public XamlMember GetDottedProperty (XamlType tagType, string tagNamespace, XamlPropertyName propName, bool tagIsRoot)
{
if (tagType == null) {
throw new XamlInternalException(SR.Get("ParentlessPropertyElement", new object[] { propName.ScopedName }));
}
XamlMember xamlAttachableProperty = null;
XamlType xamlType = null;
string propNs = this.ResolveXamlNameNS(propName);
if (propNs == null) {
throw new XamlParseException(SR.Get("PrefixNotFound", new object[] { propName.Prefix }));
}
XamlType rootTagType = tagIsRoot ? tagType : null;
bool flag = false;
if (tagType.IsGeneric) {
flag = this.PropertyTypeMatchesGenericTagType(tagType, tagNamespace, propNs, propName.OwnerName);
if (flag) {
xamlAttachableProperty = this.GetInstanceOrAttachableProperty(tagType, propName.Name, rootTagType);
if (xamlAttachableProperty != null) {
return xamlAttachableProperty;
}
}
}
XamlTypeName typeName = new XamlTypeName(propNs, propName.Owner.Name);
xamlType = this.GetXamlType(typeName, true);
bool flag2 = tagType.CanAssignTo(xamlType);
if (flag2) {
xamlAttachableProperty = this.GetInstanceOrAttachableProperty(xamlType, propName.Name, rootTagType);
}
else {
xamlAttachableProperty = this.GetXamlAttachableProperty(xamlType, propName.Name);
}
if (xamlAttachableProperty != null) {
return xamlAttachableProperty;
}
XamlType declaringType = flag ? tagType : xamlType;
if (flag || flag2) {
return this.CreateUnknownMember(declaringType, propName.Name);
}
return this.CreateUnknownAttachableMember(declaringType, propName.Name);
}
public void ToStringTypeArgumentsNullEntry ()
{
#if PCL
Assert.Throws<ArgumentNullException> (() => {
#else
Assert.Throws<NullReferenceException> (() => {
#endif
var n = new XamlTypeName ("urn:foo", "FooBar", new XamlTypeName [] { null, new XamlTypeName ("urn:bar", "FooBarBaz") });
Assert.AreEqual ("{urn:foo}FooBar()", n.ToString (), "#1");
});
}
public void ConstructorNameNull ()
{
// allowed.
var xtn = new XamlTypeName ("urn:foo", null);
Assert.IsNotNull (xtn.TypeArguments, "#1");
}
public void ToStringNamespaceLookupInsufficient ()
{
var n = new XamlTypeName ("urn:foo", "Foo", new XamlTypeName [] {new XamlTypeName ("urn:bar", "Bar"), new XamlTypeName ("urn:baz", "Baz")});
var lookup = new MyNamespaceLookup ();
lookup.Add ("a", "urn:foo");
lookup.Add ("c", "urn:baz");
// it fails because there is missing mapping for urn:bar.
Assert.AreEqual ("a:Foo({urn:bar}Bar, c:Baz)", n.ToString (lookup), "#1");
}
public void ToStringTypeArgumentsNullEntry ()
{
var n = new XamlTypeName ("urn:foo", "FooBar", new XamlTypeName [] {null, new XamlTypeName ("urn:bar", "FooBarBaz")});
Assert.AreEqual ("{urn:foo}FooBar()", n.ToString (), "#1");
}
public void ToStringDefault ()
{
var n = new XamlTypeName ();
n.ToString ();
}
public void GetTypeFromXamlTypeNameWithClrName ()
{
// ensure that this does *not* resolve clr type name.
