TWI407372B - System and method for automatically generating a website based on pre-defined webpage templates - Google Patents

Abstract

The present invention provides a method for automatically generating a website based on pre-defined webpage templates. The method includes the steps of: (a) reading a corresponding configuration file; (b) extracting all codes in a home page template, and obtaining user-defined tags from the extracted code; (c) parsing each user-defined tag in turn thereby generating a static webpage; (d) finding a skip tag which jumps to a sub-webpage in the configuration file; (e) extracting all codes in a webpage template corresponding to a skip tag if such a skip tag is found, obtaining user-defined tags from the extracted codes, and going to step (c); (f) recording a structure of the generated static webpages, and generating a log file. A system for automatically generating a website based on pre-defined webpage templates is also provided. The invention can automatically generating static webpages based on pre-defined webpage templates and user-defined tags.

Description

Intelligent website development system and method based on modeling

The invention relates to a smart website development system and method based on modeling.

With the rapid development of the Internet, the website has been widely used in all areas of our work and life, and the technology for website development has emerged from the earliest ASP and JSP to the now hot .NET and JSF. The popularity and promotion of these technologies has taken the development of Web programs to a new level, which eventually led to the arrival of the Web 2.0 era. However, these new technologies have some shortcomings and shortcomings, which are mainly summarized into the following three points: 1. Excessive emphasis on dynamics, resulting in loss of performance.

As information grows exponentially, more and more content needs to be displayed on web pages, which has prompted the convergence of web and database technologies. Traditional web development technology uses dynamic web page technology to parse the program statements contained in the web page according to a specific page, and simultaneously extract information from the database. The web server combines this page to generate a background containing the extracted information. The code is then fed back to the user's browser. The process is: the user sends a request → the web server parses the web page → the web server extracts the data and generates the code → the website server feedback code to the user browser.

The parsing action of the web server is repeated. Each parsing is not only the information of the updated part, but also the program statement, style, color, etc. of the web page need to be parsed. This approach is suitable for small systems with high data timeliness requirements and a small number of users. But for capital Systems that require less timeliness and a large number of users (such as photo sites and news sites) are not suitable. Because the process of parsing takes a certain amount of time, when the user access is large, the webpage will be opened slowly, and the pressure on the web server will increase, which is not conducive to the stability of the performance of the web server, and may even cause the web server to crash.

2. It is difficult to develop, requires high operating environment and lacks versatility.

Traditional dynamic web development methods require proficiency in the relevant programming languages, such as JSP requires Java knowledge, .NET requires C# knowledge. At the same time, the systems developed by these web development languages require specific server programs to parse, which is not conducive to the rapid development and universality of the website.

3. The website of the dynamic webpage is not conducive to promotion.

For a website, traffic is a basic manifestation of its value. At present, the mainstream way of website promotion is completed through search engines. Since dynamic web pages need to be parsed, it will cause time loss, so it is not easily included by search engines. Static web pages that do not contain program statements are most easily indexed by search engines, which is more conducive to the promotion of the website.

In view of the above, it is necessary to provide a smart website development system and method based on modeling, which can perform database query and generate static web pages according to customized modeling tags and webpage templates.

A modeling-based intelligent website development system includes a website server, the website server includes: a configuration file reading module, configured to read a required template configuration file from the storage body, from the template Get the storage path of each webpage template and the level between each webpage template in the configuration file. a tag acquisition module, configured to extract all codes of a homepage template of the website, obtain a modeling tag from the code, the modeling tag includes a jump tag and a data acquisition tag, and a tag parsing module, configured to sequentially parse the Obtaining each modeling label, and generating a static webpage according to the parsing result; the detecting module is configured to detect whether there is a jump label that jumps to the secondary webpage in the template configuration file; and the label obtaining module is further used for When there is a jump label that jumps to the secondary webpage in the template configuration file, extract all the codes of the webpage template corresponding to the jump label, and obtain a modeling label from the encoding; the label parsing module is further used And parsing the modeling label in the webpage template encoding corresponding to the jump label to generate a secondary webpage; and the log generating module is configured to: when there is no jump label to jump to the secondary webpage in the template configuration file, Perform structural records on all generated static web pages and generate log file record generation operations.

