Abstract:
A system for web based imaging comprising: at least one graphic store for storing a plurality of different graphics; a group composition store for storing a plurality of compositions, with each different composition referencing at least one graphic in a graphic store that is external to the group composition store and including data to place the referenced graphic within the composition; and a plurality of different user profiles, each for a different imaging client, with each user profile including a reference to the group composition store.
Abstract:
A printing system that includes a personal computer, a primary printer and an alternate printer is described. The primary printer and the alternate printer each include an embedded Web Server. The primary printer can serve a first program to the personal computer upon request. The first program enables the computer to use the primary printer to print a document. In addition, the first program enables the computer to display a hyperlink referring to a second program if the primary printer fails to successfully print the document. The second program enables the computer to print the document using the alternate printer.
Abstract:
The method of the invention enables a procedure to handle a large data file, wherein the procedure has a fixed, limited allocation of memory that is less than the size of the data file. The method segments the large data file into one or more subfiles, wherein each subfile is of a datasize that does not exceed the limited allocation. Thereafter, the method sequentially activates the procedure to operate upon each subfile, until all subfiles have been processed.
Abstract:
One or more printers on a network are grouped together to form a printer group. A printer group server contains a database of the printer groups on the network. The printer group database includes a list of printers assigned to each printer group in the database. The printer group server communicates with a printer group client and a print server. The printer group client subscribes to one or more of the printer groups. The printer group client resides on a print client device and manages a set of print queues on the print client device. Each printer queue represents one of the printers in the printer groups to which the printer group client subscribes. A printer group is updated by making changes to the printers in the printer group and updating the printer group database to reflect the changes. A change in the printer group database initiates a change in the print queues managed by the printer group client for printer group clients that subscribe to the updated printer group.
Abstract:
A computer system includes a distributed application program having shared objects on a client workstation and on a server. Installation of the application program assures that an object request broker, a preferential naming service (PNS), PNS registry, and a portion of the application program are executable on the client workstation. In operation, the application program makes a request of the PNS containing an object name and criteria for determining an object reference. The PNS accesses the PNS registry to select candidate records according to the object name and version criteria. In addition, for a tree structured registry, the PNS responds to scope criteria and cross references to identify candidates. A tree structured registry may include references to portions of other tree structured registries. The PNS determines a policy from a candidate record, then determines an object reference by applying the policy. When needed, the PNS activates a local object or contacts a naming service on the server to determine the object reference. The object reference is then provided to the application program. The policy may dictate that candidate records refer only to local objects, only to remote objects, that a local object if viable is preferred, or that a remote object if viable is preferred. The request may include a version criteria directing use of an exact version or use of a latest version.
Abstract:
A method and memory device enabling a user at a management computer to invoke a function on one or more plural managed units of a peripheral system, each managed unit providing one or more services for one or more client computers. Each service has an associated managed entity (ME) interface that includes reference(s) to one or more management interfaces (MIs), each MI including one or more method(s) for controlling a managed unit to execute a desired action. The method responds to a user selecting an Operation object by (i) determining which MEs associated with the managed units support a designated MI object that will enable execution of the desired Operation, by invoking execution of one or more management interface provider objects on each managed unit to return an answer (ii) passing the list of determined MEs to an Operate method of the Operation object whose task is to perform the desired action by invoking methods on the designated MI(s) associated with one or more of the managed units; and (iii) executing the Operate method to initiate execution, in a managed unit associated with the one or more listed MEs, of said designated management interface object (or objects) which, in turn, cause performance of the desired action by the managed unit.
Abstract:
A system (100) for associating a data collector (FIG. 2, 340-2) with a network account comprises a first computing device (FIG. 1, 115) to collect data associated with the use of a number of object devices (110-1, 110-2, 110-n) on a network, in which the first computing device creates a network account associated with a second computing device (FIG. 1, 105), and in which the system (100) assigns a filename (FIG. 12, 1205) to a data collector data packet (FIG. 2, 340-2), the filename (FIG. 12, 1205) comprising information related to the network account associated with the second computing device (FIG. 1, 105).
Abstract:
A device has a consumable device component. A supply status indicator indicates a status of the consumable device component to at least one of a first host computer and the device. The supply status indicator includes a suppressed state.
Abstract:
Example embodiments relate to identification of regions in which unauthorized products are available. For example, in some embodiments, requests for verification of authenticity of a product may be received. Each request may be associated with a verification code and location data identifying a physical location of the product. Based on the requests, example embodiments may then determine whether a particular region including the physical location identified by the location data is likely to be a region in which unauthorized products are available.
Abstract:
The method of the present invention is capable of providing distributed imaging capability to a user of a computing device within a UNIX printing environment. Document creation, manipulation, editing, and output are provided by the present invention. Document design and image data are associated with the originating user. Generic access instructions cause associated document data to be retrieved or stored in accordance with the present invention. Multiple documents and output devices may be employed to accomplish the requesting user's needs. Further, interactive graphical printing configuration and monitoring may be utilized.