var xn = new XamlTypeName ("clr-namespace:System;assembly=mscorlib", "DateTime");
var ctx = NewStandardContext ();
var xt = ctx.GetXamlType (xn);
Assert.IsNull (xt, "#1");
ctx = new XamlSchemaContext ();
xt = ctx.GetXamlType (xn);
Assert.IsNotNull (xt, "#2");
}
internal XamlType GetXamlType (XamlTypeName typeName, bool returnUnknownTypesOnFailure, bool skipVisibilityCheck)
{
XamlType xamlType = this._schemaContext.GetXamlType(typeName);
// if (((xamlType != null) && !skipVisibilityCheck) && !xamlType.IsVisibleTo(this.LocalAssembly)) {
// xamlType = null;
// }
if ((xamlType != null) || !returnUnknownTypesOnFailure) {
return xamlType;
}
XamlType[] typeArguments = null;
if (typeName.HasTypeArgs) {
typeArguments = ArrayHelper.ConvertArrayType(typeName.TypeArguments, this.GetXamlTypeOrUnknown);
}
return new XamlType(typeName.Namespace, typeName.Name, typeArguments, this.SchemaContext);
}
internal XamlType GetXamlType(XamlTypeName typeName)
{
return(GetXamlType(typeName, false, false));
}
internal XamlType GetXamlType(XamlName typeName, bool returnUnknownTypesOnFailure)
{
XamlTypeName fullTypeName = GetXamlTypeName(typeName);
return(GetXamlType(fullTypeName, returnUnknownTypesOnFailure));
}
// -------------------- internal ------------------------
private XamlType GetXamlTypeOrUnknown(XamlTypeName typeName)
{
return(GetXamlType(typeName, true));
}
public static ParsedMarkupExtensionInfo Parse(string raw, IXamlNamespaceResolver nsResolver, XamlSchemaContext sctx)
{
if (raw == null)
{
throw new ArgumentNullException("raw");
}
if (raw.Length == 0 || raw [0] != '{')
{
throw Error("Invalid markup extension attribute. It should begin with '{{', but was {0}", raw);
}
var ret = new ParsedMarkupExtensionInfo();
int idx = raw.IndexOf('}');
if (idx < 0)
{
throw Error("Expected '}}' in the markup extension attribute: '{0}'", raw);
}
raw = raw.Substring(1, idx - 1);
idx = raw.IndexOf(' ');
string name = idx < 0 ? raw : raw.Substring(0, idx);
XamlTypeName xtn;
if (!XamlTypeName.TryParse(name, nsResolver, out xtn))
{
throw Error("Failed to parse type name '{0}'", name);
}
var xt = sctx.GetXamlType(xtn);
ret.Type = xt;
if (idx < 0)
{
return(ret);
}
string [] vpairs = raw.Substring(idx + 1, raw.Length - idx - 1).Split(',');
List <string> posPrms = null;
foreach (string vpair in vpairs)
{
idx = vpair.IndexOf('=');
// FIXME: unescape string (e.g. comma)
if (idx < 0)
{
if (posPrms == null)
{
posPrms = new List <string> ();
ret.Arguments.Add(XamlLanguage.PositionalParameters, posPrms);
}
posPrms.Add(UnescapeValue(vpair.Trim()));
}
else
{
var key = vpair.Substring(0, idx).Trim();
// FIXME: is unknown member always isAttacheable = false?
var xm = xt.GetMember(key) ?? new XamlMember(key, xt, false);
ret.Arguments.Add(xm, UnescapeValue(vpair.Substring(idx + 1).Trim()));
}
}
return(ret);
}
private IEnumerable <XamlNode> LogicStream_CheckForStartGetCollectionFromMember()
{
XamlType currentType = _context.CurrentType;
XamlMember currentProperty = _context.CurrentMember;
XamlType propertyType = currentProperty.Type;
XamlType valueElementType = (_xamlScanner.NodeType == ScannerNodeType.TEXT)
? XamlLanguage.String
: _xamlScanner.Type;
if (propertyType.IsArray && _xamlScanner.Type != ArrayExtensionType)
{
IEnumerable <NamespaceDeclaration> newNamespaces = null;
XamlTypeName typeName = new XamlTypeName(propertyType.ItemType);
INamespacePrefixLookup prefixResolver = new NamespacePrefixLookup(out newNamespaces, _context.FindNamespaceByPrefix);
string typeNameString = typeName.ToString(prefixResolver); // SideEffects!!! prefixResolver will populate newNamespaces
foreach (NamespaceDeclaration nsDecl in newNamespaces)
{
yield return(new XamlNode(XamlNodeType.NamespaceDeclaration, nsDecl));
}
yield return(Logic_StartObject(ArrayExtensionType, null));
_context.CurrentInImplicitArray = true;
yield return(Logic_StartMember(ArrayTypeMember));
yield return(new XamlNode(XamlNodeType.Value, typeNameString));
yield return(Logic_EndMember());
yield return(Logic_EndOfAttributes());
yield return(Logic_StartMember(ItemsTypeMember));
currentType = _context.CurrentType;
currentProperty = _context.CurrentMember;
propertyType = currentProperty.Type;
}
// Now Consider inserting special preamble to "Get" the collection:
// . GO
// . . SM _items
if (!currentProperty.IsDirective && (propertyType.IsCollection || propertyType.IsDictionary))
{
bool emitPreamble = false;
// If the collection property is Readonly then "Get" the collection.
