5.0
Table Of Contents
- VMware View Administration
- Contents
- VMware View Administration
- Configuring View Connection Server
- Configuring Role-Based Delegated Administration
- Understanding Roles and Privileges
- Using Folders to Delegate Administration
- Understanding Permissions
- Manage Administrators
- Manage and Review Permissions
- Manage and Review Folders
- Manage Custom Roles
- Predefined Roles and Privileges
- Required Privileges for Common Tasks
- Best Practices for Administrator Users and Groups
- Preparing Unmanaged Desktop Sources
- Creating and Preparing Virtual Machines
- Creating Virtual Machines for View Desktop Deployment
- Install View Agent on a Virtual Machine
- Install View Agent Silently
- Configure a Virtual Machine with Multiple NICs for View Agent
- Optimize Windows Guest Operating System Performance
- Optimize Windows 7 Guest Operating System Performance
- Optimizing Windows 7 for Linked-Clone Desktops
- Benefits of Disabling Windows 7 Services and Tasks
- Overview of Windows 7 Services and Tasks That Cause Linked-Clone Growth
- Disable Scheduled Disk Defragmentation on Windows 7 Parent Virtual Machines
- Disable the Windows Update Service on Windows 7 Virtual Machines
- Disable the Diagnostic Policy Service on Windows 7 Virtual Machines
- Disable the Prefetch and Superfetch Features on Windows 7 Virtual Machines
- Disable Windows Registry Backup on Windows 7 Virtual Machines
- Disable the System Restore on Windows 7 Virtual Machines
- Disable Windows Defender on Windows 7 Virtual Machines
- Disable Microsoft Feeds Synchronization on Windows 7 Virtual Machines
- Preparing Virtual Machines for View Composer
- Prepare a Parent Virtual Machine
- Activating Windows 7 and Windows Vista on Linked-Clone Desktops
- Disable Windows Hibernation in the Parent Virtual Machine
- Configure a Parent Virtual Machine to Use Local Storage
- Keep a Record of the Parent Virtual Machine's Paging-File Size
- Increase the Timeout Limit of QuickPrep Customization Scripts
- Creating Virtual Machine Templates
- Creating Customization Specifications
- Creating Desktop Pools
- Automated Pools That Contain Full Virtual Machines
- Linked-Clone Desktop Pools
- Worksheet for Creating a Linked-Clone Desktop Pool
- Create a Linked-Clone Desktop Pool
- Desktop Settings for Linked-Clone Desktop Pools
- View Composer Support for Linked-Clone SIDs and Third-Party Applications
- Choosing QuickPrep or Sysprep to Customize Linked-Clone Desktops
- Storage Sizing for Linked-Clone Desktop Pools
- Set the Storage Overcommit Level for Linked-Clone Desktops
- Storing View Composer Replicas and Linked Clones on Separate Datastores
- Linked-Clone Desktop Data Disks
- Manual Desktop Pools
- Microsoft Terminal Services Pools
- Provisioning Desktop Pools
- Setting Power Policies for Desktop Pools
- Entitling Users and Groups
- Setting Up User Authentication
- Using Smart Card Authentication
- Using Smart Card Certificate Revocation Checking
- Using RSA SecurID Authentication
- Using the Log In as Current User Feature
- Configuring Policies
- Setting Policies in View Administrator
- Using Active Directory Group Policies
- Using the View Group Policy Administrative Template Files
- Setting Up Location-Based Printing
- Using Terminal Services Group Policies
- Active Directory Group Policy Example
- Configuring User Profiles with View Persona Management
- Providing User Personas in View
- Persona Management and Windows Roaming Profiles
- Configuring a View Persona Management Deployment
- Best Practices for Configuring a View Persona Management Deployment
- View Persona Management Group Policy Settings
- Managing Linked-Clone Desktops
- Reduce Linked-Clone Size with Desktop Refresh
- Update Linked-Clone Desktops
- Rebalance Linked-Clone Desktops
- Manage View Composer Persistent Disks
- View Composer Persistent Disks
- Detach a View Composer Persistent Disk
- Attach a View Composer Persistent Disk to Another Linked-Clone Desktop
- Edit a View Composer Persistent Disk's Pool or User
- Recreate a Linked-Clone Desktop With a Detached Persistent Disk
- Restore a Linked-Clone Desktop by Importing a Persistent Disk from vSphere
- Delete a Detached View Composer Persistent Disk
- Managing Desktops and Desktop Pools
- Managing Desktop Pools
- Edit a Desktop Pool
- Modifying Settings in an Existing Desktop Pool
- Fixed Settings in an Existing Desktop Pool
- Change the Size of an Automated Pool Provisioned by a Naming Pattern
- Add Desktops to an Automated Pool Provisioned by a List of Names
- Disable or Enable a Desktop Pool
- Disable or Enable Provisioning in a Desktop Pool
- Delete a Desktop Pool from View Manager
- Reducing Adobe Flash Bandwidth
- Managing Virtual-Machine Desktops
- Export View Information to External Files
- Managing Desktop Pools
- Managing Physical Computers and Terminal Servers
- Managing ThinApp Applications in View Administrator
- View Requirements for ThinApp Applications
- Capturing and Storing Application Packages
- Assigning ThinApp Applications to Desktops and Pools
- Best Practices for Assigning ThinApp Applications
