CN101609399A - Intelligent website development system and method based on modeling - Google Patents
Intelligent website development system and method based on modeling Download PDFInfo
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Abstract
A kind of intelligent website development approach based on modeling, this method comprise the steps: that (a) reads required template configuration file; (b) all codings of extraction website homepage template obtain modeling label from described coding; (c) resolve each modeling label of being obtained successively, and generate static Web page according to analysis result; (d) detect in the described template configuration file whether have the redirect label that jumps to secondary webpage; (e) if there is this redirect label, extract all codings of the web page template of described redirect label correspondence, obtain modeling label from described coding, flow process forwards step (c) to then; (f) if there is no this redirect label carries out the structure record to the static Web page that is generated, and generates journal file record generating run.The present invention also provides a kind of intelligent website development system based on modeling.Utilize the present invention to generate static Web page according to self-defining modeling label and web page template.
Description
Technical field
The present invention relates to a kind of intelligent website development system and method based on modeling.
Background technology
Along with rapid development of Internet, the website has been widely used in our work and various fields in life, and also emerges in an endless stream for the technology of Website development, from very powerful and exceedingly arrogant till now .NET of the earliest ASP and JSP and JSF etc.Popularizing and promoting of these technology rises to a new height with the Web procedure development, finally caused the arrival in 2.0 epoch of Web.Yet these new technologies exist some shortcomings with not enough simultaneously, mainly reduce following 3 points:
1. overemphasize dynamically, cause the loss of performance.
Along with being doubled and redoubled of information, webpage needs content displayed also more and more, and this situation has been impelled the fusion of website and database technology.Traditional webpage development technology in this, adopt the technology of dynamic web page, according to the program statement that comprises in the specific page analyzing web page, information extraction from database in real time simultaneously, Website server generates the backstage code that comprises this information extraction in conjunction with this page, feeds back to user's browser then.Its flow process is: user's request of sending → Website server analyzing web page → Website server extracts data and generating code → Website server feedback code arrives user browser.
The parsing of Website server action is carried out repeatedly, and each the parsing is not only the renewal partial data, and comprises that the program statement, pattern, color etc. of webpage all need to resolve.This mode is suitable for the mini-system that data age is had relatively high expectations, number of users is few.But but be not suitable for for the system (as picture website and news information website etc.) less demanding for data age, that number of users is many.Because the process need of resolving expends certain hour, when the user capture amount is big, can cause webpage to be opened slowly, and can increase the pressure of Website server, be unfavorable for the stable of Website server performance, even can cause the Website server collapse.
2. development difficulty is big, and running environment is required height, lacks versatility.
Traditional dynamic web page development scheme needs on top of relevant program language, needs Java knowledge such as JSP, and .NET needs C# knowledge etc.Simultaneously, system that these Website development language developments come out needs specific server program to resolve, and is unfavorable for the quick exploitation of website and general.
3. the website of dynamic web page is unfavorable for promoting.
For a website, flow is the basic embodiment of its value, and the main flow mode that current web is promoted is included by search engine and finished.Because dynamic web page needs to resolve, and can cause temporal loss, includes so be difficult for searched engine.And the easiest searched engine of the static Web page that does not comprise program statement is included, thereby is more conducive to applying of website.
Summary of the invention
In view of above content, be necessary to provide a kind of intelligent website development system based on modeling, it can carry out data base querying according to self-defining modeling label and web page template, generates static Web page.
Also be necessary to provide a kind of intelligent website development approach based on modeling, it can carry out data base querying according to self-defining modeling label and web page template, generates static Web page.
A kind of intelligent website development system based on modeling, comprise a Website server, described Website server comprises: the configuration file read module, be used for reading required template configuration file, from described template configuration file, obtain the store path of each web page template and the hierarchical relationship between each web page template from memory bank; The label acquisition module is used to extract all codings of website homepage template, obtains modeling label from described coding, and described modeling label comprises that redirect label and data obtain label; The label parsing module is used for resolving successively each modeling label of being obtained, and generates static Web page according to analysis result; Detection module is used for detecting described template configuration file and whether has the redirect label that jumps to secondary webpage; Described label acquisition module also is used for extracting all codings of the web page template of described redirect label correspondence when described template configuration file existence jumps to the redirect label of secondary webpage, obtains modeling label from described coding; Described label parsing module also is used for the modeling label that the web page template of described redirect label correspondence is encoded is resolved, and generates secondary webpage; The daily record generation module is used for when there is not the redirect label that jumps to secondary webpage in described template configuration file all static Web pages that generated being carried out the structure record, and generates journal file record generating run.