if (currentProperty.IsReadOnly || !_context.CurrentMemberIsWriteVisible())
{
emitPreamble = true;
}
// If the collection is R/W and there is a type converter and we have Text
// use the type converter rather than the GO; SM _items;
else if (propertyType.TypeConverter != null && !currentProperty.IsReadOnly &&
_xamlScanner.NodeType == ScannerNodeType.TEXT)
{
emitPreamble = false;
}
// Or if the Value (this is the first value in the collection)
// isn't assignable to the Collection then "Get" the collection.
else if (valueElementType == null || !valueElementType.CanAssignTo(propertyType))
{
if (valueElementType != null)
{
// Unless: the Value is a Markup extension, in which case it is
// assumed that the ProvideValue() type will be AssignableFrom
// or If the next object has an x:Key in which case it must be
// a dictionary entry.
// so Don't "Get" the collection.
if (!valueElementType.IsMarkupExtension || _xamlScanner.HasKeyAttribute)
{
emitPreamble = true;
}
// Except: the Array Extension can never return a dictionary
// so for Array Extension do "Get" the collection.
// Note Array Extension would be suitable for List Collections
// Note: a fully validating parser should look at MarkupExtensionReturnType
// for this choice, there might be other MarkupExtensions that fit this.
else if (valueElementType == XamlLanguage.Array)
{
emitPreamble = true;
}
}
}
if (emitPreamble)
{
yield return(Logic_StartGetObjectFromMember(propertyType));
yield return(Logic_StartItemsProperty(propertyType));
}
}
}
public static ParsedMarkupExtensionInfo Parse(string raw, IXamlNamespaceResolver nsResolver, XamlSchemaContext sctx)
{
if (raw == null)
{
throw new ArgumentNullException(nameof(raw));
}
if (raw.Length == 0 || raw[0] != '{')
{
throw Error("Invalid markup extension attribute. It should begin with '{{', but was {0}", raw);
}
var ret = new ParsedMarkupExtensionInfo();
int idx = raw.LastIndexOf('}');
if (idx < 0)
{
throw Error("Expected '}}' in the markup extension attribute: '{0}'", raw);
}
raw = raw.Substring(1, idx - 1);
idx = raw.IndexOf(' ');
string name = idx < 0 ? raw : raw.Substring(0, idx);
XamlTypeName xtn;
if (!XamlTypeName.TryParse(name, nsResolver, out xtn))
{
throw Error("Failed to parse type name '{0}'", name);
}
var xt = sctx.GetXamlType(xtn) ?? new XamlType(nsResolver.GetNamespace(""), name, null, sctx);
ret.Type = xt;
if (idx < 0)
{
return(ret);
}
var valueWithoutBinding = raw.Substring(idx + 1, raw.Length - idx - 1);
var vpairs = BindingMembersRegex.Matches(valueWithoutBinding)
.Cast <Match>()
.Select(m => m.Value.Trim())
.ToList();
if (vpairs.Count == 0)
{
vpairs.Add(valueWithoutBinding);
}
List <string> posPrms = null;
foreach (var vpair in vpairs)
{
idx = vpair.IndexOf('=');
// FIXME: unescape string (e.g. comma)
if (idx < 0)
{
if (posPrms == null)
{
posPrms = new List <string>();
ret.Arguments.Add(XamlLanguage.PositionalParameters, posPrms);
}
posPrms.Add(UnescapeValue(vpair.Trim()));
}
else
{
var key = vpair.Substring(0, idx).Trim();
// FIXME: is unknown member always isAttacheable = false?
var xm = xt.GetMember(key) ?? new XamlMember(key, xt, false);
// Binding member values may be wrapped in quotes (single or double) e.g. 'A,B,C,D'.
// Remove those wrapping quotes from the resulting string value.
var valueString = RemoveWrappingStringQuotes(vpair.Substring(idx + 1).Trim());
var value = IsValidMarkupExtension(valueString)
? (object)Parse(valueString, nsResolver, sctx) : UnescapeValue(valueString);
ret.Arguments.Add(xm, value);
}
}
return(ret);
}
public void ToStringNamespaceLookupInsufficient ()
{
var n = new XamlTypeName ("urn:foo", "Foo", new XamlTypeName [] {new XamlTypeName ("urn:bar", "Bar"), new XamlTypeName ("urn:baz", "Baz")});
var lookup = new MyNamespaceLookup ();
lookup.Add ("a", "urn:foo");
lookup.Add ("c", "urn:baz");
// it fails because there is missing mapping for urn:bar.
