/// <summary>
/// Tests the ContentBeforeSelf method on Node.
/// </summary>
/// <param name="context"></param>
/// <returns></returns>
//[Variation(Desc = "NodeContentBeforeSelf")]
public void NodeContentBeforeSelf()
{
XElement parent = new XElement("parent");
XComment child = new XComment("Self is a comment");
XComment comment1 = new XComment("Another comment");
XComment comment2 = new XComment("Yet another comment");
XElement element1 = new XElement("childelement", new XElement("nested"), new XAttribute("foo", "bar"));
XElement element2 = new XElement("childelement2", new XElement("nested"), new XAttribute("foo", "bar"));
XAttribute attribute = new XAttribute("attribute", "value");
// If no parent, should not be any content before it.
Validate.Enumerator(child.NodesBeforeSelf(), new XNode[0]);
// Add some content, including the child, and validate.
parent.Add(attribute);
parent.Add(comment1);
parent.Add(element1);
parent.Add(child);
parent.Add(comment2);
parent.Add(element2);
Validate.Enumerator(
child.NodesBeforeSelf(),
new XNode[] { comment1, element1 });
}
/// <summary>
/// Tests the AllContentBeforeSelf method on Node.
/// </summary>
/// <param name="context"></param>
/// <returns></returns>
//[Variation(Desc = "NodeAllContentBeforeSelf")]
public void NodeAllContentBeforeSelf()
{
XElement parent = new XElement("parent");
XComment child = new XComment("Self is a comment");
XComment comment1 = new XComment("Another comment");
XComment comment2 = new XComment("Yet another comment");
XElement element1 = new XElement("childelement", new XElement("nested"), new XAttribute("foo", "bar"));
XElement element2 = new XElement("childelement2", new XElement("nested"), new XAttribute("foo", "bar"));
XAttribute attribute = new XAttribute("attribute", "value");
// If no parent, should not be any content before it.
Validate.Enumerator <XNode>(child.NodesBeforeSelf(), new XNode[0]);
// Add child to parent. Should still be no content before it.
// Attributes are not content.
parent.Add(attribute);
parent.Add(child);
Validate.Enumerator <XNode>(child.NodesBeforeSelf(), new XNode[0]);
// Add more children and validate.
parent.Add(comment1);
parent.Add(element1);
Validate.Enumerator <XNode>(child.NodesBeforeSelf(), new XNode[0]);
parent.AddFirst(element2);
parent.AddFirst(comment2);
Validate.Enumerator <XNode>(child.NodesBeforeSelf(), new XNode[] { comment2, element2 });
}
public static string GetXPath(this XObject xobj)
{
if (xobj.Parent == null)
{
XDocument doc = xobj as XDocument;
if (doc != null)
{
return(".");
}
XElement el = xobj as XElement;
if (el != null)
{
return("/" + NameWithPredicate(el));
}
XText xt = xobj as XText;
if (xt != null)
{
return(null);
}
//
//the following doesn't work because the XPath data
//model doesn't include white space text nodes that
//are children of the document.
//
//return
// "/" +
// (
// xt
// .Document
// .Nodes()
// .OfType<XText>()
// .Count() != 1 ?
// "text()[" +
// (xt
// .NodesBeforeSelf()
// .OfType<XText>()
// .Count() + 1) + "]" :
// "text()"
// );
//
XComment com = xobj as XComment;
if (com != null)
{
return
("/" +
(
com
.Document
.Nodes()
.OfType <XComment>()
.Count() != 1 ?
"comment()[" +
(com
.NodesBeforeSelf()
.OfType <XComment>()
.Count() + 1) +
"]" :
"comment()"
));
}
XProcessingInstruction pi = xobj as XProcessingInstruction;
if (pi != null)
{
return
("/" +
(
pi.Document.Nodes()
.OfType <XProcessingInstruction>()
.Count() != 1 ?
