System and method for managing objects using an object map

• US 10,387,524 B2
• Filed: 09/29/2011
• Issued: 08/20/2019
• Est. Priority Date: 09/29/2010
• Status: Active Grant

• Current Assignee: Ip Ot Sub Ulc
• Original Assignee: Open Text Sa Ulc (Open Text Corporation)
• Inventors: O'Connell, Jr., Conleth S., Martins de Souza Filho, Marceu, Shepstone, Lee
• Primary Examiner(s): Pitaro, Ryan F
• Assistant Examiner(s): Orr, Henry
• Application Number:
  US13/248,738
• Publication Number:
  US 20140189557A1
• Time in Patent Office: 2,882 Days
• Field of Search: 715767, 715764, 715784
• CPC Class Codes: G06F 16/958 Organisation or management of web site content, e.g. publishing, maintaining pages or automatic linking
• CPC Class Codes: G06F 2203/04805 Virtual magnifying lens, i.e. window or frame movable on top of displayed information to enlarge it for better reading or selection

Abstract

Embodiments described herein provide systems and methods for mapping objects. One embodiment can include a server providing an object management system managing objects in a repository and an application program interface for interfacing with the object management system. The system can also include an object mapping system configured to provide an object map of the objects in the repository in a manner that allows a user to easily navigate and take actions on the objects.

Claims

1. A system for managing objects comprising:

a server providing an object management system managing objects in a repository and an application program interface for interfacing with the object management system, the objects in the repository comprising web site content objects for a web site linked together to form a site structure for the web site; and

an object mapping system coupled to the server over a network, the object mapping system capable of rendering object maps using multiple dimensions of object metadata, the object metadata comprising content management metadata, the object mapping system configured to;

load, through the application programming interface, a first set of object metadata for a first set of objects from the web site content objects, the first set of objects corresponding to a first region of interest;

dynamically generate from the first set of object metadata for the first set of objects a hierarchical relationship graph for the first set of objects;

render, in a graphical user interface, a first view of an object map representing the dynamically generated relationship graph, the first view representing the first set of objects as a first set of nodes in a current hierarchy and relationships between the objects in the first set of objects as links between the nodes in the first set of nodes;

based on a user input to zoom to an area of zoom in the object map;

determine a subset of nodes from the first set of nodes corresponding to the area of zoom;

load, from the server, a second set of metadata for each node in the subset of nodes, the second set of metadata including content management metadata for each node in the subset of nodes; and

re-render the subset of nodes in the area of zoom with the nodes in the subset of nodes updated to reflect the second set of metadata;

based on a user input to select a second region of interest at a new position;

determine a second set of objects in the repository associated with the second region of interest at the new position;

retrieve, through the application program interface, metadata stored in the repository for the second set of objects in the repository, wherein an amount of metadata retrieved from the repository for a given object of the second set of objects is based on a level of zoom from a plurality of levels of zoom;

display in the graphical user interface a modified view, the modified view including a second set of nodes representing the second set of objects in the repository and links representing relationships stored in the repository between the objects within the second set of objects as part of a continuous object map with the first set of nodes;

based on detecting user interaction with a first selected node in the object map, display in visual association with the first selected node, available actions performable on a corresponding object within the repository represented by the first selected node;

based on detecting a further user interaction with the first selected node in the object map, generate a request to perform a user selected action on the corresponding object represented by the first selected node;

determine a future state of objects of the first set of objects for a selected future time period based on one or more events scheduled for the first set of objects in the future;

determine a future hierarchy of the objects in the first set of objects based on the future state of objects in the first set of objects;

display the current hierarchy and the future hierarchy on a scrollable timeline in the graphical user interface based on the selected future time period in the graphical user interface, where the display includes nodes representing the first set of objects and links representing the relationships between the first set of objects when the one or more scheduled events occur; and

based on user interaction with the graphical user interface, display in the graphical user interface in connection with an object of the first set of objects or second set of objects, one or more fields of metadata associated with that object, the one or more fields of metadata including one or more of;

a workflow status of the object, a publication status of the object, an approval status of the object, a sequence of related projects to the object, scheduling information regarding the object, or a due date for events associated with the object.

2. The system for managing objects of claim 1, wherein the user selected action comprises modifying the metadata of the corresponding object represented by the first selected node.

3. The system for managing objects of claim 2, wherein modifying the metadata of the corresponding object represented by the first selected node changes a relationship between at least two objects in the first set of objects.

