CN105426172A - XML analysis technique and template language based dynamic WEB page generation method - Google Patents
XML analysis technique and template language based dynamic WEB page generation method Download PDFInfo
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Abstract
The present invention provides an XML analysis technique and template language based dynamic WEB page generation method. The method comprises the steps of: performing variable substitution on an original page by using a template language, so as to generate an original page comprising real-time data; analyzing the original page by using an XML technique; sequentially performing the following operations on each XML tag according to a hierarchical relationship between a plurality of XML tags: performing searching to learn whether the XML tag is defined in an XML tag library, and if yes, invoking a tag processing program in the XML tag library, and automatically generating an HTML code in the XML tag library onto a WEB page corresponding to the original page; and after tag processing programs of all XML tags are completed, HTML codes output by the tag processing programs jointly forming the WEB page. According to the method provided by the present invention, the XML analysis technique and the template language technique are adopted for generating dynamic page HTML codes, so as to form a complete WEB page.
Description
Technical field
The present invention relates to field of computer technology, particularly a kind of dynamic web pages generation method based on XML analytic technique and template instruction.
Background technology
In webpage development process, developer can utilize the dynamic generating web page of server side technologies, as: JSP, Servlet, PHP, ASP, ASP.NET etc., these technology belong to the technology of bottom, only possess the most basic function, therefore technician encapsulates more powerful framework again on those bases.Such as, in Java field, such framework comprises Struts, SpringMVC, Webwork, ApacheTapestry etc., all contains the function of more powerful development behavior WEB page in these frameworks.And, they utilize the technology of JSP tag library to achieve the goal usually, such as: Struts just for developer provides the JSP tag library that a group comprises different themes, or generates dynamic page based on some template instruction technology (as: Velocity, Freemarker etc.).
For JSP technology, when writing JSP, usually to add many head statements, comprise meta, link, script etc., to introduce page script miscellaneous at the head of the page.Although can be included in the middle of a sub-JSP by the content of these repeatability by the mode of include instruction, the sub-JSP that this include instruction comprises still has invaded in the middle of each JSP.
When writing the page, usually the HTML code of much loaded down with trivial details repeatability can all be had, although the HTML code of these loaded down with trivial details repetitions can be encapsulated in the middle of JSP label by JSP label technique, but write the API also more difficult exploitation of JSP label, so be all use the label finished writing seldom to increase label in the middle of the exploitation of reality, if there is such demand, the mode of include is mostly used to comprise sub-JSP.
Time reaching the standard grade in website, in order to some JS and CSS files can carry out merging, compressing by Optimal performance respectively, with the script volume of the request number of times and Internet Transmission that reduce Download Script in webpage, because the script after merging compression is difficult to read and safeguard, so usually can retain two parts of scripts; A do not merge compression, aly to merge and compression.In the website of reaching the standard grade, by the page script address point to merge and compression.But these things are more loaded down with trivial details, when therefore majority of case is exploitation, standby is the script not merging compression, when reaching the standard grade, also can not carry out merging and compressing.
Summary of the invention
Object of the present invention is intended at least solve one of described technological deficiency.
For this reason, the object of the invention is to propose a kind of dynamic web pages method of generationing based on XML analytic technique and template instruction, employing XML analytic technique adds template instruction technology, generates dynamic page HTML code, forms complete WEB page thus.
To achieve these goals, embodiments of the invention provide a kind of dynamic web pages generation method based on XML analytic technique and template instruction, comprise the steps:
Step S0, adopts template instruction to carry out variable replacement to parent page, to generate the parent page comprising real time data;
Step S1, adopt XML technology to resolve the described parent page comprising real time data, wherein, described parent page is made up of multiple XML label;
Step S2, according to the hierarchical relationship of described multiple XML label, successively following action is performed to each described XML label: search described XML label and whether define in XML tag library, if it is the tag processes program in described XML tag library is called, HTML code in described XML tag library is created in the WEB page corresponding with described parent page automatically, wherein, described XML tag library defines following content: the tag processes program of the title of described XML tag library and the correspondence of described XML label, corresponding HTML code is recorded in described tag processes program, described HTML code adopts template instruction to generate, in described tag processes program, control described tag processes program by described template instruction and export corresponding HTML code,
Step S3, after the tag processes program completing all XML labels, the HTML code that described tag processes program exports forms described WEB page jointly.