Assert.Throws<InvalidOperationException> (() => n.ToString (lookup), "#1");
}
public void ConstructorDefault()
{
var xtn = new XamlTypeName();
Assert.IsNotNull(xtn.TypeArguments, "#1");
}
internal XamlType GetXamlType (XamlTypeName typeName)
{
return this.GetXamlType(typeName, false, false);
}
internal XamlType GetXamlType(XamlTypeName typeName, bool returnUnknownTypesOnFailure)
{
return(GetXamlType(typeName, returnUnknownTypesOnFailure, false));
}
public void GetAbstractTypeFromClrNamespace()
{
var ctx = new XamlSchemaContext();
var tn = new XamlTypeName(Compat.TestAssemblyNamespace, "AbstractObject");
var xt = ctx.GetXamlType(tn);
Assert.IsNotNull(xt, "#1");
Assert.IsNotNull(xt.UnderlyingType, "#2");
}
/// <summary>
/// Resolves a property of the form 'Foo.Bar' or 'a:Foo.Bar', in
/// in the context of a parent tag. The parent tagType may or may not
/// be covariant with the ownerType. In the case of dotted attribute
/// syntax, the namespace my be passed in.
/// </summary>
/// <param name="tagType">The xamlType of the enclosing Tag</param>
/// <param name="tagNamespace">The namespace of the enclosing Tag</param>
/// <param name="propName">The dotted name of the property</param>
/// <param name="tagIsRoot">Whether the tag is the root of the document</param>
/// <returns></returns>
public XamlMember GetDottedProperty(XamlType tagType, string tagNamespace, XamlPropertyName propName, bool tagIsRoot)
{
if (tagType == null)
{
throw new XamlInternalException(SR.Get(SRID.ParentlessPropertyElement, propName.ScopedName));
}
XamlMember property = null;
XamlType ownerType = null;
string ns = ResolveXamlNameNS(propName);
if (ns == null)
{
throw new XamlParseException(SR.Get(SRID.PrefixNotFound, propName.Prefix));
}
XamlType rootTagType = tagIsRoot ? tagType : null;
// If we have <foo x:TA="" foo.bar=""/> we want foo in foo.bar to match the tag
// type since there is no way to specify generic syntax in dotted property notation
// If that fails, then we fall back to the non-generic case below.
bool ownerTypeMatchesGenericTagType = false;
if (tagType.IsGeneric)
{
ownerTypeMatchesGenericTagType = PropertyTypeMatchesGenericTagType(tagType, tagNamespace, ns, propName.OwnerName);
if (ownerTypeMatchesGenericTagType)
{
property = GetInstanceOrAttachableProperty(tagType, propName.Name, rootTagType);
if (property != null)
{
return(property);
}
}
}
// Non-generic case, just resolve using the namespace and name
XamlTypeName ownerTypeName = new XamlTypeName(ns, propName.Owner.Name);
ownerType = this.GetXamlType(ownerTypeName, true);
bool canAssignTagTypeToOwnerType = tagType.CanAssignTo(ownerType);
if (canAssignTagTypeToOwnerType)
{
property = GetInstanceOrAttachableProperty(ownerType, propName.Name, rootTagType);
}
else
{
property = this.GetXamlAttachableProperty(ownerType, propName.Name);
}
if (property == null)
{
// This is an unknown property.
// We don't know for sure whether or not it's attachable, so we go with our best guess.
// If the owner type is same as the generic tag type, or is assignable to the tag type,
// it's probably not attachable.
XamlType declaringType = ownerTypeMatchesGenericTagType ? tagType : ownerType;
if (ownerTypeMatchesGenericTagType || canAssignTagTypeToOwnerType)
{
property = CreateUnknownMember(declaringType, propName.Name);
}
else
{
property = CreateUnknownAttachableMember(declaringType, propName.Name);
}
}
return(property);
}
private IEnumerable<XamlAttribute> ReadObjectElementObject(string xmlns, string name, ProtoParserNode node, List<UnboundAttribute> xamlBareAttributes)
{
var xamlTypeName = new XamlTypeName(xmlns, name);
node.Type = typingCore.GetWithFullAddress(xamlTypeName);
var attributes = GetAttributes(xamlBareAttributes, node.Type).ToList();
if (stack.Depth > 0)
{
stack.IsCurrentlyInsideContent = true;
}
if (!node.IsEmptyTag)
{
node.NodeType = NodeType.Element;
stack.Push(node.Type, node.TypeNamespace);
}
else
{
node.NodeType = NodeType.EmptyElement;
}
return attributes;
}
XamlType ResolveTypeFromName(string name)
{
var nsr = (IXamlNamespaceResolver)service_provider.GetService(typeof(IXamlNamespaceResolver));
return(sctx.GetXamlType(XamlTypeName.Parse(name, nsr)));
}
public void ToStringNamespaceNull ()
{
// allowed.