"processing-instruction()[" +
(pi
.NodesBeforeSelf()
.OfType <XProcessingInstruction>()
.Count() + 1) +
"]" :
"processing-instruction()"
));
}
return(null);
}
else
{
XElement el = xobj as XElement;
if (el != null)
{
return
("/" +
el
.Ancestors()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
NameWithPredicate(el));
}
XAttribute at = xobj as XAttribute;
if (at != null)
{
return
("/" +
at
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
"@" + GetQName(at));
}
XComment com = xobj as XComment;
if (com != null)
{
return
("/" +
com
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
(
com
.Parent
.Nodes()
.OfType <XComment>()
.Count() != 1 ?
"comment()[" +
(com
.NodesBeforeSelf()
.OfType <XComment>()
.Count() + 1) + "]" :
"comment()"
));
}
XCData cd = xobj as XCData;
if (cd != null)
{
return
("/" +
cd
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
(
cd
.Parent
.Nodes()
.OfType <XText>()
.Count() != 1 ?
"text()[" +
(cd
.NodesBeforeSelf()
.OfType <XText>()
.Count() + 1) + "]" :
"text()"
));
}
XText tx = xobj as XText;
if (tx != null)
{
return
("/" +
tx
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
(
tx
.Parent
.Nodes()
.OfType <XText>()
.Count() != 1 ?
"text()[" +
(tx
.NodesBeforeSelf()
.OfType <XText>()
.Count() + 1) + "]" :
"text()"
));
}
XProcessingInstruction pi = xobj as XProcessingInstruction;
if (pi != null)
{
return
("/" +
pi
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
(
pi
.Parent
.Nodes()
.OfType <XProcessingInstruction>()
.Count() != 1 ?
"processing-instruction()[" +
(pi
.NodesBeforeSelf()
.OfType <XProcessingInstruction>()
.Count() + 1) + "]" :
"processing-instruction()"
));
}
return(null);
}
}
/// <summary>
///
/// </summary>
/// <param name="xobj"></param>
/// <returns></returns>
public static string GetXPath(this XObject xobj)
{
if (xobj.Parent == null)
{
XDocument doc = xobj as XDocument;
if (doc != null)
{
return(".");
}
XElement el = xobj as XElement;
if (el != null)
{
return("/" + NameWithPredicate(el));
}
// the XPath data model does not include white space text nodes
// that are children of a document, so this method returns null.
XText xt = xobj as XText;
if (xt != null)
{
return(null);
}
XComment com = xobj as XComment;
if (com != null)
{
return
("/" +
(
com
.Document
.Nodes()
.OfType <XComment>()
.Count() != 1 ?
"comment()[" +
(com
.NodesBeforeSelf()
.OfType <XComment>()
.Count() + 1) +
"]" :
"comment()"
));
}
XProcessingInstruction pi = xobj as XProcessingInstruction;
if (pi != null)
{
return
("/" +
(
pi.Document.Nodes()
.OfType <XProcessingInstruction>()
.Count() != 1 ?
"processing-instruction()[" +
(pi
.NodesBeforeSelf()
.OfType <XProcessingInstruction>()
.Count() + 1) +
"]" :
"processing-instruction()"
));
}
return(null);
}
else
{
XElement el = xobj as XElement;
if (el != null &&
!el.HasElements) // Only when the element is a Leaf element
{
return
("/" +
el
.Ancestors()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
NameWithPredicate(el));
}
XAttribute at = xobj as XAttribute;
if (at != null)
{
return
("/" +
at
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
"@" + GetQName(at));
}
XComment com = xobj as XComment;
if (com != null)
{
return
("/" +
com
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
(
com
.Parent
.Nodes()
.OfType <XComment>()
.Count() != 1 ?
"comment()[" +
(com
.NodesBeforeSelf()
.OfType <XComment>()
.Count() + 1) + "]" :
"comment()"
));
}
XCData cd = xobj as XCData;
if (cd != null)
{
return
("/" +
cd
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
(
cd
.Parent
.Nodes()
.OfType <XText>()
.Count() != 1 ?