Further, described XML tag library also comprises: the JS script file path that needs are introduced and CSS script file path.
Further, in described step S2, the described tag processes program called in described XML tag library, comprising: find required JS script file path and CSS script file path by XML NameSpace, and corresponding HTML code then joins in described WEB page automatically.
Further, also comprise the steps: that JS and the CSS file under automatic decision same paths, is undertaken merging and compressing by JS and the CSS file of same catalogue when adding described JS script file and CSS script file.
Further, in described step S2, if described XML label does not define in XML tag library, then export described XML label to browser instrument with raw content.
Further, in described step S2 and S3, the HTML code in described XML tag library is created on the WEB page corresponding with described parent page automatically, comprises the steps:
First, described HTML code is added into the main body body part of described WEB page;
Then, the scripted code of described JS and CSS carried out mix, sort, merge and after squeeze operation, be added into the head head part of described WEB page;
Finally, described main body body part and head head part are merged, to generate complete WEB page.
Further, in described step S0 and step S2, described template instruction comprises Velocity template instruction and Freemarker template instruction.
The dynamic web pages generation method based on XML analytic technique and template instruction of the embodiment of the present invention, has following beneficial effect:
(1) volume of pagefile is significantly reduced.
Writing of the labels such as meta, link, script is decreased in the page, and the repeated HTML code using XML Tag Packaging a large amount of, so the pagefile write is very succinct.
(2) when JS, CSS script needed for the page runs, intelligence is introduced.
The page finds required JS and CSS script position by XML NameSpace, automatically joins in the WEB page of generation.
(JS, CSS script intelligence merging that 3 pages are introduced and compression.
JS and CSS file under automatic decision same paths, merges JS and the CSS file of same catalogue, and compresses, without the need to loaded down with trivial details process.
(4) XML tag processes program more easily uses than JSP tag processes program.
The aspect that the present invention adds and advantage will part provide in the following description, and part will become obvious from the following description, or be recognized by practice of the present invention.
Accompanying drawing explanation
Above-mentioned and/or additional aspect of the present invention and advantage will become obvious and easy understand from accompanying drawing below combining to the description of embodiment, wherein:
Fig. 1 is the process flow diagram of the dynamic web pages generation method based on XML analytic technique and template instruction according to the embodiment of the present invention;
Fig. 2 is the schematic diagram of the allocated segments of XML tag library according to the embodiment of the present invention;
Fig. 3 is the schematic diagram of the HTML code head segmentation according to the embodiment of the present invention;
Fig. 4 is the schematic diagram of the WEB page of the Query List page according to the embodiment of the present invention.
Embodiment
Be described below in detail embodiments of the invention, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish.Be exemplary below by the embodiment be described with reference to the drawings, be intended to for explaining the present invention, and can not limitation of the present invention be interpreted as.
The present invention proposes a kind of dynamic web pages generation method based on XML analytic technique and template instruction, be mixed with the XML language of standard and the text of template instruction, wherein, template instruction is used for as dynamic web pages provides data and simple logic, XML label is used for producing dynamic page HTML code, forms complete WEB page thus.
As shown in Figure 1, the dynamic web pages generation method based on XML analytic technique and template instruction of the embodiment of the present invention, comprises the steps:
Step S0, adopts template instruction to carry out variable replacement to parent page, to generate the parent page comprising real time data.Wherein, the template instruction now in parent page file is converted into real time data.
Step S1, adopt XML technology to resolve the parent page comprising real time data obtained in step S0, wherein, parent page is made up of multiple XML label.
