Client
<script language="javascript"> //生成XML文件 function GetAllFormData() { var strXML = "<Client>\r\n<FormData>\r\n"; strXML += "<UserName>bccu</UserName>" strXML += "<Age>25</Age>"; strXML += "</FormData>\r\n</Client>" return strXML; } ///向服務器发送XML文档 function Send(Str,URL) { var Http = new ActiveXObject("Microsoft.XMLHTTP") Http.open("POST",URL,false) Http.send(Str) return Http.responseText; } ///获得XML中指定的节的值 function GetXMLNodeValue(strXML,nodeName) { var Dom = new ActiveXObject("Microsoft.XMLDOM") Dom.async=false Dom.loadXML(strXML) if(Dom.parseError.errorCode != 0) { delete(Dom) return(false) } else { var node = Dom.documentElement.selectSingleNode("//"+nodeName); if(node) nodeValue = node.text; delete(Dom) return(nodeValue); } } function Test() { var tmp = Send(GetAllFormData(),"./test.aspx"); var name = GetXMLNodeValue(tmp,"UserName"); var password = GetXMLNodeValue(tmp,"Age"); } </script>
Server side (test.cs)
System.IO.Stream stream = Request.InputStream System.Xml.XmlDocument doc = new XmlDocument(); try { doc.Load(stream); //加载发送过来的Xml文档 } catch { byte[] buffer = new byte[stream.Length]; stream.Read(buffer,0,buffer.Length); string strXML = System.Text.UnicodeEncoding.Default.GetString(buffer,0,buffer.Length); doc.LoadXml(strXML); } //将doc处理后输出以便返回到客户端(此处省略) response.write("")
The above is the detailed content of Detailed tutorial on how to use Ajax to deliver Xml documents. For more information, please follow other related articles on the PHP Chinese website!

The relationship between C# and .NET is inseparable, but they are not the same thing. C# is a programming language, while .NET is a development platform. C# is used to write code, compile into .NET's intermediate language (IL), and executed by the .NET runtime (CLR).

C#.NET is still important because it provides powerful tools and libraries that support multiple application development. 1) C# combines .NET framework to make development efficient and convenient. 2) C#'s type safety and garbage collection mechanism enhance its advantages. 3) .NET provides a cross-platform running environment and rich APIs, improving development flexibility.

C#.NETisversatileforbothwebanddesktopdevelopment.1)Forweb,useASP.NETfordynamicapplications.2)Fordesktop,employWindowsFormsorWPFforrichinterfaces.3)UseXamarinforcross-platformdevelopment,enablingcodesharingacrossWindows,macOS,Linux,andmobiledevices.

C# and .NET adapt to the needs of emerging technologies through continuous updates and optimizations. 1) C# 9.0 and .NET5 introduce record type and performance optimization. 2) .NETCore enhances cloud native and containerized support. 3) ASP.NETCore integrates with modern web technologies. 4) ML.NET supports machine learning and artificial intelligence. 5) Asynchronous programming and best practices improve performance.

C#.NETissuitableforenterprise-levelapplicationswithintheMicrosoftecosystemduetoitsstrongtyping,richlibraries,androbustperformance.However,itmaynotbeidealforcross-platformdevelopmentorwhenrawspeediscritical,wherelanguageslikeRustorGomightbepreferable.

The programming process of C# in .NET includes the following steps: 1) writing C# code, 2) compiling into an intermediate language (IL), and 3) executing by the .NET runtime (CLR). The advantages of C# in .NET are its modern syntax, powerful type system and tight integration with the .NET framework, suitable for various development scenarios from desktop applications to web services.

C# is a modern, object-oriented programming language developed by Microsoft and as part of the .NET framework. 1.C# supports object-oriented programming (OOP), including encapsulation, inheritance and polymorphism. 2. Asynchronous programming in C# is implemented through async and await keywords to improve application responsiveness. 3. Use LINQ to process data collections concisely. 4. Common errors include null reference exceptions and index out-of-range exceptions. Debugging skills include using a debugger and exception handling. 5. Performance optimization includes using StringBuilder and avoiding unnecessary packing and unboxing.

Testing strategies for C#.NET applications include unit testing, integration testing, and end-to-end testing. 1. Unit testing ensures that the minimum unit of the code works independently, using the MSTest, NUnit or xUnit framework. 2. Integrated tests verify the functions of multiple units combined, commonly used simulated data and external services. 3. End-to-end testing simulates the user's complete operation process, and Selenium is usually used for automated testing.


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