the installer will abort.
0
Configure a Security Server Pairing Password
Before you can install a security server, you must configure a security server pairing password. When you
install a security server with the View Connection Server installation program, the program prompts you for
this password during the installation process.
The security server pairing password is a one-time password that permits a security server to be paired with
a View Connection Server instance. The password becomes invalid after you provide it to the View
Connection Server installation program.
Note You cannot pair an older version of security server with the current version of View Connection
Server. If you configure a pairing password on the current version of View Connecton Server and try to
install an older version of security server, the pairing password will be invalid.
Procedure
1
In View Administrator, select View Configuration > Servers.
2
In the Connection Servers tab, select the View Connection Server instance to pair with the security
server.
3
From the More Commands drop-down menu, select Specify Security Server Pairing Password.
4
Type the password in the Pairing password and Confirm password text boxes and specify a password
timeout value.
You must use the password within the specified timeout period.
5
Click OK to configure the password.
What to do next
Install a security server. See “Install a Security Server,” on page 62.
Important If you do not provide the security server pairing password to the View Connection Server
installation program within the password timeout period, the password becomes invalid and you must
configure a new password.
Install a Security Server
A security server is an instance of View Connection Server that adds an additional layer of security between
the Internet and your internal network. You can install one or more security servers to be connected to a
View Connection Server instance.
The security server software cannot coexist on the same virtual or physical machine with any other View
software component, including a replica server, View Connection Server, View Composer, View Agent, or
Horizon Client.
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Chapter 7 Installing View Connection Server
Prerequisites
n
Determine the type of topology to use. For example, determine which load balancing solution to use.
Decide if the View Connection Server instances that are paired with security servers will be dedicated to
users of the external network. For information, see the View Architecture Planning document.
Important If you use a load balancer, it must have an IP address that does not change. In an IPv4
environment, configure a static IP address. In an IPv6 environment, machines automatically get IP
addresses that do not change.
n
Verify that your installation satisfies the requirements described in “View Connection Server
Requirements,” on page 7.
n
Prepare your environment for the installation. See “Installation Prerequisites for View Connection
Server,” on page 49.
n
Verify that the View Connection Server instance to be paired with the security server is installed and
configured and is running a View Connection Server version that is compatible with the security server
version. See "View Component Compatibility Matrix" in the View Upgrades document.
n
Verify that the View Connection Server instance to be paired with the security server is accessible to the
computer on which you plan to install the security server.
n
Configure a security server pairing password. See “Configure a Security Server Pairing Password,” on
page 62.
n
Familiarize yourself with the format of external URLs. See “Configuring External URLs for Secure
Gateway and Tunnel Connections,” on page 112.
n
Verify that Windows Firewall with Advanced Security is set to on in the active profiles. It is
recommended that you turn this setting to on for all profiles. By default, IPsec rules govern connections
between security server and View Connection Server and require Windows Firewall with Advanced
Security to be enabled.
n
Familiarize yourself with the network ports that must be opened on the Windows Firewall for a security
server. See “Firewall Rules for View Connection Server,” on page 70.
n
If your network topology includes a back-end firewall between the security server and View Connection
Server, you must configure the firewall to support IPsec. See “Configuring a Back-End Firewall to
Support IPsec,” on page 71.
n
If you are upgrading or reinstalling the security server, verify that the existing IPsec rules for the
security server were removed. See “Remove IPsec Rules for the Security Server,” on page 69.
n
If you are installing View in FIPS mode, you must deselect the global setting Use IPSec for Security
Server Connections in View Administrator, because in FIPS mode, you must configure IPsec manually
after installing a security server.
Procedure
1
Download the View Connection Server installer file from the VMware download site at
https://my.vmware.com/web/vmware/downloads.
Under Desktop & End-User Computing, select the VMware Horizon 6 download, which includes View
Connection Server.
The installer filename is VMware-viewconnectionserver-x86_64-y.y.y-xxxxxx.exe, where xxxxxx is the
build number and y.y.y is the version number.
2
To start the View Connection Server installation program, double-click the installer file.
3
Accept the VMware license terms.
4
Accept or change the destination folder.
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5
Select the View Security Server installation option.
6
Select the Internet Protocol (IP) version, IPv4 or IPv6.
You must install all View components with the same IP version.
7
Select whether to enable or disable FIPS mode.
This option is available only if FIPS mode is enabled in Windows.
8
Type the fully qualified domain name or IP address of the View Connection Server instance to pair with
the security server in the Server text box.
The security server forwards network traffic to this View Connection Server instance.
9
Type the security server pairing password in the Password text box.
If the password has expired, you can use View Administrator to configure a new password and type the
new password in the installation program.
10
In the External URL text box, type the external URL of the security server for client endpoints that use
the RDP or PCoIP display protocols.
The URL must contain the protocol, client-resolvable security server name, and port number. Tunnel
clients that run outside of your network use this URL to connect to the security server.
For example: https://view.example.com:443
11
In the PCoIP External URL text box, type the external URL of the security server for client endpoints
that use the PCoIP display protocol.
In an IPv4 environment, specify the PCoIP external URL as an IP address with the port number 4172. In
an IPv6 environment, you can specify an IP address or a fully qualified domain name, and the port
number 4172. In either case, do not include a protocol name.
For example, in an IPv4 environment: 10.20.30.40:4172
Clients must be able to use the URL to reach the security server.
12
In the Blast External URL text box, type the external URL of the security server for users who use
HTML Access to connect to remote desktops.
The URL must contain the HTTPS protocol, client-resolvable host name, and port number.
For example: https://myserver.example.com:8443
By default, the URL includes the FQDN of the secure tunnel external URL and the default port number,
8443. The URL must contain the FQDN and port number that a client system can use to reach this
security server.
13
14
Choose how to configure the Windows Firewall service.
Option
Action
Configure Windows Firewall
automatically
Let the installer configure Windows Firewall to allow the required network
connections.
Do not configure Windows Firewall
Configure the Windows firewall rules manually.
Select this option only if your organization uses its own predefined rules
for configuring Windows Firewall.
Complete the installation wizard to finish installing the security server.
The security server services are installed on the Windows Server computer:
64
n
VMware Horizon View Security Server
n
VMware Horizon View Framework Component
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Chapter 7 Installing View Connection Server
n
VMware Horizon View Security Gateway Component
n
VMware Horizon View PCoIP Secure Gateway
n
VMware Blast Secure Gateway
For information about these services, see the View Administration document.
The security server appears in the Security Servers pane in View Administrator.
The VMware Horizon View Connection Server (Blast-In) rule is enabled in the Windows Firewall on the
security server. This firewall rule allows Web browsers on client devices to use HTML Access to connect to
the security server on TCP port 8443.
Note If the installation is cancelled or aborted, you might have to remove IPsec rules for the security server
before you can begin the installation again. Take this step even if you already removed IPsec rules prior to
reinstalling or upgrading security server. For instructions on removing IPsec rules, see “Remove IPsec Rules
for the Security Server,” on page 69.
What to do next
Configure an SSL server certificate for the security server. See Chapter 8, “Configuring SSL Certificates for
View Servers,” on page 77.
You might have to configure client connection settings for the security server, and you can tune Windows
Server settings to support a large deployment. See “Configuring Horizon Client Connections,” on page 109
and “Sizing Windows Server Settings to Support Your Deployment,” on page 120.
If you are reinstalling the security server and you have a data collector set configured to monitor
performance data, stop the data collector set and start it again.
Install a Security Server Silently
You can use the silent installation feature of the Microsoft Windows Installer (MSI) to install a security
server on several Windows computers. In a silent installation, you use the command line and do not have to
respond to wizard prompts.
With silent installation, you can efficiently deploy View components in a large enterprise.
Prerequisites
n
Determine the type of topology to use. For example, determine which load balancing solution to use.
Decide if the View Connection Server instances that are paired with security servers will be dedicated to
users of the external network. For information, see the View Architecture Planning document.
Important If you use a load balancer, it must have an IP address that does not change. In an IPv4
environment, configure a static IP address. In an IPv6 environment, machines automatically get IP
addresses that do not change.
n
Verify that your installation satisfies the requirements described in “View Connection Server
Requirements,” on page 7.
n
Prepare your environment for the installation. See “Installation Prerequisites for View Connection
Server,” on page 49.
n
Verify that the View Connection Server instance to be paired with the security server is installed and
configured and is running a View Connection Server version that is compatible with the security server
version. See "View Component Compatibility Matrix" in the View Upgrades document.
n
Verify that the View Connection Server instance to be paired with the security server is accessible to the
computer on which you plan to install the security server.
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n
Configure a security server pairing password. See “Configure a Security Server Pairing Password,” on
page 62.
n
Familiarize yourself with the format of external URLs. See “Configuring External URLs for Secure
Gateway and Tunnel Connections,” on page 112.
n
Verify that Windows Firewall with Advanced Security is set to on in the active profiles. It is
recommended that you turn this setting to on for all profiles. By default, IPsec rules govern connections
between security server and View Connection Server and require Windows Firewall with Advanced
Security to be enabled.
n
Familiarize yourself with the network ports that must be opened on the Windows Firewall for a security
server. See “Firewall Rules for View Connection Server,” on page 70.
n
If your network topology includes a back-end firewall between the security server and View Connection
Server, you must configure the firewall to support IPsec. See “Configuring a Back-End Firewall to
Support IPsec,” on page 71.
n
If you are upgrading or reinstalling the security server, verify that the existing IPsec rules for the
security server were removed. See “Remove IPsec Rules for the Security Server,” on page 69.
n
Familiarize yourself with the MSI installer command-line options. See “Microsoft Windows Installer
Command-Line Options,” on page 72.
n
Familiarize yourself with the silent installation properties available with a security server. See “Silent
Installation Properties for a Security Server,” on page 67.
n
If you are installing View in FIPS mode, you must deselect the global setting Use IPSec for Security
Server Connections in View Administrator, because in FIPS mode, you must configure IPsec manually
after installing a security server.
Procedure
1
Download the View Connection Server installer file from the VMware download site at
https://my.vmware.com/web/vmware/downloads.
Under Desktop & End-User Computing, select the VMware Horizon 6 download, which includes View
Connection Server.
The installer filename is VMware-viewconnectionserver-x86_64-y.y.y-xxxxxx.exe, where xxxxxx is the
build number and y.y.y is the version number.
2
Open a command prompt on the Windows Server computer.
3
Type the installation command on one line.
For example: VMware-viewconnectionserver-y.y.y-xxxxxx.exe /s /v"/qn VDM_SERVER_INSTANCE_TYPE=3
VDM_SERVER_NAME=cs1.internaldomain.com VDM_SERVER_SS_EXTURL=https://view.companydomain.com:
443 VDM_SERVER_SS_PCOIP_IPADDR=10.20.30.40 VDM_SERVER_SS_PCOIP_TCPPORT=4172
VDM_SERVER_SS_PCOIP_UDPPORT=4172 VDM_SERVER_SS_BSG_EXTURL=https://view.companydomain.com:8443
VDM_SERVER_SS_PWD=secret"
The security server services are installed on the Windows Server computer:
n
VMware Horizon View Security Server
n
VMware Horizon View Framework Component
n
VMware Horizon View Security Gateway Component
n
VMware Horizon View PCoIP Secure Gateway
n
VMware Blast Secure Gateway
For information about these services, see the View Administration document.
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The security server appears in the Security Servers pane in View Administrator.
The VMware Horizon View Connection Server (Blast-In) rule is enabled in the Windows Firewall on the
security server. This firewall rule allows Web browsers on client devices to use HTML Access to connect to
the security server on TCP port 8443.
Note If the installation is cancelled or aborted, you might have to remove IPsec rules for the security server
before you can begin the installation again. Take this step even if you already removed IPsec rules prior to
reinstalling or upgrading security server. For instructions on removing IPsec rules, see “Remove IPsec Rules
for the Security Server,” on page 69.
What to do next
Configure an SSL server certificate for the security server. See Chapter 8, “Configuring SSL Certificates for
View Servers,” on page 77.
You might have to configure client connection settings for the security server, and you can tune Windows
Server settings to support a large deployment. See “Configuring Horizon Client Connections,” on page 109
and “Sizing Windows Server Settings to Support Your Deployment,” on page 120.
Silent Installation Properties for a Security Server
You can include specific properties when you silently install a security server from the command line. You
must use a PROPERTY=value format so that Microsoft Windows Installer (MSI) can interpret the properties
and values.
Table 7‑3. MSI Properties for Silently Installing a Security Server
MSI Property
Description
Default Value
INSTALLDIR
The path and folder in which the View Connection Server software is
installed.
%ProgramFiles
%\VMware\VMware
View\Server
For example: INSTALLDIR=""D:\abc\my folder""
The sets of two double quotes that enclose the path permit the MSI
installer to interpret the space as a valid part of the path.
This MSI property is optional.
VDM_SERVER_INSTANCE_T
YPE
The type of View server installation:
n
1. Standard installation
n
2. Replica installation
n
3. Security server installation
1
To install a security server, define VDM_SERVER_INSTANCE_TYPE=3
This MSI property is required when installing a security server.
VDM_SERVER_NAME
The host name or IP address of the existing View Connection Server
instance to pair with the security server.
None
For example: VDM_SERVER_NAME=cs1.internaldomain.com
This MSI property is required.
VDM_SERVER_SS_EXTURL
The external URL of the security server. The URL must contain the
protocol, externally resolvable security server name, and port number
For example:
VDM_SERVER_SS_EXTURL=https://view.companydomain.com:443
This MSI property is required.
None
VDM_SERVER_SS_PWD
The security server pairing password.
None
For example: VDM_SERVER_SS_PWD=secret
This MSI property is required.
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Table 7‑3. MSI Properties for Silently Installing a Security Server (Continued)
MSI Property
Description
Default Value
FWCHOICE
The MSI property that determines whether to configure a firewall for
the View Connection Server instance.
A value of 1 configures a firewall. A value of 2 does not configure a
firewall.
1
For example: FWCHOICE=1
This MSI property is optional.
VDM_SERVER_SS_PCOIP_IP
ADDR
The PCoIP Secure Gateway external IP address. In an IPv6 environment,
this property can also be set to the FQDN of the PCoIP Secure Gateway.
This property is supported only when the security server is installed on
Windows Server 2008 R2 or later.
None
For example: VDM_SERVER_SS_PCOIP_IPADDR=10.20.30.40
This property is required if you plan to use the PCoIP Secure Gateway
component.
VDM_SERVER_SS_PCOIP_T
CPPORT
The PCoIP Secure Gateway external TCP port number. This property is
supported only when the security server is installed on Windows Server
2008 R2 or later.
None
For example: VDM_SERVER_SS_PCOIP_TCPPORT=4172
This property is required if you plan to use the PCoIP Secure Gateway
component.
VDM_SERVER_SS_PCOIP_U
DPPORT
The PCoIP Secure Gateway external UDP port number. This property is
supported only when the security server is installed on Windows Server
2008 R2 or later.
None
For example: VDM_SERVER_SS_PCOIP_UDPPORT=4172
This property is required if you plan to use the PCoIP Secure Gateway
component.
VDM_SERVER_SS_BSG_EXT
URL
The Blast Secure Gateway external URL. The URL must contain the
HTTPS protocol, an externally resolvable security server name, and port
number
For example:
VDM_SERVER_SS_BSG_EXTURL=https://view.companydomain.com:
8443
The default port number is 8443. A Blast Secure Gateway must be
installed on the security server to allow users to make Web connections
to View desktops.
None
VDM_SERVER_SS_FORCE_IP
SEC
Forces IPsec to be used between the security server and its paired View
Connection Server instance.
By default, an unattended installation and pairing of security server to a
View Connection Server instance with IPsec disabled causes the pairing
to fail.
The default value of 1 forces IPsec pairing. Set this value to 0 to allow
pairing without IPsec.
1
VDM_IP_PROTOCOL_USAG
E
Specifies the IP version that View components use for communication.
The possible values are IPv4 and IPv6
IPv4
VDM_FIPS_ENABLED
Specifies whether to enable or disable FIPS mode. A value of 1 enables
FIPS mode. A value of 0 disables FIPS mode. If this property is set to 1
and Windows is not in FIPS mode, the installer will abort.
0
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Remove IPsec Rules for the Security Server
Before you can upgrade or reinstall a security server instance, you must remove the current IPsec rules that
govern communication between the security server and its paired View Connection Server instance. If you
do not take this step, the upgrade or reinstallation fails.
Important This task pertains to View 5.1 and later security servers. It does not apply to View 5.0.x and
earlier security servers.
By default, communication between a security server and its paired View Connection Server instance is
governed by IPsec rules. When you upgrade or reinstall the security server and pair it again with the View
Connection Server instance, a new set of IPsec rules must be established. If the existing IPsec rules are not
removed before you upgrade or reinstall, the pairing fails.
You must take this step when you upgrade or reinstall a security server and are using IPsec to protect
communication between the security server and View Connection Server.
You can configure an initial security server pairing without using IPsec rules. Before you install the security
server, you can open View Administrator and deselect the global setting Use IPSec for Security Server
Connections, which is enabled by default. If IPsec rules are not in effect, you do not have to remove them
before you upgrade or reinstall.
Note You do not have to remove a security server from View Administrator before you upgrade or
reinstall the security server. Remove a security server from View Administrator only if you intend to remove
the security server permanently from the View environment.
With View 5.0.x and earlier releases, you could remove a security server either from within the View
Administrator user interface or by using the vdmadmin -S command-line command. In View 5.1 and later
releases, you must use vdmadmin -S. See "Removing the Entry for a View Connection Server Instance or
Security Server Using the -S Option" in the View Administration document.
Caution If you remove the IPsec rules for an active security server, all communication with the security
server is lost until you upgrade or reinstall the security server. Therefore, if you use a load balancer to
manage a group of security servers, perform this procedure on one server and then upgrade that server
before removing IPsec rules for the next server. You can remove servers from production and add them back
one-by-one in this manner to avoid requiring any downtime for your end users.
Procedure
1
In View Administrator, click View Configuration > Servers.
2
In the Security Servers tab, select a security server and click More Commands > Prepare for Upgrade
or Reinstallation.
