public static TypeReference MapDatatype(TypeReference t)
{
var m = t.MemberOf;
var g = t.Container;
t = t.Clone() as TypeReference;
t.MemberOf = m;
t.Container = g;
TypeReference retVal = t.Clone() as TypeReference;
// Create a type reference
var type = s_heuristicData.Datatypes.Find(o => o.MifDatatype == t.Name + (t.Flavor != null ? "." + t.Flavor : ""));
if (type == null && !String.IsNullOrEmpty(t.Flavor))
{
type = s_heuristicData.Datatypes.Find(o => o.MifDatatype == t.Name);
}
if (t is TypeParameter)
{
return(t);
}
else if (t.Name == null)
{
retVal.Name = "java.lang.Object";
}
else if (type != null)
{
retVal.Name = type.JavaType;
//if (!String.IsNullOrEmpty(type.TemplateParameter))
// retVal.Name = String.Format("{0}.datatypes.generic.{1}", s_apiNs, retVal.Name);
//else
// retVal.Name = String.Format("{0}.datatypes.{1}", s_apiNs, retVal.Name);
retVal.MemberOf = t.MemberOf;
retVal.GenericSupplier = t.GenericSupplier;
if (t.Name != retVal.Name)
{
retVal.Flavor = null; // Clear flavors if pointing to a new type
}
// Default binding information
var tParm = type.DefaultBind;
if ((t.GenericSupplier == null || t.GenericSupplier.Count == 0) && !String.IsNullOrEmpty(tParm))
{
retVal.AddGenericSupplier("def", MapDatatype(new TypeReference()
{
Name = tParm
}));
}
}
// Default member?
return(retVal);
}
/// <summary>
/// Resolves the type reference in the specified module.
/// </summary>
/// <param name="scope">The module where the type reference is resolved.</param>
/// <param name="typeRef">The type reference to resolve.</param>
/// <returns>The resolved type definition.</returns>
public static TypeDefinition TryResolve(this ModuleDefinition scope, TypeReference typeRef)
{
var matchingTypeRef = typeRef.Clone();
matchingTypeRef.Scope = scope;
return(scope.MetadataResolver.TryResolve(matchingTypeRef));
}
static TypeReference Resolve(TypeReference typeRef, Collection <TypeReference> genTypeContext)
{
if (!(typeRef is TypeSpecification) && !(typeRef is GenericParameter))
{
return(typeRef);
}
TypeSpecification ret = typeRef.Clone() as TypeSpecification;
switch (typeRef.MetadataType)
{
case MetadataType.RequiredModifier:
(ret as RequiredModifierType).ModifierType = Resolve((typeRef as RequiredModifierType).ModifierType, genTypeContext);
ret.ElementType = Resolve(ret.ElementType, genTypeContext);
break;
case MetadataType.OptionalModifier:
(ret as OptionalModifierType).ModifierType = Resolve((typeRef as OptionalModifierType).ModifierType, genTypeContext);
ret.ElementType = Resolve(ret.ElementType, genTypeContext);
break;
case MetadataType.Array:
case MetadataType.ByReference:
case MetadataType.Pinned:
case MetadataType.Pointer:
ret.ElementType = Resolve(ret.ElementType, genTypeContext);
break;
case MetadataType.GenericInstance:
GenericInstanceType genInst = ret as GenericInstanceType;
genInst.GenericArguments.Clear();
foreach (var i in (typeRef as GenericInstanceType).GenericArguments)
{
genInst.GenericArguments.Add(Resolve(i, genTypeContext));
}
ret.ElementType = Resolve(ret.ElementType, genTypeContext);
break;
case MetadataType.MVar:
return(typeRef);
case MetadataType.Var:
if (genTypeContext == null)
{
throw new InvalidOperationException();
}
return(genTypeContext[(typeRef as GenericParameter).Position]);
case MetadataType.FunctionPointer: //not support
throw new NotSupportedException();
}
return(ret);
}
public ConstantTypeRefResolver(TypeReference typeRef)
{
if (typeRef.MetadataType == MetadataType.Class && !(typeRef is TypeDefinition))
{
// TypeRefs from different assemblies get imported as MetadataType.Class
// since this information is not stored in the assembly metadata.
