public void NullCursorType()
{
var c = ClangService.GetNullCursor();
Assert.AreEqual(-1, c.ArgumentCount, "ArgumentCount");
Assert.AreEqual(AvailabilityKind.Available, c.AvailabilityKind, "AvailabilityKind");
var t = c.CursorType;
Assert.IsNull(t, "IsNull");
/*
* Assert.AreEqual (-1, t.AlignOf, "AlignOf");
* Assert.AreEqual (-1, t.ArgumentTypeCount, "ArgumentTypeCount");
* var tt = t.ArrayElementType;
* Assert.IsNotNull (tt, "ArrayElementType");
* Assert.AreEqual (-1, t.ArraySize, "ArraySize");
* tt = t.CanonicalType;
* Assert.IsNotNull (tt, "CanonicalType");
* tt = t.ClassType;
* Assert.IsNotNull (tt, "ClassType");
* Assert.AreEqual (-1, t.ElementCount, "ElementCount");
* tt = t.ElementType;
* Assert.IsNotNull (tt, "ElementType");
* Assert.AreEqual (CallingConvention.Invalid, t.FunctionTypeCallingConvention, "FunctionTypeCallingConvention");
* Assert.AreEqual (false, t.IsConstQualifiedType, "IsConstQualifiedType");
* Assert.AreEqual (false, t.IsFunctionTypeVariadic, "IsFunctionTypeVariadic");
* Assert.AreEqual (false, t.IsPODType, "IsPODType");
* Assert.AreEqual (false, t.IsRestrictQualifiedType, "IsRestrictQualifiedType");
* Assert.AreEqual (false, t.IsVolatileQualifiedType, "IsVolatileQualifiedType");
* Assert.AreEqual (TypeKind.Invalid, t.Kind, "Kind");
* tt = t.PointeeType;
* Assert.IsNotNull (tt, "PointeeType");
* Assert.AreEqual (RefQualifierKind.None, t.RefQualifier, "RefQualifier");
* tt = t.ResultType;
* Assert.IsNotNull (tt, "ResultType");
* Assert.AreEqual (-1, t.SizeOf, "SizeOf");
* Assert.AreEqual (string.Empty, t.Spelling, "Spelling");
* // not in libclang 3.5
* // Assert.AreEqual (-1, t.TemplateArgumentCount, "TemplateArgumentCount");
* var cc = t.TypeDeclaration;
* Assert.IsNotNull (cc, "TypeDeclaration");
*/
}
public void NullCursor()
{
var c = ClangService.GetNullCursor();
Assert.AreEqual(-1, c.ArgumentCount, "ArgumentCount");
Assert.AreEqual(AvailabilityKind.Available, c.AvailabilityKind, "AvailabilityKind");
var t = c.CursorType;
Assert.IsNull(t, "CursorType");
Assert.AreEqual(CXXAccessSpecifier.Invalid, c.CxxAccessSpecifier, "CxxAccessSpecifier");
Assert.AreEqual(string.Empty, c.DeclObjCTypeEncoding, "DeclObjCTypeEncoding");
Assert.AreEqual(18446744073709551615m, c.EnumConstantDeclUnsignedValue, "EnumConstantDeclUnsignedValue");
Assert.AreEqual(-9223372036854775808m, c.EnumConstantDeclValue, "EnumConstantDeclValue");
t = c.EnumDeclIntegerType;
Assert.IsNull(t, "EnumDeclIntegerType");
Assert.AreEqual(-1, c.FieldDeclBitWidth, "FieldDeclBitWidth");
Assert.AreEqual(null, c.IncludedFile, "IncludedFile");
Assert.AreEqual(false, c.IsBitField, "IsBitField");
Assert.AreEqual(false, c.IsVirtualBase, "IsVirtualBase");
Assert.AreEqual(CursorKind.FirstInvalid, c.Kind, "Kind");
Assert.AreEqual(LanguageKind.Invalid, c.Language, "Language");
var cc = c.LexicalParent;
Assert.IsNotNull(cc, "LexicalParent");
Assert.AreEqual(LinkageKind.Invalid, c.Linkage, "Linkage");
Assert.AreEqual(0, c.OverloadedDeclarationCount, "OverloadedDeclarationCount");
t = c.ResultType;
Assert.IsNull(t, "ResultType");
cc = c.SemanticParent;
Assert.IsNotNull(cc, "SemanticParent");
Assert.IsNull(c.TranslationUnit, "TranslationUnit");
t = c.TypeDefDeclUnderlyingType;
Assert.IsNull(t, "TypeDefDeclUnderlyingType");
}