The Sessions tab shows information about sessions on the target server or on all servers. Use the Processes tab to view the processes running on a target server or on all servers.
The Information tab shows information about the client associated with the session. Expand the domain, locate the server, right-click the server, and choose Connect.
Connect to an unlisted server. Disconnect from all servers in a domain. Right-click the domain and choose Disconnect. Disconnect from a specific server. Right-click the server and choose Disconnect. Scan for Terminal Servers in the domain. Right-click the domain and choose Refresh Servers In Domain. Scan for Terminal Servers in all domains.
Right-click the domain and choose Disconnect From All Servers. View users connected to a server. Click the server and click the Users tab. Sometimes users do not logoff, and so you may wish to delete old sessions to free up resources. All I want to do here is point out that each client needs a Microsoft licence. Users who connect from an old Windows 9x machine cannot expect to get the XP experience interface for nothing, so they must buy a licence. The two exceptions, which do not require a licence, are remote administrators mode, and XP machines.
The precise cost of the licences will vary. I wish that I could be more definite, but there are so many deals and rule changes that it is impossible to give an accurate up-to-date figure. Thankfully the utilities are displayed logically: monitoring, network discovery, diagnostic, and Cisco tools. It is virtually identical to the remote desktop of XP.
You can also allow the user to tune the performance and the resources. Perhaps most of these settings are best controlled by a Group Policy. What I particularly like about Windows are the increased Group Policies to control almost every aspect of the client server connection.
When you deploy Windows Server Terminal Services in a Windows domain, you have the following licensing options:. Windows Server based terminal servers can automatically discover a Terminal Server License Server that is installed on a member server that is running Windows Server and that is configured as an Enterprise License Server in the Active Directory directory services site.
If the Windows Server based Terminal Server License Server is a domain license server, you must modify the registry on each of your Windows Server based terminal servers so that they can discover a compatible license server.
You must configure the registry settings on Windows based and Windows Server based terminal servers that are running in application mode so that they can discover the license server that issues the Windows or Windows Server TS CALs.
Do not contact Microsoft Clearinghouse if you have difficulty obtaining a TS CAL through the discovery process or for other issues that require troubleshooting of the operating system.
Microsoft PSS and Microsoft Clearinghouse cannot help you to locate your licensing purchase agreement or authorization number s to install license key packages. To obtain this information, contact the reseller where you obtained your Microsoft product. Skip to main content. Problems can arise that don't exist in traditional single-user workstation application installs. These problems derive from:.
A lot of older applications store their configuration options in. This setup is acceptable if only one user will ever use the application as in standard workstation-based computing environments , but it doesn't suffice when multiple users need to use the application on the same computer i.
In Terminal Server environments, any configuration options that one user changes would affect users since they are all pointing back to the same. INI configuration files. Applications that work this way are becoming increasingly rare, although there are still enough of them out there to keep your job interesting. Some Windows applications do not properly make use of the Windows registry.
Such applications are usually expensive industry-specific applications written by very small vendors and coincidentally tend to be the types of applications most used in Terminal Server environments.
To understand how applications often incorrectly use the Windows registry, we should first look at how applications correctly use the registry. The Windows registry consists of several main sections, or "hives. Remember from your basic Windows training that a SID is a unique serial number such as S that is used internally by Windows to keep track of each user. If you have two users logged onto a server then you will see two SIDs listed under the HKU hive and each user's unique settings stored in the registry structure under his SID.
Incidentally, if you look in the registry via regedit. This hive does not contain any real data; rather, it is simply a pointer or "alias" to the current user's SID in the HKU hive.
This hive exists to allow an application that's running within a user's session to be able to read and write settings for that user. For an application to be properly installed onto a multi-user server, the application must store each user's personal configuration options in his personal registry keys in the HKU hive, not in the server-wide HKLM hive.
Many of today's applications store configuration information in the HKLM hive, meaning that the same settings will apply to all users. Luckily, there are ways to avoid this scenario in Terminal Services environments. The main problem introduced by these two application scenarios is that certain applications do not recognize user-specific application settings.
Individual users cannot customize their own applications. Another way to describe this issue is that any changes one user makes to the application are suddenly applied to all users of the application. In traditional, non-Terminal Server environments, whenever a user exclaimed, "I didn't change anything! It just happened," you always knew he was lying. However, with Terminal Servers, each user is essentially sharing his computer with several dozen of his closet coworkers. Suddenly the "I didn't do it" excuse seems not so ridiculous.
Put your Terminal Server into an application "installation mode" before attempting to install any applications. When you do this, your Terminal server captures all registry and. INI file changes during the software installation.
This registry location contains two subkeys: software and machine. Any changes or additions made by the application's installation program to the current user's hive HKCU are copied to the software key. Changes or additions made to the machine hive HKLM are added to the machine subkey.
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