A modeling-based intelligent website development method includes the following steps: (a) reading a required template configuration file from a storage body, obtaining a storage path of each webpage template and each webpage template from the template configuration file (b) extracting all the codes of the home page template, obtaining modeling tags from the encoding, the modeling tags including jump tags and data acquisition tags; (c) sequentially parsing each acquired Modeling a tag and generating a static web page according to the parsing result; (d) detecting whether there is a jump tag in the template configuration file that jumps to the secondary web page; (e) when there is a jump to the secondary web page in the template configuration file When the label is jumped, all the codes of the webpage template corresponding to the jump label are extracted, the modeling label is obtained from the encoding, and then the flow proceeds to step (c); (f) in the template configuration file When there is no jump label to jump to the secondary web page, all the generated static web pages are structurally recorded, and a log file record generating operation is generated.

Compared with the prior art, the modeling-based intelligent website development system and method can query the database according to the customized modeling label and the webpage template, generate a static webpage, and speed up the website development speed. Improve the efficiency of the website server.

Referring to FIG. 1, a system architecture diagram of a preferred embodiment of the intelligent website development system based on the present invention is shown. The system mainly includes a plurality of client computers 10 and a web server 20. The plurality of client computers 10 and the web server 20 are connected through a network 30, which may be an Internet or an intranet. The management server 20 is connected to the database 21 through a database connection, and the database 21 stores data in the web page. The database connection may be an Open Database Connectivity (ODBC) or a Java Database Connectivity (JDBC), and the database 21 may be Microsoft SQL Server 2000 or the like.

A plurality of template profiles and webpage templates are stored in a storage body (such as a hard disk) of the website server 20, and the template configuration file is an XML (Extensible Markup Language) file. Each template configuration file is used to set a storage path of each webpage template corresponding to the template configuration file and a hierarchical relationship between each webpage template. For example, use the symbol "<parent template name></submodel name>" to record the hierarchical relationship between two webpage templates. In general, each website contains a home page, and the home page contains no The same sub-page, and ultimately the content page containing the information. The secondary web pages may have one or more levels, but are basically below level five. In the present invention, by setting a corresponding webpage template for each level of webpage in the website, after the user logs in to the website, the web server 20 generates a corresponding static webpage according to different webpage templates, and the entire generating process starts from the first page.

Referring to FIG. 2, it is a functional module diagram of the website server 20 shown in FIG. 1. The website server 20 includes a configuration file reading module 210, a label acquisition module 211, a label analysis module 212, a detection module 213, and a log generation module 214. The module referred to in the present invention is a computer program segment for performing a specific function, and is more suitable for describing the execution process of the software in the computer than the program. Therefore, the following description of the software is described in the module.

The configuration file reading module 210 is configured to read a required template configuration file from the storage body of the website server 20 after the user logs in to the website through the user computer 10, and obtain the template configuration file from the template configuration file. The hierarchical relationship between the storage path of each web page template and each web page template, and loading the Application Programming Interface (Application Programming Interface) to start generating static web pages.

The tag obtaining module 211 is configured to extract all codes of the website homepage template, and obtain a modeling tag from the code. At this point, all the encoding and modeling tags of the homepage template of the website are temporarily stored in the memory space. The modeling tag is a custom HTML (Hypertext Markup Language) tag, which mainly includes a jump tag and a data acquisition tag.

Wherein, the jump label is responsible for a jump of a hyperlink (Hyperlink), For example, you can set the jump label to: <m:a></m:a>, which includes the parameters href, model, and randomId. The definition of the parameter href is the same as the definition of the href in the HTML tag, such as <m:a href href=”/Aegean/test.action”></m:a>, and the parameter model specifies the template of the web page after the jump, such as < m:a href href=”Aegean/test.action”model=”test.jsp”>, the parameter randomId is an incremental value used to record the order in which the jump label appears. The system will name the value of the parameter randomId. The jump label corresponds to the name of the web page.

The data acquisition label is used to set a data acquisition manner, a database table name queried from the database 21, a corresponding column name, a format when the data is displayed, and the like, and the data acquisition manner includes direct acquisition and retrieval from the database. Read the data. For example, you can set the data acquisition label to: <m:txt></m:txt>, which includes parameters Scope, Table, Field, Lable, and MaxRow. The parameter Scope specifies the range when the data is directly obtained, including Request or Session. The parameter Table specifies the name of the database table to be queried when reading data from the database. The parameter Field specifies the name of the field to be queried. The parameter Lable specifies the front end display text. The parameter MaxRow specifies the number of records displayed on the web page. If the number of records exceeds this number, the page is displayed.

