Granted Patent B2

US 10,394,934 · App. 16/128,394 · Granted Aug 27, 2019

Inventors: Gary B. Rohrabaugh (Bellingham, WA); Scott A. Sherman (Seattle, WA)

Assignee: Softview, L.L.C.

G06F17/211G06F3/0488G06F9/451G06F16/9577G06F16/986G06F17/2235G06F17/2247H04L67/04H04L67/2823G06F3/0481G06F16/95G06F16/957G06F16/958G06F16/9537G06F16/9574G06F2203/04806G06F2212/1048G06Q30/02G09G5/24G09G2340/0407G09G2340/0492H04L67/02

Abstract

Claims (67)

1. A mobile hand-held device, comprising:

a processor;

a wireless communications device, to facilitate wireless communication with a network that supports access to the Internet;

a touch-sensitive display; and

flash memory, operatively coupled to the processor, in which a plurality of instructions are stored comprising a plurality of software components including an HTML rendering engine, wherein the instructions are configured to be executed by the processor to cause the mobile hand-held device to,

process an HTML document including HTML code and having associated cascading style sheet (CSS) code with the HTML rendering engine to render a first representation of the HTML document having an interpreted page layout, functionality, and design of content associated with the HTML document that is in accordance with the HTML code and CSS code, wherein the HTML code includes a plurality of HTML elements including at least one HTML paragraph element, at least one HTML image element, and at least one HTML hyperlink element, and wherein rendering the first representation of the HTML document includes,

parse the HTML document to identify the plurality of HTML elements;

logically group content associated with HTML elements into HTML objects;

generate page layout information including a bounding box for each HTML object; and

store information that links each HTML object with its corresponding page layout information,

wherein the page layout information further includes information from which a page layout location of each of the bounding boxes can be determined;

translate the first representation of the HTML document to generate a scalable vector representation of the HTML document; and

render the scalable vector representation of the HTML document on the touch-sensitive display using a first scale factor to display the HTML document at a first zoom level under which the HTML document is displayed to fit across a width of the touch-sensitive display,

wherein the scalable vector representation of the HTML document is configured to allow a user to view the HTML document at one or more user-defined zoom levels by rendering the scalable vector representation on the touch-sensitive display using one or more respective scale factors in response to associated user inputs made via the touch-sensitive display, and wherein the interpreted page layout, functionality, and design of the content associated with the HTML document is preserved at each of the first zoom level and the one or more user-defined zoom levels.

2. The mobile hand-held device of claim 1 , wherein execution of the instructions further causes the mobile hand-held device to:

define a primary datum corresponding to the interpreted page layout; and,

for each HTML object,

define an object datum corresponding to a layout location datum for the HTML object's bounding box;

generate a vector from the primary datum to the object datum for the HTML object's bounding box; and

create a reference that links the HTML object to the vector that is generated.

3. The mobile hand-held device of claim 1 , wherein the mobile hand-held device is a mobile phone.

4. The mobile hand-held device of claim 1 , wherein the mobile hand-held device is a hand-held computer.

5. The mobile hand-held device of claim 1 , wherein execution of the instructions further allows the user to zoom in on a user-selectable portion of a view of the HTML document in response to a user interface input made via the touch-sensitive display.

6. The mobile hand-held device of claim 1 , wherein the views of the HTML document are rendered in real-time to effect zooming operations.

7. The mobile hand-held device of claim 6 , wherein the zooming operations are effected in a fraction of a second.

8. The mobile hand-held device of claim 1 , wherein execution of the instructions further causes the mobile hand-held device to:

generate a vector-based display list associated with the scalable vector representation; and

employ the vector-based display list to render views of the HTML document on the touch-sensitive display at different scale factors to effect zooming operations.

9. The mobile hand-held device of claim 1 , wherein the HTML document is an HTML parent document for a Web page.

10. The mobile hand-held device of claim 1 , wherein the HTML elements includes an HTML table having a plurality of cells, each cell having at least one of associated text content and associated image content, and the CSS code includes CSS code defining how the HTML table and its associated content is to be rendered.

11. The mobile hand-held device of claim 1 , wherein the content associated with the HTML document includes a plurality of images that are referenced using respective Universal Resource Locators (URLs) in the HTML document, and wherein execution of the instructions further causes the mobile hand-held device to:

for each of the plurality of images,

retrieve the image via the URL for the image, and

generate a respective bounding box for the image; and

employ the respective bounding boxes to scale images in the rendered views of the HTML document.

