// Returns true if we need to look at the children, false otherwise.
private bool VisitTypeReference(ITypeReference typeReference)
{
if (!this.alreadySeen.Add(typeReference))
{
if (!this.typeReferenceNeedsToken)
{
return(false);
}
this.typeReferenceNeedsToken = false;
if (!this.alreadyHasToken.Add(typeReference))
{
return(false);
}
RecordTypeReference(typeReference);
return(false);
}
INestedTypeReference /*?*/ nestedTypeReference = typeReference.AsNestedTypeReference;
if (this.typeReferenceNeedsToken || nestedTypeReference != null ||
(typeReference.TypeCode(Context) == PrimitiveTypeCode.NotPrimitive && typeReference.AsNamespaceTypeReference != null))
{
ISpecializedNestedTypeReference /*?*/ specializedNestedTypeReference = (nestedTypeReference == null ? null :
nestedTypeReference.AsSpecializedNestedTypeReference);
if (specializedNestedTypeReference != null)
{
INestedTypeReference unspecializedNestedTypeReference = specializedNestedTypeReference.UnspecializedVersion;
if (this.alreadyHasToken.Add(unspecializedNestedTypeReference))
{
RecordTypeReference(unspecializedNestedTypeReference);
}
}
if (this.typeReferenceNeedsToken && this.alreadyHasToken.Add(typeReference))
{
RecordTypeReference(typeReference);
}
if (nestedTypeReference != null)
{
this.typeReferenceNeedsToken = (typeReference.AsSpecializedNestedTypeReference == null);
this.Visit(nestedTypeReference.GetContainingType(Context));
}
}
//This code was in CCI, but appears wrong to me. There is no need to visit attributes of types that are
//being referenced, only those being defined. This code causes additional spurious typerefs and memberrefs to be
//emitted. If the attributes can't be resolved, it causes a NullReference.
//
//if ((typeReference.AsTypeDefinition(Context) == null))
//{
// this.Visit(typeReference.GetAttributes(Context));
//}
this.typeReferenceNeedsToken = false;
return(true);
}
// Returns true if we need to look at the children, false otherwise.
private bool VisitTypeReference(ITypeReference typeReference)
{
if (!this.alreadySeen.Add(typeReference))
{
if (!this.typeReferenceNeedsToken)
{
return false;
}
this.typeReferenceNeedsToken = false;
if (!this.alreadyHasToken.Add(typeReference))
{
return false;
}
RecordTypeReference(typeReference);
return false;
}
INestedTypeReference/*?*/ nestedTypeReference = typeReference.AsNestedTypeReference;
if (this.typeReferenceNeedsToken || nestedTypeReference != null ||
(typeReference.TypeCode(Context) == PrimitiveTypeCode.NotPrimitive && typeReference.AsNamespaceTypeReference != null))
{
ISpecializedNestedTypeReference/*?*/ specializedNestedTypeReference = (nestedTypeReference == null ? null :
nestedTypeReference.AsSpecializedNestedTypeReference);
if (specializedNestedTypeReference != null)
{
INestedTypeReference unspecializedNestedTypeReference = specializedNestedTypeReference.UnspecializedVersion;
if (this.alreadyHasToken.Add(unspecializedNestedTypeReference))
{
RecordTypeReference(unspecializedNestedTypeReference);
}
}
if (this.typeReferenceNeedsToken && this.alreadyHasToken.Add(typeReference))
{
RecordTypeReference(typeReference);
}
if (nestedTypeReference != null)
{
this.typeReferenceNeedsToken = (typeReference.AsSpecializedNestedTypeReference == null);
this.Visit(nestedTypeReference.GetContainingType(Context));
}
}
//This code was in CCI, but appears wrong to me. There is no need to visit attributes of types that are
//being referenced, only those being defined. This code causes additional spurious typerefs and memberrefs to be
//emitted. If the attributes can't be resolved, it causes a NullReference.
//
//if ((typeReference.AsTypeDefinition(Context) == null))
//{
// this.Visit(typeReference.GetAttributes(Context));
//}
this.typeReferenceNeedsToken = false;
return true;
}