- Assign a ThinApp Application to Multiple Desktops
- Assign Multiple ThinApp Applications to a Desktop
- Assign a ThinApp Application to Multiple Pools
- Assign Multiple ThinApp Applications to a Pool
- Assign a ThinApp Template to a Desktop or Pool
- Review ThinApp Application Assignments
- Display MSI Package Information
- Maintaining ThinApp Applications in View Administrator
- Remove a ThinApp Application Assignment from Multiple Desktops
- Remove Multiple ThinApp Application Assignments from a Desktop
- Remove a ThinApp Application Assignment from Multiple Pools
- Remove Multiple ThinApp Application Assignments from a Pool
- Remove a ThinApp Application from View Administrator
- Modify or Delete a ThinApp Template
- Remove an Application Repository
- Monitoring and Troubleshooting ThinApp Applications in View Administrator
- ThinApp Configuration Example
- Managing Local Desktops
- Benefits of Using View Desktops in Local Mode
- Managing View Transfer Server
- Managing the Transfer Server Repository
- Using the Transfer Server Repository to Download System Images
- Determine the Size of a View Composer Base Image
- Configure the Transfer Server Repository
- Publish Package Files in the Transfer Server Repository
- Delete a Package File from the Transfer Server Repository
- Migrate the Transfer Server Repository to a New Location
- Recover from a Corrupted Transfer Server Repository Folder
- Managing Data Transfers
- Configure Security and Optimization for Local Desktop Operations
- Optimizing Data Transfers Between Local-Desktop Host Computers and the Datacenter
- Setting Security Options for Local Desktop Operations
- Change the Local Desktop Encryption Key Cipher for New Key Generation
- Change the Encryption Key Cipher for an Existing Local Desktop
- Determining the Effects of Deduplication and Compression on Data Transfers
- Guest File System Optimization of Data Transfers
- Configuring Endpoint Resource Usage
- Configuring an HTTP Cache to Provision Local Desktops Over a WAN
- Configuring the Heartbeat Interval for Local Desktop Client Computers
- Manually Downloading a Local Desktop to a Location with Poor Network Connections
- Troubleshooting View Transfer Server and Local Desktop Operations
- Check-Out Fails with "No Available Transfer Server" Error
- Problems with Desktop Check-Outs After Initial Check-Out
- Login Window Takes a Long Time to Appear
- View Transfer Server Remains in a Pending State
- View Transfer Server Fails to Enter Maintenance Mode
- The Transfer Server Repository Is Invalid
- View Transfer Server Cannot Connect to the Transfer Server Repository
- View Transfer Server Fails the Health Check
- The Transfer Server Repository Is Missing
- View Transfer Server Instances Have Conflicting Transfer Server Repositories
- The View Transfer Server Web Service Is Down
- Virtual Disk of a Local Desktop Needs Repair
- Recover Data from a Local Desktop
- Maintaining View Components
- Backing Up and Restoring View Configuration Data
- Monitor View Components
- Monitor Desktop Status
- Understanding View Manager Services
- Add Licenses to VMware View
- Update General User Information from Active Directory
- Migrating View Composer with an Existing Database
- Update the Certificates on a View Connection Server Instance or Security Server
- Troubleshooting View Components
- Monitoring System Health
- Monitor Events in View Manager
- Send Messages to Desktop Users
- Display Desktops with Suspected Problems
- Manage Desktops and Policies for Unentitled Users
- Collecting Diagnostic Information for VMware View
- Create a Data Collection Tool Bundle for View Agent
- Save Diagnostic Information for View Client
- Collect Diagnostic Information for View Composer Using the Support Script
- Collect Diagnostic Information for View Connection Server Using the Support Tool
- Collect Diagnostic Information for View Agent, View Client, or View Connection Server from the Console
- Update Support Requests
- Further Troubleshooting Information
- Troubleshooting Network Connection Problems
- Troubleshooting Desktop Pool Creation Problems
- Pool Creation Fails if Customization Specifications Cannot Be Found
- Pool Creation Fails Because of a Permissions Problem
- Pool Provisioning Fails Due to a Configuration Problem
- Pool Provisioning Fails Due to a View Connection Server Instance Being Unable to Connect to vCenter
- Pool Provisioning Fails Due to Datastore Problems
- Pool Provisioning Fails Due to vCenter Being Overloaded
- Virtual Machines Are Stuck in the Provisioning State
- Virtual Machines Are Stuck in the Customizing State
- Troubleshooting USB Redirection Problems
- Troubleshooting QuickPrep Customization Problems
- View Composer Provisioning Errors
- Windows XP Linked Clones Fail to Join the Domain
- Troubleshooting GINA Problems on Windows XP Desktops
- Using the vdmadmin Command
- vdmadmin Command Usage
- Configuring Logging in View Agent Using the ‑A Option
- Overriding IP Addresses Using the ‑A Option
- Setting the Name of a View Connection Server Group Using the ‑C Option
