Abstract: Techniques for representing and generating XML data are provided. An associated system includes one or more processors and a mapping module configured to execute upon the one or more processors. The mapping module is configured to map each sparsely-encoded XML element of a sparse representation of a document into a complete, valid XML document. The system also includes a defaulting module configured to execute upon the one or more processors. The defaulting module is configured to generate at least one XML element that is missing in the sparse representation but required to generate the complete, valid XML document.

Abstract: A system for representing and generating XML data is provided. The system includes one or more processors and a mapping module configured to execute upon the one or more processors. The mapping module is configured to map each sparsely-encoded XML element of a sparse representation of a document into a complete, valid XML document. The system also includes a defaulting module configured to execute upon the one or more processors. The defaulting module is configured to generate at least one XML element missing in the sparse representation, but required to generate the complete, valid XML document.

Abstract: A computer-implemented method for generating a customized dynamic distribution e-mail list is provided. The method includes determining a predefined addressee-selecting rule in response to a user-executed command to send an e-mail. The method also includes selecting at least one addressee from an electronic data file based upon the addressee-selecting rule. The method further includes, for each addressee selected, inserting a corresponding address into a predetermined field of an e-mail prior to conveying the e-mail over a data communications network.

Abstract: A system for representing and generating XML data is provided. The system includes one or more processors and a mapping module configured to execute upon the one or more processors. The mapping module is configured to map each sparsely-encoded XML element of a sparse representation of a document into a complete, valid XML document. The system also includes a defaulting module configured to execute upon the one or more processors. The defaulting module is configured to generate at least one XML element missing in the sparse representation, but required to generate the complete, valid XML document.

Abstract: A mechanism is provided for extending a Java archive file to include additional information that describes the contents of the archive as update information. A program is provided for determining differences between an initial file system tree and a final file system tree and encoding those differences into entries in a Java archive file. An extractor class is included in the Java archive file and named as the main class. The Java archive file may be transported to a site that needs a file system update. The Java archive file may be executed in a Java runtime environment to update a target file system. The extractor class is executed to decode and effectuate the difference entries in the archive file.