Systems and Methods for Providing A Foundational Web Platform

• US 20060294199A1
• Filed: 06/13/2006
• Published: 12/28/2006
• Est. Priority Date: 06/24/2005
• Status: Abandoned Application

• Current Assignee: The Zeppo Network, Inc.
• Original Assignee: The Zeppo Network, Inc.
• Inventors: Bertholf, Robert Dye
• Application Number:
  US11/423,843
• Publication Number:
  US 20060294199A1
• Time in Patent Office: Days
• US Class Current: 709/217
• CPC Class Codes: G06F 16/972 Access to data in other repository systems, e.g. legacy data or dynamic Web page generation

Abstract

A Web platform web-application framework in which functional block components are loaded as library elements at the time a website is accessed provides increased quality, accuracy and consistency of the website by enabling website management without a need for third party editors. Look and feel aspects of the website are loaded as library elements which are separate from content objects. Functional components stored as elements within a dictionary minimize redundant labor required to develop and deploy websites while providing extended functionality from a library of “plug and play” web components. Loading functional components as dictionary elements allows for seamless integration into the web-applications framework and other components. The web-application framework also identifies web visitor identifier information that is used to customize the displayed web page to the visitor'"'"'s location.

Claims

1. A web application executable at a network computer node to produce a website page, the web application comprising:

a content module including at least one main segment content;

an additional functionality module including at least one functionality component;

a dictionary module comprising library elements including one or more of a navigation menu, a language menu, an administrative menu, a content menu, and an interface string providing interfacing elements for the at least one functionality component; and

an application shell comprising software instructions for performing the steps of

initializing variables necessary to assemble the website page,

configuring the website page,

assembling content feeds using the initialized variables, and

parsing-in the content feeds from the content module, library elements from the dictionary module, and a functionality component to generate an ASP document.

2. The web application of claim 1, wherein:

the application shell software instructions further perform a step of generating HTML code that will provide the website page; and

the steps of initializing variables, configuring the website page, assembling content, parsing-in the content feeds and generating HTML code are performed at a time when the website page is accessed by a user via a network.

3. The web application of claim 2, wherein a content feed provides dynamic content such that the content displayed on the website page is determined at the time the website page is accessed by the user.

4. The web application of claim 2, wherein the application shell software instructions perform the further steps of:

receiving a location identifier from a user'"'"'s web browser; and

determining content to be displayed on the website page based upon the location identifier.

5. The web application of claim 3, wherein the application shell software instructions perform the further steps of selecting a language to display on the website page based upon the received location identifier, wherein the step of determining content to be displayed on the website page is further based upon the selected language.

6. The web application of claim 1, further comprising a web empowerment module including one or more of:

a web development console;

an integrated control module; and

an application management module.

7. The web application of claim 6, wherein:

the application shell software instructions further perform a step of generating HTML code that will provide the website page; and

the web empowerment module includes software instructions for performing the steps of;

accepting a change to the website page from a user interface;

revising content elements to be displayed in the website page responsive to the accepted change to the website page; and

causing the application shell software to repeat the steps of initializing variables, configuring the website page, assembling content, parsing-in the content feeds and generating HTML code.

8. A machine readable storage medium having stored thereon software instructions for a web application, comprising:

a content module including at least one main segment content;

an additional functionality module including at least one functionality component;

a dictionary module comprising library elements including one or more of a navigation menu, a language menu, an administrative menu, a content menu, and an interface string providing interfacing elements for the at least one functionality component; and

an application shell including software instructions for performing the steps of;

initializing variables necessary to assemble a web page;

configuring the web page;

assembling content feeds using the initialized variables; and

parsing-in the content feeds from the content module, library elements from the dictionary module, and a functionality component to generate an ASP document.

9. The machine readable storage medium of claim 8, wherein the application shell further includes software instructions for generating HTML code that will provide the web page;

and

the steps of initializing variables, configuring the web page, assembling content, parsing-in the content feeds and generating HTML code are configured to be performed at a time when the website page is accessed by a user via a network.

10. The machine readable storage medium of claim 9, wherein the application shell further includes software instructions for receiving a location identifier from a user'"'"'s web browser, and determining content to be displayed on the website page based upon the location identifier.

11. The machine readable storage medium of claim 9, wherein the web application further comprises a web empowerment module which includes software instructions for performing the steps of:

accepting a change to the website page from a user interface;

revising content elements to be displayed in the website page responsive to the accepted change to the website page; and

causing the application shell software to repeat the steps of initializing variables, configuring the website page, assembling content, parsing-in the content feeds and generating HTML code.

12. A system, comprising a server system coupled to a network, the server having stored thereon software instructions for a web application comprising:

a content module including at least one main segment content;

an additional functionality module including at least one functionality component;

a dictionary module comprising library elements including one or more of a navigation menu, a language menu, an administrative menu, a content menu, and an interface string providing interfacing elements for the at least one functionality component; and

an application shell including software instructions for performing the steps of;

initializing variables necessary to assemble a web page;

configuring the web page;

assembling content feeds using the initialized variables; and

parsing-in the content feeds from the content module, library elements from the dictionary module, and a functionality component to generate an ASP document.

13. The system of claim 12, wherein:

the application shell further includes software instructions for generating HTML code that will provide the web page; and

the steps of initializing variables, configuring the web page, assembling content, parsing-in the content feeds and generating HTML code are configured to be performed at a time when the website page is accessed by a user via the network.

14. The system of claim 12, wherein the application shell further includes software instructions for receiving a location identifier from a user'"'"'s web browser, and determining content to be displayed on the website page based upon the location identifier.

15. The system of claim 13, wherein the web application further comprises a web empowerment module which includes software instructions for performing the steps of:

accepting a change to the website page from a user interface;

revising content elements to be displayed in the website page responsive to the accepted change to the website page; and

causing the application shell software to repeat the steps of initializing variables, configuring the website page, assembling content, parsing-in the content feeds and generating HTML code.

16. A method for providing a website page accessible by a visitor via a web browser, comprising:

loading content elements into a database, each content element being associated with a content identifier;

determining content elements to be displayed in the website page and indicating that content with one or more content identifiers within a template for the website;

generating HTML code for providing the website page by parsing in content from the database in place of content identifiers in the code.

17. The method of claim 16, wherein the steps of determining content element to be displayed and generating HTML code are performed at a time when the website page is accessed by the visitor.

18. The method of claim 17, wherein a content element provides dynamic content such that the content displayed on the website page is determined at the time the website page is accessed by the visitor.

19. The method of claim 17, further comprising:

receiving a location identifier from the visitor'"'"'s web browser;

selecting a language to display on the website based upon the received location identifier; and

determining content to be displayed on the website page based upon the location identifier and selected language.

20. The method of claim 16, further comprising:

accepting a change to the website from a user interface;

revising content elements to be displayed in the website responsive to the accepted change to the website; and

repeating the step of generating HTML code.