Cause: Configuration registry does not match the firmware version of the client you are trying to put it on. Note: this method requires uninhibited access to the Internet, and FTP.
Procedure: Reference the attached document and follow Discussion: A common usage of the CLI thin client is to plug a printer into the device, and any user on the network can send print jobs to it. Discussion: For example, change the IP address of a specific host. Dial session startup procedure will closely resemble this procedure: 1. All settings made for server configuration must be performed on each terminal server in a server farm for import, export or sending configuration see Distributing port configuration.
Requirement: ThinPrint Engine must already be installed. Open the configuration console for server components. Example for a type-3 driver, in this example: Lexmark T MS. Printers of user1 in an terminal session as in the example. Printers of user2 in an terminal session as in the example.
Please note which printers in terminal sessions use a native driver and which use the TP Output Gateway see the Model column in illustration above. If AutoConnect does not create the desired printers or if printing itself fails to work properly, please check the following before contacting ThinPrint support. To generate configuration reports and to troubleshoot problems, please use the ThinPrint Diagnostic Utility.
AutoConnect Diagnostics: information about successfully created printers. Once you have identified the print protocol to use, you need the address of the server. If you are on a network that provides dynamic DHCP services, you can configure the print server with a name and allow it to be assigned any address.
If your print server is obtaining an address without dynamic DNS being available, either tie the IP address to the MAC address, or assign your print server a static address. Whether accessed by name or by numeric IP address depends on what your mobile device is capable of.
A numeric IP address should always work. The printer queue name is the next piece. In practice, there are no common naming conventions. Some print servers, especially the external ones, are capable of servicing multiple printers from one unit. In these devices, selection of the output printer is made either by individual port number or by separate print queues for each printer or interface.
Queue names like "P0", "P1", "S0", or "S1" are not uncommon for communicating with printers connected to parallel and serial interfaces, respectively. Some print servers allow you to configure whatever name you want and attach it to the required interface. How to configure a print server is beyond the scope of this article, so I will be using the nondescript queue name of "printer" in my examples. The LprJob class separates job setup into three logical areas: destination, printable data, and monitoring.
Each instance of an LprJob object contains all the information necessary to connect to a print server, transfer the data to be printed, and know when that transfer is complete. It also provides the barest queue control operations as defined by the LPR protocol.
Printable data is supplied as a list of one or more local data files. The LprJob class provides several events that can be used to monitor the progress of the print job. The destination information identifies the print server and port number to connect to, the name of the printer queue to use, if any, and the method of transferring the data. The most straightforward means of specifying a print job's destination is through the SetPrinterURI method, identifying all the components with a single string.
The scheme component identifies the job transfer protocol. Easily readable protocol names and aliases are used to select the job transfer method to employ:. Use standard LPR protocol. Standard port is This is the default protocol used if none or an invalid scheme is specified.
The authority component contains the name of the print server, a non-default port number to use to establish a connection, and user information in case the print server requires authorization to execute the print job. For example, some LPR servers on Linux platforms may restrict printing to certain users, and hold or discard jobs for all others; supplying the user name gives the print server the information it needs to set appropriate permissions for printing.
The default user name used is "MobileLPR". If your program is running on a device that has DNS resolution ability, the server name can be specified as an alphanumeric domain name. Otherwise, it may be safest to use a numeric IP address here. Your network administrator should be able to tell you what services are available. Port number may be optional. If the print services use the standard ports, selecting the protocol through the URI also sets the standard port number. If your print services are using non-standard ports, or you assign the connection parameters individually, the correct port number must be supplied for a successful connection.
The path component sets the name of the print queue that will service the print job. Depending on your print server, this name may or may not be case-sensitive. The print server documentation should contain the information you need.
If in doubt, use the printer queue name exactly as it is configured in your print server. If you anticipate sending multiple jobs to the same destination, the DefaultProtocol , DefaultServerName , DefaultServerPort , and DefaultPrinterName properties can be set up first, so any new LprJob class instance will be created with those values already assigned. Example: to send the print job using LPR protocol to a print server named "lprserver", serviced by print queue "P1" on port , allowing printing by user "printuser", you can use:.
A simpler example is printing over a direct socket connection to a printer with an internal print server using all default information. The print server address is 1.
Now that the print server has been specified, it is time to attach the data files to the job. The AddDataFile method taking a single argument attaches a named data file to the job as a literal raw, untranslated file. That means the data that will be sent to the printer must be exactly as the printer expects it.
An overload of the AddDataFile method allows specifying the format used for printing the file, selectable from the standard data formats for which LPR was designed. In most LPR installations, the format controls the filters that data will be passed through to get the desired printer output.
Briefly, the formats may be broken down into two groups: literal binary, raw, or untranslated data sent with the Literal and Raster formats; and text data sent with all other formats. MobileLPR passes literal data unchanged. Text formats assume the data is of a textual nature, and data is translated from the native text format of the mobile device into ASCII text that LPR servers expect to receive. The data content represented by the text is not changed in any way. With either literal or text data, the application is responsible for generating the appropriate content.
The LPRng protocol limits the number of data files to 52, which corresponds to the number of index letters available for remote file names. The LPR protocol does not specify a limit, but many servers cannot handle more than one data file per job. I'm not sure when Microsoft will have the resources to remove the feature but there will not be any changes in the service code. I have a free version from a 3rd party if you wish. Microsoft is not the only source for the LPD service.
Please remember to mark the replies as answers if they help. If you have feedback for TechNet Subscriber Support, contact tnmff microsoft. Office Office Exchange Server.
Not an IT pro? Resources for IT Professionals.
0コメント