Method for Transforming the Source Documents to Corresponding Web Pages

• US 20100070852A1
• Filed: 12/01/2005
• Published: 03/18/2010
• Est. Priority Date: 11/15/2005
• Status: Abandoned Application

• Current Assignee: Lipeng Li
• Original Assignee: Lipeng Li
• Inventors: Li, Lipeng
• Application Number:
  US12/093,821
• Publication Number:
  US 20100070852A1
• Time in Patent Office: Days
• US Class Current: 715/239
• 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 8/51 Source to source

Abstract

The invention has disclosed a method for transforming interactive source documents organized in a hierarchy of nested cells to web pages. The method includes: directly mapping the elements of static cells in source documents to web pages so as to enable the transformation of the elements of static cells in source documents to web page elements; selecting the dynamic cells which are to be transformed from the source documents; adding the cell level tags or comments for the selected dynamic cells, and then adding the element level tags or comments for the selected dynamic cells, so as to construct the mapping relationship between the elements of dynamic cells and the corresponding elements of web pages; transforming the elements of dynamic cells to corresponding elements of web pages according to the constructed mapping relationship. By the two-layer-tagging process which is to add cell level tags and cell element level tags to the dynamic cells, the invention can further differentiate the elements of dynamic cells in source documents and construct the mapping relationship between the dynamic elements in source documents and corresponding elements of targeted web pages thus avoid the trouble of writing codes by professionals.

Claims

1. A method for transforming source documents which are interactive and organized in a hierarchy of nested cells to web pages, including:

directly mapping the elements of static cells in source documents to web pages so as to enable the transformation of the elements of static cells in source documents to web page elements;

selecting the dynamic cells which are to be transformed from the source documents;

adding the cell level tags or comments for the selected dynamic cells, and then adding the cell element level tags or comments for the selected dynamic cells, so as to construct a one-to-one mapping relationship between the elements of dynamic cells and the corresponding elements of web pages; and

transforming the elements of dynamic cells to corresponding elements of web pages according to the constructed mapping relationship.

2. The method according to claim 1, wherein adding tags or comments of cell element level to said dynamic cells includes:

adding one or more tags or comments before or after the content of said dynamic cells, and copying the selected elements of the said dynamic cells in the tags or comments.

3. The method according to claim 2, wherein adding tags or comments of the dynamic cell level before or after the tags or comments a part of which copied the elements of dynamic cells in order to differentiate the type of the dynamic cells, and

wherein the tags or comments of cell level for the dynamic cells include:

tags or comments of the dynamic cells for 3D graphic, tags or comments of the dynamic cells for 2D graphic, tags or comments of the dynamic cells for the value replacement, tags or comments of the dynamic cells for evaluation.

4. The method according to claim 1, wherein the dynamic cell element level tags or comments is composed of field representing the type of the elements in the selected dynamic cells, the field representing the content of the elements in the selected dynamic cells, and the segmentation string between the fields;

and

wherein the cell element level tags or comments of the dynamic cells are made up of two fields or more fields which are segmented by the segmentation strings.

5. The method according to claim 1, wherein the cell element level tags or comments of the dynamic cells include:

tags or comments for the selected expressions, tags or comments for the selected variables, tags or comments for the selected function names, tags or comments for the selected options, tags or comments for the selected inputs, and so on; and

wherein one segmented field segmented by the segmentation string represents that the selected element in the dynamic cell is expression type, and the other segmented field represents the content of the expression element in the selected dynamic cell elements in the tags or comments for the selected expression.

6. The method according to claim 1, wherein the needed dynamic cell element level tags or comments for the processing of dynamic cells in computing type include some or all of the following tags or comments:

the tags or comments for the selected functions, the tags or comments for the selected expression, the tags or comments for the selected variables;

wherein the needed dynamic cell element level tags or comments for the processing of dynamic cells in 2D graphic type include some or all of the following tags or comments;

the tags or comments for the selected expression, the tags or comments for the selected variables, the tags or comments for the selected options;

wherein the needed dynamic cell element level tags for the processing of dynamic cells in 3D graphic type include some or all of the following tags or comments;

the tags or comments for the selected expression, the tags or comments for the selected variables, the tags or comments for the selected options; and

wherein the needed dynamic cell element level tags or comments for the processing of dynamic cells in value replacement type include some or all of the following tags or comments;

the tags or comments for the selected inputs.

7. The method according to claim 1, wherein the steps in the transformation of the elements of the dynamic cells to the corresponding elements in the web pages includes:

calling the pattern matching functions to detect the cell level tags or comments and the cell element level tags or comments of the dynamic cells, and calling the corresponding pattern processing functions to transform the elements of the dynamic cells to the corresponding elements of web pages according to the detected vary combination pattern of the tags or comments.

8. The method according to claim 7, wherein the steps of calling pattern matching functions to detect the tags or comments of dynamic cells include:

finding the field representing the type of the dynamic cells by the detection of the cell level tags or comments;

finding the field representing the type of the copied element and the field representing the content of the element by detecting the cell element level tags and comments;

extracting the elements of the dynamic cell in the source document and the type information of the elements from the field representing the type of the dynamic cells and the fields representing the type and content of the copied elements in the cell level tags or comments and cell element level tags or comments; and

calling the corresponding mode processing functions to perform the transformation and translations to the dynamic cells.

9. A method for transforming Mathematica notebook source document to webMathematica pages, including:

that the translator directly map the elements of the static cells in the source documents to the elements of the targeted web pages according to the one-to-one mapping relationship between the static elements in the source documents and the elements in the web pages;

selecting a dynamic cell which is to be transformed from the source Mathematica Notebook;

adding cell level tags for the type of the selected dynamic cell by the selection on the control panel of the translator;

for the dynamic cells that need to be processed at the cell element level, add the cell element level tags by the control panel to construct the mapping relationship between the elements of the dynamic cells and the corresponding elements of the web pages, in which Adding cell element level tags to the dynamic cells includes;

adding a tag before or after the content of said dynamic cell and copying the selected cell element of the dynamic cell in the tag; and

the translator transforming the elements of the dynamic cells to corresponding elements of targeted web pages by calling the transformation functions matched with the patterns according to the vary combinations of the cell level tags and the cell element level tags.

10. The method according to claim 9, wherein the steps of transformation of elements in the dynamic cells to the targeted web page elements include:

the translator searching for the matched transformation functions by calling the pattern matching function to detect the cell level tags and the cell element level tags of the dynamic cell, then using the found matched transformation functions to transform the elements of the dynamic cells to the corresponding elements of targeted web pages.

11. A method for constructing the overall mapping relationship between the elements of source documents which are interactive and organized in a hierarchy of nested cells and the elements of targeted web pages, including:

constructing the definite mapping relationship between every element in static cells of source documents and every corresponding element in targeted web pages in the area of mapping table;

selecting the dynamic cells that need to be mapped from the source documents;

adding the cell level tags which represent the cell type information to the selected dynamic cells, then adding the cell element level tags to the selected dynamic cells, wherein the cell element level tags include the copy of the selected element of the dynamic cell;

constructing the area which is related with the cell level tags in the mapping table, then constructing the definite mapping relationship between the every element copy in the cell element level tags and every corresponding element in the targeted web pages in the area, so as to construct the definite mapping relationship between every element of dynamic cells and every corresponding element of targeted web pages.

12. The method according to claim 11, wherein the construction of definite mapping relationship is realized by writing the static cell element and dynamic cell elements as original in the mapping table.

13. The method according to claim 11, wherein the source document is Mathematica notebook document, and the targeted web page is webMathematica files.