The tag parsing module 212 is configured to parse each acquired model tag in turn, and generate a static web page according to the parsing result. The specific process is as follows.

If the modeling tag is a jump tag, the tag parsing module 212 stores the jump tag and the redirected webpage template information in the template configuration file, where the webpage template information includes a style, a color, and a webpage display. Menu, etc.

If the modeling tag is a data acquisition tag, the tag parsing module 212 acquires the corresponding data according to the data acquisition manner set in the data acquisition tag. Specifically, if the data acquisition mode is direct acquisition, the tag parsing module 212 acquires data in a Request scope or a Session scope of the program. If the data acquisition method is to read the data from the database 21, the label analysis module 212 performs a database query according to the database table name and the corresponding field name set in the data acquisition label, and obtains corresponding information. data of. The tag parsing module 212 then formats the acquired material, including formatting, setting display length, and paging. Finally, the tag parsing module 212 replaces the formatted data with the data acquisition tag, and outputs the final code to generate a static web page.

If the modeling tag only contains a jump tag, the tag parsing module 212 directly converts the jump tag into a normal HTML tag and outputs the entire page as a static web page.

The detecting module 213 is configured to detect whether there is a jump label in the template configuration file that jumps to the secondary webpage. If the template of the webpage after the jump label is the subordinate template of the current webpage template, the detecting module 213 determines that the jump label is a jump label that jumps to the secondary webpage. If there is a jump label in the template configuration file that jumps to the secondary webpage, the label acquisition module 211 extracts all the codes of the webpage template corresponding to the jump label, and acquires the modeling label from the encoding. Then, the tag parsing module 212 starts parsing and modeling the modeled tags in the encoding. Secondary page. The entire parsing process is performed in a recursive manner, and all secondary web pages are parsed in turn to construct the entire website.

The log generation module 214 is configured to perform structural record on all generated static web pages through XML when the jump label of the secondary webpage does not exist in the template configuration file, and generate a log file for record generation. operating. The structure record refers to a hierarchical relationship of all static web pages generated by the record.

Referring to FIG. 3, it is a flow chart of a preferred embodiment of the intelligent website development method based on the present invention. Step S401, after the user logs in to the website through the client computer 10, the profile reading module 210 reads the required template configuration file from the storage body of the website server 20, and obtains each template from the template configuration file. The hierarchical relationship between the storage path of each web page template and each web page template, and loading the Application Programming Interface (Application Programming Interface) to start generating static web pages.

Step S402, the tag obtaining module 211 extracts all codes of the homepage template of the website, and acquires a modeling tag from the code. At this point, all the encoding and modeling tags of the homepage template of the website are temporarily stored in the memory space. The modeling tag is a custom HTML (Hypertext Markup Language) tag, which mainly includes a jump tag and a data acquisition tag.

The jump label is responsible for the jump of the hyperlink. For example, the jump label can be set to: <m:a></m:a>, which includes the parameters href, model, and randomId. The definition of the parameter href is the same as the definition of the href in the HTML tag, such as <m:a href Href=”/Aegean/test.action”></m:a>, the parameter model specifies the template of the page after the jump, such as <m:a href href=”Aegean/test.action”model=”test.jsp”> The parameter randomId is an incremental value used to record the order in which the jump label appears. The system will name the web page corresponding to the jump label with the value of the parameter randomId.

The data acquisition label is used to set a data acquisition manner, a database table name queried from the database 21, a corresponding column name, a format when the data is displayed, and the like, and the data acquisition manner includes direct acquisition and retrieval from the database. Read the data. For example, you can set the data acquisition label to: <m:txt></m:txt>, which includes parameters Scope, Table, Field, Lable, and MaxRow. The parameter Scope specifies the range when the data is directly obtained, including Request or Session. The parameter Table specifies the name of the database table to be queried when reading data from the database. The parameter Field specifies the name of the field to be queried. The parameter Lable specifies the front end display text. The parameter MaxRow specifies the number of records displayed on the web page. If the number of records exceeds this number, the page is displayed.