4. The system for managing objects of claim 1, wherein the object mapping system is further configured to display, in the graphical user interface, more or less metadata for each of the first set of nodes based on a level of zoom for the first view, wherein as the level of zoom for the first view increases an amount of the displayed metadata increases and as the level of zoom for the first view decreases the amount of the displayed metadata decreases.

5. The system for managing objects of claim 1, wherein the object mapping system is configured to engage in speculative precaching of metadata from the repository, wherein engaging in speculative precaching of metadata comprises:

determining an extended region of interest based upon the first region of interest, wherein the extended region of interest comprises one or more objects surrounding the first region of interest but not residing in the first region of interest; and

loading metadata for objects within the extended region of interest into the object mapping system without immediately displaying objects in extended region of interest that are not also within the first region of interest.

6. The system for managing objects of claim 1 wherein the object mapping system is configured to display a heat map for each object, the heat map indicating relative activity regarding the object over a period of time.

7. The system for managing objects of claim 1 wherein the repository contains a reference to an object stored on another server.

8. The system for managing objects of claim 1 wherein the object mapping system is configured to display an overlay of a first hierarchy of objects with a second hierarchy of objects in the graphical user interface, wherein displaying the overlay provides a comparison of the first and second hierarchy of objects.

9. A method of managing an object map, the method comprising:

storing objects in a repository of an object management system, the objects in the repository comprising web site content objects for a web site linked together to form a site structure for the web site;

load, through an application programming interface, a first set of object metadata for a first set of objects from the web site content objects, the first set of objects corresponding to a first region of interest;

dynamically generate from the first set of object metadata for the first set of objects a hierarchical relationship graph for the first set of objects;

displaying, by an object mapping system, in a graphical user interface, a first view of an object map representing the dynamically generated relationship graph, the first view representing the first set of objects as a first set of nodes in a current hierarchy and relationships between the objects in the first set of objects as links between the nodes in the first set of nodes based on a user input to zoom to an area of zoom in the object map;

determining a subset of nodes from the first set of nodes corresponding to the area of zoom;

loading, from a server, a second set of metadata for each node in the subset of nodes, the second set of metadata including content management metadata for each node in the subset of nodes; and

re-rendering the subset of nodes in the area of zoom with the nodes in the subset of nodes updated to reflect the second set of metadata;

based on a user input to select a second region of interest;

determining that the region of interest in the object map has changed to a new position, wherein a second set of objects in the repository is associated with the second region of interest at the new position;

retrieving through the application program interface metadata stored in the repository for the second set of objects in the repository, wherein an amount of metadata retrieved from the repository for a given object of the second set of objects is based on a level of zoom;

displaying in the graphical user interface a modified view, the modified view including nodes representing the second set of objects in the repository and links representing the relationships stored in the repository between the objects within the second set of objects as part of a continuous object map with the first set of nodes;

based on detecting user interaction with a first selected node in the object map, display in visual association with the first selected node, available actions performable on a corresponding object within the repository represented by the first selected node;

based on detecting a further user interaction with the first selected node in the object map, generating a request to perform a user selected action on the corresponding object represented by the first selected node;

determining a future state of objects of the first set of objects for a selected future time period based on one or more events scheduled for the first set of objects in the future;

determining a future hierarchy of the objects in the first set of objects based on the future state of objects in the first set of objects;

displaying the current hierarchy and the future hierarchy on a scrollable timeline in the graphical user interface based on the selected future time period in the graphical user interface, where the display includes nodes representing the first set of objects and links representing the relationships between the first set of objects when the one or more scheduled events occur; and

based on user interaction with the graphical user interface, displaying in the graphical user interface in connection with an object of the first set of objects or second set of objects, one or more fields of metadata associated with that object, the one or more fields of metadata including one or more of;

a workflow status of the object, a publication status of the object, an approval status of the object, a sequence of related projects to the object, scheduling information regarding the object, or a due date for events associated with the object.

10. The method of claim 9, wherein the performing the user selected action comprises modifying the metadata of the corresponding object represented by the first selected node.

11. The method of claim 10, wherein modifying the metadata of the corresponding object represented by the first selected node changes a relationship between at least two objects in the first set of objects.

12. The method of claim 9, further comprising displaying, in the graphical user interface, more or less metadata for each of the first set of nodes based on a level of zoom for the first view, wherein as the level of zoom for the first view increases an amount of the displayed metadata increases and as the level of zoom for the first view decreases the amount of the displayed metadata decreases.

