Abstract: Systems and methods for reducing total and/or color page counts are provided. The systems include a memory, including a print queue, and one or more processors. The processors are programmed to receive a print job. The print job includes a document formatted according to a page description language (PDL). The processors are further programmed to apply one or more formatting fixes to the document and transfer the print job to the print queue. The formatting fixes include at least one of image fitting, text fitting and table fitting.

Abstract: A system and methodology are described herein that enable a network with a plurality of independent computers, with differing print drivers having generated various otherwise potentially incompatible page description language print jobs, to successfully interface with a centralized printer system through a plurality of lines by virtue of on-the-fly adaptation of the page description language stream job headers before the jobs go to a subsequently designated print device. The header is consumed and parsed to mitigate print-stream header differences by transforming the header commands into page description language commands and imbedding the page description language commands in the original page description language data, and therefrom sending on a resulting pure page description language stream.

Abstract: Systems and methods for reducing total and/or color page counts are provided. The systems include a memory, including a print queue, and one or more processors. The processors are programmed to receive a print job. The print job includes a document formatted according to a page description language (PDL). The processors are further programmed to apply one or more formatting fixes to the document and transfer the print job to the print queue. The formatting fixes include at least one of image fitting, text fitting and table fitting.

Abstract: A system and methodology are described herein that enable a network with a plurality of independent computers, with differing print drivers having generated various otherwise potentially incompatible page description language print jobs, to successfully interface with a centralized printer system through a plurality of lines by virtue of on-the-fly adaptation of the page description language stream job headers before the jobs go to a subsequently designated print device. The header is consumed and parsed to mitigate print-stream header differences by transforming the header commands into page description language commands and imbedding the page description language commands in the original page description language data, and therefrom sending on a resulting pure page description language stream.