Abstract: A system for and method of generating and visualizing one or more sharing event cascade structures associated with one or more content sharing events that occur across a network may include generating a plurality of sharing event nodes in the one or more sharing event cascade structures based on data associated with at least one of a system log and a database, wherein each sharing event cascade structure graphically represents a history of one or more content items being shared among a plurality of users of the network, and presenting, on a display device, a content sharing visualization diagram that illustrates the one or more sharing event cascade structures and enables a user to analyze sharing patterns associated with the plurality of users of the network.

Abstract: A system for and method of generating and visualizing one or more sharing event cascade structures associated with one or more content sharing events that occur across a network may include generating a plurality of sharing event nodes in the one or more sharing event cascade structures based on data associated with at least one of a system log and a database, wherein each sharing event cascade structure graphically represents a history of one or more content items being shared among a plurality of users of the network, and presenting, on a display device, a content sharing visualization diagram that illustrates the one or more sharing event cascade structures and enables a user to analyze sharing patterns associated with the plurality of users of the network.

Abstract: Disclosed are methods of printing documents comprising a plurality of pages sourced from a computer network. The methods provide a zoom property attribute to scale the document (FIG. 10). In one implementation a preview window (1702,1703) is displayed which shows the pages in the document scaled based on the zoom property attribute. A user selection (1701), within the preview window, is then determined for the pages of the scaled document. A subset (1804 cf. 1802) of the pages according to the user selection are then printed. In another implementation it is determined whether an amount of content (1008) on a last page of a scaled multi-page document (1002), which is scaled based on the zoom property attribute, is less than a predetermined amount. When the amount of content (1008) is less than the predetermined amount, the scaled multi-page document is further scaled down to fit to a nearest whole page. The further scaled multi-page document (1010) may then be printed.