Terminal server lets you install QuickBooks Desktop on a central server instead of individual computers. Once connected to the server, multiple users can access the company file on a remote computer. Phone support is provided for QuickBooks Desktop Enterprise Solutions only, however the following system-related issues are not supported. On your Mac, choose Apple menu System Preferences, then click Printers & Scanners. Open Printers & Scanners preferences for me. Select your printer in the list, then click the Remove button. Click the Add button, and if a pop-up menu appears, choose Add Printer or Scanner. A dialog appears listing any IP, shared, and Open Directory printers on your local network.

17' MacBook Pro, Mac Pro, Intel Mac Mini, Mac OS X (10.6.3)

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Today we’re going to go over a quick method to deploy print queues and printer drivers to multiple machines when other deployment methods, including deploying via GPO are not feasible. We’re going to use PsExec from Windows SysInternals in combination with some PrintUI.DLL commands. If you’re not familiar with PrintUI.DLL, it is the file that contains the different functions used by the printer configuration dialogs. So without further ado, let’s get started …

The first thing we need to do is determine what systems we want to push the printers and drivers to. In our example, we’re going to create a local folder on the C: drive called DEPLOY. Inside the C:DEPLOY folder, we create a simple text file with a list of the machines – one per line. If you’re comfortable with scripting, the odds are that you’ve used a file like this in your scripting adventures. We save the file as COMPUTERS.TXT. The file itself looks like this:

Once we have our list of systems, we set it aside and compile our list of print queues and printer drivers that we want to create on our target machines. For this, we’re going to create a file called PRINTUI.CMD in our C:DEPLOY folder. For each printer or driver we want to deploy, we create a corresponding line in our PRINTUI.CMD file – for example:

RUNDLL32 PRINTUI.DLL, PrintUIEntry /ia /f %windir%infntprint.inf /m “HP LaserJet 4”

Let’s break down this command and look at each piece of it:

• /ia – install a printer driver using a .inf file


• /f [file] – either .inf file or output file. When adding in-box drivers, use ntprint.inf as in our example above


• /m [model] – printer driver model name. In our example, we’re specifying the HP LaserJet 4

Digressing for a moment, if we were going to use PrintUI.DLL to install a local printer, our syntax would look like this:

RUNDLL32 PRINTUI.DLL, PrintUIEntry /if /f %windir%infntprint.inf /b “Printer1” /m “HP LaserJet 4” /u /r “LPT1:” /Z

Os x 10.11 4 download. Let’s take a quick look at some of the differences in our syntax:

• /if – install a printer driver using a .inf file


• /b [name] – base printer name. In our example, we are calling the printer “Printer1”


• /u – use the existing printer driver if it is already installed


• /r [port] – port name – in our case LPT1


• /Z – share the printer. You can only use this switch with the /if option

If we add the /y switch, we can specify that printer as the default printer

Getting back to our deployment scenario, we’re going to deploy a locally attached HP LaserJet 4 printer to each of our target machines with the following settings:

• Printer Name = Printer1


• Port = LPT1


• The printer must be shared out

So, within our PRINTUI.CMD file we have the following entries:

Note: The first line is not actually required in our example, but we left it in our example to demonstrate how you can use the command to deploy drivers. The printer driver itself is installed in the second line with the /m switch that looks inside the ntprint.inf file to find the HP LaserJet 4 driver.

Now that we have our list of computers, and we know what the requirements are for the remote machines, we’re ready to use PsExec to carry out our deployment. The syntax for this command is:

PSEXEC @C:DEPLOYCOMPUTER.TXT –i –n 20 –u DOMAINUSER –c C:DEPLOYPRINTUI.CMD

There are some new pieces of syntax here – let’s examine them:

• @file – directs PsExec to run the command on each computer listed in the specified text file


• -i – run the program so that it interacts with the desktop of the specified session on the remote system. If no session is specified then the process runs in the console session. We include this option so that we can see any errors the process might generate on the remote system


• -n – specifies the timeout in seconds for remote computer connections


• -u – specifies the user name to use when connecting to the remote system


• -c copies the specified program to the remote system for execution. If you omit this option, the application must be in the system’s path on the remote computer

The PsExec command copies our PRINTUI.CMD file to the remote systems and carries out the PrintUI.DLL commands. There are some caveats to this method. For example, the name of the printer driver may vary depending on which edition of Windows you are deploying the printers to. Thus you need to verify that the actual driver name is the correct one. Refer to the PsExec help and PrintUI.dll reference guide for more options on configuring the target printers.

Finally, PrintUI.DLL commands are flexible and can allow for some odd configurations that are rarely seen. Although it is possible to add per-machine printer connections using the /ga switch, this can result in some unpredictable printing behaviors and is not recommended. And with that, we have reached the end of our post. Thanks for stopping by!

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– Sumesh P.