If you disabled IPsec rules before you installed the security server, this setting is inactive. In this case,
you do not have to remove IPsec rules before you reinstall or upgrade.
3
Click OK.
The IPsec rules are removed and the Prepare for Upgrade or Reinstallation setting becomes inactive,
indicating that you can reinstall or upgrade the security server.
What to do next
Upgrade or reinstall security server.
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Firewall Rules for View Connection Server
Certain ports must be opened on the firewall for View Connection Server instances and security servers.
When you install View Connection Server, the installation program can optionally configure the required
Windows Firewall rules for you. These rules open the ports that are used by default. If you change the
default ports after installation, you must manually configure Windows Firewall to allow Horizon Client
devices to connect to View through the updated ports.
If you choose to install HTML Access with View Connection Server, the installer configures the VMware
Horizon View Connection Server (Blast-In) rule in Windows Firewall to open TCP port 8443, used by
HTML Access.
The following table lists the default ports that can be opened automatically during installation. Ports are
incoming unless otherwise noted.
Table 7‑4. Ports Opened During View Connection Server Installation
70
Protocol
Ports
View Connection Server Instance Type
JMS
TCP 4001
Standard and replica
JMS
TCP 4002
Standard and replica
JMSIR
TCP 4100
Standard and replica
JMSIR
TCP 4101
Standard and replica
AJP13
TCP 8009
Standard and replica
HTTP
TCP 80
Standard, replica, and security server
HTTPS
TCP 443
Standard, replica, and security server
PCoIP
TCP 4172 in;
UDP 4172 both
directions
Standard, replica, and security server
HTTPS
TCP 8443
Standard, replica, and security server.
After the initial connection to View is made, the Web browser on a client device
connects to the Blast Secure Gateway on TCP port 8443. The Blast Secure Gateway
must be enabled on a security server or View Connection Server instance to allow
this second connection to take place.
HTTPS
TCP 8472
Standard and replica
For the Cloud Pod Architecture feature: used for interpod communication.
HTTP
TCP 22389
Standard and replica
For the Cloud Pod Architecture feature: used for global LDAP replication.
HTTPS
TCP 22636
Standard and replica
For the Cloud Pod Architecture feature: used for secure global LDAP replication.
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Configuring a Back-End Firewall to Support IPsec
If your network topology includes a back-end firewall between security servers and View Connection Server
instances, you must configure certain protocols and ports on the firewall to support IPsec. Without proper
configuration, data sent between a security server and View Connection Server instance will fail to pass
through the firewall.
By default, IPsec rules govern the connections between security servers and View Connection Server
instances. To support IPsec, the View Connection Server installer can configure Windows firewall rules on
the Windows Server hosts where View servers are installed. For a back-end firewall, you must configure the
rules yourself.
Note It is highly recommended that you use IPsec. As an alternative, you can disable the View
Administrator global setting, Use IPsec for Security Server Connections.
The following rules must allow bidirectional traffic. You might have to specify separate rules for inbound
and outbound traffic on your firewall.
Different rules apply to firewalls that use network address translation (NAT) and those that do not use NAT.
Table 7‑5. Non-NAT Firewall Requirements to Support IPsec Rules
Source
Protocol
Port
Destination
Notes
Security server
ISAKMP
UDP 500
View Connection
Server
Security servers use UDP port 500 to
negotiate IPsec security.
Security server
ESP
N/A
View Connection
Server
ESP protocol encapsulates IPsec
encrypted traffic.
You do not have to specify a port for
ESP as part of the rule. If necessary,
you can specify source and destination
IP addresses to reduce the scope of the
rule.
The following rules apply to firewalls that use NAT.
Table 7‑6. NAT Firewall Requirements to Support IPsec Rules
Source
Protocol
Port
Destination
Notes
Security server
ISAKMP
UDP 500
View Connection
Server
Security servers use UDP port 500 to
initiate IPsec security negotiation.
Security server
NAT-T
ISAKMP
UDP 4500
View Connection
Server
Security servers use UDP port 4500 to
traverse NATs and negotiate IPsec
security.
Reinstall View Connection Server with a Backup Configuration
In certain situations, you might have to reinstall the current version of a View Connection Server instance
and restore the existing View configuration by importing a backup LDIF file that contains the View LDAP
configuration data.
For example, as part of a business continuity and disaster recovery (BC/DR) plan, you might want to have a
procedure ready to implement in case a datacenter stops functioning. The first step in such a plan is to
ensure that the View LDAP configuration is backed up in another location. A second step is to install View
Connection Server in the new location and import the backup configuration, as described in this procedure.
You might also use this procedure when you set up a second datacenter with the existing View
configuration. Or you might use it if your View deployment contains only a single View Connection Server
instance, and a problem occurs with that server.
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You do not have to follow this procedure if you have multiple View Connection Server instances in a
replicated group, and a single instance goes down. You can simply reinstall View Connection Server as a
replicated instance. During the installation, you provide connection information to another View
Connection Server instance, and View restores the View LDAP configuration from the other instance.
Prerequisites
n
Verify that the View LDAP configuration was backed up to an encrypted LDIF file.
n
Familiarize yourself with restoring a View LDAP configuration from an LDIF backup file by using the
vdmimport command.
See "Backing Up and Restoring View Configuration Data" in the ViewAdministration document.
n
Familiarize yourself with the steps for installing a new View Connection Server instance. See “Install
View Connection Server with a New Configuration,” on page 50.
Procedure
1
Install View Connection Server with a new configuration.
2
Decrypt the encrypted LDIF file.
For example:
vdmimport -d -p mypassword
-f MyEncryptedexport.LDF > MyDecryptedexport.LDF
3
Import the decrypted LDIF file to restore the View LDAP configuration.
For example:
vdmimport -f MyDecryptedexport.LDF
Note At this stage, the View configuration is not yet accessible. Clients cannot access View Connection
Server or connect to their desktops.
4
Uninstall the View Connection Server from the computer by using the Windows Add/Remove
Programs utility.
Do not uninstall the View LDAP configuration, called the AD LDS Instance VMwareVDMDS instance.
You can use the Add/Remove Programs utility to verify that the AD LDS Instance VMwareVDMDS
instance was not removed from the Windows Server computer.
5
Reinstall View Connection Server.
At the installer prompt, accept the existing View LDAP directory.
What to do next
Configure View Connection Server and your View environment as you would after you install a View
Connection Server instance with a new configuration.
Microsoft Windows Installer Command-Line Options
To install View components silently, you must use Microsoft Windows Installer (MSI) command-line options
and properties. The View component installers are MSI programs and use standard MSI features.
For details about MSI, see the Microsoft Web site. For MSI command-line options, see the Microsoft
Developer Network (MSDN) Library Web site and search for MSI command-line options. To see MSI
command-line usage, you can open a command prompt on the View component computer and type
msiexec /?.
To run a View component installer silently, you begin by silencing the bootstrap program that extracts the
installer into a temporary directory and starts an interactive installation.
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At the command line, you must enter command-line options that control the installer's bootstrap program.
Table 7‑7. Command-Line Options for a View Component's Bootstrap Program
Option
Description
/s
Disables the bootstrap splash screen and extraction dialog, which prevents the display of
interactive dialogs.
For example: VMware-viewconnectionserver-y.y.y-xxxxxx.exe /s
The /s option is required to run a silent installation.
/v"
MSI_command_line_options"
Instructs the installer to pass the double-quote-enclosed string that you enter at the command
line as a set of options for MSI to interpret. You must enclose your command-line entries
between double quotes. Place a double quote after the /v and at the end of the command line.
For example: VMware-viewagent-y.y.y-xxxxxx.exe /s /v"command_line_options"
To instruct the MSI installer to interpret a string that contains spaces, enclose the string in two
sets of double quotes. For example, you might want to install the View component in an
installation path name that contains spaces.
For example: VMware-viewconnectionserver-y.y.yxxxxxx.exe /s /v"command_line_options INSTALLDIR=""d:\abc\my folder"""
In this example, the MSI installer passes on the installation-directory path and does not
attempt to interpret the string as two command-line options. Note the final double quote that
encloses the entire command line.
The /v"command_line_options" option is required to run a silent installation.
You control the remainder of a silent installation by passing command-line options and MSI property values
to the MSI installer, msiexec.exe. The MSI installer includes the View component's installation code. The
installer uses the values and options that you enter in the command line to interpret installation choices and
setup options that are specific to the View component.
Table 7‑8. MSI Command-Line Options and MSI Properties
MSI Option or Property
Description
/qn
Instructs the MSI installer not to display the installer wizard pages.
For example, you might want to install View Agent silently and use only default setup
options and features:
VMware-viewagent-y.y.y-xxxxxx.exe /s /v"/qn"
Alternatively, you can use the /qb option to display the wizard pages in a
noninteractive, automated installation. As the installation proceeds, the wizard pages
are displayed, but you cannot respond to them.
The /qn or /qb option is required to run a silent installation.
INSTALLDIR
Specifies an alternative installation path for the View component.
Use the format INSTALLDIR=path to specify an installation path. You can ignore this
MSI property if you want to install the View component in the default path.
This MSI property is optional.
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Table 7‑8. MSI Command-Line Options and MSI Properties (Continued)
MSI Option or Property
Description
ADDLOCAL
Determines the component-specific options to install.
In an interactive installation, the View installer displays custom setup options that you
can select or deselect. In a silent installation, you can use the ADDLOCAL property to
selectively install individual setup options by specifying the options on the command
line. Options that you do not explicitly specify are not installed.
In both interactive and silent installations, the View installer automatically installs
certain features. You cannot use ADDLOCAL to control whether or not to install these nonoptional features.
Type ADDLOCAL=ALL to install all custom setup options that can be installed during an
interactive installation, including those that are installed by default and those that you
must select to install, as well as all non-optional features that are installed automatically
(on supported guest operating systems).
The following example installs Core, PCoIP, UnityTouch, VmVideo, PSG, and all
features that are supported on the guest operating system: VMware-viewagent-y.y.yxxxxxx.exe /s /v"/qn ADDLOCAL=ALL"
If you do not use the ADDLOCAL property, the custom setup options that are installed by
default and the automatically installed features are installed. Custom setup options that
are off (unselected) by default are not installed.
The following example installs Core, PCoIP, UnityTouch, VmVideo, PSG, and the on-bydefault custom setup options that are supported on the guest operating system:
VMware-viewagent-y.y.y-xxxxxx.exe /s /v"/qn"
To specify individual setup options, type a comma-separated list of setup option names.
Do not use spaces between names. Use the format ADDLOCAL=value,value,value....
You must include Core when you use the ADDLOCAL=value,value,value... property.
The following example installs View Agent in a guest operating system with the Core,
PCoIP, UnityTouch, VMVideo, PSG, View Composer Agent, and Virtual Printing
features (if View Composer Agent and Virtual Printing are supported on the guest
operating system):
VMware-viewagent-y.y.y-xxxxxx.exe /s /v"/qn
ADDLOCAL=Core,SVIAgent,ThinPrint"
The preceding example does not install other options, even those that are installed by
default interactively.
The ADDLOCAL MSI property is optional.
REBOOT
You can use the REBOOT=ReallySuppress option to allow system configuration tasks to
complete before the system reboots.
This MSI property is optional.
/l*v log_file
Writes logging information into the specified log file with verbose output.
For example: /l*v ""%TEMP%\vmmsi.log""
This example generates a detailed log file that is similar to the log generated during an
interactive installation.
You can use this option to record custom features that might apply uniquely to your
installation. You can use the recorded information to specify installation features in
future silent installations.
The /l*v option is optional.
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Chapter 7 Installing View Connection Server
Uninstalling View Components Silently by Using MSI Command-Line
Options
You can uninstall View components by using Microsoft Windows Installer (MSI) command-line options.
Syntax
msiexec.exe
/qb
/x
product_code
Options
The /qb option displays the uninstall progress bar. To suppress displaying the uninstall progress bar,
replace the /qb option with the /qn option.
The /x option uninstalls the View component.
The product_code string identifies the View component product files to the MSI uninstaller. You can find the
product_code string by searching for ProductCode in the %TEMP%\vmmsi.log file that is created during the
installation.
For information about MSI command-line options, see “Microsoft Windows Installer Command-Line
Options,” on page 72.
Examples
Uninstall a View Connection Server instance.
msiexec.exe /qb /x {D6184123-57B7-26E2-809B-090435A8C16A}
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Configuring SSL Certificates for View
Servers
8
VMware strongly recommends that you configure SSL certificates for authentication of View Connection
Server instances, security servers, and View Composer service instances.
A default SSL server certificate is generated when you install View Connection Server instances, security
servers, or View Composer instances. You can use the default certificate for testing purposes.
Important Replace the default certificate as soon as possible. The default certificate is not signed by a
Certificate Authority (CA). Use of certificates that are not signed by a CA can allow untrusted parties to
intercept traffic by masquerading as your server.
This chapter includes the following topics:
n
“Understanding SSL Certificates for View Servers,” on page 77
n
“Overview of Tasks for Setting Up SSL Certificates,” on page 79
n
“Obtaining a Signed SSL Certificate from a CA,” on page 80
n
“Configure View Connection Server, Security Server, or View Composer to Use a New SSL
Certificate,” on page 81
n
“Configure Client Endpoints to Trust Root and Intermediate Certificates,” on page 86
n
“Configuring Certificate Revocation Checking on Server Certificates,” on page 88
n
“Configure the PCoIP Secure Gateway to Use a New SSL Certificate,” on page 89
n
“Setting View Administrator to Trust a vCenter Server or View Composer Certificate,” on page 93
n
“Benefits of Using SSL Certificates Signed by a CA,” on page 93
n
“Troubleshooting Certificate Issues on View Connection Server and Security Server,” on page 94
Understanding SSL Certificates for View Servers
You must follow certain guidelines for configuring SSL certificates for View servers and related components.
View Connection Server and Security Server
SSL is required for client connections to a server. Client-facing View Connection Server instances, security
servers, and intermediate servers that terminate SSL connections require SSL server certificates.
By default, when you install View Connection Server or security server, the installation generates a selfsigned certificate for the server. However, the installation uses an existing certificate in the following cases:
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If a valid certificate with a Friendly name of vdm already exists in the Windows Certificate Store
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n
If you upgrade to View 5.1 or later from an earlier release, and a valid keystore file is configured on the
Windows Server computer. The installation extracts the keys and certificates and imports them into the
Windows Certificate Store.
vCenter Server and View Composer
Before you add vCenter Server and View Composer to View in a production environment, make sure that
vCenter Server and View Composer use certificates that are signed by a CA.
For information about replacing the default certificate for vCenter Server, see "Replacing vCenter Server
Certificates" on the VMware Technical Papers site at http://www.vmware.com/resources/techresources/.
If you install vCenter Server and View Composer on the same Windows Server host, they can use the same
SSL certificate, but you must configure the certificate separately for each component.
PCoIP Secure Gateway
To comply with industry or jurisdiction security regulations, you can replace the default SSL certificate that
is generated by the PCoIP Secure Gateway (PSG) service with a certificate that is signed by a CA.
Configuring the PSG service to use a CA-signed certificate is highly recommended, particularly for
deployments that require you to use security scanners to pass compliance testing. See “Configure the PCoIP
Secure Gateway to Use a New SSL Certificate,” on page 89.
Blast Secure Gateway
By default, the Blast Secure Gateway (BSG) uses the SSL certificate that is configured for the View
Connection Server instance or security server on which the BSG is running. If you replace the default, selfsigned certificate for a server with a CA-signed certificate, the BSG also uses the CA-signed certificate.
SAML 2.0 Authenticator
VMware Workspace Portal uses SAML 2.0 authenticators to provide Web-based authentication and
authorization across security domains. If you want View to delegate authentication to Workspace Portal, you
can configure View to accept SAML 2.0 authenticated sessions from Workspace Portal. When
Workspace Portal is configured to support View, Workspace Portal users can connect to remote desktops by
selecting desktop icons on the Horizon User Portal.
In View Administrator, you can configure SAML 2.0 authenticators for use with View Connection Server
instances.
Before you add a SAML 2.0 authenticator in View Administrator, make sure that the SAML 2.0 authenticator
uses a certificate that is signed by a CA.
Additional Guidelines
For general information about requesting and using SSL certificates that are signed by a CA, see “Benefits of
Using SSL Certificates Signed by a CA,” on page 93.
When client endpoints connect to a View Connection Server instance or security server, they are presented
with the server's SSL server certificate and any intermediate certificates in the trust chain. To trust the server
certificate, the client systems must have installed the root certificate of the signing CA.
When View Connection Server communicates with vCenter Server and View Composer, View Connection
Server is presented with SSL server certificates and intermediate certificates from these servers. To trust the
vCenter Server and View Composer servers, the View Connection Server computer must have installed the
root certificate of the signing CA.
Similarly, if a SAML 2.0 authenticator is configured for View Connection Server, the View Connection Server
computer must have installed the root certificate of the signing CA for the SAML 2.0 server certificate.
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Chapter 8 Configuring SSL Certificates for View Servers
Overview of Tasks for Setting Up SSL Certificates
To set up SSL server certificates for View servers, you must perform several high-level tasks.
In a pod of replicated View Connection Server instances, you must perform these tasks on all instances in
the pod.
The procedures for carrying out these tasks are described in the topics that follow this overview.
1
Determine if you need to obtain a new signed SSL certificate from a CA.
If your organization already has a valid SSL server certificate, you can use that certificate to replace the
default SSL server certificate provided with View Connection Server, security server, or View
Composer. To use an existing certificate, you also need the accompanying private key.
Starting Place
Action
Your organization provided you with a valid SSL server
certificate.
Go directly to step 2.
You do not have an SSL server certificate.
Obtain a signed SSL server certificate from a
CA.
2
Import the SSL certificate into the Windows local computer certificate store on the View server host.
3
For View Connection Server instances and security servers, modify the certificate Friendly name to vdm.
Assign the Friendly name vdm to only one certificate on each View server host.
4
On View Connection Server computers, if the root certificate is not trusted by the Windows Server host,
import the root certificate into the Windows local computer certificate store.
In addition, if the View Connection Server instances do not trust the root certificates of the SSL server
certificates configured for security server, View Composer, and vCenter Server hosts, you also must
import those root certificates. Take these steps for View Connection Server instances only. You do not
have to import the root certificate to View Composer, vCenter Server, or security server hosts.