Step S2, according to the hierarchical relationship of multiple XML label, successively following action is performed to each XML label: search XML label and whether define in XML tag library, if it is the tag processes program in call XML tag library, is created in the WEB page corresponding with parent page automatically by the HTML code in XML tag library.If XML label does not define in XML tag library, then export XML label to browser instrument with raw content.
XML tag library defines following content: the tag processes program class of the title name of XML tag library and the correspondence of XML label.
In tag processes program, record corresponding HTML code, the HTML code of the corresponding page can be exported.The tag processes collection of programs of tree structure tissue translated into by XML label by these tag processes programs, namely forms a tree-shaped data structure according to hierarchical relationship corresponding in XML, from the root of tree, performs each tag processes program successively inwards.
In one embodiment of the invention, XML tag library also comprises: the JS script file path that needs are introduced and CSS script file path.JS and CSS needed for the page is defined in page outside (tag library file), is generated in WEB page dynamically by XML NameSpace.
In one embodiment of the invention, the path of JS script file and CSS script file can be defined in global scope, also can be defined in the inside of certain XML label.Thus, only have in pagefile and used this XML label, corresponding reference document script just can produce in WEB page.
Particularly, when adding JS script file and CSS script file, JS and the CSS file under automatic decision same paths, is undertaken merging and compressing by JS and the CSS file of same catalogue.Find required JS script file path and CSS script file path by XML NameSpace, corresponding HTML code then joins in WEB page automatically.
Script file merges and compression is one of means of web site performance optimization, usually these the script merging and compress can be needed by some instrument process before reaching the standard grade in website, and revise in the page code quoting script, path point is merged the script after compression.But the script merging compression is unfavorable for reading, revising and debugging, if therefore will revise debug script, must revert to the appearance before merging compression.Amendment is carried out merging and compressing after having debugged again.
The present invention is based on the dynamic web pages generation method of XML analytic technique and template instruction, said process is become automatic.After script compression merges, the filename of script just becomes the title of 16 system character strings, the merging of script is followed of the same type and could merge with the script file under path, and content is also compressed, and this process does not revise any pagefile.
Below to the process of above-mentioned JS script file and CSS script file, and the process that HTML code is generated to WEB page is described in detail.
Because the content for script quoting JS and CSS in the page operationally dynamically adds, therefore when dynamically script is quoted in interpolation, these scripts merged and compress, after merging compression, path is quoted in new for generation one, in the WEB page generated, the new path of use is replaced original path.
As mentioned above, XML tag library has been endowed the file of a unique name and a definition, defines the tag processes program of often kind of XML label and needs the path of JS, CSS script file introduced.It is the attribute that this label is arranged that tag processes program can receive in pagefile, and can export HTML code in the page.Pagefile can utilize XML NameSpace to carry out corresponding different XML tag library, because can define multiple NameSpace in XML file, so the same page also can use multiple tag library simultaneously.That is, find required JS script file path and CSS script file path by XML NameSpace, corresponding HTML code then joins in WEB page automatically.
Owing to having defined JS and the CSS file path needing to introduce in XML tag library, therefore in the page, the html script of script file is introduced without the need to writing, only need be specified the title of XML tag library by NameSpace, relevant HTML code will produce automatically in the WEB page generated.
In one embodiment of the invention, HTML code adopts template instruction to generate, and realizes filling dynamic data in the page.Wherein, the template instruction used in step S0 and step S2 comprises the template instruction of Velocity template instruction and Freemarker template instruction etc. or independently developed any type.
It should be noted that, in the array mode of XML analytic technique of the present invention and template instruction, first resolve template instruction, then carry out XML parsing.
Template instruction or also referred to as template engine, can be applied to various WEB and develop scene.The effect that template engine is maximum, allows data and interfacial separation exactly, is not limited to Java technology, the technology such as PHP, ASP, JavaScript.In the present invention, the effect of template engine is also allow data and interfacial separation, and it is not only used in the parsing of pagefile, also using Velocity padding data in the template file that label realizes class.
