public TypeReference GetTypeReferenceProperties(int token)
{
object metadataObject = null;
if (this.metadataObjectsCache.TryGetValue(token, out metadataObject))
{
return (TypeReference)metadataObject;
}
// The TypeRef's name will be stored in this array. The 1024 is a "magical number", seems like a type's name can be maximum this long. The corhlpr.h also defines a suspicious constant like this: #define MAX_CLASSNAME_LENGTH 1024
var typeName = new char[1024];
// Number of how many characters were filled in the typeName array.
var nameLength = 0;
// TypeRef's flags.
var resolutionScope = 0;
// Get A pointer to the scope in which the reference is made. This value is an AssemblyRef or ModuleRef token.
var hresult = this.import.GetTypeRefProps(token, ref resolutionScope, typeName, typeName.Length, ref nameLength);
if (hresult != 0)
{
Marshal.ThrowExceptionForHR(hresult);
}
// supress names "" & "\0";
if (nameLength <= 1)
{
// return null for this, we do not need to know about empty base
return null;
}
// Get the TypeRef's name.
var fullTypeName = new string(typeName, 0, nameLength - 1);
var typeRefProp = new TypeReference() { Token = token, FullName = fullTypeName };
this.metadataObjectsCache[token] = typeRefProp;
// seems it expects only AssemblyRef, not ModuleRef
// typeRefProp.Module = this.GetModuleReferenceProperties(resolutionScope);
return typeRefProp;
}
public TypeDefinition GetTypeDefByTypeRef(TypeReference typeRef)
{
// todo: if you can't find TypeDef by typeRef it means you need to iterate all modules (EnumModules) and look there.
var mappedCppType = string.Empty;
if (!CsTypesToCppTypes.Map.TryGetValue(typeRef.FullName, out mappedCppType))
{
mappedCppType = typeRef.FullName;
}
if (!mappedCppType.StartsWith("System."))
{
var typeDefTokenForTypeRef = 0;
this.import.FindTypeDefByName(mappedCppType, 0, ref typeDefTokenForTypeRef);
if (typeDefTokenForTypeRef != 0)
{
return this.GetTypeDefinitionProperties(typeDefTokenForTypeRef);
}
}
return null;
}