5
If your server certificate was signed by an intermediate CA, import the intermediate certificates into the
Windows local computer certificate store.
To simplify client configuration, import the entire certificate chain into the Windows local computer
certificate store. If intermediate certificates are missing from the View server, they must be configured
for clients and computers that launch View Administrator.
6
For View Composer instances, take one of these steps:
If you import the certificate into the Windows local computer certificate store before you install
n
View Composer, you can select your certificate during the View Composer installation.
n
7
If you intend to replace an existing certificate or the default, self-signed certificate with a new
certificate after you install View Composer, run the SviConfig ReplaceCertificate utility to bind
the new certificate to the port used by View Composer.
If your CA is not well known, configure clients to trust the root and intermediate certificates.
Also ensure that the computers on which you launch View Administrator trust the root and
intermediate certificates.
8
Determine whether to reconfigure certificate revocation checking.
View Connection Server performs certificate revocation checking on View servers, View Composer, and
vCenter Server. Most certificates signed by a CA include certificate revocation information. If your CA
does not include this information, you can configure the server not to check certificates for revocation.
If a SAML authenticator is configured for use with a View Connection Server instance, View
Connection Server also performs certificate revocation checking on the SAML server certificate.
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Obtaining a Signed SSL Certificate from a CA
If your organization does not provide you with an SSL server certificate, you must request a new certificate
that is signed by a CA.
You can use several methods to obtain a new signed certificate. For example, you can use the Microsoft
certreq utility to generate a Certificate Signing Request (CSR) and submit a certificate request to a CA.
See the Scenarios for Setting Up SSL Certificates for View document for an example that shows you how to use
certreq to accomplish this task.
For testing purposes, you can obtain a free temporary certificate based on an untrusted root from many CAs.
Important You must follow certain rules and guidelines when you obtain signed SSL certificates from a
CA.
n
When you generate a certificate request on a computer, make sure that a private key is generated also.
When you obtain the SSL server certificate and import it into the Windows local computer certificate
store, there must be an accompanying private key that corresponds to the certificate.
n
To comply with VMware security recommendations, use the fully qualified domain name (FQDN) that
client devices use to connect to the host. Do not use a simple server name or IP address, even for
communications within your internal domain.
n
Do not create certificates for servers using a certificate template that is compatible only with a Windows
Server 2008 enterprise CA or later.
n
Do not generate certificates for servers using a KeyLength value under 1024. Client endpoints will not
validate a certificate on a server that was generated with a KeyLength under 1024, and the clients will fail
to connect to the server. Certificate validations that are performed by View Connection Server will also
fail, resulting in the affected servers showing as red in the View Administrator dashboard.
For general information about obtaining certificates, consult the Microsoft online help available with the
Certificate Snap-in to MMC. If the Certificate Snap-in is not yet installed on your computer, see “Add the
Certificate Snap-In to MMC,” on page 82.
Obtain a Signed Certificate from a Windows Domain or Enterprise CA
To obtain a signed certificate from a Windows Domain or Enterprise CA, you can use the Windows
Certificate Enrollment wizard in the Windows Certificate Store.
This method of requesting a certificate is appropriate if communications between computers remain within
your internal domain. For example, obtaining a signed certificate from a Windows Domain CA might be
appropriate for server-to-server communications.
If your clients connect to View servers from an external network, request SSL server certificates that are
signed by a trusted, third-party CA.
Prerequisites
n
Determine the fully qualified domain name (FQDN) that client devices use to connect to the host.
To comply with VMware security recommendations, use the FQDN, not a simple server name or IP
address, even for communications within your internal domain.
80
n
Verify that the Certificate snap-in was added to MMC. See “Add the Certificate Snap-In to MMC,” on
page 82.
n
Verify that you have the appropriate credentials to request a certificate that can be issued to a computer
or service.
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Chapter 8 Configuring SSL Certificates for View Servers
Procedure
1
In the MMC window on the Windows Server host, expand the Certificates (local computer) node and
select the Personal folder.
2
From the Action menu, go to All Tasks > Request New Certificate to display the Certificate Enrollment
wizard.
3
Select a Certificate Enrollment Policy.
4
Select the types of certificates that you want to request, select the Make private key exportable option,
and click Enroll.
5
Click Finish.
The new signed certificate is added to the Personal > Certificates folder in the Windows Certificate Store.
What to do next
n
Verify that the server certificate and certificate chain were imported into the Windows Certificate Store.
n
For a View Connection Server instance or security server, modify the certificate friendly name to vdm.
See “Modify the Certificate Friendly Name,” on page 83.
n
For a View Composer server, bind the new certificate to the port that used by View Composer. See
“Bind a New SSL Certificate to the Port Used by View Composer,” on page 85.
Configure View Connection Server, Security Server, or View
Composer to Use a New SSL Certificate
To configure a View Connection Server instance, security server, or View Composer instance to use an SSL
certificate, you must import the server certificate and the entire certificate chain into the Windows local
computer certificate store on the View Connection Server, security server, or View Composer host.
In a pod of replicated View Connection Server instances, you must import the server certificate and
certificate chain on all instances in the pod.
By default, the Blast Secure Gateway (BSG) uses the SSL certificate that is configured for the View
Connection Server instance or security server on which the BSG is running. If you replace the default, selfsigned certificate for a View server with a CA-signed certificate, the BSG also uses the CA-signed certificate.
Important To configure View Connection Server or security server to use a certificate, you must change
the certificate Friendly name to vdm. Also, the certificate must have an accompanying private key.
If you intend to replace an existing certificate or the default, self-signed certificate with a new certificate after
you install View Composer, you must run the SviConfig ReplaceCertificate utility to bind the new
certificate to the port used by View Composer.
Procedure
1
Add the Certificate Snap-In to MMC on page 82
Before you can add certificates to the Windows Certificate Store, you must add the Certificate snap-in
to the Microsoft Management Console (MMC) on the Windows Server host on which the View server
is installed.
2
Import a Signed Server Certificate into a Windows Certificate Store on page 82
You must import the SSL server certificate into the Windows local computer certificate store on the
Windows Server host on which the View Connection Server instance or security server service is
installed.
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3
Modify the Certificate Friendly Name on page 83
To configure a View Connection Server instance or security server to recognize and use an SSL
certificate, you must modify the certificate Friendly name to vdm.
4
Import a Root Certificate and Intermediate Certificates into a Windows Certificate Store on page 84
If the Windows Server host on which View Connection Server is installed does not trust the root
certificate for the signed SSL server certificate, you must import the root certificate into the Windows
local computer certificate store. In addition, if the View Connection Server host does not trust the root
certificates of the SSL server certificates configured for security server, View Composer, and vCenter
Server hosts, you also must import those root certificates.
5
Bind a New SSL Certificate to the Port Used by View Composer on page 85
If you configure a new SSL certificate after you install View Composer, you must run the SviConfig
ReplaceCertificate utility to replace the certificate that is bound to the port used by View Composer.
This utility unbinds the existing certificate and binds the new certificate to the port.
Add the Certificate Snap-In to MMC
Before you can add certificates to the Windows Certificate Store, you must add the Certificate snap-in to the
Microsoft Management Console (MMC) on the Windows Server host on which the View server is installed.
Prerequisites
Verify that the MMC and Certificate snap-in are available on the Windows Server computer on which the
View server is installed.
Procedure
1
On the Windows Server computer, click Start and type mmc.exe.
2
In the MMC window, go to File > Add/Remove Snap-in.
3
In the Add or Remove Snap-ins window, select Certificates and click Add.
4
In the Certificates snap-in window, select Computer account, click Next, select Local computer, and
click Finish.
5
In the Add or Remove snap-in window, click OK.
What to do next
Import the SSL server certificate into the Windows Certificate Store.
Import a Signed Server Certificate into a Windows Certificate Store
You must import the SSL server certificate into the Windows local computer certificate store on the
Windows Server host on which the View Connection Server instance or security server service is installed.
You also must perform this task on the Windows Server host where the View Composer service is installed.
Depending on your certificate file format, the entire certificate chain that is contained in the keystore file
might be imported into the Windows local computer certificate store. For example, the server certificate,
intermediate certificate, and root certificate might be imported.
For other types of certificate files, only the server certificate is imported into the Windows local computer
certificate store. In this case, you must take separate steps to import the root certificate and any intermediate
certificates in the certificate chain.
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Chapter 8 Configuring SSL Certificates for View Servers
For more information about certificates, consult the Microsoft online help available with the Certificate
snap-in to MMC.
Note If you off-load SSL connections to an intermediate server, you must import the same SSL server
certificate onto both the intermediate server and the off-loaded View server. For details, see "Off-load SSL
Connections to Intermediate Servers" in the View Administration document.
Prerequisites
Verify that the Certificate snap-in was added to MMC. See “Add the Certificate Snap-In to MMC,” on
page 82.
Procedure
1
In the MMC window on the Windows Server host, expand the Certificates (Local Computer) node and
select the Personal folder.
2
In the Actions pane, go to More Actions > All Tasks > Import.
3
In the Certificate Import wizard, click Next and browse to the location where the certificate is stored.
4
Select the certificate file and click Open.
To display your certificate file type, you can select its file format from the File name drop-down menu.
5
Type the password for the private key that is included in the certificate file.
6
Select Mark this key as exportable.
7
Select Include all extended properties.
8
Click Next and click Finish.
The new certificate appears in the Certificates (Local Computer) > Personal > Certificates folder.
9
Verify that the new certificate contains a private key.
a
In the Certificates (Local Computer) > Personal > Certificates folder, double-click the new
certificate.
b
In the General tab of the Certificate Information dialog box, verify that the following statement
appears: You have a private key that corresponds to this certificate.
What to do next
Modify the certificate Friendly name to vdm.
Modify the Certificate Friendly Name
To configure a View Connection Server instance or security server to recognize and use an SSL certificate,
you must modify the certificate Friendly name to vdm.
You do not have to modify the Friendly name of SSL certificates that are used by View Composer.
Prerequisites
Verify that the server certificate is imported into the Certificates (Local Computer) > Personal > Certificates
folder in the Windows Certificate Store. See “Import a Signed Server Certificate into a Windows Certificate
Store,” on page 82.
Procedure
1
In the MMC window on the Windows Server host, expand the Certificates (Local Computer) node and
select the Personal > Certificates folder.
2
Right-click the certificate that is issued to the View server host and click Properties.
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3
On the General tab, delete the Friendly name text and type vdm.
4
Click Apply and click OK.
5
Verify that no other server certificates in the Personal > Certificates folder have a Friendly name of vdm.
a
Locate any other server certificate, right-click the certificate, and click Properties.
b
If the certificate has a Friendly name of vdm, delete the name, click Apply, and click OK.
What to do next
Import the root certificate and intermediate certificates into the Windows local computer certificate store.
After all certificates in the chain are imported, you must restart the View Connection Server service or
Security Server service to make your changes take effect.
Import a Root Certificate and Intermediate Certificates into a Windows
Certificate Store
If the Windows Server host on which View Connection Server is installed does not trust the root certificate
for the signed SSL server certificate, you must import the root certificate into the Windows local computer
certificate store. In addition, if the View Connection Server host does not trust the root certificates of the SSL
server certificates configured for security server, View Composer, and vCenter Server hosts, you also must
import those root certificates.
If the View Connection Server, security server, View Composer, and vCenter Server certificates are signed by
a root CA that is known and trusted by the View Connection Server host, and there are no intermediate
certificates in your certificate chains, you can skip this task. Commonly used Certificate Authorities are
likely to be trusted by the host.
You must import untrusted root certificates on all replicated View Connection Server instances in a pod.
Note You do not have to import the root certificate into View Composer, vCenter Server, or security server
hosts.
If a server certificate is signed by an intermediate CA, you also must import each intermediate certificate in
the certificate chain. To simplify client configuration, import the entire intermediate chain to security server,
View Composer, and vCenter Server hosts as well as View Connection Server hosts. If intermediate
certificates are missing from a View Connection Server or security server host, they must be configured for
clients and computers that launch View Administrator. If intermediate certificates are missing from a View
Composer or vCenter Server host, they must be configured for each View Connection Server instance.
If you already verified that the entire certificate chain is imported into the Windows local computer
certificate store, you can skip this task.
Note If a SAML authenticator is configured for use by a View Connection Server instance, the same
guidelines apply to the SAML 2.0 authenticator. If the View Connection Server host does not trust the root
certificate configured for a SAML authenticator, or if the SAML server certificate is signed by an
intermediate CA, you must ensure that the certificate chain is imported into the Windows local computer
certificate store.
Procedure
1
84
In the MMC console on the Windows Server host, expand the Certificates (Local Computer) node and
go to the Trusted Root Certification Authorities > Certificates folder.
n
If your root certificate is in this folder, and there are no intermediate certificates in your certificate
chain, skip to step 7.
n
If your root certificate is not in this folder, proceed to step 2.
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Chapter 8 Configuring SSL Certificates for View Servers
2
Right-click the Trusted Root Certification Authorities > Certificates folder and click All Tasks >
Import.
3
In the Certificate Import wizard, click Next and browse to the location where the root CA certificate is
stored.
4
Select the root CA certificate file and click Open.
5
Click Next, click Next, and click Finish.
6
If your server certificate was signed by an intermediate CA, import all intermediate certificates in the
certificate chain into the Windows local computer certificate store.
7
a
Go to the Certificates (Local Computer) > Intermediate Certification Authorities > Certificates
folder.
b
Repeat steps 3 through 6 for each intermediate certificate that must be imported.
Restart the View Connection Server service, Security Server service, View Composer service, or vCenter
Server service to make your changes take effect.
Bind a New SSL Certificate to the Port Used by View Composer
If you configure a new SSL certificate after you install View Composer, you must run the SviConfig
ReplaceCertificate utility to replace the certificate that is bound to the port used by View Composer. This
utility unbinds the existing certificate and binds the new certificate to the port.
If you install the new certificate on the Windows Server computer before you install View Composer, you do
not have to run the SviConfig ReplaceCertificate utility. When you run the View Composer installer, you
can select a certificate signed by a CA instead of the default, self-signed certificate. During the installation,
the selected certificate is bound to the port used by View Composer.
If you intend to replace an existing certificate or the default, self-signed certificate with a new certificate, you
must use the SviConfig ReplaceCertificate utility.
Prerequisites
Verify that the new certificate was imported into the Windows local computer certificate store on the
Windows Server computer on which View Composer is installed.
Procedure
1
Stop the View Composer service.
2
Open a command prompt on the Windows Server host where View Composer is installed.
3
Navigate to the SviConfig executable file.
The file is located with the View Composer application. The default path is C:\Program Files
(x86)\VMware\VMware View Composer\sviconfig.exe.
4
Type the SviConfig ReplaceCertificate command.
For example:
sviconfig -operation=ReplaceCertificate
-delete=false
where -delete is a required parameter that operates on the certificate that is being replaced. You must
specify either -delete=true to delete the old certificate from the Windows local computer certificate
store or -delete=false to keep the old certificate in the Windows certificate store.
The utility displays a numbered list of SSL certificates that are available in the Windows local computer
certificate store.
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To select a certificate, type the number of a certificate and press Enter.
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6
Restart the View Composer service to make your changes take effect.
Example: SviConfig ReplaceCertificate
The following example replaces the certificate that is bound to the View Composer port:
sviconfig -operation=ReplaceCertificate
-delete=false
Configure Client Endpoints to Trust Root and Intermediate
Certificates
If a View server certificate is signed by a CA that is not trusted by client computers and client computers
that access View Administrator, you can configure all Windows client systems in a domain to trust the root
and intermediate certificates. To do so, you must add the public key for the root certificate to the Trusted
Root Certification Authorities group policy in Active Directory and add the root certificate to the Enterprise
NTAuth store.
For example, you might have to take these steps if your organization uses an internal certificate service.
You do not have to take these steps if the Windows domain controller acts as the root CA, or if your
certificates are signed by a well known CA. For well known CAs, the operating system venders preinstall
the root certificate on client systems.
If your server certificates are signed by a little-known intermediate CA, you must add the intermediate
certificate to the Intermediate Certification Authorities group policy in Active Directory.
For client devices that use other operating systems than Windows, see the following instructions for
distributing root and intermediate certificates that users can install:
n
For Horizon Client for Mac OS X, see “Configure Horizon Client for Mac OS X to Trust Root and
Intermediate Certificates,” on page 87.
n
For Horizon Client for iOS, see “Configure Horizon Client for iOS to Trust Root and Intermediate
Certificates,” on page 88.
n
For Horizon Client for Android, see documentation on the Google Web site, such as the Android 3.0
User's Guide
n
For Horizon Client for Linux, see the Ubuntu documentation
Prerequisites
Verify that the server certificate was generated with a KeyLength value of 1024 or larger. Client endpoints
will not validate a certificate on a server that was generated with a KeyLength under 1024, and the clients will
fail to connect to the server.
Procedure
1
On your Active Directory server, use the certutil command to publish the certificate to the Enterprise
NTAuth store.
For example: certutil -dspublish -f path_to_root_CA_cert NTAuthCA
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2
On the Active Directory server, navigate to the Group Policy Management plug-in.
AD Version
Navigation Path
Windows 2003
a
b
c
d
Windows 2008
a
b
Select Start > All Programs > Administrative Tools > Active Directory
Users and Computers.
Right-click your domain and click Properties.
On the Group Policy tab, click Open to open the Group Policy
Management plug-in.
Right-click Default Domain Policy, and click Edit.
Select Start > Administrative Tools > Group Policy Management.
Expand your domain, right-click Default Domain Policy, and click
Edit.
3
Expand the Computer Configuration section and go to Windows Settings > Security Settings > Public
Key Policies.
4
Import the certificate.
5
Option
Description
Root certificate
a
b
Right-click Trusted Root Certification Authorities and select Import.
Follow the prompts in the wizard to import the root certificate (for
example, rootCA.cer) and click OK.
Intermediate certificate
a
b
Right-click Intermediate Certification Authorities and select Import.
Follow the prompts in the wizard to import the intermediate certificate
(for example, intermediateCA.cer) and click OK.
Close the Group Policy window.