- Updating Foreign Security Principals Using the ‑F Option
- Listing and Displaying Health Monitors Using the ‑H Option
- Listing and Displaying Reports of View Manager Operation Using the ‑I Option
- Assigning Dedicated Desktops Using the ‑L Option
- Displaying Information About Machines Using the ‑M Option
- Configuring Domain Filters Using the ‑N Option
- Configuring Domain Filters
- Displaying the Desktops and Policies of Unentitled Users Using the ‑O and ‑P Options
- Configuring Clients in Kiosk Mode Using the ‑Q Option
- Displaying the First User of a Desktop Using the ‑R Option
- Removing the Entry for a View Connection Server Instance Using the ‑S Option
- Setting the Split Limit for Publishing View Transfer Server Packages Using the ‑T Option
- Displaying Information About Users Using the ‑U Option
- Decrypting the Virtual Machine of a Local Desktop Using the ‑V Option
- Unlocking or Locking Virtual Machines Using the ‑V Option
- Detecting and Resolving LDAP Entry Collisions Using the -X Option
- Setting Up Clients in Kiosk Mode
- Configure Clients in Kiosk Mode
- Prepare Active Directory and View Manager for Clients in Kiosk Mode
- Set Default Values for Clients in Kiosk Mode
- Display the MAC Addresses of Client Devices
- Add Accounts for Clients in Kiosk Mode
- Enable Authentication of Clients in Kiosk Mode
- Verify the Configuration of Clients in Kiosk Mode
- Connect to Desktops from Clients in Kiosk Mode
- Configure Clients in Kiosk Mode
- Running View Client from the Command Line
- Index
Table 8-16. View PCoIP Session Variables for the Keyboard (Continued)
Setting Description
Use alternate key for sending Secure
Attention Sequence
Specifies an alternate key, instead of the Insert key, for sending a Secure
Attention Sequence (SAS).
You can use this setting to preserve the Ctrl+Alt+Ins key sequence in
virtual machines that are launched from inside a View desktop during a
PCoIP session.
For example, a user can launch a vSphere Client from inside a PCoIP
desktop and open a console on a virtual machine in vCenter Server. If the
Ctrl+Alt+Ins sequence is used inside the guest operating system on the
vCenter Server virtual machine, a Ctrl+Alt+Del SAS is sent to the virtual
machine. This setting allows the Ctrl+Alt+Alternate Key sequence to send
a Ctrl+Alt+Del SAS to the PCoIP desktop.
When this setting is enabled, you must select an alternate key from a drop-
down menu. You cannot enable the setting and leave the value
unspecified.
When this setting is disabled or not configured, the Ctrl+Alt+Ins key
sequence is used as the SAS.
This setting applies to the server only and has no effect on a client.
Use enhanced keyboard on Windows
client if available
Determines whether to direct keyboard sequences to be restricted to the
guest operating system in PCoIP desktop sessions.
When you press Ctrl+Alt+Delete, Win+L, or another keyboard sequence,
the guest system only, rather than both guest and host, acts on the
command. For example, pressing Ctrl+Alt+Delete does not lock the host
system.
This setting applies to Windows hosts only.
Before the enhanced keyboard setting can take effect, the VMware
keyboard filter driver, vmkbd.sys, must be installed and configured. The
VMware keyboard filter driver is automatically installed and configured
on computers that have VMware Workstation, Player, or View Client with
Local Mode installed. You can use this setting only when View Client is
run by a member of the administrator’s group on Windows XP or is run
under elevated privileges by Run as administrator on Windows Vista and
later.
This setting allows the Windows host system to process keyboard input
by an alternative method. It processes raw keyboard input as soon as
possible, bypassing Windows keystroke processing and any malware that
is not already at a lower layer. Use enhanced virtual keyboard if the virtual
machine might be used by someone with an international keyboard or a
keyboard with extra keys.
When this policy is not configured or disabled, the enhanced keyboard
feature is not used.
View PCoIP Build-to-Lossless Feature
The PCoIP display protocol uses an encoding approach called progressive build, which works to provide the
optimal overall user experience even under constrained network conditions.
Progressive build provides a highly compressed initial image, called a lossy image, that is then progressively
built to a full lossless state. A lossless state means that the image appears with the full fidelity intended.
On a LAN, PCoIP always displays text using lossless compression. If available bandwidth per session drops
below 1Mbs, PCoIP initially displays a lossy text image and rapidly builds the image to a lossless state. This
approach allows the desktop to remain responsive and display the best possible image during varying network
conditions, providing an optimal experience for users.
The build-to-lossless feature provides the following characteristics:
n
Dynamically adjusts image quality
n
Reduces image quality on congested networks
VMware View Administration
166 VMware, Inc.