"text()[" +
(cd
.NodesBeforeSelf()
.OfType <XText>()
.Count() + 1) + "]" :
"text()"
));
}
/*
* XText tx = xobj as XText;
* if (tx != null)
* return
* "/" +
* tx
* .Parent
* .AncestorsAndSelf()
* .InDocumentOrder()
* .Select(e => NameWithPredicate(e))
* .StrCat("/") +
* (
* tx
* .Parent
* .Nodes()
* .OfType<XText>()
* .Count() != 1 ?
* "text()[" +
* (tx
* .NodesBeforeSelf()
* .OfType<XText>()
* .Count() + 1) + "]" :
* "text()"
* );
*/
XProcessingInstruction pi = xobj as XProcessingInstruction;
if (pi != null)
{
return
("/" +
pi
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(e => NameWithPredicate(e))
.StrCat("/") +
(
pi
.Parent
.Nodes()
.OfType <XProcessingInstruction>()
.Count() != 1 ?
"processing-instruction()[" +
(pi
.NodesBeforeSelf()
.OfType <XProcessingInstruction>()
.Count() + 1) + "]" :
"processing-instruction()"
));
}
return(null);
}
}
/// <summary>
/// Gets the X path.
/// </summary>
/// <param name="xobj">The xobj.</param>
/// <returns>The x Path.</returns>
public static string GetXPath(this XObject xobj)
{
if (xobj.Parent == null)
{
XDocument doc = xobj as XDocument;
if (doc != null)
{
return(".");
}
XElement el = xobj as XElement;
if (el != null)
{
return("/" + NameWithPredicate(el));
}
// the XPath data model does not include white space text nodes
// that are children of a document, so this method returns null.
XText xt = xobj as XText;
if (xt != null)
{
return(null);
}
XComment com = xobj as XComment;
if (com?.Document != null)
{
return("/" + (com.Document.Nodes().OfType <XComment>().Count() != 1 ? "comment()[" + (com.NodesBeforeSelf().OfType <XComment>().Count() + 1) + "]" : "comment()"));
}
XProcessingInstruction pi = xobj as XProcessingInstruction;
if (pi?.Document != null)
{
return("/" + (pi.Document.Nodes().OfType <XProcessingInstruction>().Count() != 1 ? "processing-instruction()[" + (pi.NodesBeforeSelf().OfType <XProcessingInstruction>().Count() + 1) + "]" : "processing-instruction()"));
}
return(null);
}
else
{
XElement el = xobj as XElement;
if (el != null)
{
return("/" + el.Ancestors().InDocumentOrder().Select(NameWithPredicate).StrCat("/") + NameWithPredicate(el));
}
XAttribute at = xobj as XAttribute;
if (at?.Parent != null)
{
return("/" + at.Parent.AncestorsAndSelf().InDocumentOrder().Select(NameWithPredicate).StrCat("/") + "@" + GetQName(at));
}
XComment com = xobj as XComment;
if (com?.Parent != null)
{
return("/" + com.Parent.AncestorsAndSelf().InDocumentOrder().Select(NameWithPredicate).StrCat("/") + (com.Parent.Nodes().OfType <XComment>().Count() != 1 ? "comment()[" + (com.NodesBeforeSelf().OfType <XComment>().Count() + 1) + "]" : "comment()"));
}
XCData cd = xobj as XCData;
if (cd?.Parent != null)
{
return("/" + cd.Parent.AncestorsAndSelf().InDocumentOrder().Select(NameWithPredicate).StrCat("/") + (cd.Parent.Nodes().OfType <XText>().Count() != 1 ? "text()[" + (cd.NodesBeforeSelf().OfType <XText>().Count() + 1) + "]" : "text()"));
}
XText tx = xobj as XText;
if (tx?.Parent != null)
{
return("/" + tx.Parent.AncestorsAndSelf().InDocumentOrder().Select(NameWithPredicate).StrCat("/") + (tx.Parent.Nodes().OfType <XText>().Count() != 1 ? "text()[" + (tx.NodesBeforeSelf().OfType <XText>().Count() + 1) + "]" : "text()"));