12. The mobile hand-held device of claim 1 , wherein the HTML document includes a reference to an XML document containing XML content, and wherein execution of the instructions further causes the mobile hand-held device to:

retrieve the XML document and process the XML content in connection with rendering the first representation of the HTML document, wherein the XML content is configured to define one or more of the interpreted page layout, functionality, and design of the content associated with the HTML document.

13. A method performed by a mobile hand-held device including a touch-sensitive display and an HTML rendering engine, comprising:

processing an HTML document including HTML code and having associated cascading style sheet (CSS) code with the HTML rendering engine to render a first representation of the HTML document having an interpreted page layout, functionality, and design of the content associated with the HTML document that is in accordance with the HTML code and CSS code, wherein the HTML code includes a plurality of HTML elements including at least one HTML paragraph element, at least one HTML image element, and at least one HTML hyperlink element, and wherein rendering the first representation of the HTML document includes,

parsing the HTML document to identify the plurality of HTML elements;

logically grouping content associated with HTML elements into HTML objects;

generating page layout information including a bounding box for each HTML object; and

storing information that links each HTML object with its corresponding page layout information,

wherein the page layout information further includes information from which a page layout location of each of the bounding boxes can be determined;

translating the first representation of the HTML document to generate a scalable vector representation of the HTML document; and

render the scalable vector representation of the HTML document on the touch-sensitive display using a first scale factor to display the HTML document at a first zoom level under which the HTML document is displayed to fit across a width of the touch-sensitive display,

wherein the scalable vector representation of the HTML document is configured to allow a user to view the HTML document at one or more user-defined zoom levels by rendering the scalable vector representation on the touch-sensitive display using one or more respective scale factors in response to associated user inputs made via the touch-sensitive display, and wherein the interpreted page layout, functionality, and design of the content associated with the HTML document is preserved at each of the first zoom level and the one or more user-defined zoom levels.

14. The method of claim 13 , further comprising:

defining a primary datum corresponding to the interpreted page layout; and, for each HTML object,

defining an object datum corresponding to a layout location datum for the HTML object's bounding box;

generating a vector from the primary datum to the object datum for the HTML object's bounding box; and

creating a reference that links the HTML object to the vector that is generated.

15. The method of claim 13 , wherein the mobile hand-held device is a mobile phone.

16. The method of claim 13 , wherein the mobile hand-held device is a hand-held computer.

17. The method of claim 13 , further comprising allowing the user to zoom in on a user-selectable portion of a view of the HTML document in response to a user interface input made via the touch-sensitive display.

18. The method of claim 13 , wherein the views of the HTML document are rendered in real-time to effect zooming operations.

19. A non-transitory machine readable medium, in which a plurality of instructions are stored comprising a plurality of software components including an HTML rendering engine, wherein the instructions are configured to be executed by a processor on a mobile hand-held device to cause the mobile hand-held device to:

process an HTML document including HTML code and having associated cascading style sheet (CSS) code with the HTML rendering engine to render a first representation of the HTML document having an interpreted page layout, functionality, and design of the content associated with the HTML document that is in accordance with the HTML code and CSS code, wherein the HTML code includes a plurality of HTML elements including at least one HTML paragraph element, at least one HTML image element, and at least one HTML hyperlink element, and wherein rendering the first representation of the HTML document includes,

parse the HTML document to identify the plurality of HTML elements;

logically group content associated with HTML elements into HTML objects;

generate page layout information including a bounding box for each HTML object; and

store information that links each HTML object with its corresponding page layout information,

wherein the page layout information further includes information from which a page layout location of each of the bounding boxes can be determined;

translate the first representation of the HTML document to generate a scalable vector representation of the HTML document; and

render the scalable vector representation of the HTML document on the touch-sensitive display using a first scale factor to display the HTML document at a first zoom level under which the HTML document is displayed to fit across a width of the touch-sensitive display,

wherein the scalable vector representation of the HTML document is configured to allow a user to view the HTML document at one or more user-defined zoom levels by rendering the scalable vector representation on the touch-sensitive display using one or more respective scale factors in response to associated user inputs made via the touch-sensitive display, and wherein the interpreted page layout, functionality, and design of the content associated with the HTML document is preserved at each of the first zoom level and the one or more user-defined zoom levels.

20. The non-transitory machine readable medium of claim 19 , wherein the mobile hand-held device is a mobile phone.

Assignments (1)

Continuity (8)