All systems in the domain now have certificate information in their trusted root certificate stores and
intermediate certificate stores that allows them to trust the root and intermediate certificates.
Configure Horizon Client for Mac OS X to Trust Root and Intermediate
Certificates
If a server certificate is signed by a CA that is not trusted by computers that run Horizon Client for Mac OS
X, you can configure these computers to trust the root and intermediate certificates. You must distribute the
root certificate and all intermediate certificates in the trust chain to the client computers.
Procedure
1
Deliver the root certificate and intermediate certificates to the computer that is running Horizon Client
for Mac OS X.
2
Open the root certificate on the Mac OS X computer.
The certificate displays the following message: Do you want your computer to trust certificates
signed by CA name from now on?
3
Click Always Trust
4
Type the user password.
5
Repeat steps 2 through 4 for all intermediate certificates in the trust chain.
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Configure Horizon Client for iOS to Trust Root and Intermediate Certificates
If a server certificate is signed by a CA that is not trusted by iPads and iPhones that run Horizon Client for
iOS, you can configure the the device to trust the root and intermediate certificates. You must distribute the
root certificate and all intermediate certificates in the trust chain to the devices
Procedure
1
Send the root certificate and intermediate certificates as email attachments to the iPad.
2
Open the email attachment for the root certificate and select Install.
The certificate displays the following message:
Unverifiable Profile. The authenticity of Certificate name cannot be verified. Installing
this profile will change settings on your iPad.
Root Certificate. Installing the certificate Certificate name will add it to the list of
trusted certificates on your iPad.
3
Select Install again.
4
Repeat steps 2 and 3 for all intermediate certificates in the trust chain.
Configuring Certificate Revocation Checking on Server Certificates
Each View Connection Server instance performs certificate revocation checking on its own certificate and on
those of the security servers paired to it. Each instance also checks the certificates of vCenter and View
Composer servers whenever it establishes a connection to them. By default, all certificates in the chain are
checked except the root certificate. You can, however, change this default.
If a SAML 2.0 authenticator is configured for use by a View Connection Server instance, View Connection
Server also performs certificate revocation checking on the SAML 2.0 server certificate.
View supports various means of certificate revocation checking, such as certificate revocation lists (CRLs)
and the Online Certificate Status Protocol (OCSP). A CRL is a list of revoked certificates published by the
CA that issued the certificates. OCSP is a certificate validation protocol that is used to get the revocation
status of an X.509 certificate.
With CRLs, the list of revoked certificates is downloaded from a certificate distribution point (DP) that is
often specified in the certificate. The server periodically goes to the CRL DP URL specified in the certificate,
downloads the list, and checks it to determine whether the server certificate has been revoked. With OCSP,
the server sends a request to an OCSP responder to determine the revocation status of the certificate.
When you obtain a server certificate from a third-party certificate authority (CA), the certificate includes one
or more means by which its revocation status can be determined, including, for example, a CRL DP URL or
the URL for an OCSP responder. If you have your own CA and generate a certificate but do not include
revocation information in the certificate, the certificate revocation check fails. An example of revocation
information for such a certificate could include, for example, a URL to a Web-based CRL DP on a server
where you host a CRL.
If you have your own CA but do not or cannot include certificate revocation information in your certificate,
you can choose not to check certificates for revocation or to check only certain certificates in a chain. On the
server, with the Windows Registry Editor, you can create the string (REG_SZ) value
CertificateRevocationCheckType, under HKLM\Software\VMware, Inc.\VMware VDM\Security, and set this
value to one of the following data values.
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Chapter 8 Configuring SSL Certificates for View Servers
Value
Description
1
Do not perform certificate revocation checking.
2
Check only the server certificate. Do not check any other certificates in the chain.
3
Check all certificates in the chain.
4
(Default) Check all certificates except the root certificate.
If this registry value is not set, or if the value set is not valid (that is, if the value is not 1, 2, 3, or 4), all
certificates are checked except the root certificate. Set this registry value on each server on which you intend
to modify revocation checking. You do not have to restart the system after you set this value.
Note If your organization uses proxy settings for Internet access, you might have to configure your View
Connection Server computers to use the proxy settings to ensure that certificate revocation checking can be
performed for security servers or View Connection Server instances that are used for secure client
connections. If a View Connection Server instance cannot access the Internet, certificate revocation checking
might fail, and the View Connection Server instance or paired security servers might show up as red on the
View Administrator dashboard. To resolve this issue, see "Troubleshooting Security Server Certificate
Revocation Checking" in the View Administration document.
Configure the PCoIP Secure Gateway to Use a New SSL Certificate
To comply with industry or jurisdiction security regulations, you can replace the default SSL certificate that
is generated by the PCoIP Secure Gateway (PSG) service with a certificate that is signed by a CA.
In View 5.2 or later releases, the PSG service creates a default, self-signed SSL certificate when the service
starts up. The PSG service presents the self-signed certificate to clients running Horizon Client 2.0 (or
Horizon Client 5.2 for Windows) or later releases that connect to the PSG.
The PSG also provides a default legacy SSL certificate that is presented to clients running older clients or
earlier releases that connect to the PSG.
The default certificates provide secure connections from client endpoints to the PSG and do not require
further configuration in View Administrator. However, configuring the PSG service to use a CA-signed
certificate is highly recommended, particularly for deployments that require you to use security scanners to
pass compliance testing.
Although it is not required, you are most likely to configure new CA-signed SSL certificates for your servers
before you replace the default PSG certificate with a CA-signed certificate. The procedures that follow
assume that you already imported a CA-signed certificate into the Windows certificate store for the server
on which the PSG is running.
Note If you are using a security scanner for compliance testing, you might want to start by setting the PSG
to use the same certificate as the server and scan the View port before the PSG port. You can resolve trust or
validation issues that occur during the scan of the View port to ensure that these issues do not invalidate
your test of the PSG port and certificate. Next, you can configure a unique certificate for the PSG and do
another scan.
Procedure
1
Verify That the Server Name Matches the PSG Certificate Subject Name on page 90
When a View Connection Server instance or security server is installed, the installer creates a registry
setting with a value that contains the FQDN of the computer. You must verify that this value matches
the server name part of the URL that security scanners use to reach the PSG port. The server name also
must match the subject name or a subject alternate name (SAN) of the SSL certificate that you intend to
use for the PSG.
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2
Configure a PSG Certificate in the Windows Certificate Store on page 90
To replace the default PSG certificate with a CA-signed certificate, you must configure the certificate
and its private key in the Windows local computer certificate store on the View Connection Server or
security server computer on which the PSG is running.
3
Set the PSG Certificate Friendly Name in the Windows Registry on page 92
The PSG identifies the SSL certificate to use by means of the server name and certificate Friendly
name. You must set the Friendly name value in the Windows registry on the View Connection Server
or security server computer on which the PSG is running.
4
(Optional) Force a CA-Signed Certificate to Be Used for Connections to the PSG on page 92
You can ensure that all client connections to the PSG use the CA-signed certificate for the PSG instead
of the default legacy certificate. This procedure is not required to configure a CA-signed certificate for
the PSG. Take these steps only if it makes sense to force the use of a CA-signed certificate in your View
deployment.
Verify That the Server Name Matches the PSG Certificate Subject Name
When a View Connection Server instance or security server is installed, the installer creates a registry setting
with a value that contains the FQDN of the computer. You must verify that this value matches the server
name part of the URL that security scanners use to reach the PSG port. The server name also must match the
subject name or a subject alternate name (SAN) of the SSL certificate that you intend to use for the PSG.
For example, if a scanner connects to the PSG with the URL https://view.customer.com:4172, the registry
setting must have the value view.customer.com. Note that the FQDN of the View Connection Server or
security server computer that is set during installation might not be the same as this external server name.
Procedure
1
Start the Windows Registry Editor on the View Connection Server or security server host where the
PCoIP Secure Gateway is running.
2
Navigate to the HKEY_LOCAL_MACHINE\SOFTWARE\Teradici\SecurityGateway\SSLCertPsgSni registry
setting.
3
Verify that the value of the SSLCertPsgSni setting matches the server name in the URL that scanners will
use to connect to the PSG and matches the subject name or a subject alternate name of the SSL certificate
that you intend to install for the PSG.
If the value does not match, replace it with the correct value.
4
Restart the VMware Horizon View PCoIP Secure Gateway service to make your changes take effect.
What to do next
Import the CA-signed certificate into the Windows local computer certificate store and configure the
certificate Firendly name.
Configure a PSG Certificate in the Windows Certificate Store
To replace the default PSG certificate with a CA-signed certificate, you must configure the certificate and its
private key in the Windows local computer certificate store on the View Connection Server or security server
computer on which the PSG is running.
If you intend the PSG to use a unique certificate, you must import the certificate into the Windows local
computer certificate store with an exportable private key and set the appropriate Friendly name.
If you intend the PSG to use the same certificate as the server, you do not have to follow this procedure.
However, in the Windows registry you must set the server name to match the server certificate subject name
and set the Friendly name to vdm.
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Prerequisites
n
Verify that the key length is at least 1024 bits.
n
Verify that the SSL certificate is valid. The current time on the server computer must be within the
certificate start and end dates.
n
Verify that the certificate subject name or a subject alternate name matches the SSLCertPsgSni setting in
the Windows registry. See “Verify That the Server Name Matches the PSG Certificate Subject Name,” on
page 90.
n
Verify that the Certificate snap-in was added to MMC. See “Add the Certificate Snap-In to MMC,” on
page 82.
n
Familiarize yourself with importing a certificate into the Windows certificate store. See “Import a
Signed Server Certificate into a Windows Certificate Store,” on page 82.
n
Familiarize yourself with modifying the certificate Friendly name. See “Modify the Certificate Friendly
Name,” on page 83.
Procedure
1
In the MMC window on the Windows Server host, open the Certificates (Local Computer) > Personal
folder.
2
Import the SSL certificate that is issued to the PSG by selecting More Actions > All Tasks > Import.
Select the following settings in the Certificate Import wizard:
a
Mark this key as exportable
b
Include all extendable properties
Complete the wizard to finish importing the certificate into the Personal folder
3
Verify that the new certificate contains a private key by taking one of these steps:
n
Verify that a yellow key appears on the certificate icon.
n
Double-click the certificate and verify that the following statement appears in the Certificate
Information dialog box: You have a private key that corresponds to this certificate..
4
Right-click the new certificate and click Properties.
5
On the General tab, delete the Friendly name text and type the Friendly name that you have chosen.
Make sure that you enter exactly the same name in the SSLCertWinCertFriendlyName setting in the
Windows registry, as described in the next procedure.
6
Click Apply and click OK.
The PSG presents the CA-signed certificate to client devices that connect to the server over PCoIP.
Note This procedure does not affect legacy client devices. The PSG continues to present the default legacy
certificate to legacy client devices that connect the this server over PCoIP.
What to do next
Configure the certificate Friendly name in the Windows registry.
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Set the PSG Certificate Friendly Name in the Windows Registry
The PSG identifies the SSL certificate to use by means of the server name and certificate Friendly name. You
must set the Friendly name value in the Windows registry on the View Connection Server or security server
computer on which the PSG is running.
The certificate Friendly name vdm is used by all View Connection Server instances and security servers. By
contrast, you can configure your own certificate Friendly name for the PSG certificate. You must configure a
Windows registry setting to enable the PSG to match the correct name with the Friendly name that you will
set in the Windows certificate store.
The PSG can use the same SSL certificate as the server on which the PSG is running. If you configure the
PSG to use the same certificate as the server, the Friendly name must be vdm.
The Friendly name value, in both the registry and the Windows certificate store, is case sensitive.
Prerequisites
n
Verify that the Window registry contains the correct subject name that is used to reach the PSG port and
that matches the PSG certificate subject name or subject alternate name. See “Verify That the Server
Name Matches the PSG Certificate Subject Name,” on page 90.
n
Verify that the certificate Friendly name is configured in the Windows local computer certificate store.
See “Configure a PSG Certificate in the Windows Certificate Store,” on page 90.
Procedure
1
Start the Windows Registry Editor on the View Connection Server or security server computer where
the PCoIP Secure Gateway is running.
2
Navigate to the HKEY_LOCAL_MACHINE\SOFTWARE\Teradici\SecurityGateway registry key.
3
Add a new String (REG_SZ) value, SSLCertWinCertFriendlyName, to this registry key.
4
Modify the SSLCertWinCertFriendlyName value and type the certificate Friendly name to be used by the
PSG.
For example: pcoip
If you use the same certificate as the server, the value must be vdm.
5
Restart the VMware Horizon View PCoIP Secure Gateway service to make your changes take effect.
What to do next
Verify that client devices continue to connect to the PSG.
If you are using a security scanner for compliance testing, scan the PSG port.
(Optional) Force a CA-Signed Certificate to Be Used for Connections to the PSG
You can ensure that all client connections to the PSG use the CA-signed certificate for the PSG instead of the
default legacy certificate. This procedure is not required to configure a CA-signed certificate for the PSG.
Take these steps only if it makes sense to force the use of a CA-signed certificate in your View deployment.
In some cases, the PSG might present the default legacy certificate instead of the CA-signed certificate to a
security scanner, invalidating the compliance test on the PSG port. To resolve this issue, you can configure
the PSG not to present the default legacy certificate to any device that attempts to connect.
Important Performing this procedure prevents all legacy clients from connecting to this server over PCoIP.
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Chapter 8 Configuring SSL Certificates for View Servers
Prerequisites
Verify that all client devices that connect to this server, including thin clients, run Horizon Client 5.2 for
Windows or Horizon Client 2.0 or later releases. You must upgrade the legacy clients.
Procedure
1
Start the Windows Registry Editor on the View Connection Server or security server computer where
the PCoIP Secure Gateway is running.
2
Navigate to the HKEY_LOCAL_MACHINE\SOFTWARE\Teradici\SecurityGateway registry key.
3
Add a new String (REG_SZ) value, SSLCertPresentLegacyCertificate, to this registry key.
4
Set the SSLCertPresentLegacyCertificate value to 0.
5
Restart the VMware Horizon View PCoIP Secure Gateway service to make your changes take effect.
Setting View Administrator to Trust a vCenter Server or View
Composer Certificate
In the View Administrator dashboard, you can configure View to trust a vCenter Server or View Composer
certificate that is untrusted.
VMware strongly recommends that you configure vCenter Server and View Composer to use SSL
certificates that are signed by a CA. Alternatively, you can accept the thumbprint of the default certificate for
vCenter Server or View Composer.
Similarly, VMware recommends that you configure SAML 2.0 authenticators to use SSL certificates that are
signed by a CA. Alternatively, in the View Administrator dashboard you can configure View to trust an
untrusted SAML 2.0 server certificate by accepting the thumbprint of the default certificate.
Benefits of Using SSL Certificates Signed by a CA
A CA is a trusted entity that guarantees the identity of the certificate and its creator. When a certificate is
signed by a trusted CA, users no longer receive messages asking them to verify the certificate, and thin
client devices can connect without requiring additional configuration.
You can request an SSL server certificate that is specific to a Web domain such as www.mycorp.com, or you can
request a wildcard SSL server certificate that can be used throughout a domain such as *.mycorp.com. To
simplify administration, you might choose to request a wildcard certificate if you need to install the
certificate on multiple servers or in different subdomains.
Typically, domain-specific certificates are used in secure installations, and CAs usually guarantee more
protection against losses for domain-specific certificates than for wildcard certificates. If you use a wildcard
certificate that is shared with other services, the security of the VMware Horizon product also depends on
the security of those other services. If you use a wildcard certificate, you must ensure that the private key is
transferrable between servers.
When you replace the default certificate with your own certificate, clients use your certificate to authenticate
the server. If your certificate is signed by a CA, the certificate for the CA itself is typically embedded in the
browser or is located in a trusted database that the client can access. After a client accepts the certificate, it
responds by sending a secret key, which is encrypted with the public key contained in the certificate. The
secret key is used to encrypt traffic between the client and the server.
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Troubleshooting Certificate Issues on View Connection Server and
Security Server
Certificate issues on a View server prevent you from connecting to View Administrator or cause a red health
indicator to be displayed for a server.
Problem
You cannot connect to View Administrator on the View Connection Server instance with the problem. When
you connect to View Administrator on another View Connection Server instance in the same pod, you see
that the dashboard health indicator is red for the problem View Connection Server instance.
From the other View Connection Server instance, clicking the red health indicator displays SSL
Certificate: Invalid and Status: (blank), indicating that a valid certificate could not be found. The View
log file contains a log entry of type ERROR with the following error text: No qualifying certificates in
keystore.
The View log data is located in C:\ProgramData\VMware\VDM\logs\log-*.txt on the View Connection Server
instance.
Cause
A certificate might not be installed successfully on a View server for any of the following reasons:
n
The certificate is not in the Personal folder in the Windows local computer certificate store.
n
The certificate store does not have a private key for the certificate.
n
The certificate does not have a friendly name of vdm.
n
The certificate was generated from a v3 certificate template, for a Windows Server 2008 or later server.
View cannot detect a private key, but if you use the Certificate snap-in to examine the Windows
certificate store, the store indicates that there is a private key.
Solution
n
Verify that the certificate is imported into the Personal folder in the Windows local computer certificate
store.
See “Import a Signed Server Certificate into a Windows Certificate Store,” on page 82.
n
Verify that the certificate contains a private key.
See “Import a Signed Server Certificate into a Windows Certificate Store,” on page 82.
n
Verify that the certificate has a friendly name of vdm.
See “Modify the Certificate Friendly Name,” on page 83.
n
If the certificate was generated from a v3 certificate template, obtain a valid, signed certificate from a
CA that does not use a v3 template.
See “Obtaining a Signed SSL Certificate from a CA,” on page 80.
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Configuring View for the First Time
9
After you install the View server software and configure SSL certificates for the servers, you must take a few
additional steps to set up a working View environment.
You configure user accounts for vCenter Server and View Composer, install a View license key, add vCenter
Server and View Composer to your View environment, configure the PCoIP Secure Gateway and secure
tunnel, and, optionally, size Windows Server settings to support your View environment.
