For added protection, back up the registry before you modify it. Then, you can restore the registry if a problem occurs.
For more information about how to back up and restore the registry, click the following article number to view the article in the Microsoft Knowledge Base: How to back up and restore the registry in Windows. In the Data box, type the hex value of 11C add 0x for bit Windows applications, add 0x for bit Windows applications, add 0x to return the user name instead of the computer name, and add 0x to disable registry mapping.
The following compatibility bits affect the application when it's running. They're located in the following registry subkey where Appname is the name of the application's executable file :.
Use the "Return user name instead of computer name" bit for applications that use the computer name as a unique identifier. This returns the user's name to the application and gives a unique identifier to each user of the application. Use the "Disable registry mapping for this application" bit to retain only one global copy of the registry variables that are used by the application. If this bit is not set, all paths to the Windows directory are replaced with the path to the user's Windows directory.
The following compatibility bits control. Remove From My Forums. Answered by:. Archived Forums. Windows 10 Installation, Setup, and Deployment.
Sign in to vote. Not sure where to turn here. Any experts out there willing to help out? Edited by rbuschmeyer Tuesday, June 28, PM. Tuesday, June 28, PM. If you have feedback for TechNet Support, contact tnmff microsoft.
Saturday, July 2, PM. So no Terminal Services service listed for me either with Allow remote connections to this computer enabled, so can you explain more your issues?
In the Data box, type the hex value of 11C add 0x for bit Windows applications, add 0x for bit Windows applications, add 0x to return the user name instead of the computer name, and add 0x to disable registry mapping. The following compatibility bits affect the application when it is running. They are located in the following registry subkey where Appname is the name of the application's executable file :.
Use the "Return user name instead of computer name" bit for applications that use the computer name as a unique identifier. This returns the user's name to the application and gives a unique identifier to each user of the application. Use the "Disable registry mapping for this application" bit to retain only one global copy of the registry variables that are used by the application.
If this bit is not set, all paths to the Windows directory are replaced with the path to the user's Windows directory. The following compatibility bits control. They are located in the following registry subkey where Inifile is the name of the. If the "Synchronize user. If this bit is not set, it overwrites the user's. If the "Do not substitute user Windows directory" bit is set, it retains the SystemRoot directory for file paths in the.
If this bit is not set, it replaces all paths to the Windows directory with the path to the user's Windows directory. By default, all clients reserve 1. The Terminal Server also contains buffers to enable flow-controlled passing of screen refreshes to clients, rather than a constant bitstream. When user interaction at the client is high, the buffer is flushed at approximately 20 times per second.
During idle time, or when there is no user interaction, the buffer is slowed to only flush 10 times per second. You can tune all these numbers through the registry.
After session details have been negotiated, the server RDP stack instance for this connection will be mapped to an existing idle Win32k user session, and the user will be prompted with the Windows NT logon screen. If autologon is configured, the encrypted username and password will be passed to the Terminal Server, and logon will proceed.
Much of the Win32k user session is utilizing shared code and will load noticeably faster after one instance has previously loaded. After the user types a username and password, packets are sent encrypted to the Terminal Server.
If a SessionID is already associated with this user for example, a disconnected session exists , the currently active session stack is attached to the old session. The temporary Win32 session used for the initial logon is then deleted. If for some reason more than one session is active for this user, the list of sessions is displayed and the user decides which one to select for reconnection.
After user logon, the desktop or application if in single-application mode is displayed for the user. When the user selects a bit application to run, the mouse commands are passed to the Terminal Server, which launches the selected application into a new virtual memory space 2-GB application, 2-GB kernel. All processes on the Terminal Server will share code in kernel and user modes wherever possible. When multiple processes want to read and write the same memory contents, the VM manager will assign copy-on-write page protection to the memory region.
Copy-on-write is useful and efficient for applications running on a Terminal Server. When a Winbased application such as Microsoft Word is loaded into physical memory by one process Session , it is marked as copy-on-write.
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