Abstract: A printing system is disclosed. The printing system includes an image processor to selectively rasterize a plurality of objects, and to determine if a size of a first object is less than or equal to a predetermined threshold perform a single-cell halftone process on the first object if the size of the first object is less than or equal to the predetermined threshold and perform a super-cell halftone process on the first object if the size of the first object is greater than the predetermined threshold.

Abstract: A print control unit coupled with a printer, the print control unit having host to provide partial resource components to a complex resource generator, the partial resources components including printing instructions. The complex resource generator to generate a shell representing a complex resource, generate a partial complex resource having the partial resource components, the shell to hold the partial complex resource, and store the partial complex resource to be referenced later.

Abstract: A print control unit coupled with a printer, the print control unit electronically connected to the host to provide one or more base resources to a unique Object Identifier (OID) generator, the one or more base resources including printing instructions. The unique OID generator generates a unique OID relating to a derived resource via a unique OID generation module. The unique OID includes the printing instructions of the one or more base resources. A resource generator internally generates the derived resource.

Abstract: A printing system is disclosed. The printing system includes an image processor to selectively rasterize a plurality of objects, and to determine if a size of a first object is less than or equal to a predetermined threshold perform a single-cell halftone process on the first object if the size of the first object is less than or equal to the predetermined threshold and perform a super-cell halftone process on the first object if the size of the first object is greater than the predetermined threshold.

Abstract: A print control unit coupled with a printer, the print control unit having host to provide partial resource components to a complex resource generator, the partial resources components including printing instructions. The complex resource generator to generate a shell representing a complex resource, generate a partial complex resource having the partial resource components, the shell to hold the partial complex resource, and store the partial complex resource to be referenced later.

Abstract: A print control unit coupled with a printer, the print control unit having host to provide partial resource components to a complex resource generator, the partial resources components including printing instructions. The complex resource generator to generate a shell representing a complex resource, generate a partial complex resource having the partial resource components, the shell to hold the partial complex resource, and store the partial complex resource to be referenced later.

Abstract: A print control unit coupled with a printer, the print control unit electronically connected to the host to provide one or more base resources to a unique Object Identifier (OID) generator, the one or more base resources including printing instructions. The unique OID generator generates a unique OID relating to a derived resource via a unique OID generation module. The unique OID includes the printing instructions of the one or more base resources. A resource generator internally generates the derived resource.

Abstract: Provided is a method, system, and program for interfacing with a printer driver. Data and an acknowledgment request is received from the printer driver. The printer driver does not send further data to print until receiving an acknowledgment reply indicating that the transmitted data passed an initial check to improve printer performance. An acknowledgment reply is transmitted to the printer driver in response to the acknowledgment request before completing the initial check of the sent data to cause the printer driver to send further data. Data processing operations are resynchronized in response to detecting an error in the received data. The received data is rasterized and outputted.