}
XProcessingInstruction pi = xobj as XProcessingInstruction;
if (pi?.Parent != null)
{
return("/" + pi.Parent.AncestorsAndSelf().InDocumentOrder().Select(NameWithPredicate).StrCat("/") + (pi.Parent.Nodes().OfType <XProcessingInstruction>().Count() != 1 ? "processing-instruction()[" + (pi.NodesBeforeSelf().OfType <XProcessingInstruction>().Count() + 1) + "]" : "processing-instruction()"));
}
return(null);
}
}
/// <summary>
/// Recupera l'esspressione xpath di un determinato XObject
/// </summary>
/// <param name="xobj">Oggetto da valutare</param>
/// <returns>xpath in formato stringa</returns>
public static string GetXPath(this XObject xobj)
{
if (xobj.Parent == null)
{
var doc = xobj as XDocument;
if (doc != null)
{
return(".");
}
var el = xobj as XElement;
if (el != null)
{
return("/" + NameWithPredicate(el));
}
XText xt = xobj as XText;
if (xt != null)
{
return(null);
}
XComment com = xobj as XComment;
if (com != null)
{
return
("/" +
(
com
.Document
.Nodes()
.OfType <XComment>()
.Count() != 1 ?
"comment()[" +
(com
.NodesBeforeSelf()
.OfType <XComment>()
.Count() + 1) +
"]" :
"comment()"
));
}
XProcessingInstruction pi = xobj as XProcessingInstruction;
if (pi != null)
{
return
("/" +
(
pi.Document.Nodes()
.OfType <XProcessingInstruction>()
.Count() != 1 ?
"processing-instruction()[" +
(pi
.NodesBeforeSelf()
.OfType <XProcessingInstruction>()
.Count() + 1) +
"]" :
"processing-instruction()"
));
}
return(null);
}
else
{
XElement el = xobj as XElement;
if (el != null)
{
return
("/" +
el
.Ancestors()
.InDocumentOrder()
.Select(NameWithPredicate)
.StrCat("/") +
NameWithPredicate(el));
}
XAttribute at = xobj as XAttribute;
if (at != null)
{
return
("/" +
at
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(NameWithPredicate)
.StrCat("/") +
"@" + GetQName(at));
}
XComment com = xobj as XComment;
if (com != null)
{
return
("/" +
com
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(NameWithPredicate)
.StrCat("/") +
(
com
.Parent
.Nodes()
.OfType <XComment>()
.Count() != 1 ?
"comment()[" +
(com
.NodesBeforeSelf()
.OfType <XComment>()
.Count() + 1) + "]" :
"comment()"
));
}
XCData cd = xobj as XCData;
if (cd != null)
{
return
("/" +
cd
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(NameWithPredicate)
.StrCat("/") +
(
cd
.Parent
.Nodes()
.OfType <XText>()
.Count() != 1 ?
"text()[" +
(cd
.NodesBeforeSelf()
.OfType <XText>()
.Count() + 1) + "]" :
"text()"
));
}
XText tx = xobj as XText;
if (tx != null)
{
return
("/" +
tx
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(NameWithPredicate)
.StrCat("/") +
(
tx
.Parent
.Nodes()
.OfType <XText>()
.Count() != 1 ?
"text()[" +
(tx
.NodesBeforeSelf()
.OfType <XText>()
.Count() + 1) + "]" :
"text()"
));
}
XProcessingInstruction pi = xobj as XProcessingInstruction;
if (pi != null)
{
return
("/" +
pi
.Parent
.AncestorsAndSelf()
.InDocumentOrder()
.Select(NameWithPredicate)
.StrCat("/") +
(
pi
.Parent
.Nodes()
.OfType <XProcessingInstruction>()
.Count() != 1 ?
"processing-instruction()[" +
(pi
.NodesBeforeSelf()
.OfType <XProcessingInstruction>()
.Count() + 1) + "]" :
"processing-instruction()"
));
}
return(null);
}
}