This chapter includes the following topics:
n
“Configuring User Accounts for vCenter Server and View Composer,” on page 95
n
“Configuring View Connection Server for the First Time,” on page 98
n
“Configuring Horizon Client Connections,” on page 109
n
“Replacing Default Ports for View Services,” on page 115
n
“Sizing Windows Server Settings to Support Your Deployment,” on page 120
Configuring User Accounts for vCenter Server and View Composer
To use vCenter Server with View, you must configure a user account with appropriate vCenter Server
privileges. You can create a vCenter Server role with the appropriate privileges and assign that role to the
vCenter Server user account.
If you install View Composer on a different machine than vCenter Server, you also must create a user
account in Active Directory that View can use to authenticate to the View Composer service on the
standalone machine.
If you use View Composer, you must create a third user account in Active Directory that allows View
Composer to perform certain operations in Active Directory. View Composer requires this account to join
linked-clone virtual machines to your Active Directory domain. See “Create a User Account for View
Composer AD Operations,” on page 30.
To summarize, when you configure View for the first time, you provide these user accounts in View
Administrator:
n
The vCenter Server user allows View and View Composer to perform operations in vCenter Server.
n
The standalone View Composer Server user allows View to authenticate to the View Composer service
on a standalone machine.
If you install View Composer on the same machine as vCenter Server, the vCenter Server user performs
both of the preceding functions, and you do not use a standalone View Composer Server user.
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The View Composer user for AD operations allows View Composer to perform certain operations in
Active Directory.
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Where to Use the vCenter Server User and View Composer Users
After you create and configure these user accounts, you specify the user names in View Administrator.
n
You specify a vCenter Server user when you add vCenter Server to View.
n
You specify a standalone View Composer Server user when you configure View Composer settings and
select Standalone View Composer Server.
n
You specify a View Composer user for AD operations when you configure View Composer domains.
n
You specify the View Composer user for AD operations when you create linked-clone pools.
Configure a vCenter Server User for View and View Composer
To configure a user account that allows View to perform operations in vCenter Server, you must assign a
vCenter Server role with appropriate privileges to that user.
The list of privileges that you must add to the vCenter Server role varies, depending on whether you use
View with or without View Composer. The View Composer service performs operations in vCenter Server
that require privileges in addition to the base privileges.
If you install View Composer on the same machine as vCenter Server, you must make the vCenter Server
user a local system administrator on the vCenter Server machine. This requirement allows View to
authenticate to the View Composer service.
If you install View Composer on a different machine than vCenter Server, you do not have to make the
vCenter Server user a local administrator on the vCenter Server machine. However, you do have to create a
standalone View Composer Server user account that must be a local administrator on the View Composer
machine.
Prerequisites
n
In Active Directory, create a user in the View Connection Server domain or a trusted domain. See
“Creating a User Account for vCenter Server,” on page 29.
n
Familiarize yourself with the vCenter Server privileges that are required for the user account. See
“Privileges Required for the vCenter Server User,” on page 97.
n
If you use View Composer, familiarize yourself with the additional required privileges. See “View
Composer Privileges Required for the vCenter Server User,” on page 98.
Procedure
1
In vCenter Server, prepare a role with the required privileges for the user.
n
You can use the predefined Administrator role in vCenter Server. This role can perform all
operations in vCenter Server.
n
If you use View Composer, you can create a limited role with the minimum privileges needed by
View Connection Server and View Composer to perform vCenter Server operations.
In vSphere Client, click Home > Roles > Add Role, enter a role name such as
View Composer Administrator, and select privileges for the role.
This role must have all the privileges that both View Connection Server and View Composer need
to operate in vCenter Server.
n
If you use View without View Composer, you can create an even more limited role with the
minimum privileges needed by View Connection Server to perform vCenter Server operations.
In vSphere Client, click Home > Roles > Add Role, enter a role name such as
View Manager Administrator, and select privileges for the role.
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2
In vSphere Client, right-click the vCenter Server at the top level of the inventory, click Add Permission,
and add the vCenter Server user.
Note You must define the vCenter Server user at the vCenter Server level.
3
From the drop-down menu, select the Administrator role, or the View Composer or View Manager role
that you created, and assign it to the vCenter Server user.
4
If you install View Composer on the same machine as vCenter Server, add the vCenter Server user
account as a member of the local system Administrators group on the vCenter Server machine.
This step is not required if you install View Composer on a different machine than vCenter Server.
What to do next
In View Administrator, when you add vCenter Server to View, specify the vCenter Server user. See “Add
vCenter Server Instances to View,” on page 100.
Privileges Required for the vCenter Server User
The vCenter Server user must have sufficient vCenter Server privileges to enable View to perform
operations in vCenter Server. Create a View Manager role for the vCenter Server user with the required
privileges.
Table 9‑1. Privileges Required for the View Manager Role
Privilege Group
Privileges to Enable
Folder
Create Folder
Delete Folder
Datastore
Allocate space
Virtual Machine
In Configuration:
Add or remove device
n Advanced
n Modify device settings
In Interaction:
n Power Off
n Power On
n Reset
n Suspend
In Inventory:
n Create new
n Create from existing
n Remove
In Provisioning:
n Customize
n Deploy template
n Read customization specifications
n
Resource
Assign virtual machine to resource pool
Global
Act as vCenter Server
The following Host privilege is required to implement
View Storage Accelerator, which enables ESXi host caching.
If you do not use View Storage Accelerator, the vCenter
Server user does not need this privilege.
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Table 9‑1. Privileges Required for the View Manager Role (Continued)
Privilege Group
Host
Privileges to Enable
In Configuration:
Advanced settings
n
Profile Driven Storage (If you are using Virtual SAN
datastores or Virtual Volumes)
(all)
View Composer Privileges Required for the vCenter Server User
To support View Composer, the vCenter Server user must have privileges in addition to those required to
support View. Create a View Composer role for the vCenter Server user with the View Manager privileges
and these additional privileges.
Table 9‑2. View Composer Privileges
Privilege Group
Privileges to Enable
Datastore
Allocate space
Browse datastore
Low level file operations
Virtual machine
Inventory (all)
Configuration (all)
Snapshot management (all)
In Provisioning:
n Clone virtual machine
n Allow disk access
Resource
Assign virtual machine to resource pool
The following privilege is required to perform View
Composer rebalance operations.
Migrate powered off virtual machine
Global
Enable methods
Disable methods
System tag
The following privilege is required to implement View
Storage Accelerator, which enables ESXi host caching. If
you do not use View Storage Accelerator, the vCenter
Server user does not need this privilege.
Act as vCenter Server
Network
(all)
Profile Driven Storage
(all--If you are using Virtual SAN datastores or Virtual
Volumes)
Configuring View Connection Server for the First Time
After you install View Connection Server, you must install a product license, add vCenter Servers and View
Composer services to View. You can also allow ESXi hosts to reclaim disk space on linked-clone virtual
machines and configure ESXi hosts to cache virtual machine disk data.
If you install security servers, they are added to View and appear in View Administrator automatically.
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View Administrator and View Connection Server
View Administrator provides a management interface for View.
Depending on your View deployment, you use one or more View Administrator interfaces.
n
Use one View Administrator interface to manage the View components that are associated with a
single, standalone View Connection Server instance or a group of replicated View Connection Server
instances.
You can use the host name or IP address of any replicated instance to log in to View Administrator.
n
You must use a separate View Administrator interface to manage the View components for each single,
standalone View Connection Server instance and each group of replicated View Connection Server
instances.
You also use View Administrator to manage security servers associated with View Connection Server. Each
security server is associated with one View Connection Server instance.
Note If you use Access Point appliances rather than security servers, you must use the Access Point REST
API to manage the Access Point appliances. For more information, see Deploying and Configuring Access
Point.
Log In to View Administrator
To perform initial configuration tasks, you must log in to View Administrator.
Prerequisites
Verify that you are using a Web browser supported by View Administrator. See “View Administrator
Requirements,” on page 9.
Procedure
1
Open your Web browser and enter the following URL, where server is the host name of the View
Connection Server instance.
https://server/admin
Note You can use the IP address if you have to access a View Connection Server instance when the
host name is not resolvable. However, the host that you contact will not match the SSL certificate that is
configured for the View Connection Server instance, resulting in blocked access or access with reduced
security.
Your access to View Administrator depends on the type of certificate that is configured on the View
Connection Server computer.
If you open your Web browser on the View Connection Server host, use https://127.0.0.1 to connect,
not https://localhost. This method improves security by avoiding potential DNS attacks on the
localhost resolution.
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Option
Description
You configured a certificate signed
by a CA for View Connection
Server.
When you first connect, your Web browser displays View Administrator.
The default, self-signed certificate
supplied with View Connection
Server is configured.
When you first connect, your Web browser might display a page warning
that the security certificate associated with the address is not issued by a
trusted certificate authority.
Click Ignore to continue using the current SSL certificate.
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2
Log in as a user with credentials to access the View Administrators account.
You specify the View Administrators account when you install a standalone View Connection Server
instance or the first View Connection Server instance in a replicated group. The View Administrators
account can be the local Administrators group (BUILTIN\Administrators) on the View Connection
Server computer or a domain user or group account.
After you log in to View Administrator, you can use View Configuration > Administrators to change the list
of users and groups that have the View Administrators role.
Install the Product License Key
Before you can use View Connection Server, you must enter a product license key.
The first time you log in, View Administrator displays the Product Licensing and Usage page.
After you install the license key, View Administrator displays the dashboard page when you log in.
You do not have to configure a license key when you install a replicated View Connection Server instance or
a security server. Replicated instances and security servers use the common license key stored in the View
LDAP configuration.
Note View Connection Server requires a valid license key. Starting with the release of View 4.0, the
product license key is a 25-character key.
Procedure
1
In View Administrator, select View Configuration > Product Licensing and Usage.
2
In the Licensing panel, click Edit License.
3
Enter the license serial number and click OK.
4
Verify the license expiration date.
5
Verify that the Desktop, Application Remoting, and View Composer licenses are enabled or disabled,
based on the edition of VMware Horizon that your product license entitles you to use.
Not all features and capabilities of VMware Horizon 6 are available in all editions. For a comparison of
feature sets in each edition, see
http://www.vmware.com/files/pdf/products/horizon-view/VMware-Horizon-View-Pricing-LicensingFAQ.pdf.
Add vCenter Server Instances to View
You must configure View to connect to the vCenter Server instances in your View deployment. vCenter
Server creates and manages the virtual machines that View uses in desktop pools.
If you run vCenter Server instances in a Linked Mode group, you must add each vCenter Server instance to
View separately.
View connects to the vCenter Server instance using a secure channel (SSL).
Prerequisites
n
Install the View Connection Server product license key.
n
Prepare a vCenter Server user with permission to perform the operations in vCenter Server that are
necessary to support View. To use View Composer, you must give the user additional privileges.
See “Configure a vCenter Server User for View and View Composer,” on page 96.
n
100
Verify that a TLS/SSL server certificate is installed on the vCenter Server host. In a production
environment, install a valid certificate that is signed by a trusted Certificate Authority (CA).
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In a testing environment, you can use the default certificate that is installed with vCenter Server, but
you must accept the certificate thumbprint when you add vCenter Server to View.
n
Verify that all View Connection Server instances in the replicated group trust the root CA certificate for
the server certificate that is installed on the vCenter Server host. Check if the root CA certificate is in the
Trusted Root Certification Authorities > Certificates folder in the Windows local computer certificate
stores on the View Connection Server hosts. If it is not, import the root CA certificate into the Windows
local computer certificate stores.
See “Import a Root Certificate and Intermediate Certificates into a Windows Certificate Store,” on
page 84.
n
Verify that the vCenter Server instance contains ESXi hosts. If no hosts are configured in the vCenter
Server instance, you cannot add the instance to View.
n
If you upgrade to vSphere 5.5 or a later release, verify that the domain administrator account that you
use as the vCenter Server user was explicitly assigned permissions to log in to vCenter Server by a
vCenter Server local user.
n
If you plan to use View in FIPS mode, verify that you have vCenter Server 6.0 or later and ESXi 6.0 or
later hosts.
For more information, see Chapter 4, “Installing View in FIPS Mode,” on page 25.
n
Familiarize yourself with the settings that determine the maximum operations limits for vCenter Server
and View Composer. See “Concurrent Operations Limits for vCenter Server and View Composer,” on
page 107 and “Setting a Concurrent Power Operations Rate to Support Remote Desktop Logon Storms,”
on page 107.
Procedure
1
In View Administrator, select View Configuration > Servers.
2
On the vCenter Servers tab, click Add.
3
In the vCenter Server Settings Server address text box, type the fully qualified domain name (FQDN) of
the vCenter Server instance.
The FQDN includes the host name and domain name. For example, in the FQDN
myserverhost.companydomain.com, myserverhost is the host name and companydomain.com is the domain.
Note If you enter a server by using a DNS name or URL, View does not perform a DNS lookup to
verify whether an administrator previously added this server to View by using its IP address. A conflict
arises if you add a vCenter Server with both its DNS name and its IP address.
4
Type the name of the vCenter Server user.
For example: domain\user or [email protected]
5
Type the vCenter Server user password.
6
(Optional) Type a description for this vCenter Server instance.
7
Type the TCP port number.
The default port is 443.
8
Under Advanced Settings, set the concurrent operations limits for vCenter Server and View Composer
operations.
9
Click Next to display the View Composer Settings page.
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What to do next
Configure View Composer settings.
n
If the vCenter Server instance is configured with a signed SSL certificate, and View Connection Server
trusts the root certificate, the Add vCenter Server wizard displays the View Composer Settings page.
n
If the vCenter Server instance is configured with a default certificate, you must first determine whether
to accept the thumbprint of the existing certificate. See “Accept the Thumbprint of a Default SSL
Certificate,” on page 108.
If View uses multiple vCenter Server instances, repeat this procedure to add the other vCenter Server
instances.
Configure View Composer Settings
To use View Composer, you must configure settings that allow View Connection Server to connect to the
View Composer service. View Composer can be installed on its own standalone machine or on the same
machine as vCenter Server.
VMware recommends having a one-to-one mapping between each View Composer service and vCenter
Server instance.
Prerequisites
n
Verify that you configured View Connection Server to connect to vCenter Server. To do so, you must
complete the vCenter Server Information page in the Add vCenter Server wizard. See “Add vCenter
Server Instances to View,” on page 100.
n
Verify that this View Composer service is not already configured to connect to a different vCenter
Server instance.
n
If you installed View Composer on a standalone machine, verify that you created a standalone View
Composer Server user account. This domain user account must be a member of the local Administrators
group on the View Composer machine.
Procedure
1
2
In View Administrator, complete the vCenter Server Information page in the Add vCenter Server
wizard.
a
Click View Configuration > Servers.
b
In the vCenter Servers tab, click Add and provide the vCenter Server settings.
On the View Composer Settings page, if you are not using View Composer, select Do not use View
Composer.
If you select Do not use View Composer, the other View Composer settings become inactive. When you
click Next, the Add vCenter Server wizard displays the Storage Settings page. The View Composer
Domains page is not displayed.
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3
If you are using View Composer, select the location of the View Composer machine.
Option
Description
View Composer is installed on the
same machine as vCenter Server.
a
b
Select View Composer co-installed with the vCenter Server.
Make sure that the port number is the same as the port that you
specified when you installed the View Composer service on vCenter
Server. The default port number is 18443.
View Composer is installed on its
own separate machine.
a
b
Select Standalone View Composer Server.
In the View Composer server address text box, type the fully qualified
domain name (FQDN) of the View Composer machine.
Type the name of a domain user account that can authenticate to the
View Composer service.
c
The account must be a member of the local Administrators group on
the standalone View Composer machine.
d
e
4
For example: domain.com\user or [email protected]
Type the password of this domain user account.
Make sure that the port number is the same as the port that you
specified when you installed the View Composer service. The default
port number is 18443.
Click Next to display the View Composer Domains page.
What to do next
Configure View Composer domains.
n
If the View Composer instance is configured with a signed SSL certificate, and View Connection Server
trusts the root certificate, the Add vCenter Server wizard displays the View Composer Domains page.
n
If the View Composer instance is configured with a default certificate, you must first determine whether
to accept the thumbprint of the existing certificate. See “Accept the Thumbprint of a Default SSL
Certificate,” on page 108.
Configure View Composer Domains
You must configure an Active Directory domain in which View Composer deploys linked-clone desktops.
You can configure multiple domains for View Composer. After you first add vCenter Server and View
Composer settings to View, you can add more View Composer domains by editing the vCenter Server
instance in View Administrator.
Prerequisites
n
Your Active Directory administrator must create a View Composer user for AD operations. This
domain user must have permission to add and remove virtual machines from the Active Directory
domain that contains your linked clones. For information about the required permissions for this user,
see “Create a User Account for View Composer AD Operations,” on page 30.
n
In View Administrator, verify that you completed the vCenter Server Information and View Composer
Settings pages in the Add vCenter Server wizard.
Procedure
1
On the View Composer Domains page, click Add to add the View Composer user for AD operations
account information.
2
Type the domain name of the Active Directory domain.
For example: domain.com
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3
Type the domain user name, including the domain name, of the View Composer user.
For example: domain.com\admin
4
Type the account password.
5
Click OK.
6
To add domain user accounts with privileges in other Active Directory domains in which you deploy
linked-clone pools, repeat the preceding steps.
7
Click Next to display the Storage Settings page.
What to do next
Enable virtual machine disk space reclamation and configure View Storage Accelerator for View.
Allow vSphere to Reclaim Disk Space in Linked-Clone Virtual Machines
In vSphere 5.1 and later, you can enable the disk space reclamation feature for View. Starting in vSphere 5.1,
View creates linked-clone virtual machines in an efficient disk format that allows ESXi hosts to reclaim
unused disk space in the linked clones, reducing the total storage space required for linked clones.
As users interact with linked-clone desktops, the clones' OS disks grow and can eventually use almost as
much disk space as full-clone desktops. Disk space reclamation reduces the size of the OS disks without
requiring you to refresh or recompose the linked clones. Space can be reclaimed while the virtual machines
are powered on and users are interacting with their remote desktops.
