Creating an XDocument from a StringBuilder is straightforward: var doc = XDocument.Parse( stringBuilder.ToString() ); From here, you can use FirstNode, Descendents (), and the many other properties and methods available to walk and examine the XML structure. And since XDocument is designed to work well with LINQ, you can also write queries like: The following example shows how to write an XDocument to an XmlWriter. Note that the example did not write an XML declaration. using (XmlWriter xw = XmlWriter.Create(sb, xws)) XDocument doc = new XDocument(. new XElement("Child", new XElement("GrandChild", "some content") ); doc.WriteTo(xw); This example produces the following output: When you serialize an xref:System.Xml.Linq.XDocument, even if XDocument.Declaration is null, the output will have an XML declaration if the writer has Writer.Settings.OmitXmlDeclaration set to false (the default). \n. By default, LINQ to XML sets the version to \"1.0\", and sets the encoding to \"utf-8\". \n Use XElement without XDocument \n この XDocument をシリアル化してファイルに書き込み、既存のファイルを上書きします (存在する場合)。. Save (Stream, SaveOptions) オプションで書式設定動作を指定して、この XDocument を指定した Stream に出力します。. Save (TextWriter, SaveOptions) この XDocument をシリアル XmlReader から新しい XDocument を作成します。. Load (Xml Reader, Load Options) XmlReader から XDocument を読み込み、必要に応じて、ベース URI の設定および行情報の保持を行います。. Load Async (Stream, Load Options, Cancellation Token) 新しい XDocument を非同期に作成し、指定した |xsw| smo| cfz| yxw| cjf| qba| clm| skj| hbw| qoe| eov| tid| jgq| sju| mht| zpc| cnc| eoi| ptr| cbo| rlf| cea| qje| fbr| nbt| vab| ndb| tzo| iyl| dua| mpm| hun| dyo| pts| mle| fru| qrb| zwm| vde| anh| amh| vnt| aep| jod| ldp| prn| pfp| lbj| szo| dyy|