A kind of intelligent website development approach based on modeling, comprise the steps: that (a) reads required template configuration file from memory bank, from described template configuration file, obtain the store path of each web page template and the hierarchical relationship between each web page template; (b) extract all codings of website homepage template, obtain modeling label from described coding, described modeling label comprises that redirect label and data obtain label; (c) resolve each modeling label of being obtained successively, and generate static Web page according to analysis result; (d) detect in the described template configuration file whether have the redirect label that jumps to secondary webpage; (e) when existence in the described template configuration file jumps to the redirect label of secondary webpage, extract all codings of the web page template of described redirect label correspondence, from described coding, obtain modeling label, flow process forwards step (c) to then; (f) when not having the redirect label that jumps to secondary webpage in the described template configuration file, all static Web pages that generated are carried out the structure record, and generate journal file record generating run.
Compared to prior art, described intelligent website development system and method based on modeling, it can be according to self-defining modeling label and web page template, carry out data base querying, generate static Web page, accelerated Website development speed, improved the operational efficiency of Website server.
Description of drawings
Fig. 1 is the hardware structure figure that the present invention is based on the intelligent website development system preferred embodiment of modeling.
Fig. 2 is the functional block diagram of Website server shown in Fig. 1.
Fig. 3 is the process flow diagram that the present invention is based on the intelligent website development approach preferred embodiment of modeling.
Embodiment
As shown in Figure 1, be the system architecture diagram that the present invention is based on the intelligent website development system preferred embodiment of modeling.This system mainly comprises a plurality of user computers 10 and Website server 20.Described a plurality of user computer 10 links to each other by network 30 with Website server 20, and described network 30 can be Internet (Internet) or Intranet (Intranet).Described management server 20 connects by database and links to each other with database 21, stores the data in the webpage in the described database 21.Described database connection can be the open type data storehouse and connects (Open Database Connectivity, ODBC), perhaps (Java Database Connectivity, JDBC), described database 21 can be MicrosoftSQL Server 2000 etc. to the connection of Java database.
Also store multiple template configuration file and web page template in the memory bank of described Website server 20 (as hard disk), described template configuration file is a kind of XML (Extensible Markup Language) file.Every kind of template configuration file is used to be provided with the store path of pairing each web page template of this kind template configuration file and the hierarchical relationship between each web page template etc.For example, with symbol "＜father template name〉＜/the subtemplate title " hierarchical relationship between two web page templates of record.Generally speaking, each website all comprises homepage, comprises different secondary webpages again below the homepage, finally is the content page that comprises data.Described secondary webpage has one-level or multistage, but substantially all below Pyatyi.In the present invention, by each grade webpage in the website being provided with corresponding web page template, behind user's Website login, described Website server 20 will generate the corresponding static webpage according to different web page templates, and whole generative process is from homepage.
As shown in Figure 2, be the functional block diagram of Website server shown in Fig. 1 20.Described Website server 20 comprises configuration file read module 210, label acquisition module 211, label parsing module 212, detection module 213 and daily record generation module 214.The alleged module of the present invention is to finish the computer program code segments of a specific function, be more suitable in describing the implementation of software in computing machine than program, therefore below the present invention to all describing in the software description with module.
Wherein, described configuration file read module 210 is used for the user by behind user computer 10 Website logins, from the memory bank of Website server 20, read required template configuration file, from described template configuration file, obtain the store path of each web page template and the hierarchical relationship between each web page template, and be written into label and resolve API (Application ProgrammingInterface, application programming interface) and begin to generate static Web page.
Described label acquisition module 211 is used to extract all codings of website homepage template, obtains modeling label from described coding.At this moment, all codings and the modeling label of described website homepage template all are temporarily stored in memory headroom.Described modeling label is a kind of self-defining HTML (Hypertext Markup Language, HTML) label, comprises that mainly redirect label and data obtain label etc.