Disk space reclamation is especially useful for deployments that cannot take advantage of storage-saving
strategies such as refresh on logoff. For example, knowledge workers who install user applications on
dedicated remote desktops might lose their personal applications if the remote desktops were refreshed or
recomposed. With disk space reclamation, View can maintain linked clones at close to the reduced size they
start out with when they are first provisioned.
This feature has two components: space-efficient disk format and space reclamation operations.
In a vSphere 5.1 or later environment, when a parent virtual machine is virtual hardware version 9 or later,
View creates linked clones with space-efficient OS disks, whether or not space reclamation operations are
enabled.
To enable space reclamation operations, you must use View Administrator to enable space reclamation for
vCenter Server and reclaim VM disk space for individual desktop pools. The space reclamation setting for
vCenter Server gives you the option to disable this feature on all desktop pools that are managed by the
vCenter Server instance. Disabling the feature for vCenter Server overrides the setting at the desktop pool
level.
The following guidelines apply to the space reclamation feature:
n
It operates only on space-efficient OS disks in linked clones.
n
It does not affect View Composer persistent disks.
n
It works only with vSphere 5.1 or later and only on virtual machines that are virtual hardware version 9
or later.
n
It does not operate on full-clone desktops.
n
It operates on virtual machines with SCSI controllers. IDE controllers are not supported.
View Composer Array Integration (VCAI) is not supported in pools that contain virtual machines with
space-efficient disks. VCAI uses vStorage APIs for Array Integration (VAAI) native NFS snapshot
technology to clone virtual machines.
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Prerequisites
n
Verify that your vCenter Server and ESXi hosts, including all ESXi hosts in a cluster, are version 5.1 with
ESXi 5.1 download patch ESXi510-201212001 or later.
Procedure
1
2
In View Administrator, complete the Add vCenter Server wizard pages that precede the Storage
Settings page.
a
Select View Configuration > Servers.
b
On the vCenter Servers tab, click Add.
c
Complete the vCenter Server Information, View Composer Settings, and View Composer Domains
pages.
On the Storage Settings page, make sure that Enable space reclamation is selected.
Space reclamation is selected by default if you are performing a fresh installation of View 5.2 or later.
You must select Enable space reclamation if you are upgrading to View 5.2 or later from View 5.1 or an
earlier release.
What to do next
On the Storage Settings page, configure View Storage Accelerator.
To finish configuring disk space reclamation in View, set up space reclamation for desktop pools.
Configure View Storage Accelerator for vCenter Server
In vSphere 5.0 and later, you can configure ESXi hosts to cache virtual machine disk data. This feature,
called View Storage Accelerator, uses the Content Based Read Cache (CBRC) feature in ESXi hosts. View
Storage Accelerator improves View performance during I/O storms, which can take place when many
virtual machines start up or run anti-virus scans at once. The feature is also beneficial when administrators
or users load applications or data frequently. Instead of reading the entire OS or application from the storage
system over and over, a host can read common data blocks from cache.
By reducing the number of IOPS during boot storms, View Storage Accelerator lowers the demand on the
storage array, which lets you use less storage I/O bandwidth to support your View deployment.
You enable caching on your ESXi hosts by selecting the View Storage Accelerator setting in the vCenter
Server wizard in View Administrator, as described in this procedure.
Make sure that View Storage Accelerator is also configured for individual desktop pools. To operate on a
desktop pool, View Storage Accelerator must be enabled for vCenter Server and for the individual desktop
pool.
View Storage Accelerator is enabled for desktop pools by default. The feature can be disabled or enabled
when you create or edit a pool. The best approach is to enable this feature when you first create a desktop
pool. If you enable the feature by editing an existing pool, you must ensure that a new replica and its digest
disks are created before linked clones are provisioned. You can create a new replica by recomposing the pool
to a new snapshot or rebalancing the pool to a new datastore. Digest files can only be configured for the
virtual machines in a desktop pool when they are powered off.
You can enable View Storage Accelerator on desktop pools that contain linked clones and pools that contain
full virtual machines.
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View Storage Accelerator is now qualified to work in configurations that use View replica tiering, in which
replicas are stored on a separate datastore than linked clones. Although the performance benefits of using
View Storage Accelerator with View replica tiering are not materially significant, certain capacity-related
benefits might be realized by storing the replicas on a separate datastore. Hence, this combination is tested
and supported.
Important If you plan to use this feature and you are using multiple View pods that share some ESXi
hosts, you must enable the View Storage Accelerator feature for all pools that are on the shared ESXi hosts.
Having inconsistent settings in multiple pods can cause instability of the virtual machines on the shared
ESXi hosts.
Prerequisites
n
Verify that your vCenter Server and ESXi hosts are version 5.0 or later.
In an ESXi cluster, verify that all the hosts are version 5.0 or later.
n
Verify that the vCenter Server user was assigned the Host > Configuration > Advanced settings
privilege in vCenter Server.
See “Configuring User Accounts for vCenter Server and View Composer,” on page 95.
Procedure
1
2
In View Administrator, complete the Add vCenter Server wizard pages that precede the Storage
Settings page.
a
Select View Configuration > Servers.
b
On the vCenter Servers tab, click Add.
c
Complete the vCenter Server Information, View Composer Settings, and View Composer Domains
pages.
On the Storage Settings page, make sure that the Enable View Storage Accelerator check box is
selected.
This check box is selected by default.
3
Specify a default host cache size.
The default cache size applies to all ESXi hosts that are managed by this vCenter Server instance.
The default value is 1,024MB. The cache size must be between 100MB and 2,048MB.
4
To specify a different cache size for an individual ESXi host, select an ESXi host and click Edit cache
size.
a
In the Host cache dialog box, check Override default host cache size.
b
Type a Host cache size value between 100MB and 2,048MB and click OK.
5
On the Storage Settings page, click Next.
6
Click Finish to add vCenter Server, View Composer, and Storage Settings to View.
What to do next
To configure the PCoIP Secure Gateway, secure tunnel, and external URLs for client connections, see
“Configuring Horizon Client Connections,” on page 109.
To complete View Storage Accelerator settings in View, configure View Storage Accelerator for desktop
pools. See "Configure View Storage Accelerator for Desktop Pools" in the Setting Up Desktop and Application
Pools in View document.
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Concurrent Operations Limits for vCenter Server and View Composer
When you add vCenter Server to View or edit the vCenter Server settings, you can configure several options
that set the maximum number of concurrent operations that are performed by vCenter Server and View
Composer.
You configure these options in the Advanced Settings panel on the vCenter Server Information page.
Table 9‑3. Concurrent Operations Limits for vCenter Server and View Composer
Setting
Description
Max concurrent vCenter
provisioning operations
Determines the maximum number of concurrent requests that View Connection
Server can make to provision and delete full virtual machines in this vCenter Server
instance.
The default value is 20.
This setting applies to full virtual machines only.
Max concurrent power
operations
Determines the maximum number of concurrent power operations (startup,
shutdown, suspend, and so on) that can take place on virtual machines managed by
View Connection Server in this vCenter Server instance.
The default value is 50.
For guidelines for calculating a value for this setting, see “Setting a Concurrent Power
Operations Rate to Support Remote Desktop Logon Storms,” on page 107.
This setting applies to full virtual machines and linked clones.
Max concurrent View Composer
maintenance operations
Determines the maximum number of concurrent View Composer refresh, recompose,
and rebalance operations that can take place on linked clones managed by this View
Composer instance.
The default value is 12.
Remote desktops that have active sessions must be logged off before a maintenance
operation can begin. If you force users to log off as soon as a maintenance operation
begins, the maximum number of concurrent operations on remote desktops that
require logoffs is half the configured value. For example, if you configure this setting
as 24 and force users to log off, the maximum number of concurrent operations on
remote desktops that require logoffs is 12.
This setting applies to linked clones only.
Max concurrent View Composer
provisioning operations
Determines the maximum number of concurrent creation and deletion operations that
can take place on linked clones managed by this View Composer instance.
The default value is 8.
This setting applies to linked clones only.
Setting a Concurrent Power Operations Rate to Support Remote Desktop
Logon Storms
The Max concurrent power operations setting governs the maximum number of concurrent power
operations that can occur on remote desktop virtual machines in a vCenter Server instance. This limit is set
to 50 by default. You can change this value to support peak power-on rates when many users log on to their
desktops at the same time.
As a best practice, you can conduct a pilot phase to determine the correct value for this setting. For planning
guidelines, see "Architecture Design Elements and Planning Guidelines" in the View Architecture Planning
document.
The required number of concurrent power operations is based on the peak rate at which desktops are
powered on and the amount of time it takes for the desktop to power on, boot, and become available for
connection. In general, the recommended power operations limit is the total time it takes for the desktop to
start multiplied by the peak power-on rate.
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For example, the average desktop takes two to three minutes to start. Therefore, the concurrent power
operations limit should be 3 times the peak power-on rate. The default setting of 50 is expected to support a
peak power-on rate of 16 desktops per minute.
The system waits a maximum of five minutes for a desktop to start. If the start time takes longer, other errors
are likely to occur. To be conservative, you can set a concurrent power operations limit of 5 times the peak
power-on rate. With a conservative approach, the default setting of 50 supports a peak power-on rate of 10
desktops per minute.
Logons, and therefore desktop power on operations, typically occur in a normally distributed manner over a
certain time window. You can approximate the peak power-on rate by assuming that it occurs in the middle
of the time window, during which about 40% of the power-on operations occur in 1/6th of the time window.
For example, if users log on between 8:00 AM and 9:00 AM, the time window is one hour, and 40% of the
logons occur in the 10 minutes between 8:25 AM and 8:35 AM. If there are 2,000 users, 20% of whom have
their desktops powered off, then 40% of the 400 desktop power-on operations occur in those 10 minutes. The
peak power-on rate is 16 desktops per minute.
Accept the Thumbprint of a Default SSL Certificate
When you add vCenter Server and View Composer instances to View, you must ensure that the SSL
certificates that are used for the vCenter Server and View Composer instances are valid and trusted by View
Connection Server. If the default certificates that are installed with vCenter Server and View Composer are
still in place, you must determine whether to accept these certificates' thumbprints.
If a vCenter Server or View Composer instance is configured with a certificate that is signed by a CA, and
the root certificate is trusted by View Connection Server, you do not have to accept the certificate
thumbprint. No action is required.
If you replace a default certificate with a certificate that is signed by a CA, but View Connection Server does
not trust the root certificate, you must determine whether to accept the certificate thumbprint. A thumbprint
is a cryptographic hash of a certificate. The thumbprint is used to quickly determine if a presented certificate
is the same as another certificate, such as the certificate that was accepted previously.
Note If you install vCenter Server and View Composer on the same Windows Server host, they can use the
same SSL certificate, but you must configure the certificate separately for each component.
For details about configuring SSL certificates, see Chapter 8, “Configuring SSL Certificates for View
Servers,” on page 77.
You first add vCenter Server and View Composer in View Administrator by using the Add vCenter Server
wizard. If a certificate is untrusted and you do not accept the thumbprint, you cannot add vCenter Server
and View Composer.
After these servers are added, you can reconfigure them in the Edit vCenter Server dialog box.
Note You also must accept a certificate thumbprint when you upgrade from an earlier release and a
vCenter Server or View Composer certificate is untrusted, or if you replace a trusted certificate with an
untrusted certificate.
On the View Administrator dashboard, the vCenter Server or View Composer icon turns red and an Invalid
Certificate Detected dialog box appears. You must click Verify and follow the procedure shown here.
Similarly, in View Administrator you can configure a SAML authenticator for use by a View Connection
Server instance. If the SAML server certificate is not trusted by View Connection Server, you must determine
whether to accept the certificate thumbprint. If you do not accept the thumbprint, you cannot configure the
SAML authenticator in View. After a SAML authenticator is configured, you can reconfigure it in the Edit
View Connection Server dialog box.
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Procedure
1
When View Administrator displays an Invalid Certificate Detected dialog box, click View Certificate.
2
Examine the certificate thumbprint in the Certificate Information window.
3
Examine the certificate thumbprint that was configured for the vCenter Server or View Composer
instance.
a
On the vCenter Server or View Composer host, start the MMC snap-in and open the Windows
Certificate Store.
b
Navigate to the vCenter Server or View Composer certificate.
c
Click the Certificate Details tab to display the certificate thumbprint.
Similarly, examine the certificate thumbprint for a SAML authenticator. If appropriate, take the
preceding steps on the SAML authenticator host.
4
Verify that the thumbprint in the Certificate Information window matches the thumbprint for the
vCenter Server or View Composer instance.
Similarly, verify that the thumbprints match for a SAML authenticator.
5
Determine whether to accept the certificate thumbprint.
Option
Description
The thumbprints match.
Click Accept to use the default certificate.
The thumbprints do not match.
Click Reject.
Troubleshoot the mismatched certificates. For example, you might have
provided an incorrect IP address for vCenter Server or View Composer.
Configuring Horizon Client Connections
Client endpoints communicate with a View Connection Server or security server host over secure
connections.
The initial client connection, which is used for user authentication and remote desktop and application
selection, is created over HTTPS when a user provides a domain name to Horizon Client. If firewall and
load balancing software are configured correctly in your network environment, this request reaches the
View Connection Server or security server host. With this connection, users are authenticated and a desktop
or application is selected, but users have not yet connected to the remote desktop or application.
When users connect to remote desktops and applications, by default the client makes a second connection to
the View Connection Server or security server host. This connection is called the tunnel connection because
it provides a secure tunnel for carrying RDP and other data over HTTPS.
When users connect to remote desktops and applications with the PCoIP display protocol, the client can
make a further connection to the PCoIP Secure Gateway on the View Connection Server or security server
host. The PCoIP Secure Gateway ensures that only authenticated users can communicate with remote
desktops and applications over PCoIP.
You can also provide secure connections to external users who use HTML Access to connect to remote
desktops. The Blast Secure Gateway ensures that only authenticated users can communicate with remote
desktops. With HTML Access, Horizon Client software does not have to be installed on the users' endpoint
devices.
Depending on the type of client device being used, additional channels are established to carry other traffic
such as USB redirection data to the client device. These data channels route traffic through the secure tunnel
if it is enabled.
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When the secure tunnel and secure gateways are disabled, desktop and application sessions are established
directly between the client device and the remote machine, bypassing the View Connection Server or
security server host. This type of connection is called a direct connection.
Desktop and application sessions that use direct connections remain connected even if View Connection
Server is no longer running.
Typically, to provide secure connections for external clients that connect to a security server or View
Connection Server host over a WAN, you enable the secure tunnel, the PCoIP Secure Gateway, and, if your
users connect using HTML Access, the Blast Secure Gateway. You can disable the secure tunnel and the
secure gateways to allow internal, LAN-connected clients to establish direct connections to remote desktops
and applications.
If you enable only the secure tunnel or only one secure gateway, a session might use a direct connection for
some traffic but send other traffic through the View Connection Server or security server host, depending on
the type of client being used.
SSL is required for all client connections to View Connection Server and security server hosts.
Configure the PCoIP Secure Gateway and Secure Tunnel Connections
You use View Administrator to configure the use of the secure tunnel and PCoIP Secure Gateway. These
components ensure that only authenticated users can communicate with remote desktops and applications.
Clients that use the PCoIP display protocol can use the PCoIP Secure Gateway. Clients that use the RDP
display protocol can use the secure tunnel.
For information about configuring the Blast Secure Gateway, see “Configure Secure HTML Access,” on
page 111.
Important A typical network configuration that provides secure connections for external clients includes a
security server. To enable or disable the secure tunnel and PCoIP Secure Gateway on a security server, you
must edit the View Connection Server instance that is paired with the security server.
In a network configuration in which external clients connect directly to a View Connection Server host, you
enable or disable the secure tunnel and PCoIP Secure Gateway by editing that View Connection Server
instance in View Administrator.
Prerequisites
n
If you intend to enable the PCoIP Secure Gateway, verify that the View Connection Server instance and
paired security server are View 4.6 or later.
n
If you pair a security server to a View Connection Server instance on which you already enabled the
PCoIP Secure Gateway, verify that the security server is View 4.6 or later.
Procedure
1
In View Administrator, select View Configuration > Servers.
2
In the View Connection Servers panel, select a View Connection Server instance and click Edit.
3
Configure use of the secure tunnel.
Option
Description
Disable the secure tunnel
Deselect Use secure tunnel connection to machine.
Enable the secure tunnel
Select Use secure tunnel connection to machine.
The secure tunnel is enabled by default.
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4
Configure use of the PCoIP Secure Gateway.
Option
Description
Enable the PCoIP Secure Gateway
Select Use PCoIP Secure Gateway for PCoIP connections to machine.
Disable the PCoIP secure Gateway
Deselect Use PCoIP Secure Gateway for PCoIP connections to machine.
The PCoIP Secure Gateway is disabled by default.
5
Click OK to save your changes.
Configure Secure HTML Access
In View Administrator, you can configure the use of the Blast Secure Gateway to provide secure HTML
access to remote desktops.
The Blast Secure Gateway ensures that only authenticated users can communicate with remote desktops by
using HTML Access. Horizon Client does not have to be installed on users' endpoint devices.
Note With Horizon 6 version 6.2 and later releases, you can use Access Point appliances, rather than
security servers, for secure external access to Horizon 6 servers and desktops. If you use Access Point
appliances, you must disable the secure gateways on View Connection Server instances and enable these
gateways on the Access Point appliances. For more information, see Deploying and Configuring Access Point.
When the Blast Secure Gateway is not enabled, client Web browsers use HTML Access to establish direct
connections to remote desktop virtual machines, bypassing the Blast Secure Gateway.
Important A typical network configuration that provides secure connections for external users includes a
security server. To enable or disable the Blast Secure Gateway on a security server, you must edit the View
Connection Server instance that is paired with the security server. If external users connect directly to a View
Connection Server host, you enable or disable the Blast Secure Gateway by editing that View Connection
Server instance.
Prerequisites
If users select remote desktops by using the Workspace Portal App Portal, verify that Workspace Portal is
installed and configured for use with View Connection Server and that View Connection Server is paired
with a SAML 2.0 Authentication server.
Procedure
1
In View Administrator, select View Configuration > Servers.
2
On the Connection Servers tab, select a View Connection Server instance and click Edit.
3
Configure use of the Blast Secure Gateway.