var n = new XamlTypeName (null, "FooBar");
n.ToString ();
}
public void ToStringDefault()
{
var n = new XamlTypeName();
n.ToString();
}
public void ToStringEmptyNamespace ()
{
var n = new XamlTypeName (string.Empty, "Foo");
Assert.AreEqual ("{}Foo", n.ToString (), "#1");
}
public void ToStringNameNull()
{
var n = new XamlTypeName("urn:foo", null);
n.ToString();
}
public void ToStringNamespaceLookup ()
{
var n = new XamlTypeName ("urn:foo", "Foo", new XamlTypeName [] {new XamlTypeName ("urn:bar", "Bar"), new XamlTypeName ("urn:baz", "Baz")});
var lookup = new MyNamespaceLookup ();
lookup.Add ("a", "urn:foo");
lookup.Add ("b", "urn:bar");
lookup.Add ("c", "urn:baz");
Assert.AreEqual ("a:Foo(b:Bar, c:Baz)", n.ToString (lookup), "#1");
Assert.AreEqual ("b:Bar, c:Baz", XamlTypeName.ToString (n.TypeArguments, lookup), "#2");
}
public void ToStringTypeArgumentsNull()
{
var n = new XamlTypeName("urn:foo", "FooBar", (XamlTypeName [])null);
Assert.AreEqual("{urn:foo}FooBar", n.ToString(), "#1");
}
public void ConstructorTypeArgumentsNull ()
{
var n = new XamlTypeName ("urn:foo", "FooBar", (XamlTypeName []) null);
Assert.IsNotNull (n.TypeArguments, "#1");
Assert.AreEqual (0, n.TypeArguments.Count, "#2");
}
public void ToStringTypeArgumentsNullEntry()
{
var n = new XamlTypeName("urn:foo", "FooBar", new XamlTypeName [] { null, new XamlTypeName("urn:bar", "FooBarBaz") });
Assert.AreEqual("{urn:foo}FooBar()", n.ToString(), "#1");
}
public void ParseListInvalid3()
{
XamlTypeName.ParseList("", new MyNSResolver());
}
public void ToStringTypeArguments2()
{
var n = new XamlTypeName("urn:foo", "Foo", new XamlTypeName [] { new XamlTypeName("urn:bar", "Bar"), new XamlTypeName("urn:baz", "Baz") });
Assert.AreEqual("{urn:foo}Foo({urn:bar}Bar, {urn:baz}Baz)", n.ToString(), "#1");
}
public XamlType GetByFullAddress(XamlTypeName xamlTypeName)
{
return TypeRepository.GetByFullAddress(xamlTypeName);
}
public void ToStringEmptyNamespace()
{
var n = new XamlTypeName(string.Empty, "Foo");
Assert.AreEqual("{}Foo", n.ToString(), "#1");
}
internal XamlType GetXamlType (XamlTypeName typeName, bool returnUnknownTypesOnFailure)
{
return this.GetXamlType(typeName, returnUnknownTypesOnFailure, false);
}
public void ToStringXamlTypePredefined()
{
var n = new XamlTypeName(XamlLanguage.Int32);
Assert.AreEqual("{http://schemas.microsoft.com/winfx/2006/xaml}Int32", n.ToString(), "#1");
}
public void ToStringNullLookup()
{
var n = new XamlTypeName("urn:foo", "Foo", new XamlTypeName [] { new XamlTypeName("urn:bar", "Bar"), new XamlTypeName("urn:baz", "Baz") });
Assert.AreEqual("{urn:foo}Foo({urn:bar}Bar, {urn:baz}Baz)", n.ToString(null), "#1");
}
public void StaticToStringNullLookup()
{
XamlTypeName.ToString(new XamlTypeName [] { new XamlTypeName("urn:foo", "bar") }, null);
}
public void GetAbstractTypeFromUriNamespace()
{
var ctx = new XamlSchemaContext();
var tn = new XamlTypeName("urn:mono-test", "AbstractObject");
var xt = ctx.GetXamlType(tn);
Assert.IsNotNull(xt, "#1");
Assert.IsNotNull(xt.UnderlyingType, "#2");
}
public void StaticToStringNullTypeNameList()
{
XamlTypeName.ToString(null, new MyNamespaceLookup());
}
private XamlMember GetDottedProperty(XamlType tagType, PropertyLocator propLocator)
{
if (tagType == null)
