Xml_javascript paging
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"> <html xmlns="http://www.w3.org/1999/xhtml" > <head> <title>龙的传人--Xml_javascript分页</title> </head> <body onload="getxmlDoc()"> <script language="Javascript" type="text/javascript"> var xmlDoc; var nodeIndex; var pageIndex; var pageSize=13; var lastPage; //最后一页 var overSize //最后一页的记录数 function getxmlDoc() { xmlDoc=new ActiveXObject("Microsoft.XMLDOM"); var currNode; xmlDoc.async=false; xmlDoc.load("myTest.xml"); if(xmlDoc.parseError.errorCode!=0) { var myErr=xmlDoc.parseError; alert("出错!"+myErr.reason); } getRecordCount(); onFirst(); } function getRecordCount() { var personNode= xmlDoc.selectNodes("/Root")[0]; var recordCount=personNode.childNodes.length; var pageCount=Math.ceil(recordCount/pageSize); document.getElementById("txtPageCount").value=pageCount; document.getElementById("txtRecordCount").value=recordCount; overSize=recordCount%pageSize; if(overSize>0) { lastPage=recordCount-overSize; } else { lastPage=recordCount-pageSize; } } function getPageRecord(pageIndex,pageSize) { clearRow("myTable"); var personNode= xmlDoc.selectNodes("/Root")[0]; var currNode=personNode.childNodes[pageIndex]; for(var i=pageIndex;i<pageIndex+pageSize;i++) { var arr=new Array(); var nNode= xmlDoc.selectSingleNode("Root/Person["+i+"]") ; arr[0]=nNode.getAttribute("Id"); //序号 arr[1]=nNode.childNodes[0].text; //工号 arr[2]=nNode.childNodes[1].text; //姓名 arr[3]=nNode.childNodes[2].text; //性别 arr[4]=nNode.childNodes[3].text; //部门 arr[5]=nNode.childNodes[4].text; //职位 arr[6]=nNode.childNodes[5].text; //地址 // arr[0]=personNode.childNodes[i].getAttribute("Id"); //序号 // arr[1]=personNode.childNodes[i].childNodes[0].text; //工号 // arr[2]=personNode.childNodes[i].childNodes[1].text; //姓名 // arr[3]=personNode.childNodes[i].childNodes[2].text; //性别 // arr[4]=personNode.childNodes[i].childNodes[3].text; //部门 // arr[5]=personNode.childNodes[i].childNodes[4].text; //职位 // arr[6]=personNode.childNodes[i].childNodes[5].text; //地址 addRow(i+1,"myTable",arr); } } function onFirst() { pageIndex=0; var currIndex=pageIndex; getPageRecord(currIndex,pageSize) pageIndex=currIndex ; document.getElementById("txtCurrPage").value=(pageIndex / pageSize) + 1; document.getElementById("txtCurrPageRecord").value=pageSize; } function onPRev() { var currIndex=pageIndex; currIndex-=pageSize; getPageRecord(currIndex,pageSize) pageIndex=currIndex; document.getElementById("txtCurrPage").value=(pageIndex / pageSize) + 1; document.getElementById("txtCurrPageRecord").value=pageSize; } function onNext() { var currIndex=pageIndex; currIndex+=pageSize; getPageRecord(currIndex,pageSize) pageIndex=currIndex; document.getElementById("txtCurrPage").value=(pageIndex / pageSize) + 1; document.getElementById("txtCurrPageRecord").value=pageSize; } function onLast() { if(overSize>0) { getPageRecord(lastPage,overSize) document.getElementById("txtCurrPageRecord").value=overSize; } else { getPageRecord(lastPage,pageSize) document.getElementById("txtCurrPageRecord").value=pageSize; } pageIndex=lastPage; document.getElementById("txtCurrPage").value=(pageIndex / pageSize) + 1; } function toPage() { var index=document.getElementById("txtCurrPage").value var currIndex=(index-1)*pageSize; if(event.keyCode==13) { getPageRecord(currIndex,pageSize); } pageIndex=currIndex; } function addRow(i,dataGridId,arr) { var row=document.createElement("tr"); var cell=createCellWidthText(i); row.appendChild(cell); for(var j=0;j<arr.length;j++) { cell=createCellWidthText(arr[j]); row.appendChild(cell); } document.getElementById(dataGridId).firstChild.appendChild(row); } function createCellWidthText(text) { var cell = document.createElement("td"); var textNode = document.createTextNode(text); cell.appendChild(textNode); return cell; } function clearRow(obj) { var table=document.getElementById(obj); var nodeTbody=table.firstChild var length=nodeTbody.childNodes.length; for(var i=length-1;i>0;i--) { nodeTbody.removeChild(nodeTbody.childNodes[i]); } } </script> <form id="form1" runat="server"> <div> <table align="center" style="border-right: #0033ff thin solid; border-top: #0033ff thin solid; border-left: #0033ff thin solid; width: 650px; border-bottom: #0033ff thin solid"> <tr> <td> 共<input id="txtPageCount" name="txtPageCount" style="width: 33px; color: #0000ff; border-top-style: none; border-right-style: none; border-left-style: none; background-color: transparent; border-bottom-style: none;" type="text" onkeydown="toPage()"/>页/ <input id="txtRecordCount" name="txtRecordCount" style="width: 46px; color: #3300ff; border-top-style: none; border-right-style: none; border-left-style: none; background-color: transparent; border-bottom-style: none;" type="text" onkeydown="toPage()"/>条记录 <input id="btnFirst" type="button" value="首页" onclick="onFirst()"/> <input id="btnPrev" type="button" value="上一页" onclick="onPrev()"/> <input id="btnNext" type="button" value="下一页" onclick="onNext()"/> <input id="btnLast" type="button" value="尾页" onclick="onLast()"/> 第<input id="txtCurrPage" name="txtCurrPage" style="width: 46px; color: #ff3333;" type="text" onkeydown="toPage()"/> 页(当前页<input id="txtCurrPageRecord" name="txtCurrPageRecord" style="width: 22px; color: #ff3333; border-top-style: none; border-right-style: none; border-left-style: none; background-color: white; border-bottom-style: none;" type="text" onkeydown="toPage()"/>条记录)</td> </tr> <tr> <td> <table width="100%" id="myTable"> <tr style="background-color:Yellow"> <td style="width: 34px; height: 21px;"> Id</td> <td style="width: 34px; height: 21px;"> 序号</td> <td style="width: 42px; height: 21px;"> 工号</td> <td style="width: 36px; height: 21px;"> 姓名</td> <td style="width: 39px; height: 21px;"> 性别</td> <td style="width: 43px; height: 21px;"> 部门</td> <td style="width: 50px; height: 21px;"> 职位</td> <td style="width: 100px; height: 21px;"> 地址</td> </tr> </table> </td> </tr> </table> </div> </form> </body> </html>
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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.