In step S403, the tag parsing module 212 sequentially parses each acquired modeling tag, and generates a static webpage according to the parsing result. The specific process is as follows.

If the modeling tag is a jump tag, the tag parsing module 212 stores the jump tag and the redirected webpage template information in the template configuration file, where the webpage template information includes a style, a color, and a function of the webpage display. Table and so on.

If the modeling tag is a data acquisition tag, the tag parsing module 212 acquires the phase according to the data acquisition mode set in the data acquisition tag. Information should be provided. Specifically, if the data acquisition mode is direct acquisition, the tag parsing module 212 acquires data in a Request scope or a Session scope of the program. If the data acquisition method is to read the data from the database 21, the label analysis module 212 performs a database query according to the database table name and the corresponding field name set in the data acquisition label, and obtains corresponding information. data of. The tag parsing module 212 then formats the acquired material, including formatting, setting display length, and paging. Finally, the tag parsing module 212 replaces the formatted data with the data acquisition tag, and outputs the final code to generate a static web page.

If the modeling tag only contains a jump tag, the tag parsing module 212 directly converts the jump tag into a normal HTML tag and outputs the entire page as a static web page.

Step S404, the detecting module 213 detects whether there is a jump label in the template configuration file that jumps to the secondary webpage. If the template of the webpage after the jump label is the subordinate template of the current webpage template, the detecting module 213 determines that the jump label is a jump label that jumps to the secondary webpage. If there is a jump label in the template configuration file that jumps to the secondary web page, the flow proceeds to step S405, and if there is no jump label to jump to the secondary web page in the template configuration file, the flow proceeds to step S406.

Step S405, the tag obtaining module 211 extracts all the codes of the webpage template corresponding to the jump label, acquires the modeling label from the encoding, and then the process goes to step S403, and the label parsing module 212 starts to The modeling tags in the encoding are parsed to generate secondary web pages. Entire solution The analysis process is carried out in a recursive manner, and all secondary web pages are parsed in turn to construct the entire website.

Step S406, the log generation module 214 performs structural record on all generated static web pages through XML, and generates a log file for recording and generating operations. The structure record refers to a hierarchical relationship of all static web pages generated by the record.

The present invention is based on a modeled intelligent website development system and method. Although the above is disclosed in the preferred embodiments, it is not intended to limit the present invention. Any person skilled in the art will be able to make changes and refinements without departing from the spirit and scope of the invention, and the scope of the invention is defined by the scope of the appended claims.

Client computer ‧‧10

Website server ‧ ‧ 20

Database ‧ ‧ 21

Internet ‧ ‧ 30

Configuration file reading module ‧‧‧210

Tag acquisition module ‧‧‧211

Label Resolution Module ‧‧212

Detection module ‧‧ 213

Log generation module ‧‧‧214

Read the required template configuration file ‧‧‧S401

Extract all the code of the homepage template and get the modeling tag from the code. ‧‧S402

Parse each of the acquired modeling tags in turn, and generate a static web page based on the analysis results. ‧‧S403

Is there a jump label in the template configuration file that jumps to the secondary web page? ‧‧S404

Extracting all the codes of the webpage template corresponding to the jump label, and obtaining the modeling label from the code ‧‧‧S405

Perform structural records on all generated static web pages and generate log files ‧‧‧S406

1 is a hardware architecture diagram of a preferred embodiment of a modeling-based intelligent website development system of the present invention.

FIG. 2 is a functional block diagram of the website server shown in FIG. 1.

3 is a flow chart of a preferred embodiment of a modeling-based intelligent website development method of the present invention.