13. The method of claim 9, further comprising speculative precaching metadata, wherein speculative precaching metadata comprises:

determining an extended region of interest based upon the first region of interest, wherein the extended region of interest comprises one or more objects surrounding the first region of interest but not residing in the first region of interest; and

loading metadata for objects within the extended region of interest without immediately displaying objects in extended region of interest that are not also within the first region of interest.

14. A non-transitory computer readable medium comprising at least one computer-readable storage medium having computer-readable program code stored therein, the computer readable program code executable to:

provide an object mapping system capable of rendering object maps using multiple dimensions of object metadata;

connect to a server that provides an object management system managing objects in a repository and an application program interface for interfacing with the object management system, the objects in the repository comprising web site content objects for a web site linked together to form a site structure for the web site;

load, through the application programming interface, a first set of object metadata for a first set of objects from the web site content objects, the first set of objects corresponding to a first region of interest;

dynamically generate from the first set of object metadata for the first set of objects a hierarchical relationship graph for the first set of objects;

render, in a graphical user interface, a first view of an object map representing the dynamically generated relationship graph, the first view representing the first set of objects as a first set of nodes in a current hierarchy and relationships between the objects in the first set of objects as links between the nodes in the first set of nodes;

based on a user input to zoom to an area of zoom in the object map;

determine a subset of nodes from the first set of nodes corresponding to the area of zoom;

load, from the server, a second set of metadata for each node in the subset of nodes, the second set of metadata including content management metadata for each node in the subset of nodes; and

re-render the subset of nodes in the area of zoom with the nodes in the subset of nodes updated to reflect the second set of metadata;

based on a user input to select a second region of interest at a new position;

determine a second set of objects in the repository is associated with the second region of interest at the new position;

retrieve through the application program interface, metadata stored in the repository for the second set of objects in the repository, wherein the amount of metadata retrieved from the repository for a given object of the second set of objects is based on a level of zoom from a plurality of levels of zoom;

display in the graphical user interface a modified view, the modified view including a second set of nodes representing the second set of objects in the repository and links representing the relationships stored in the repository between the objects within the second set of objects as part of a continuous object map with the first set of nodes;

based on detecting user interaction with a first selected node in the object map, display in visual association with the first selected node, available actions performable on a corresponding object within the repository represented by the first selected node;

based on detecting a further user interaction with first selected node in the object map, generate a request to perform a user selected action on the corresponding object represented by the first selected node;

determine a future state the objects of the first set of objects for a selected future time period based on one or more events scheduled for the first set of objects in the future;

determine a future hierarchy of the objects in the first set of objects based on the future state of the objects in the first set of objects;

display the current hierarchy and the future hierarchy on a scrollable timeline in the graphical user interface based on the selected future time period in the graphical user interface, where the display includes nodes representing the first set of objects and links representing the relationships between the first set of objects when the one or more scheduled events occur; and

based on user interaction with the graphical user interface, display in the graphical user interface in connection with an object of the first set of objects or second set of objects, one or more fields of metadata associated with that object, the one or more fields of metadata including one or more of;

a workflow status of the object, a publication status of the object, an approval status of the object, a sequence of related projects to the object, scheduling information regarding the object, or a due date for events associated with the object.

15. The non-transitory computer readable medium of claim 14, wherein the user selected action comprises modifying the metadata of the corresponding object represented by the first selected node.

16. The non-transitory computer readable medium of claim 15, wherein modifying the metadata of the corresponding object represented by the first selected node changes the relationship between at least two objects in the first set of objects.

17. The non-transitory computer readable medium of claim 14, further comprising code executable to display, in the graphical user interface, more or less metadata for each of the first set of nodes based on a level of zoom for the first view, wherein as the level of zoom for the first view increases an amount of the displayed metadata increases and as the level of zoom for the first view decreases the amount of the displayed metadata decreases.

18. The non-transitory computer readable medium of claim 14, wherein the computer readable program code is executable to speculative precache metadata, wherein speculative precaching metadata comprises:

determining an extended region of interest based upon the first region of interest, wherein the extended region of interest comprises one or more objects surrounding the first region of interest but not residing in the first region of interest; and

loading metadata for objects within the extended region of interest without immediately displaying objects in extended region of interest that are not also within the first region of interest.