Wherein, described redirect label is responsible for the redirect of hyperlink (Hyperlink), for example, can set the redirect label and is:＜m:a〉＜/m:a 〉, it comprises parameter href, model and randomId.Wherein, the definition of parameter href is identical with the href definition in the html tag, such as＜m:a href href="/Aegean/test.action "＜/m:a 〉, the template of webpage after the parameter m odel appointment redirect, such as＜m:a href href=" Aegean/test.action " model=" test.jsp ", parameter randomId is a numerical value that increases progressively, be used to write down the order that this redirect label occurs, system will name the title of the corresponding webpage of this redirect label with the value of this parameter randomId.
Described data obtain that label is used for the setting data obtain manner, the form during from the database table name of database 21 inquiry and pairing field name, data presentation etc., and described data obtain manner comprises and directly obtaining and reading of data from database.For example, can setting data obtain label and be:＜m:txt＜/m:txt 〉, it comprises parameter S cope, Table, Field, Lable and MaxRow etc.Wherein, parameter S cope specifies the scope when directly obtaining data, comprise Request or Session, the database table name that parameter Table inquires about when specifying from database reading of data, the field name of parameter F ield given query, parameter La ble specifies the front end display text, and the record strip number that shows in the parameter MaxRow named web page surpasses then Pagination Display of this number.
Described label parsing module 212 is used for resolving successively each modeling label of being obtained, and generates static Web page according to analysis result, and detailed process is as described below.
If described modeling label is the redirect label, then the web page template information stores of label parsing module 212 after with this redirect label and redirect in described template configuration file, pattern, color and menu etc. that described web page template packets of information purse rope page or leaf shows.
Obtain label if described modeling label is data, then label parsing module 212 obtains the data obtain manner of setting in the label according to described data and obtains corresponding data.Particularly, if described data obtain manner is for directly obtaining, then described label parsing module 212 obtains data in the Request of program scope or Session scope.If described data obtain manner is a reading of data from database 21, then described label parsing module 212 obtains database table name and the pairing field name set in the label according to described data and carries out data base querying, obtains corresponding data.Then, the described data of obtaining of described label parsing module 212 formats, described format comprises line feed, demonstration length and paging etc. is set.At last, the data of described label parsing module 212 after with described format replace described data and obtain label, and export final coding, generate static Web page.
If only contain the redirect label in the described modeling label, then described label parsing module 212 directly is converted into common html tag with the redirect label, and full page is output as static Web page.
Described detection module 213 is used for detecting described template configuration file and whether has the redirect label that jumps to secondary webpage.If the web page template after the redirect of a redirect label is subordinate's template of current web page template, then described detection module 213 judges that this redirect label is the redirect label that jumps to secondary webpage.If there is the redirect label that jumps to secondary webpage in the described template configuration file, then described label acquisition module 211 extracts all codings of the web page template of described redirect label correspondence, obtains modeling label from described coding.Then, described label parsing module 212 begins the modeling label in its coding is resolved, and generates secondary webpage.Whole resolving is carried out with a recursive mode, all secondary webpages is resolved successively, thereby construct whole website.
Described daily record generation module 214 is used for by XML all static Web pages that generated being carried out the structure record when there is not the redirect label that jumps to secondary webpage in described template configuration file, and the generation journal file is used to write down generating run.Described structure record is meant the hierarchical relationship of all static Web pages that record generates.
As shown in Figure 3, be the process flow diagram that the present invention is based on the intelligent website development approach preferred embodiment of modeling.Step S401, described configuration file read module 210 is after the user passes through user computer 10 Website logins, from the memory bank of Website server 20, read required template configuration file, from described template configuration file, obtain the store path of each web page template and the hierarchical relationship between each web page template, and be written into label and resolve API (Application Programming Interface, application programming interface) and begin to generate static Web page.
Step S402, described label acquisition module 211 extracts all codings of website homepage template, obtains modeling label from described coding.At this moment, all codings and the modeling label of described website homepage template all are temporarily stored in memory headroom.Described modeling label is a kind of self-defining HTML (Hypertext Markup Language, HTML) label, comprises that mainly redirect label and data obtain label etc.