Read the required template configuration file ‧‧‧S401

Extract all the code of the homepage template and get the modeling tag from the code. ‧‧S402

Parse each of the acquired modeling tags in turn, and generate a static web page based on the analysis results. ‧‧S403

Is there a jump label in the template configuration file that jumps to the secondary web page? ‧‧S404

Extracting all the codes of the webpage template corresponding to the jump label, and obtaining the modeling label from the code ‧‧‧S405

Perform structural records on all generated static web pages and generate log files ‧‧‧S406

Claims (8)

A modeling-based intelligent website development system includes a website server, wherein the website server includes: a configuration file reading module for reading a required template configuration file from a storage body, Obtaining a hierarchical relationship between a storage path of each webpage template and each webpage template in the template configuration file; a label obtaining module, configured to extract all encodings of the website homepage template, and obtain a modeling label from the encoding, The modeling tag includes a jump tag and a data acquisition tag, and the tag parsing module is configured to sequentially parse each of the acquired modeling tags, and generate a static webpage according to the parsing result; and the detecting module is configured to detect the template configuration file. Whether there is a jump label that jumps to the secondary webpage; the label acquisition module is further configured to: when there is a jump label that jumps to the secondary webpage in the template configuration file, extract all the template of the webpage corresponding to the jump label Encoding, obtaining a modeling tag from the encoding; the tag parsing module is further configured to build a webpage template code corresponding to the jump tag The tag is parsed to generate a secondary webpage; and a log generating module is configured to perform structural recording on all generated static webpages when the jump profile of the secondary webpage does not exist in the template configuration file, and generate Log file Record generation operation. The modeling-based intelligent website development system of claim 1, wherein the label parsing module sequentially parses each of the acquired modeling tags, and generates a static webpage according to the parsing result: The modeling tag is a jump tag, and the tag parsing module stores the jump tag and the redirected webpage template information in the template configuration file; if the modeling tag is a data acquisition tag, the tag The parsing module acquires the corresponding data according to the data obtaining manner set in the data obtaining label, and then formats the obtained data, replaces the formatted data with the data obtaining label, and outputs the final encoding. Generating a static web page; and if the modeling tag only contains a jump tag, the tag parsing module directly converts the jump tag into a normal HTML tag and outputs the entire page as a static web page. The model-based intelligent website development system of claim 2, wherein the label parsing module acquires corresponding data according to the data acquisition manner set in the data acquisition label, including: if the data is acquired The method is direct acquisition, and the label parsing module acquires data in a Request scope or a Session range of the program; and If the data acquisition method is to read the data from the database, the label analysis module performs a database query according to the database table name and the corresponding field name set in the data acquisition label, and obtains corresponding data. . The model-based intelligent website development system of claim 2, wherein the webpage template information includes a style, a color, and a function table of a webpage display, the formatting including line feed, setting display length, and paging . A modeling-based intelligent website development method, the method comprising the steps of: (a) reading a required template configuration file from a storage body, obtaining a storage path of each webpage template from the template configuration file, and each a hierarchical relationship between webpage templates; (b) extracting all the codes of the homepage template of the website, obtaining modeling tags from the encoding, the modeling tags including jump tags and data acquisition tags; (c) sequentially parsing the acquired tags Each modeling tag generates a static web page according to the parsing result; (d) detecting whether there is a jump label in the template configuration file that jumps to the secondary web page; (e) when there is a jump to the secondary in the template configuration file When the jump label of the webpage is obtained, extract all the codes of the webpage template corresponding to the jump label, obtain a modeling label from the encoding, and then the flow proceeds to step (c); (f) When there is no jump label jumping to the secondary web page in the template configuration file, structural records are recorded for all generated static web pages, and a log file record generating operation is generated. The method for developing a smart website according to claim 5, wherein the step (c) comprises: if the modeling tag is a jump tag, the jump tag and the web page after the jump The template information is stored in the template configuration file; if the modeling tag is a data acquisition tag, the corresponding data is obtained according to the data acquisition manner set in the data acquisition tag, and then the obtained data is formatted, and the The formatted data replaces the data acquisition label, and outputs the final encoding to generate a static web page; and if the modeling label contains only the jump label, the jump label is directly converted into a normal HTML label, and Output the entire page as a static web page. The method for developing a smart website based on the model of claim 6, wherein the step of obtaining the corresponding data according to the data acquisition manner set in the data acquisition label comprises: if the data acquisition method is direct Acquiring, obtaining data in the Request scope or the scope of the program; and if the data acquisition method is to read the data from the database, obtaining the database set in the label according to the data acquisition The name of the table and the corresponding field name are searched in the database to obtain the corresponding data. The model-based intelligent website development method according to claim 6, wherein the webpage template information includes a style, a color, and a function table of the webpage display, the formatting including line feed, setting display length, and paging .