{
throw new ArgumentNullException(nameof(tagType));
}
var xamlNamespace = ResolveXamlNameNs(propLocator);
if (xamlNamespace == null)
{
throw new XamlParseException("PrefixNotFound");
}
var xamlTypeName = new XamlTypeName(xamlNamespace, propLocator.Owner.PropertyName);
var xamlType = typingCore.GetWithFullAddress(xamlTypeName);
return xamlType.GetMember(propLocator.PropertyName);
}
public void StaticToStringEmptyArray()
{
Assert.AreEqual("", XamlTypeName.ToString(new XamlTypeName [0], new MyNamespaceLookup()), "#1");
}
public XamlType GetWithFullAddress(XamlTypeName xamlTypeName)
{
return typeRepository.GetWithFullAddress(xamlTypeName);
}
public void TryParseNullName()
{
XamlTypeName.TryParse(null, new MyNSResolver(), out dummy);
}
public void ToStringNameNull ()
{
var n = new XamlTypeName ("urn:foo", null);
n.ToString ();
}
public void TryParseNullResolver()
{
XamlTypeName.TryParse("Foo", null, out dummy);
}
public void ToStringTypeArgumentsNull ()
{
var n = new XamlTypeName ("urn:foo", "FooBar", (XamlTypeName []) null);
Assert.AreEqual ("{urn:foo}FooBar", n.ToString (), "#1");
}
public void TryParseEmptyName()
{
Assert.IsFalse(XamlTypeName.TryParse(String.Empty, new MyNSResolver(), out dummy), "#1");
}
public void ToStringTypeArguments2 ()
{
var n = new XamlTypeName ("urn:foo", "Foo", new XamlTypeName [] {new XamlTypeName ("urn:bar", "Bar"), new XamlTypeName ("urn:baz", "Baz")});
Assert.AreEqual ("{urn:foo}Foo({urn:bar}Bar, {urn:baz}Baz)", n.ToString (), "#1");
}
public void TryParseNoFillEmpty()
{
Assert.IsFalse(XamlTypeName.TryParse("Foo", new MyNSResolver(true), out dummy), "#1");
}
public void ToStringXamlTypePredefined ()
{
var n = new XamlTypeName (XamlLanguage.Int32);
Assert.AreEqual ("{http://schemas.microsoft.com/winfx/2006/xaml}Int32", n.ToString (), "#1");
}
public void TryParseAlreadyQualified()
{
Assert.IsFalse(XamlTypeName.TryParse("{urn:foo}Foo", new MyNSResolver(), out dummy), "#1");
}
public void ToStringNullLookup ()
{
var n = new XamlTypeName ("urn:foo", "Foo", new XamlTypeName [] {new XamlTypeName ("urn:bar", "Bar"), new XamlTypeName ("urn:baz", "Baz")});
Assert.AreEqual ("{urn:foo}Foo({urn:bar}Bar, {urn:baz}Baz)", n.ToString (null), "#1");
}
public void TryParseResolveFailure()
{
Assert.IsFalse(XamlTypeName.TryParse("x:Foo", new MyNSResolver(), out dummy), "#1");
}
public void ConstructorDefault ()
{
var xtn = new XamlTypeName ();
Assert.IsNotNull (xtn.TypeArguments, "#1");
}
public void ParseListNullNames()
{
XamlTypeName.ParseList(null, new MyNSResolver());
}
public void ConstructorNamespaceNull ()
{
// allowed.
var xtn = new XamlTypeName (null, "FooBar");
Assert.IsNotNull (xtn.TypeArguments, "#1");
}
public void ParseListNullResolver()
{
XamlTypeName.ParseList("foo", null);
}
public void ConstructorTypeArgumentsNullEntry()
{
if (!Compat.IsPortableXaml)
Assert.Ignore(".NET causes NRE on ToString().It is not really intended and should raise an error when constructed");
var type = new XamlTypeName("urn:foo", "FooBar", new XamlTypeName[] { null });
Assert.DoesNotThrow(() => type.ToString());
}
public void ToStringNamespaceNull ()
{
// allowed.
var n = new XamlTypeName (null, "FooBar");
Assert.Throws<InvalidOperationException> (() => n.ToString ());
}