static bool IsTypeForwarder(DmdType type)
{
var nonNested = DmdTypeUtilities.GetNonNestedType(type);
if ((object)nonNested == null)
{
return(false);
}
return(nonNested.TypeScope.Kind == DmdTypeScopeKind.AssemblyRef);
}
DmdType ReadType(bool readAssemblyReference)
{
IncrementRecursionCounter();
DmdType?result;
SkipWhite();
if (PeekChar() == '!')
{
var currentSig = ReadGenericSig();
var tspecs = ReadTSpecs();
ReadOptionalAssemblyRef();
result = CreateTypeSig(tspecs, currentSig);
}
else
{
var typeNames = ReadTypeRefAndNestedNoAssembly('+');
var tspecs = ReadTSpecs();
IDmdAssemblyName?asmRef;
if (typeDefResolver is null)
{
Debug.Assert(!(ownerModule is null));
var typeRef = CreateTypeRef(typeNames);
var nonNestedTypeRef = (DmdParsedTypeRef)DmdTypeUtilities.GetNonNestedType(typeRef) !;
if (readAssemblyReference)
{
asmRef = ReadOptionalAssemblyRef() ?? FindAssemblyRef(nonNestedTypeRef);
}
else
{
asmRef = FindAssemblyRef(nonNestedTypeRef);
}
nonNestedTypeRef.SetTypeScope(new DmdTypeScope(asmRef ?? new DmdReadOnlyAssemblyName(string.Empty)));
result = Resolve(asmRef, typeRef) ?? typeRef;
}
else
{
asmRef = readAssemblyReference ? ReadOptionalAssemblyRef() : null;
result = typeDefResolver.GetTypeDef(asmRef, typeNames);
if (result is null)
{
throw new TypeNameParserException("Couldn't find the type def");
}
}
if (tspecs.Count != 0)
{
result = CreateTypeSig(tspecs, result);
}
}
DecrementRecursionCounter();
return(result);
}