Step S3, after the tag processes program completing all XML labels, the HTML code that tag processes program exports forms WEB page jointly.
First the HTML code that tag processes program produces can output to buffer zone, and a WEB page is divided into head part and a main body body part usually, and head part comprises the scripted code introducing JS and CSS, and body part is mainly used in the HTML code represented.
First, HTML code is added into the main body body part of WEB page;
Then, the scripted code of JS and CSS carried out mix, sort, merge and after squeeze operation, be added into the head head part of WEB page;
Finally, main body body part and head head part are merged, to generate complete WEB page.
To sum up, the present invention first first processes body part, returns process head part afterwards again.After processing body part, JS and the CSS script file that WEB page intelligence is introduced is all analyzed out.This part JS and CSS script file carried out mixing with the other guide of head part, sort, merged, the operation such as compression, the body content in last and buffer zone merges, the WEB page that finally generation one is complete.
Below with reference to Fig. 2 and Fig. 3, the allocated segments HTML code of XML tag library is described.
Each XML tag library file imparts a title in global scope, in pagefile, is linked up with by the mode of XML NameSpace and this XML tag library file.As shown in Figure 2, the title of XML tag library is "/jui ", in pagefile, by " xmlns="/jui " " mode refer to this XML tag library.At this moment, this pagefile source code that display effect is corresponding in a browser, as shown in Figure 3.
In fig. 2, do not specify any " meta ", " link ", " script " label, and only by " xmlns="/jui " " mode specify tag library, " meta ", " style " that define in tag library, " script " information have just been automatically added in the target pages generated.1., 2., 3. XML tag library fragment and the label in the HTML code head segments in Fig. 3 of Fig. 2 first half are completely corresponding.
Fig. 4 is the schematic diagram of the WEB page of the Query List page according to the embodiment of the present invention.Below code is the source code of the Query List page at browser, is designated as code 1.
Can find out that the content of pagefile is very succinct from top code, this wherein has several main label: " QueryPane " label will produce the main frame of this Query List, the input area of each querying condition of " SearchItem " layout, " GridToolbar " and " GridColumn " is responsible for producing the button of form and the displaying of data rows.The HTML code outputting to browser is as follows, is designated as code 2
The actual code outputting to browser is more than the pagefile code write.For QueryPane label, the class that realizes of QueryPane label comprises a Java file and a template file, and what mainly produce page code is the template file of below shown in code, is designated as code 3.
Template file is a kind of supplementary mode that label realizes class, and the mode of pure code can be used to complete the output logic of label, these are only that care label realizes the effect of class.Code 2 and code 2 are compared, can see that outgoing label realizes the effect of class easily. label realizes class and is responsible for processing the real HTML code outputting to browser, as only having write an XML label " QueryPane " in pagefile in above, but output to certain more complicated loaded down with trivial details HTML code of browser.These HTML code be all hidden in label to realize class (or tag template file) inner, if the part in square frame in code 2 and code 3 is exactly the corresponding content that tag template file exports to browser, content basic simlarity.
According to the dynamic web pages generation method based on XML analytic technique and template instruction of the embodiment of the present invention, adopt XML analytic technique to add template instruction technology, generate dynamic page HTML code, form complete WEB page thus.
The dynamic web pages generation method based on XML analytic technique and template instruction of the embodiment of the present invention, has following beneficial effect:
(1) volume of pagefile is significantly reduced.
Writing of the labels such as meta, link, script is decreased in the page, and the repeated HTML code using XML Tag Packaging a large amount of, so the pagefile write is very succinct.
(2) when JS, CSS script needed for the page runs, intelligence is introduced.
The page finds required JS and CSS script position by XML NameSpace, automatically joins in the WEB page of generation.
(JS, CSS script intelligence merging that 3 pages are introduced and compression.