RSSfeedsareXMLdocumentsusedforcontentaggregationanddistribution.Totransformthemintoreadablecontent:1)ParsetheXMLusinglibrarieslikefeedparserinPython.2)HandledifferentRSSversionsandpotentialparsingerrors.3)Transformthedataintouser-friendlyformatsliket

JSONFeed is a JSON-based RSS alternative that has its advantages simplicity and ease of use. 1) JSONFeed uses JSON format, which is easy to generate and parse. 2) It supports dynamic generation and is suitable for modern web development. 3) Using JSONFeed can improve content management efficiency and user experience.

How to build, validate and publish RSSfeeds? 1. Build: Use Python scripts to generate RSSfeed, including title, link, description and release date. 2. Verification: Use FeedValidator.org or Python script to check whether RSSfeed complies with RSS2.0 standards. 3. Publish: Upload RSS files to the server, or use Flask to generate and publish RSSfeed dynamically. Through these steps, you can effectively manage and share content.

Methods to ensure the security of XML/RSSfeeds include: 1. Data verification, 2. Encrypted transmission, 3. Access control, 4. Logs and monitoring. These measures protect the integrity and confidentiality of data through network security protocols, data encryption algorithms and access control mechanisms.

XML is a markup language used to store and transfer data, and RSS is an XML-based format used to publish frequently updated content. 1) XML describes data structures through tags and attributes, 2) RSS defines specific tag publishing and subscribed content, 3) XML can be created and parsed using Python's xml.etree.ElementTree module, 4) XML nodes can be queried for XPath expressions, 5) Feedparser library can parse RSSfeed, 6) Common errors include tag mismatch and encoding issues, which can be validated by XMLlint, 7) Processing large XML files with SAX parser can optimize performance.

XML is a markup language for data storage and exchange, and RSS is an XML-based format for publishing updated content. 1. XML defines data structures, suitable for data exchange and storage. 2.RSS is used for content subscription and uses special libraries when parsing. 3. When parsing XML, you can use DOM or SAX. When generating XML and RSS, elements and attributes must be set correctly.


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