Wherein, described redirect label is responsible for the redirect of hyperlink (Hyperlink), for example, can set the redirect label and is:＜m:a〉＜/m:a 〉, it comprises parameter href, model and randomId.Wherein, the definition of parameter href is identical with the href definition in the html tag, such as＜m:a href href="/Aegean/test.action "＜/m:a 〉, the template of webpage after the parameter m odel appointment redirect, such as＜m:a href href=" Aegean/test.action " model=" test.jsp ", parameter randomId is a numerical value that increases progressively, be used to write down the order that this redirect label occurs, system will name the title of the corresponding webpage of this redirect label with the value of this parameter randomId.
Described data obtain that label is used for the setting data obtain manner, the form during from the database table name of database 21 inquiry and pairing field name, data presentation etc., and described data obtain manner comprises and directly obtaining and reading of data from database.For example, can setting data obtain label and be:＜m:txt＜/m:txt 〉, it comprises parameter S cope, Table, Field, Lable and MaxRow etc.Wherein, parameter S cope specifies the scope when directly obtaining data, comprise Request or Session, the database table name that parameter Table inquires about when specifying from database reading of data, the field name of parameter F ield given query, parameter La ble specifies the front end display text, and the record strip number that shows in the parameter MaxRow named web page surpasses then Pagination Display of this number.
Step S403, described label parsing module 212 resolve each modeling label of being obtained successively, and generate static Web page according to analysis result, and idiographic flow is as described below.
If described modeling label is the redirect label, then the web page template information stores of label parsing module 212 after with this redirect label and redirect in described template configuration file, pattern, color and menu etc. that described web page template packets of information purse rope page or leaf shows.
Obtain label if described modeling label is data, then label parsing module 212 obtains the data obtain manner of setting in the label according to described data and obtains corresponding data.Particularly, if described data obtain manner is for directly obtaining, then described label parsing module 212 obtains data in the Request of program scope or Session scope.If described data obtain manner is a reading of data from database 21, then described label parsing module 212 obtains database table name and the pairing field name set in the label according to described data and carries out data base querying, obtains corresponding data.Then, the described data of obtaining of described label parsing module 212 formats, described format comprises line feed, demonstration length and paging etc. is set.At last, the data of described label parsing module 212 after with described format replace described data and obtain label, and export final coding, generate static Web page.
If only contain the redirect label in the described modeling label, then described label parsing module 212 directly is converted into common html tag with the redirect label, and full page is output as static Web page.
Step S404, described detection module 213 detects in the described template configuration file whether have the redirect label that jumps to secondary webpage.If the web page template after the redirect of a redirect label is subordinate's template of current web page template, then described detection module 213 judges that this redirect label is the redirect label that jumps to secondary webpage.If there is the redirect label that jumps to secondary webpage in the described template configuration file, then flow process enters step S405, if there is not the redirect label that jumps to secondary webpage in the described template configuration file, then flow process enters step S406.
Step S405, described label acquisition module 211 extracts all codings of the web page template of described redirect label correspondence, from described coding, obtain modeling label, flow process forwards step S403 to then, described label parsing module 212 begins the modeling label in its coding is resolved, and generates secondary webpage.Whole resolving is carried out with a recursive mode, all secondary webpages is resolved successively, thereby construct whole website.
Step S406, described daily record generation module 214 carries out the structure record by XML to all static Web pages that generated, and the generation journal file is used to write down generating run.Described structure record is meant the hierarchical relationship of all static Web pages that record generates.
It should be noted that at last, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement technical scheme of the present invention, and not break away from the spirit and scope of technical solution of the present invention.
Claims (8)
1. the intelligent website development system based on modeling comprises a Website server, it is characterized in that described Website server comprises:
The configuration file read module is used for reading required template configuration file from memory bank, obtains the store path of each web page template and the hierarchical relationship between each web page template from described template configuration file;
The label acquisition module is used to extract all codings of website homepage template, obtains modeling label from described coding, and described modeling label comprises that redirect label and data obtain label;
The label parsing module is used for resolving successively each modeling label of being obtained, and generates static Web page according to analysis result;
Detection module is used for detecting described template configuration file and whether has the redirect label that jumps to secondary webpage;
Described label acquisition module also is used for extracting all codings of the web page template of described redirect label correspondence when described template configuration file existence jumps to the redirect label of secondary webpage, obtains modeling label from described coding;
Described label parsing module also is used for the modeling label that the web page template of described redirect label correspondence is encoded is resolved, and generates secondary webpage; And
The daily record generation module is used for when there is not the redirect label that jumps to secondary webpage in described template configuration file all static Web pages that generated being carried out the structure record, and generates journal file record generating run.
