Abstract: A barcode identification system is shown that includes a user operable personal computer for creating print jobs. The personal computer is coupled to a number of printers for printing the data for a job in a selected format on a record member such as a tag, label or the like. The system employs modular software. During the initialization of each of the software modules, the system determines whether the module includes a key identification that matches a system key and if not, the operation of the software module is limited to a demonstration mode if that mode is allowable. A data entry routine aids the user entering valid data for a selected format. In response to a print command, the data entered by the user is combined with the selected format to form a job. The job is then sent to a spooler which distributes the job to one of the barcode printers of the system.

Abstract: A purchase order processing system allows purchase orders issued from a number of consignees each requiring different processing operations to be processed simply and in an error free manner. The system prompts a user for only that information required by a selected consignee to process a purchase order issued thereby. In processing a purchase order, the system verifies packing information against stored purchase order data. The system automatically generates shipping labels and advance shipping notices in compliance with the diverse requirements of the various consignees. In order to process purchase orders from different consignees, the system of the present invention utilizes nonconsignee specific software that operates in accordance with consignee specific data files that define the purchase order processing requirements of a consignee.

Abstract: A spooler is shown for a barcode information system. The spooler allows one printer to be assigned to one queue of the spooler, multiple printers to be assigned to a single queue; and a single printer to be assigned to multiple queues. The spooler is flexible in its configuration so as to allow print jobs to be distributed evenly among the various printers of the system. The printers of the system need not be the same and may be incompatible in that they communicate in different languages and/or they do not have the same format options. To minimize processing time, jobs may be terminated while in the process of printing. The jobs can later be restarted at the point in the job at which termination occurred. Further, format and graphic packets previously transmitted to a printer by the spooler for one job are not retransmitted to the same printer for subsequent jobs utilizing those same format and graphic packets so as to increase the efficiency of the system.

Abstract: A barcode identification system is shown that includes a user operable personal computer for creating print jobs. The personal computer is coupled to a number of printers for printing the data for a job in a selected format on a record member such as a tag, label or the like. The system employs modular software. During the initialization of each of the software modules, the system determines whether the module includes a key identification that matches a system key and if not, the operation of the software module is limited to a demonstration mode if that mode is allowable. A data entry routine aids the user entering valid data for a selected format. In response to a print command, the data entered by the user is combined with the selected format to form a job. The job is then sent to a spooler which distributes the job to one of the barcode printers of the system.