Option
Description
Enable the Blast Secure Gateway
Select Use Blast Secure Gateway for HTML access to machine
Disable the Blast secure Gateway
Deselect Use Blast Secure Gateway for HTML access to machine
The Blast Secure Gateway is enabled by default.
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Click OK to save your changes.
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Configuring External URLs for Secure Gateway and Tunnel Connections
To use the secure tunnel, a client system must have access to an IP address, or a fully qualified domain name
(FQDN) that it can resolve to an IP address, that allows the client to reach a View Connection Server or
security server host.
To use the PCoIP Secure Gateway, a client connects to a View Connection Server or security server host
using an URL. In an IPv4 environment, the URL must identify a host by its IP address. In an IPv6
environment, the URL can identify a host by either its IP address or its FQDN.
To use the Blast Secure Gateway, a user's endpoint device must have access to an FQDN that it can resolve to
an IP address that allows the user's Web browser to reach a View Connection Server or security server host.
Using Tunnel Connections from External Locations
By default, a View Connection Server or security server host can be contacted only by tunnel clients that
reside within the same network and are therefore able to locate the requested host.
Many organizations require that users can connect from an external location by using a specific IP address
or client-resolvable domain name, and a specific port. This information might or might not resemble the
actual address and port number of the View Connection Server or security server host. The information is
provided to a client system in the form of a URL. For example:
n
https://view-example.com:443
n
https://view.example.com:443
n
https://example.com:1234
n
https://10.20.30.40:443
To use addresses like these in View, you must configure the View Connection Server or security server host
to return an external URL instead of the host's FQDN.
Configuring External URLs
You configure more than one external URL. The first URL allows client systems to make tunnel connections.
A second URL allows clients that use PCoIP to make secure connections through the PCoIP Secure Gateway.
In an IPv4 environment, the URL must identify a host by its IP address. In an IPv6 environment, the URL
can identify a host by either its IP address or its FQDN. The URL allows clients to connect from an external
location.
A third URL allows users to make secure connections from their Web browsers through the Blast Secure
Gateway.
If your network configuration includes security servers, provide external URLs for the security servers.
External URLs are not required on the View Connection Server instances that are paired with the security
servers.
The process of configuring the external URLs is different for View Connection Server instances and security
servers.
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n
For a View Connection Server instance, you set the external URLs by editing View Connection Server
settings in View Administrator.
n
For a security server, you set the external URLs when you run the View Connection Server installation
program. You can use View Administrator to modify an external URL for a security server.
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Set the External URLs for a View Connection Server Instance
You use View Administrator to configure the external URLs for a View Connection Server instance.
The secure tunnel external URL, PCoIP external URL, and Blast external URL must be the addresses that
client systems use to reach this View Connection Server instance.
Prerequisites
n
Verify that the secure tunnel connections and the PCoIP Secure Gateway are enabled on the View
Connection Server instance. See “Configure the PCoIP Secure Gateway and Secure Tunnel
Connections,” on page 110.
n
To set the Blast external URL, verify that the Blast Secure Gateway is enabled on the View Connection
Server instance. See “Configure Secure HTML Access,” on page 111.
Procedure
1
In View Administrator, click View Configuration > Servers.
2
Select the Connection Servers tab, select a View Connection Server instance, and click Edit.
3
Type the secure tunnel external URL in the External URL text box.
The URL must contain the protocol, client-resolvable host name and port number.
For example: https://myserver.example.com:443
Note You can use the IP address if you have to access a View Connection Server instance when the
host name is not resolvable. However, the host that you contact will not match the SSL certificate that is
configured for the View Connection Server instance, resulting in blocked access or access with reduced
security.
4
Type the PCoIP Secure Gateway external URL in the PCoIP External URL text box.
In an IPv4 environment, specify the PCoIP external URL as an IP address with the port number 4172. In
an IPv6 environment, you can specify an IP address or a fully qualified domain name, and the port
number 4172. In either case, do not include a protocol name.
For example, in an IPv4 environment: 10.20.30.40:4172
Clients must be able to use the URL to reach the security server.
5
Type the Blast Secure Gateway external URL in the Blast External URL text box.
The URL must contain the HTTPS protocol, client-resolvable host name, and port number.
For example: https://myserver.example.com:8443
By default, the URL includes the FQDN of the secure tunnel external URL and the default port number,
8443. The URL must contain the FQDN and port number that a client system can use to reach this View
Connection Server host.
6
Verify that all addresses in this dialog allow client systems to reach this View Connection Server
instance.
7
Click OK.
Modify the External URLs for a Security Server
You use View Administrator to modify the external URLs for a security server.
You initially configure these external URLs when you install a security server in the View Connection Server
installation program.
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The secure tunnel external URL, PCoIP external URL, and Blast external URL must be the addresses that
client systems use to reach this security server.
Prerequisites
n
Verify that the secure tunnel connections and the PCoIP Secure Gateway are enabled on the View
Connection Server instance that is paired with this security server. See “Configure the PCoIP Secure
Gateway and Secure Tunnel Connections,” on page 110.
n
To set the Blast external URL, verify that the Blast Secure Gateway is enabled on the View Connection
Server instance that is paired with this security server. See “Configure Secure HTML Access,” on
page 111.
Procedure
1
In View Administrator, select View Configuration > Servers.
2
Select the Security Servers tab, select the security server, and click Edit.
3
Type the Secure Tunnel external URL in the External URL text box.
The URL must contain the protocol, client-resolvable security server host name and port number.
For example: https://myserver.example.com:443
Note You can use the IP address if you have to access a security server when the host name is not
resolvable. However, the host that you contact will not match the SSL certificate that is configured for
the security server, resulting in blocked access or access with reduced security.
4
Type the PCoIP Secure Gateway external URL in the PCoIP External URL text box.
In an IPv4 environment, specify the PCoIP external URL as an IP address with the port number 4172. In
an IPv6 environment, you can specify an IP address or a domain name, and the port number 4172. In
either case, do not include a protocol name.
For example, in an IPv4 environment: 10.20.30.40:4172
Clients must be able to use the URL to reach the security server.
5
Type the Blast Secure Gateway external URL in the Blast External URL text box.
The URL must contain the HTTPS protocol, client-resolvable host name, and port number.
For example: https://myserver.example.com:8443
By default, the URL includes the FQDN of the secure tunnel external URL and the default port number,
8443. The URL must contain the FQDN and port number that a client system can use to reach this
security server.
6
Verify that all addresses in this dialog allow client systems to reach this security server host.
7
Click OK to save your changes.
View Administrator sends the updated external URLs to the security server. You do not need to restart the
security server service for the changes to take effect.
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Chapter 9 Configuring View for the First Time
Give Preference to DNS Names When View Connection Server Returns Address
Information
By default, when sending the addresses of desktop machines and RDS hosts to clients and gateways, View
Connection Server gives preference to IP addresses. You can change this default behavior with a View LDAP
attribute that tells View Connection Server to give preference to DNS names. In certain environments,
having View Connection Server return DNS names to clients and gateways can provide additional flexibility
in designing a network infrastructure.
This View LDAP attribute replaces the per-desktop functionality that was provided by the group policy
setting, Connect using DNS Name, in Horizon 6.0.x and earlier releases.
The View LDAP attribute affects clients that run Horizon Client 3.3 for Windows or later, HTML Access 3.5
or later, and secure gateways on View Connection Server instances (not security servers).
Prerequisites
See the Microsoft TechNet Web site for information on how to use the ADSI Edit utility on your Windows
Server operating system version.
Procedure
1
Start the ADSI Edit utility on your View Connection Server computer.
2
In the console tree, select Connect to.
3
In the Select or type a Distinguished Name or Naming Context text box, type the distinguished name
DC=vdi, DC=vmware, DC=int.
4
In the Select or type a domain or server text box, select or type localhost:389 or the fully qualified
domain name (FQDN) of the View Connection Server computer followed by port 389.
For example: localhost:389 or mycomputer.mydomain.com:389
5
On the object CN=Common, OU=Global, OU=Properties, set the pae-PreferDNS attribute value to 1.
When this attribute is set to 1, View Connection Server returns a DNS name, if a DNS name is available
and the recipient supports name resolution. Otherwise, View Connection Server returns an IP address,
if an IP address of the correct type for your environment (IPv4 or IPv6) is available.
When this attribute is not set or is set to 0, View Connection Server returns an IP address, if an IP
address of the correct type is available. Otherwise, an IP address compatibility error is returned.
Replacing Default Ports for View Services
During installation, View services are set up to listen on certain network ports by default. In certain
organizations, these ports must be changed to comply with organization policies or to avoid contention. You
can change the default ports that are used by View Connection Server, security server, PCoIP Secure
Gateway, and View Composer services.
Changing ports is an optional setup task. Use the default ports if your deployment does not require you to
change them.
For a list of the default TCP and UDP ports that are used by View servers, see "View TCP and UDP Ports" in
the View Security document.
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Replace the Default HTTP Ports or NICs for View Connection Server Instances
and Security Servers
You can replace the default HTTP ports or NICs for a View Connection Server instance or security server by
editing the locked.properties file on the server computer. Your organization might require you to perform
these tasks to comply with organization policies or to avoid contention.
The default SSL port is 443. The default non-SSL port is 80.
The port that is specified in the secure tunnel External URL does not change as a result of changes that you
make to ports in this procedure. Depending on your network configuration, you might have to change the
secure tunnel External URL port as well.
If the server computer has multiple NICs, the computer listens on all NICs by default. You can select one
NIC to listen on the configured port by specifying the IP address that is bound to that NIC.
During installation, View configures the Windows firewall to open the required default ports. If you change
a port number or the NIC on which it listens, you must manually reconfigure your Windows firewall to
open the updated ports so that client devices can connect to the server.
If you change the SSL port number and you need HTTP redirection to continue working, you must also
change the port number for HTTP redirection. See “Change the Port Number for HTTP Redirection to
Connection Server,” on page 118.
Prerequisites
Verify that the port that is specified in the External URL for this View Connection Server instance or security
server will continue to be valid after you change ports in this procedure.
Procedure
1
Create or edit the locked.properties file in the SSL gateway configuration folder on the View
Connection Server or security server computer.
For example: install_directory\VMware\VMware View\Server\sslgateway\conf\locked.properties
The properties in the locked.properties file are case sensitive.
2
Add the serverPort or serverPortNonSsl property, or both properties, to the locked.properties file.
For example:
serverPort=4443
serverPortNonSsl=8080
3
(Optional) If the server computer has multiple NICs, select one NIC to listen on the configured ports.
Add the serverHost and serverHostNonSsl properties to specify the IP address that is bound to the
designated NIC.
For example:
serverHost=10.20.30.40
serverHostNonSsl=10.20.30.40
Typically, both the SSL and non-SSL listeners are configured to use the same NIC. However, if you use
the serverProtocol=http property to off-load SSL for client connections, you can set the serverHost
property to a separate NIC to provide SSL connections to systems that are used to launch View
Administrator.
If you configure SSL and non-SSL connections to use the same NIC, the SSL and non-SSL ports must not
be the same.
4
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Restart the View Connection Server service or security server service to make your changes take effect.
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Chapter 9 Configuring View for the First Time
What to do next
If necessary, manually configure your Windows firewall to open the updated ports.
Replace the Default Ports or NICs for the PCoIP Secure Gateway on View
Connection Server Instances and on Security Servers
You can replace the default ports or NICs that are used by a PCoIP Secure Gateway service that runs on a
View Connection Server instance or security server. Your organization might require you to perform these
tasks to comply with organization policies or to avoid contention.
For client-facing TCP and UDP connections, the PCoIP Secure Gateway listens on port 4172 by default. For
UDP connections to remote desktops, the PCoIP Secure Gateway listens on port 55000 by default.
The port that is specified in the PCoIP External URL does not change as a result of changes that you make to
ports in this procedure. Depending on your network configuration, you might have to change the PCoIP
External URL port as well.
If the computer on which the PCoIP Secure Gateway is running has multiple NICs, the computer listens on
all NICs by default. You can select one NIC to listen on the configured ports by specifying the IP address
that is bound to that NIC.
Prerequisites
Verify that the port that is specified in the PCoIP External URL on the View Connection Server instance or
security server will continue to be valid after you change ports in this procedure.
Procedure
1
Start the Windows Registry Editor on the View Connection Server or security server computer where
the PCoIP Secure Gateway is running.
2
Navigate to the HKEY_LOCAL_MACHINE\SOFTWARE\Teradici\SecurityGateway registry key.
3
Under this registry key, add one or more of the following String (REG_SZ) values with your updated port
numbers.
For example:
ExternalTCPPort "44172"
ExternalUDPPort "44172"
InternalUDPPort "55111"
4
(Optional) If the computer on which the PCoIP Secure Gateway is running has multiple NICs, select
one NIC to listen on the configured ports.
Under the same registry key, add the following String (REG_SZ) values to specify the IP address that is
bound to the designated NIC.
For example:
ExternalBindIP "10.20.30.40"
InternalBindIP "172.16.17.18"
If you configure external and internal connections to use the same NIC, the external and internal UDP
ports must not be the same.
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Restart the VMware Horizon View PCoIP Secure Gateway service to make your changes take effect.
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Replace the Default Port for View Composer
The SSL certificate that is used by the View Composer service is bound to a certain port by default. You can
replace the default port by using the SviConfig ChangeCertificateBindingPort utility.
When you specify a new port with the SviConfig ChangeCertificateBindingPort utility, the utility unbinds
the View Composer certificate from the current port and binds it to the new port.
During installation, View Composer configures the Windows firewall to open the required default port. If
you change the port, you must manually reconfigure your Windows firewall to open the updated port and
ensure connectivity to the View Composer service.
Prerequisites
Verify that the port you specify is available.
Procedure
1
Stop the View Composer service.
2
Open a command prompt on the Windows Server host where View Composer is installed.
3
Navigate to the SviConfig executable file.
The file is located with the View Composer application. The default path is C:\Program Files
(x86)\VMware\VMware View Composer\sviconfig.exe.
4
Type the SviConfig ChangeCertificateBindingPort command.
For example:
sviconfig -operation=ChangeCertificateBindingPort
-Port=port number
where -port=port number is the new port to which View Composer binds the certificate. The port=port number parameter is required.
5
Restart the View Composer service to make your changes take effect.
What to do next
If necessary, manually reconfigure the Windows firewall on the View Composer server to open the updated
port.
Change the Port Number for HTTP Redirection to Connection Server
If you replace the default port 443 on a View server, and you want to allow HTTP redirection for View
clients that attempt to connect to port 80, you must configure the locked.properties file on the View server.
Note This procedure has no effect if you off-load SSL to an intermediate device. With SSL off-loading in
place, the HTTP port on the View server provides service to clients.
Prerequisites
Verify that you changed the default port number from 443. If you use the default values that are configured
during installation, you do not have to perform this procedure to preserve the HTTP redirection rule.
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Procedure
1
Create or edit the locked.properties file in the SSL gateway configuration folder on the View
Connection Server or security server computer.
For example: install_directory\VMware\VMware View\Server\sslgateway\conf\locked.properties
The properties in the locked.properties file are case sensitive.
2
Add the following lines to the locked.properties file:
frontMappingHttpDisabled.1=5:*:moved:https::port
frontMappingHttpDisabled.2=3:/error/*:file:docroot
frontMappingHttpDisabled.3=1:/admin*:missing
frontMappingHttpDisabled.4=1:/view-vlsi*:missing
In the preceding lines, the variable port is the port number to which the client should connect.
If you do not add the preceding lines, the port remains 443.
3
Restart the View Connection Server service or security server service to make your changes take effect.
Prevent HTTP Redirection for Client Connections to Connection Server
Attempts by View clients to connect to View servers over HTTP are silently redirected to HTTPS. In some
deployments, you might want to prevent users from entering http:// in their Web browsers and force them
to use HTTPS. To prevent HTTP redirection for View clients, you must configure the locked.properties file
on the View server
Note This procedure has no effect if you off-load SSL to an intermediate device. With SSL off-loading in
place, the HTTP port on the View server provides service to clients.
Procedure
1
Create or edit the locked.properties file in the SSL gateway configuration folder on the View
Connection Server or security server computer.
For example: install_directory\VMware\VMware View\Server\sslgateway\conf\locked.properties
The properties in the locked.properties file are case sensitive.
2
Add the following lines to the locked.properties file:
frontMappingHttpDisabled.1=5:*:missing
frontMappingHttpDisabled.2=3:/error/*:file:docroot
3
Restart the View Connection Server service or security server service to make your changes take effect.
Enable Remote Access to View Performance Counters on Connection Servers
View performance counters are available locally on a Connection Server but return 0 when accessed from
another computer. To enable remote access to View performance counters on Connection Servers, you must
configure Connection Server's framework port in the registry.
Procedure
1
Start the Windows Registry Editor.
2
Navigate to the HKEY_LOCAL_MACHINE\SOFTWARE\VMware, Inc.\VMware VDM\Node Manager registry key.
3
Add a new String (REG_SZ) value, Management Port.
4
Set the Management Port value to 32111.
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Sizing Windows Server Settings to Support Your Deployment
To support a large deployment of remote desktops, you can configure the Windows Server computers on
which you install View Connection Server. On each computer, you can size the Windows page-file.
On Windows Server 2008 R2 and Windows Server 2012 R2 computers, the ephemeral ports, TCB hash table,
and Java Virtual Machine settings are sized by default. These adjustments ensure that the computers have
adequate resources to run correctly with the expected user load.
Sizing Memory for View Connection Server
On a View Connection Server computer, 10GB of memory is required for deployments of 50 or more remote
desktops. A Windows Server computer with at least 10GB of memory is automatically configured to support
approximately 2,000 concurrent tunnel sessions, the maximum number that View Connection Server can
support.
Configure less than 10GB of memory for small, proof-of-concept deployments only. With the required
minimum of 4GB of memory, a configuration can support approximately 500 concurrent tunnel sessions,
which is more than adequate to support small, proof-of-concept deployments.
However, because your deployment might grow larger as more users are added to the environment,
VMware recommends that you always configure at least 10GB of memory. Make an exception only when
you know that the environment will not grow, and memory is not available.
