In order to improve the access speed for page data generated on the server side, it is often necessary to generate static htm pages.
Usually, you can use fso to generate static htm pages.
But if fso is banned or does not have permission to use fso, other methods are needed to solve it.
Using xmldom and using its save() method is a good solution.
Moreover, If the data is in xml format, using save() is faster than using fso, and the code reuse rate is also high.
But it should be noted that:
When calling the xmldom.save() method, the default encoding method is "uft-8".
If the specified document output type is "html", due to its The encoding type cannot be specified. When the data contains Chinese characters, you will find that all Chinese characters in the saved htm data have become garbled characters.
Solution:
mechanism, usually the browser does not accept the html type The page will not interpret tags other than htm tags.
a. Specify the output document type as "xml"
b. Specify encoding (encoding="gb2312")
c. Specify to retain indentation Format (for easy reading)
examples: /*** create.asp ***/ <% dim cXMLFile, cXSLFile dim oXML, XSL dim oOutput dim cHtmLFile, cOutputFile cHtmLFile = "book.htm" 'cHtmLFile = "book_" & replace( replace( replace (now,":",""), "-", ""), " ", "") & ".htm" cXMLFile = Server.MapPath("book.xml") cXSLFile = Server.MapPath("book.xsl") cOutputFile = Server.MapPath(cHtmLFile) Set oXML = Server.CreateObject("Microsoft.XMLDOM") oXML.async = false oXML.load(cXMLFile) Set oXSL = Server.CreateObject("Microsoft.XMLDOM") oXSL.async = false oXSL.load(cXSLFile) Set oOutput = Server.CreateObject("Microsoft.XMLDOM") Call oXML.transformNodeToObject(oXSL, oOutput) oOutput.save (cOutputFile) Set oXML = Nothing Set oXSL = Nothing Set oOutput = Nothing Response.redirect(cHtmLFile) %> /*** book.xml ***/ <?xml version="1.0" encoding="gb2312" ?> <?xml-stylesheet type="text/xsl" href="book.xsl"?> <moonpiazza> <book> <书名>基于XML 的 asp.net开发</书名> <定价>42</定价> <作者>Dan Wahlin/王宝良</作者> </book> <book> <书名>XML应用的UML建模技术</书名> <定价>32</定价> <作者>David Carlson/周靖 侯奕萌 沈金河等</作者> </book> <book> <书名>极限编程研究</书名> <定价>70</定价> <作者>Giancarrio Succi/Michele Marchesi/张辉(译)</作者> </book> <book> <书名>Design Patterns</书名> <定价>38</定价> <作者>Erich Gamma/Richard Helm/Ralph Johnson/John Vlissides</作者> </book> </moonpiazza> /*** book.xsl ***/ <?xml version="1.0" encoding="gb2312"?> <xsl:stylesheet xmlns:xsl="http://www.w3.org/1999/XSL/Transform" version="1.0"> <!-- 下面一句必须 --> <xsl:output method="xml" encoding="gb2312" indent="yes"/> <xsl:template match="/"> <html> <meta http-equiv="Content-Type" content="text/html; charset=gb2312" /> <!-- by moonpiazza 2003.6.13--> <body> <table border="1"> <tr> <xsl:for-each select="moonpiazza/book[position()=1]/*"> <td><xsl:value-of select="name()" /></td> </xsl:for-each> </tr> <xsl:for-each select="moonpiazza/book"> <tr> <xsl:for-each select="./*"> <td><xsl:value-of select="." /></td> </xsl:for-each> </tr> </xsl:for-each> </table> </body> </html> </xsl:template> </xsl:stylesheet>
The above is the content of using xmldom to generate static html pages on the server side. For more related content, please pay attention to the PHP Chinese website (www.php.cn)!

RSS and XML are tools for web content management. RSS is used to publish and subscribe to content, and XML is used to store and transfer data. They work with content publishing, subscriptions, and update push. Examples of usage include RSS publishing blog posts and XML storing book information.

RSS documents are XML-based structured files used to publish and subscribe to frequently updated content. Its main functions include: 1) automated content updates, 2) content aggregation, and 3) improving browsing efficiency. Through RSSfeed, users can subscribe and get the latest information from different sources in a timely manner.

The XML structure of RSS includes: 1. XML declaration and RSS version, 2. Channel (Channel), 3. Item. These parts form the basis of RSS files, allowing users to obtain and process content information by parsing XML data.

RSSfeedsuseXMLtosyndicatecontent;parsingtheminvolvesloadingXML,navigatingitsstructure,andextractingdata.Applicationsincludebuildingnewsaggregatorsandtrackingpodcastepisodes.

RSS documents work by publishing content updates through XML files, and users subscribe and receive notifications through RSS readers. 1. Content publisher creates and updates RSS documents. 2. The RSS reader regularly accesses and parses XML files. 3. Users browse and read updated content. Example of usage: Subscribe to TechCrunch's RSS feed, just copy the link to the RSS reader.

The steps to build an RSSfeed using XML are as follows: 1. Create the root element and set the version; 2. Add the channel element and its basic information; 3. Add the entry element, including the title, link and description; 4. Convert the XML structure to a string and output it. With these steps, you can create a valid RSSfeed from scratch and enhance its functionality by adding additional elements such as release date and author information.

The steps to create an RSS document are as follows: 1. Write in XML format, with the root element, including the elements. 2. Add, etc. elements to describe channel information. 3. Add elements, each representing a content entry, including,,,,,,,,,,,. 4. Optionally add and elements to enrich the content. 5. Ensure the XML format is correct, use online tools to verify, optimize performance and keep content updated.

The core role of XML in RSS is to provide a standardized and flexible data format. 1. The structure and markup language characteristics of XML make it suitable for data exchange and storage. 2. RSS uses XML to create a standardized format to facilitate content sharing. 3. The application of XML in RSS includes elements that define feed content, such as title and release date. 4. Advantages include standardization and scalability, and challenges include document verbose and strict syntax requirements. 5. Best practices include validating XML validity, keeping it simple, using CDATA, and regularly updating.


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