JS and CSS file under automatic decision same paths, merges JS and the CSS file of same catalogue, and compresses, without the need to loaded down with trivial details process.
(4) XML tag processes program more easily uses than JSP tag processes program.
The simplest usage of XML tag processes program only needs a simple java class and a tag template file, adds what HTML code in template file, will generate corresponding content, and support template instruction in WEB page.
In the description of this instructions, specific features, structure, material or feature that the description of reference term " embodiment ", " some embodiments ", " example ", " concrete example " or " some examples " etc. means to describe in conjunction with this embodiment or example are contained at least one embodiment of the present invention or example.In this manual, identical embodiment or example are not necessarily referred to the schematic representation of above-mentioned term.And the specific features of description, structure, material or feature can combine in an appropriate manner in any one or more embodiment or example.
Although illustrate and describe embodiments of the invention above, be understandable that, above-described embodiment is exemplary, can not be interpreted as limitation of the present invention, those of ordinary skill in the art can change above-described embodiment within the scope of the invention when not departing from principle of the present invention and aim, revising, replacing and modification.Scope of the present invention is by claims extremely equivalency.
Claims (7)
1. one kind based on the dynamic web pages generation method of XML analytic technique and template instruction, it is characterized in that, comprises the steps:
Step S0, adopts template instruction to carry out variable replacement to parent page, to generate the parent page comprising real time data;
Step S1, adopt XML technology to resolve the described parent page comprising real time data, wherein, described parent page is made up of multiple XML label;
Step S2, according to the hierarchical relationship of described multiple XML label, successively following action is performed to each described XML label: search described XML label and whether define in XML tag library, if it is the tag processes program in described XML tag library is called, HTML code in described XML tag library is created in the WEB page corresponding with described parent page automatically, wherein, described XML tag library defines following content: the tag processes program of the title of described XML tag library and the correspondence of described XML label, corresponding HTML code is recorded in described tag processes program, described HTML code adopts template instruction to generate, in described tag processes program, control described tag processes program by described template instruction and export corresponding HTML code,
Step S3, after the tag processes program completing all XML labels, the HTML code that described tag processes program exports forms described WEB page jointly.
2., as claimed in claim 1 based on the dynamic web pages method of generationing of XML analytic technique and template instruction, it is characterized in that, described XML tag library also comprises: the JS script file path of needs introducing and CSS script file path.
3. as claimed in claim 2 based on the dynamic web pages generation method of XML analytic technique and template instruction, it is characterized in that, in described step S2, the described tag processes program called in described XML tag library, comprise: find required JS script file path and CSS script file path by XML NameSpace, corresponding HTML code then joins in described WEB page automatically.
4. as claimed in claim 2 based on the dynamic web pages generation method of XML analytic technique and template instruction, it is characterized in that, also comprise the steps: when adding described JS script file and CSS script file, JS and CSS file under automatic decision same paths, is undertaken merging and compressing by JS and the CSS file of same catalogue.
5. as claimed in claim 1 based on the dynamic web pages generation method of XML analytic technique and template instruction, it is characterized in that, in described step S2, if described XML label does not define in XML tag library, then export described XML label to browser instrument with raw content.
6. as claimed in claim 2 based on the dynamic web pages generation method of XML analytic technique and template instruction, it is characterized in that, in described step S2 and S3, the HTML code in described XML tag library is created on the WEB page corresponding with described parent page automatically, comprises the steps:
First, described HTML code is added into the main body body part of described WEB page;
Then, the scripted code of described JS and CSS carried out mix, sort, merge and after squeeze operation, be added into the head head part of described WEB page;
Finally, described main body body part and head head part are merged, to generate complete WEB page.
7., as claimed in claim 1 based on the dynamic web pages generation method of XML analytic technique and template instruction, it is characterized in that, in described step S0 and step S2, described template instruction comprises Velocity template instruction and Freemarker template instruction.
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