A printing apparatus performs conversion processing that converts input data corresponding to a page into image data, executes a predetermined operation for transition of a printhead to a printing standby state, in a case where image data is delayed, performs holding processing that holds the image data in a data memory, and performs retaining processing until an amount of image data held in the data memory exceeds a predetermined amount. The printing apparatus also outputs the image data in the data memory in a case where the amount of image data held in the data memory exceeds the predetermined amount, and executes printhead printing based on the output image data. In a case where input data still remains, the conversion processing for the remaining input data is performed concurrently with the printing based on the output image data.

There is provided a control method for an information processing apparatus that stores an editing application with which editing of intermediate data including drawing data generated by a drawing application can be performed, the control method including: obtaining information associated with a print setting; deciding an interface used for obtaining the intermediate data from among a plurality of interfaces on a basis of the obtained information associated with the print setting; and obtaining the intermediate data by using the decided interface, in which the intermediate data output from the editing application is obtained by a printer driver and converted into a print command.

An image information converting apparatus according to one embodiment includes a converting unit, a splitting unit and an adding unit. The converting unit converts first image information described in a first language into second image information described in a second language, the second language being different from the first language. The splitting unit splits the first image information into a plurality of split image files so as to each have a data size satisfying a restriction in image processing performed by the second image forming apparatus. The adding unit adds first additional information to each of the split image files. The first additional information indicates whether or not to add an image formation unit mark. The image formation unit mark indicates boundaries between batches of image formation units corresponding to images to be formed on a plurality of pages.

An information processing apparatus includes circuitry that accepts a configured print setting for generating image data, generates identification information for identifying the image data, generates first image data based on a first print setting different from the configured print setting, stores, in a memory, the identification information of the image data and the first image data associated with each other, generates second image data including the identification information of the image data by applying the configured print setting to the first image data, accepts a second print setting configured for the second image data and the identification information of the image data included in the second image data, the second print setting being different from the first print setting, specifies the first image data based on the identification information of the image data included in the second image data, and generates third image data by applying the second print setting configured for the second image data to the specified first image data.

An object of the present disclosure is to provide a printing system capable of supporting a plurality of printable areas for one paper size. One embodiment of the present invention is a non-transitory computer readable storage medium storing a program for causing a computer to perform a control method in an information processing apparatus including: first printing control software; and second printing control software that converts first format print data output by the first printing control software into second format print data, and the control method includes: a first creation step of creating raster data based on the first format print data; a medium determination step of performing determination of whether a printing-target medium is a medium that needs a margin larger than a regular size; and a margin insertion step of performing margin insertion processing for raster data created at the first creation step.

A facility for managing a document conversion environment is described. In various embodiments, the facility includes a native application associated with a native document type and an isolation service. The isolation service determines whether a native application associated with the native document type has started and when it has not started, starts the native application and causes the started native application to load and convert a native document to a common document format, wherein the isolation service starts a single instance of the native application and monitors the single instance of the native application so that it complies with specified a parameter, condition, or setting of operation.

A reusable sequence of display list objects is determined, by extending the repeated sequence to further consecutive display list objects, each occurrence of the reusable sequence being associated with a z-order position in a corresponding display list. At least one display list is divided, at the z-order position of the reusable sequence in the display list, into a plurality of z-bands including a reusable z-band for the determined reusable sequence. A reusable intermediate graphical representation is generated for the determined reusable sequence and a further intermediate graphical representation for at least one other z-band. The further intermediate graphical representation is merged with the reusable intermediate graphical representation in accordance with an order of the z-bands. The page description language (PDL) document is rendered using the merged representations.

In a case where a print queue of a printing apparatus is registered in operating system standard print software but is not registered in print control software, a process of registering a print queue of a printing apparatus in print control software configured to generate print data in predetermined format. In a case where the print queue of the printing apparatus is registered in the print control software but is not registered in the operating system standard print software, a process of registering the print queue of the printing apparatus in operating system standard print software configured to generate print data in the different format from the predetermined format are executed.

Systems, methods, and apparatus for composing an imposed, intermingled output in pre-sorted postal order from an intermediate file are disclosed. A composition engine populates a template with variable printing data from a data file and generates an intermediate file. The composition engine repeats the process and generates a second intermediate file from a second data file and template. The intermediate files are merged and intermingled to generate a third intermediate file. The third intermediate file is converted to a renderable format and transmitted to a printing system to produce a ganged, imposed output.

A system for internet enabled printing is disclosed. The system includes an internet print service that renders electronic documents from internet connected devices into an intermediate format for printing by an internet connected print client. The print client allows a printer connected to the print client to print electronic documents received from internet print service. A user registers with the internet print service to obtain an identifier for their printer that is accessible over the internet. The identifier can include an e-mail address so that electronic documents can be submitted to the registered printer via e-mail.