If you install View Connection Server with less than 10GB of memory, View provides memory
recommendations by generating warning messages after the installation is complete. An event triggered
every 12 hours states that the View Connection Server instance is configured with a small amount of
physical memory.
If you increase a computer's memory to 10GB to support a larger deployment, restart View Connection
Server to ensure that the JVM heap size is automatically increased to the recommended value. You do not
have to reinstall View Connection Server.
Important Do not change the JVM heap size on 64-bit Windows Server computers. Changing this value
might make View Connection Server behavior unstable. On 64-bit computers, the View Connection Server
service sets the JVM heap size to accord with the physical memory.
For additional hardware and memory requirements for View Connection Server, see “Hardware
Requirements for View Connection Server,” on page 8.
For hardware and memory recommendations for using View Connection Server in a large deployment, see
"View Connection Server Maximums and Virtual Machine Configuration" in View Architecture Planning.
Configure the System Page-File Settings
You can optimize the virtual memory on the Windows Server computers on which your View Connection
Server instances are installed by changing the system page-file settings.
When Windows Server is installed, Windows calculates an initial and maximum page-file size based on the
physical memory installed on the computer. These default settings remain fixed even after you restart the
computer.
If the Windows Server computer is a virtual machine, you can change the memory size through vCenter
Server. However, if Windows uses the default setting, the system page-file size does not adjust to the new
memory size.
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Procedure
1
On the Windows Server computer on which View Connection Server is installed, navigate to the Virtual
Memory dialog box.
By default, Custom size is selected. An initial and maximum page-file size appear.
2
Click System managed size.
Windows continually recalculates the system page-file size based on current memory use and available
memory.
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Configuring Event Reporting
10
You can create an event database to record information about View events. In addition, if you use a Syslog
server, you can configure View Connection Server to send events to a Syslog server or create a flat file of
events written in Syslog format.
This chapter includes the following topics:
n
“Add a Database and Database User for View Events,” on page 123
n
“Prepare an SQL Server Database for Event Reporting,” on page 124
n
“Configure the Event Database,” on page 124
n
“Configure Event Logging for Syslog Servers,” on page 126
Add a Database and Database User for View Events
You create an event database by adding it to an existing database server. You can then use enterprise
reporting software to analyze the events in the database.
Deploy the database server for the event database on a dedicated server, so that event logging activity does
not affect provisioning and other activities that are critical for View deployments.
Note You do not need to create an ODBC data source for this database.
Prerequisites
n
Verify that you have a supported Microsoft SQL Server or Oracle database server on a system that a
View Connection Server instance has access to. For a list of supported database versions, see “Database
Requirements for View Composer and the Events Database,” on page 11.
n
Verify that you have the required database privileges to create a database and user on the database
server.
n
If you are not familiar with the procedure to create databases on Microsoft SQL Server database servers,
review the steps in “Add a View Composer Database to SQL Server,” on page 38.
n
If you are not familiar with the procedure to create databases on Oracle database servers, review the
steps in “Add a View Composer Database to Oracle 12c or 11g,” on page 42.
Procedure
1
Add a new database to the server and give it a descriptive name such as ViewEvents.
For an Oracle 12c or 11g database, also provide an Oracle System Identifier (SID), which you will use
when you configure the event database in View Administrator.
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2
Add a user for this database that has permission to create tables, views, and, in the case of Oracle,
triggers and sequences, as well as permission to read from and write to these objects.
For a Microsoft SQL Server database, do not use the Integrated Windows Authentication security model
method of authentication. Be sure to use the SQL Server Authentication method of authentication.
The database is created, but the schema is not installed until you configure the database in View
Administrator.
What to do next
Follow the instructions in “Configure the Event Database,” on page 124.
Prepare an SQL Server Database for Event Reporting
Before you can use View Administrator to configure an event database on Microsoft SQL Server, you must
configure the correct TCP/IP properties and verify that the server uses SQL Server Authentication.
Prerequisites
n
Create an SQL Server database for event reporting. See “Add a Database and Database User for View
Events,” on page 123.
n
Verify that you have the required database privileges to configure the database.
n
Verify that the database server uses the SQL Server Authentication method of authentication. Do not
use Windows Authentication.
Procedure
1
Open SQL Server Configuration Manager and expand SQL Server YYYY Network Configuration.
2
Select Protocols for server_name.
3
In the list of protocols, right-click TCP/IP and select Properties.
4
Set the Enabled property to Yes.
5
Verify that a port is assigned or, if necessary, assign one.
For information on the static and dynamic ports and how to assign them, see the online help for the
SQL Server Configuration manager.
6
Verify that this port is not blocked by a firewall.
What to do next
Use View Administrator to connect the database to View Connection Server. Follow the instructions in
“Configure the Event Database,” on page 124.
Configure the Event Database
The event database stores information about View events as records in a database rather than in a log file.
You configure an event database after installing a View Connection Server instance. You need to configure
only one host in a View Connection Server group. The remaining hosts in the group are configured
automatically.
Note The security of the database connection between the View Connection Server instance and an
external database is the responsibility of the administrator, although event traffic is limited to information
about the health of the View environment. If you want to take extra precautions, you can secure this channel
through IPSec or other means, or you can deploy the database locally on the View Connection Server
computer.
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You can use Microsoft SQL Server or Oracle database reporting tools to examine events in the database
tables. For more information, see the View Integration document.
You can also generate View events in Syslog format so that the event data can be accessible to third-party
analytics software. You use the vdmadmin command with the -I option to record View event messages in
Syslog format in event log files. See "Generating View Event Log Messages in Syslog Format Using the -I
Option" in the View Administration document.
Prerequisites
You need the following information to configure an event database:
n
The DNS name or IP address of the database server.
n
The type of database server: Microsoft SQL Server or Oracle.
n
The port number that is used to access the database server. The default is 1521 for Oracle and 1433 for
SQL Server. For SQL Server, if the database server is a named instance or if you use SQL Server Express,
you might need to determine the port number. See the Microsoft KB article about connecting to a
named instance of SQL Server, at http://support.microsoft.com/kb/265808.
n
The name of the event database that you created on the database server. See “Add a Database and
Database User for View Events,” on page 123.
For an Oracle 12c or 11g database, you must use the Oracle System Identifier (SID) as the database
name when you configure the event database in View Administrator.
n
The username and password of the user you created for this database. See “Add a Database and
Database User for View Events,” on page 123.
Use SQL Server Authentication for this user. Do not use the Integrated Windows Authentication
security model method of authentication.
n
A prefix for the tables in the event database, for example, VE_. The prefix enables the database to be
shared among View installations.
Note You must enter characters that are valid for the database software you are using. The syntax of
the prefix is not checked when you complete the dialog box. If you enter characters that are not valid for
the database software you are using, an error occurs when View Connection Server attempts to connect
to the database server. The log file indicates all errors, including this error and any others returned from
the database server if the database name is invalid.
Procedure
1
In View Administrator, select View Configuration > Event Configuration.
2
In the Event Database section, click Edit, enter the information in the fields provided, and click OK.
3
(Optional) In the Event Settings window, click Edit, change the length of time to show events and the
number of days to classify events as new, and click OK.
These settings pertain to the length of time the events are listed in the View Administrator interface.
After this time, the events are only available in the historical database tables.
The Database Configuration window displays the current configuration of the event database.
4
Select Monitoring > Events to verify that the connection to the event database is successful.
If the connection is unsuccessful, and error message appears. If you are using SQL Express or if you are
using a named instance of SQL Server, you might need to determine the correct port number, as
mentioned in the prerequisites.
In the View Administrator Dashboard, the System Component Status displays the event database server
under the Reporting Database heading.
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View Installation
Configure Event Logging for Syslog Servers
You can generate View events in Syslog format so that the event data can be accessible to analytics software.
You need to configure only one host in a View Connection Server group. The remaining hosts in the group
are configured automatically.
If you enable file-based logging of events, events are accumulated in a local log file. If you specify a file
share, these log files are moved to that share.
n
Use a local file only for quick troubleshooting during configuration, perhaps before the Events database
is configured, so that you have some way to see events.
The maximum size of the local directory for event logs, including closed log files, before the oldest files
are deleted, is 300MB. The default destination of the Syslog output is %PROGRAMDATA
%\VMware\VDM\events\.
n
Use a UNC path to save log files for a long-term record of events, of if you do not have a Syslog server,
or if your current Syslog server does not meet your needs.
You can alternatively use a vdmadmin command to configure file-based logging of events in Syslog format.
See the topic about generating View event log messages in Syslog format using the -I option of the vdmadmin
command, in the View Administration document.
Important Syslog data is sent across the network without software-based encryption, and might contain
sensitive data, such as user names. VMware recommends using link-layer security, such as IPSEC, to avoid
the possibility of this data being monitored on the network.
Prerequisites
You need the following information to configure View Connection Server so that events can be recorded in
Syslog format or sent to a Syslog server, or both:
n
If you plan to use a Syslog server to listen for the View events on a UDP port, you must have the DNS
name or IP address of the Syslog server and the UDP port number. The default UDP port number is 514.
n
If you plan to collect logs in a flat-file format, you must have the UNC path to the file share and folder
in which to store the log files, and you must have the user name, domain name, and password of an
account that has permission to write to the file share.
Procedure
1
In View Administrator, select View Configuration > Event Configuration.
2
(Optional) In the Syslog area, to configure View Connection Server to send events to a Syslog server,
click Add next to Send to syslog servers, and supply the server name or IP address and the UDP port
number.
3
(Optional) To enable View event log messages to be generated and stored in Syslog format, in log files,
select the Log to file: Enable check box.
The log files are retained locally unless you specify a UNC path to a file share.
4
(Optional) To store the View event log messages on a file share, click Add next to Copy to location, and
supply the UNC path to the file share and folder in which to store the log files, along with the user
name, domain name, and password of an account that has permission to write to the file share.
An example of a UNC path is:
\\syslog-server\folder\file
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Index
A
D
Active Directory
configuring domains and trust relationships 27
preparing for smart card authentication 32
preparing for use with View 27
Active Directory groups, creating for kiosk mode
client accounts 29
ADM template files 31
antivirus software, View Composer 47
databases
creating for View Composer 37
View events 123, 124
default certificate, replacing 77
direct connections, configuring 110
DNS names, giving preference 115
DNS resolution, View Composer 47
documentation feedback, how to provide 5
domain filtering 28
B
browser requirements 9
C
CBRC, configuring for vCenter Server 105
certificate revocation checking, enabling 88
certificate signing requests, See CSRs
certificates
accept the thumbprint 108
benefits of using 93
configuration overview 79
configuring clients to trust the root 86
creating new 80
determining when to configure for View
Composer 44
friendly name 83
guidelines and concepts 77
Horizon Client for iOS 88
Horizon Client for Mac OS X 87
importing into a Windows certificate store 81
obtaining from a CA 80
obtaining signatures from Windows Certificate
Store 80
replacing the default 77
requirements 77
troubleshooting on View servers 94
trusting vCenter Server certificates in View
Administrator 93
trusting View Composer certificates in View
Administrator 93
certutil command 34
CRL (certificate revocation list) 88
CSRs, creating through Windows Certificate
Enrollment 80
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E
Enterprise NTAuth store, adding root
certificates 34
ESX/ESXi hosts, View Composer 47
event database
creating for View 123, 124
SQL Server configuration 124
events, sent to Syslog servers 126
external URLs
configuring for a View Connection Server
instance 113
modifying for a security server 113
purpose and format 112
F
FIPS mode
system requirements 26
View installation 25
Firefox, supported versions 9
firewall rules
back-end firewall 71
View Connection Server 70
firewalls, configuring 50
friendly name
modifying for SSL certificates 83
registry setting for the PSG 92
G
glossary, where to find 5
GPOs, linking to a View desktop OU 31
Group Policy Objects, See GPOs
guest operating system software
requirements 13
H
hardware requirements
PCoIP 15
127
View Installation
View Composer, standalone 10
View Connection Server 8
Horizon Client for iOS, trusting the root
certificate 88
Horizon Client for Mac OS X, trusting the root
certificate 87
Horizon clients, configuring connections 109
host caching, for vCenter Server 105
HTML access, configuring 111
HTTP
changing the port for HTTP redirection 118
preventing HTTP redirection 119
I
initial configuration, View 95
installation, silent installation options 72
intermediate certificates, adding to intermediate
certification authorities 33
Intermediate Certification Authorities policy 33
Internet Explorer, supported versions 9
IPsec, configuring back-end firewall 71
IPv6 environment
other supported features 22
setting up 19, 25
supported authentication types 22
supported clients and browsers 21
supported database versions 20
supported operating systems for desktops and
RDS hosts 21
supported operating systems for View
Connection Server 20
supported remoting protocols 21
supported Active Directory versions 20
supported operating systems for View
Composer 20
supported vSphere versions 20
View installation 19
K
kiosk mode, Active Directory preparation 29
L
license key, View Connection Server 100
M
max concurrent power operations, configuration
guidelines 107
Microsoft SQL Server databases 11
Microsoft Windows Installer
properties for replicated View Connection
Server 61
properties for security server 67
properties for View Connection Server 55
uninstalling View Components silently 75
MMC, adding the certificate snap-in 82
128
O
OCSP responder, for certificate revocation
checking 88
ODBC
connecting to Oracle 12c or 11g 44
connecting to SQL Server 40
Oracle 11g, creating a View Composer database
with a script 42
Oracle 11g database
adding an ODBC data source 44
adding for View Composer 41, 42
configuring a database user 43
Oracle 12c, creating a View Composer database
with a script 42
Oracle 12c database
adding an ODBC data source 44
adding for View Composer 41, 42
configuring a database user 43
Oracle databases 11
organizational units, See OUs
OUs
creating for kiosk mode client accounts 29
creating for View desktops 29
P
page-file size, View Connection Server 120
PCoIP, hardware requirements 15
PCoIP Secure Gateway
certificate subject name 90
configuring an SSL certificate 89
external URL 112
importing a certificate 90
preventing legacy client access 92
performance counters, enabling remote access
on connection servers 119
Persona Management, system requirements for
standalone installation 14
policies
Intermediate Certification Authorities 33
Restricted Groups 31
Trusted Root Certification Authorities 33
port
changing for View Connection Server 116
changing for PCoIP Secure Gateway 117
changing for security server 116
changing for View Composer 118
ports, replacing defaults 115
power operations, setting concurrency limits 107
professional services 5
R
RDP 17
reinstalling, View Connection Server 71
remote display protocols
PCoIP 15
RDP 17
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Index
ReplaceCertificate option, sviconfig utility 85
replicated instances
installing 56
installing silently 59
network requirements 9
silent installation properties 61
Restricted Groups policy, configuring 31
root certificate, importing into Windows
Certificate Store 84
root certificates
adding to the Enterprise NTAuth store 34
adding to trusted roots 33, 86
S
secure tunnel, external URL 112
security servers
configuring a pairing password 62
configuring an external URL 112
installer file 62
installing silently 65
modifying an external URL 113
operating system requirements 8
prepare to upgrade or reinstall 69
remove IPsec rules 69
silent installation properties 67
silent installation
replicated instances 59
security servers 65
View Connection Server 53
silent installation options 72
sizing Windows Server settings, increasing the
JVM heap size 120
smart card authentication
Active Directory preparation 32
UPNs for smart card users 32
software requirements, server components 7
sparse disks, configuring for vCenter Server 104
SQL Server database
adding an ODBC data source 40
adding for View Composer 38
preparing for event database 124
set permissions manually 39
SQL Server databases 11
SQL Server Management Studio, installing 38
SSL, accept a certificate thumbprint 108
storage, reclaiming disk space 104
support, online and telephone 5
sviconfig utility
configuring certificates 85
ReplaceCertificate option 85
Syslog servers, configuring View events to be
sent to 126
system page file size, Windows Server 120
T
technical support and education 5
thumbprint, accept for a default certificate 108
trust relationships, configuring for View
Connection Server 27
Trusted Root Certification Authorities policy 33,
86
U
uninstalling View components 75
UPNs, smart card users 32
user accounts
requirements 95
standalone View Composer 30
vCenter Server 29, 96
View Composer 96
View Composer AD operations 30
userPrincipalName attribute 32
V
vCenter Server
configuring concurrent operations limits 107
configuring for View Composer 47
configuring host caching 105
configuring sparse disks 104
installing the View Composer service 45
user accounts 29, 96
vCenter Server instances, adding in View
Administrator 100
vCenter Server user
vCenter Server privileges 97
View Composer privileges 98
View Administrator
logging in 99
overview 99
requirements 9
View Storage Accelerator, configuring for
vCenter Server 105
View Agent, installation requirements 13
View Composer
hardware requirements for standalone View
Composer 10
standalone user account 30
View Composer database
ODBC data source for Oracle 12c or 11g 44
ODBC data source for SQL Server 40
Oracle 12c and 11g 41, 42
requirements 11, 37
SQL Server 38
View Composer configuration
concurrent operations limits 107
creating a user account 30
creating a vCenter Server user 29, 96
domains 103
privileges for the vCenter Server user 98
TCP ports, View Connection Server 70
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129
View Installation
settings in View Administrator 102
SSL certificates 44
View Composer infrastructure
configuring vSphere 47
optimizing 47
testing DNS resolution 47
View Composer installation
installer file 45
overview 37
requirements overview 10
View Composer upgrade
compatibility with vCenter Server versions 10
operating system requirements 10
requirements overview 10
View Connection Server, hardware
requirements 8
View Connection Server configuration
client connections 109
event database 123, 124
events for syslog servers 126
external URL 112, 113
first time 98
overview 49
replacing the default certificate 77
sizing Windows Server settings 120
system page file size 120
trust relationships 27
View Connection Server installation
installation types 49
network configuration 9
overview 49
prerequisites 49
product license key 100
reinstalling with a backup configuration 71
replicated instances 56
requirements overview 7
security servers 62
silent 53
silent installation properties 55
single server 50
supported operating systems 8
virtualization software requirements 8
View desktops, configuring direct
connections 110
vSphere, configuring for View Composer 47
Windows Server, system page file size 120
W
weak ciphers in SSL/TLS, disabling 34
Web browser requirements 9
Windows Certificate Store
configuring certificates 81
importing a certificate 82
importing a root certificate 84
obtaining a signed certificate 80
130
VMware, Inc.
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