Classe XmlAnyElementAttribute (System.Xml.Serialization)

Public Class XClass
    ' Apply the XmlAnyElementAttribute to a field returning an array
    ' of XmlElement objects.
    <XmlAnyElement()> Public AllElements() As XmlElement
End Class 'XClass


Public Class Test
    
    Public Shared Sub Main()
        Dim t As New Test()
        t.DeserializeObject("XFile.xml")
    End Sub 'Main
    
    
    Private Sub DeserializeObject(filename As String)
        ' Create an XmlSerializer.
        Dim mySerializer As New XmlSerializer(GetType(XClass))
        
        ' To read a file, a FileStream is needed.
        Dim fs As New FileStream(filename, FileMode.Open)
        
        ' Deserialize the class.
        Dim x As XClass = CType(mySerializer.Deserialize(fs), XClass)
        
        ' Read the element names and values.
        Dim xel As XmlElement
        For Each xel In  x.AllElements
            Console.WriteLine((xel.LocalName & ": " & xel.Value))
        Next xel
    End Sub 'DeserializeObject
End Class 'Test 

public class XClass
{
   /* Apply the XmlAnyElementAttribute to a field returning an array
   of XmlElement objects. */
   [XmlAnyElement]
   public XmlElement[] AllElements;
}

public class Test
{
   public static void Main()
   {
      Test t = new Test();
      t.DeserializeObject("XFile.xml");
   }

   private void DeserializeObject(string filename)
   {
      // Create an XmlSerializer.
      XmlSerializer mySerializer = new XmlSerializer(typeof(XClass));

      // To read a file, a FileStream is needed.
      FileStream fs = new FileStream(filename, FileMode.Open);

      // Deserialize the class.
      XClass x = (XClass) mySerializer.Deserialize(fs);

      // Read the element names and values.
      foreach(XmlElement xel in x.AllElements)
         Console.WriteLine(xel.LocalName + ": " + xel.Value);
   }
}

public ref class XClass
{
public:

   /* Apply the XmlAnyElementAttribute to a field returning an array
      of XmlElement objects. */

   [XmlAnyElement]
   array<XmlElement^>^AllElements;
};

public ref class Test
{
public:
   void DeserializeObject( String^ filename )
   {
      // Create an XmlSerializer.
      XmlSerializer^ mySerializer = gcnew XmlSerializer( XClass::typeid );

      // To read a file, a FileStream is needed.
      FileStream^ fs = gcnew FileStream( filename,FileMode::Open );

      // Deserialize the class.
      XClass^ x = dynamic_cast<XClass^>(mySerializer->Deserialize( fs ));

      // Read the element names and values.
      System::Collections::IEnumerator^ myEnum = x->AllElements->GetEnumerator();
      while ( myEnum->MoveNext() )
      {
         XmlElement^ xel = safe_cast<XmlElement^>(myEnum->Current);
         Console::WriteLine( "{0}: {1}", xel->LocalName, xel->Value );
      }
   }
};

int main()
{
   Test^ t = gcnew Test;
   t->DeserializeObject( "XFile.xml" );
}

public class XClass
{
    /* Apply the XmlAnyElementAttribute to a field returning an array
       of XmlElement objects. 
    */
    /** @attribute XmlAnyElement()
     */
    public XmlElement allElements[];
} //XClass

public class Test
{
    public static void main(String[] args)
    {
        Test t = new Test();
        t.DeserializeObject("XFile.xml");
    } //main

    private void DeserializeObject(String fileName)
    {
        // Create an XmlSerializer.
        XmlSerializer mySerializer = new XmlSerializer(XClass.class.ToType());

        // To read a file, a FileStream is needed.
        FileStream fs = new FileStream(fileName, FileMode.Open);

        // Deserialize the class.
        XClass x = (XClass)mySerializer.Deserialize(fs);

        // Read the element names and values.
        for (int iCtr = 0; iCtr < x.allElements.length; iCtr++) {
            XmlElement xel = (XmlElement)x.allElements.get_Item(iCtr);
            Console.WriteLine(xel.get_LocalName() + ": " + xel.get_Value());
        }
    } //DeserializeObject
} //Test