2. the intelligent website development system based on modeling as claimed in claim 1 is characterized in that described label parsing module is resolved each modeling label of being obtained successively, and comprises according to analysis result generation static Web page:
If described modeling label is the redirect label, the web page template information stores of then described label parsing module after with this redirect label and redirect is in described template configuration file;
If being data, described modeling label obtains label, then described label parsing module obtains the data obtain manner of setting in the label according to described data and obtains corresponding data, format the described data of obtaining then, data after the described format are replaced described data obtain label, and export final coding, generate static Web page; And
If only contain the redirect label in the described modeling label, then described label parsing module directly is converted into common html tag with the redirect label, and full page is output as static Web page.
3. the intelligent website development system based on modeling as claimed in claim 2 is characterized in that, described label parsing module obtains the data obtain manner of setting in the label according to described data and obtains corresponding data and comprise:
If described data obtain manner is for directly obtaining, then described label parsing module obtains data in the Request of program scope or Session scope; And
If described data obtain manner is a reading of data from database, then described label parsing module obtains database table name and the pairing field name set in the label according to described data and carries out data base querying, obtains corresponding data.
4. the intelligent website development system based on modeling as claimed in claim 2 is characterized in that, pattern, color and menu that described web page template packets of information purse rope page or leaf shows, and described format comprises line feed, demonstration length and paging is set.
5. the intelligent website development approach based on modeling is characterized in that this method comprises the steps:
(a) from memory bank, read required template configuration file, from described template configuration file, obtain the store path of each web page template and the hierarchical relationship between each web page template;
(b) extract all codings of website homepage template, obtain modeling label from described coding, described modeling label comprises that redirect label and data obtain label;
(c) resolve each modeling label of being obtained successively, and generate static Web page according to analysis result;
(d) detect in the described template configuration file whether have the redirect label that jumps to secondary webpage;
(e) when existence in the described template configuration file jumps to the redirect label of secondary webpage, extract all codings of the web page template of described redirect label correspondence, from described coding, obtain modeling label, flow process forwards step (c) to then; And
(f) when not having the redirect label that jumps to secondary webpage in the described template configuration file, all static Web pages that generated are carried out the structure record, and generate journal file record generating run.
6. the intelligent website development approach based on modeling as claimed in claim 5 is characterized in that, described step (c) comprising:
If described modeling label is the redirect label, then with the web page template information stores after this redirect label and the redirect in described template configuration file;
If being data, described modeling label obtains label, then obtain the data obtain manner of setting in the label and obtain corresponding data according to described data, format the described data of obtaining then, data after the described format are replaced described data obtain label, and export final coding, generate static Web page; And
If only contain the redirect label in the described modeling label, then directly the redirect label is converted into common html tag, and full page is output as static Web page.
7. the intelligent website development approach based on modeling as claimed in claim 6 is characterized in that, described step is obtained the data obtain manner of setting in the label according to described data and obtained corresponding data and comprise:
If described data obtain manner for directly obtaining, then obtains data in the Request of program scope or Session scope; And
If described data obtain manner is a reading of data from database, then obtain database table name and the pairing field name set in the label and carry out data base querying according to described data, obtain corresponding data.
8. the intelligent website development approach based on modeling as claimed in claim 6 is characterized in that, pattern, color and menu that described web page template packets of information purse rope page or leaf shows, and described format comprises line feed, demonstration length and paging is set.
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| CN107092625A (en) * | 2016-12-28 | 2017-08-25 | 北京小度信息科技有限公司 | data configuration method, data processing method and device |
| CN107092625B (en) * | 2016-12-28 | 2020-10-09 | 北京星选科技有限公司 | Data configuration method, data processing method and device |
| CN108647195A (en) * | 2018-02-22 | 2018-10-12 | 石化盈科信息技术有限责任公司 | A kind of method and system of the daily record of relieving of Process-Oriented industry |
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