public void ParseListInvalid3()
{
Assert.Throws(typeof(FormatException), () =>
{
XamlTypeName.ParseList("", new MyNSResolver());
});
}
StartTagInfo GetStartTagInfo()
{
string name = r.LocalName;
string ns = r.NamespaceURI;
string typeArgNames = null;
var members = new List <Pair> ();
var atts = ProcessAttributes(r, members);
// check TypeArguments to resolve Type, and remove them from the list. They don't appear as a node.
var l = new List <Pair> ();
foreach (var p in members)
{
if (p.Key == XamlLanguage.TypeArguments)
{
typeArgNames = p.Value;
l.Add(p);
break;
}
}
foreach (var p in l)
{
members.Remove(p);
}
IList <XamlTypeName> typeArgs = typeArgNames == null ? null : XamlTypeName.ParseList(typeArgNames, xaml_namespace_resolver);
var xtn = new XamlTypeName(ns, name, typeArgs);
return(new StartTagInfo()
{
Name = name, Namespace = ns, TypeName = xtn, Members = members, Attributes = atts
});
}
public void ParseListNullNames()
{
Assert.Throws(typeof(ArgumentNullException), () =>
{
XamlTypeName.ParseList(null, new MyNSResolver());
});
}
public void ParseListNullResolver()
{
Assert.Throws(typeof(ArgumentNullException), () =>
{
XamlTypeName.ParseList("foo", null);
});
}
public void ParseListValid()
{
var l = XamlTypeName.ParseList("foo, bar", new MyNSResolver());
Assert.AreEqual(2, l.Count, "#1");
Assert.AreEqual("{}foo", l [0].ToString(), "#2");
Assert.AreEqual("{}bar", l [1].ToString(), "#3");
l = XamlTypeName.ParseList("foo,bar", new MyNSResolver());
Assert.AreEqual("{}foo", l [0].ToString(), "#4");
Assert.AreEqual("{}bar", l [1].ToString(), "#5");
}
StartTagInfo GetStartTagInfo()
{
string name = r.LocalName;
string ns = ResolveLocalNamespace(r.NamespaceURI);
string typeArgNames;
var members = new List <Pair> ();
var atts = ProcessAttributes(r, members, out typeArgNames);
IList <XamlTypeName> typeArgs = typeArgNames == null ? null : XamlTypeName.ParseList(typeArgNames, xaml_namespace_resolver);
var xtn = new XamlTypeName(ns, name, typeArgs);
return(new StartTagInfo {
Name = name, Namespace = ns, TypeName = xtn, Members = members, Attributes = atts
});
}
public void ParseListInvalid3()
{
XamlTypeName.ParseList("", new MyNSResolver());
}
void ReadStartTypeOrContentGetObject()
{
string name = r.LocalName;
string ns = r.NamespaceURI;
string typeArgNames = null;
var members = new List <Pair> ();
var atts = ProcessAttributes(members);
// check TypeArguments to resolve Type, and remove them from the list. They don't appear as a node.
var l = new List <Pair> ();
foreach (var p in members)
{
if (p.Key == XamlLanguage.TypeArguments)
{
typeArgNames = p.Value;
l.Add(p);
break;
}
}
foreach (var p in l)
{
members.Remove(p);
}
XamlType xt;
IList <XamlTypeName> typeArgs = typeArgNames == null ? null : XamlTypeName.ParseList(typeArgNames, xaml_namespace_resolver);
var xtn = new XamlTypeName(ns, name, typeArgs);
xt = sctx.GetXamlType(xtn);
if (xt == null)
{
// creates name-only XamlType. Also, it does not seem that it does not store this XamlType to XamlSchemaContext (Try GetXamlType(xtn) after reading such xaml node, it will return null).
xt = new XamlType(ns, name, typeArgs == null ? null : typeArgs.Select <XamlTypeName, XamlType> (xxtn => sctx.GetXamlType(xxtn)).ToArray(), sctx);
}
if (current_member != null && !xt.CanAssignTo(current_member.Type))
{
var pxt = types.Count > 0 ? types.Peek() : null;
if (pxt != null && pxt.ContentProperty == current_member)
{
SetGetObject();
return;
}
// It could still be GetObject if current_member
// is not a directive and current type is not
// a markup extension.
// (I'm not very sure about the condition;
// it could be more complex.)
// seealso: bug #682131
if (!get_flags.Peek() &&
!(current_member is XamlDirective) &&
!xt.IsMarkupExtension)
{
SetGetObject();
return;
}
}
types.Push(xt);
get_flags.Push(false);
current = xt;
if (!r.IsEmptyElement)
{
r.Read();
do
{
r.MoveToContent();
switch (r.NodeType)
{
case XmlNodeType.Element:
// FIXME: parse type arguments etc.
case XmlNodeType.EndElement:
break;
default:
// this value is for Initialization, or Content property value
if (xt.ContentProperty != null)
{
members.Add(new Pair(xt.ContentProperty, r.Value));
}
else
{
members.Add(new Pair(XamlLanguage.Initialization, r.Value));
}
r.Read();
continue;
}
break;
} while (true);
}
else
{
is_empty_object = true;
}
foreach (var p in atts)
{
int idx = p.Key.IndexOf(':');
string prefix = idx > 0 ? p.Key.Substring(0, idx) : String.Empty;
string aname = idx > 0 ? p.Key.Substring(idx + 1) : p.Key;
idx = aname.IndexOf('.');
if (idx > 0)
{
string apns = prefix.Length > 0 ? r.LookupNamespace(prefix) : r.NamespaceURI;
var apname = aname.Substring(0, idx);
var axtn = new XamlTypeName(apns, apname, null);
var at = sctx.GetXamlType(axtn);
var am = at.GetAttachableMember(aname.Substring(idx + 1));
if (am != null)
{
members.Add(new Pair(am, p.Value));
}
// ignore unknown attribute
}
var xm = xt.GetMember(aname);
if (xm != null)
{
members.Add(new Pair(xm, p.Value));
}
// ignore unknown attribute
}
node_type = XamlNodeType.StartObject;
inside_object_not_member = true;
// The next Read() results are likely directives.
stored_member_enumerator = members.GetEnumerator();
}
public void ParseListNullResolver()
{
XamlTypeName.ParseList("foo", null);
}
public void ParseListNullNames()
{
XamlTypeName.ParseList(null, new MyNSResolver());
}
public void ParseListInvalid3()
{
Assert.Throws <FormatException> (() => XamlTypeName.ParseList("", new MyNSResolver()));
}
public void ParseListNullResolver()
{
Assert.Throws <ArgumentNullException> (() => XamlTypeName.ParseList("foo", null));
}
public void ParseListNullNames()
{
Assert.Throws <ArgumentNullException> (() => XamlTypeName.ParseList(null, new MyNSResolver()));
}