var typeDef = typeRef.ResolveRequiredType();
typeRef = typeRef.Clone();
typeRef.IsValueType = typeDef.IsValueType;
}
_typeRef = typeRef;
}
TypeReference GetTypeReferenceFromExpression(Expression expr)
{
if (expr is TypeReferenceExpression)
{
return((expr as TypeReferenceExpression).TypeReference);
}
IdentifierExpression ident = expr as IdentifierExpression;
if (ident != null)
{
return(new TypeReference(ident.Identifier, ident.TypeArguments));
}
MemberReferenceExpression member = expr as MemberReferenceExpression;
if (member != null)
{
TypeReference targetType = GetTypeReferenceFromExpression(member.TargetObject);
if (targetType != null)
{
if (targetType.GenericTypes.Count == 0 && targetType.IsArrayType == false)
{
TypeReference tr = targetType.Clone();
tr.Type = tr.Type + "." + member.MemberName;
tr.GenericTypes.AddRange(member.TypeArguments);
return(tr);
}
else
{
return(new InnerClassTypeReference(targetType, member.MemberName, member.TypeArguments));
}
}
}
return(null);
}
private TypeReferenceExpression GetTypeReferenceExpression(Expression expr, List <TypeReference> genericTypes)
{
TypeReferenceExpression tre = expr as TypeReferenceExpression;
if (tre != null)
{
return(new TypeReferenceExpression(new TypeReference(tre.TypeReference.Type, tre.TypeReference.PointerNestingLevel, tre.TypeReference.RankSpecifier, genericTypes)));
}
StringBuilder b = new StringBuilder();
if (!WriteFullTypeName(b, expr))
{
// there is some TypeReferenceExpression hidden in the expression
while (expr is FieldReferenceExpression)
{
expr = ((FieldReferenceExpression)expr).TargetObject;
}
tre = expr as TypeReferenceExpression;
if (tre != null)
{
TypeReference typeRef = tre.TypeReference;
if (typeRef.GenericTypes.Count == 0)
{
typeRef = typeRef.Clone();
typeRef.Type += "." + b.ToString();
typeRef.GenericTypes.AddRange(genericTypes);
}
else
{
typeRef = new InnerClassTypeReference(typeRef, b.ToString(), genericTypes);
}
return(new TypeReferenceExpression(typeRef));
}
}
return(new TypeReferenceExpression(new TypeReference(b.ToString(), 0, null, genericTypes)));
}
public virtual Differences VisitTypeReference(TypeReference reference1, TypeReference reference2){
Differences differences = new Differences(reference1, reference2);
if (reference1 == null || reference2 == null){
if (reference1 != reference2) differences.NumberOfDifferences++; else differences.NumberOfSimilarities++;
return differences;
}
UnaryExpression changes = (UnaryExpression)reference2.Clone();
UnaryExpression deletions = (UnaryExpression)reference2.Clone();
UnaryExpression insertions = (UnaryExpression)reference2.Clone();
Differences diff = this.VisitTypeNode(reference1.Type, reference2.Type);
if (diff == null){Debug.Assert(false); return differences;}
changes.Type = diff.Changes as TypeNode;
deletions.Type = diff.Deletions as TypeNode;
insertions.Type = diff.Insertions as TypeNode;
//Debug.Assert(diff.Changes == changes.Type && diff.Deletions == deletions.Type && diff.Insertions == insertions.Type);
differences.NumberOfDifferences += diff.NumberOfDifferences;
differences.NumberOfSimilarities += diff.NumberOfSimilarities;
if (differences.NumberOfDifferences == 0){
differences.Changes = null;
differences.Deletions = null;
differences.Insertions = null;
}else{
differences.Changes = changes;
differences.Deletions = deletions;
differences.Insertions = insertions;
}
return differences;
}
public static TypeReference MapDatatype(TypeReference t)
{
var m = t.MemberOf;
var g = t.Container;
TypeReference retVal = t.Clone() as TypeReference;
retVal.MemberOf = m;
retVal.Container = g;
if (t is TypeParameter)
{
return(t);
}
else if (t.Name == null)
{
retVal.Name = "System.Object";
}
else if (flavMaps.ContainsKey(t.Name + "." + t.Flavor))
{
// Create a type reference
Type type = flavMaps[t.Name + "." + t.Flavor];
retVal.Name = type.Name;
if (type.IsInterface)
{
retVal.Name = type.FullName;
}
if (retVal.Name.Contains("`"))
{
retVal.Name = retVal.Name.Substring(0, retVal.Name.IndexOf("`"));
}
retVal.MemberOf = t.MemberOf;
retVal.GenericSupplier = t.GenericSupplier;
if (t.Name != retVal.Name)
{
retVal.Flavor = null; // Clear flavors if pointing to a new type
}
}
else if (typeMaps.ContainsKey(String.Format("{0}#{1}", t.Name, t.GenericSupplier != null && t.GenericSupplier.Count > 0 ? t.GenericSupplier[0].Name : null))) // Maps types
{
Type type = typeMaps[String.Format("{0}#{1}", t.Name, t.GenericSupplier != null && t.GenericSupplier.Count > 0 ? t.GenericSupplier[0].Name : null)];
retVal.Name = type.Name;
if (type.IsInterface)
{
retVal.Name = type.FullName;
}
if (retVal.Name.Contains("`"))
{
retVal.Name = retVal.Name.Substring(0, retVal.Name.IndexOf("`"));
}
retVal.MemberOf = t.MemberOf;
if (type.IsGenericTypeDefinition)
{
retVal.GenericSupplier = t.GenericSupplier;
}
else
{
retVal.GenericSupplier = null;
}
}
else if (typeMaps.ContainsKey(String.Format("{0}#", t.Name))) // Maps types
{
Type type = typeMaps[String.Format("{0}#", t.Name)];
retVal.Name = type.Name;
if (type.IsInterface)
{
retVal.Name = type.FullName;
}
if (retVal.Name.Contains("`"))
{
retVal.Name = retVal.Name.Substring(0, retVal.Name.IndexOf("`"));
}
retVal.MemberOf = t.MemberOf;
retVal.GenericSupplier = t.GenericSupplier;
}
// Type parm info
var tParm = defaultTypeParms.Find(o => o.StructureAttribute.Name.Equals(t.Name));
if (tParm != null && (t.GenericSupplier == null || t.GenericSupplier.Count == 0) && tParm.DefaultTypeParameter != null)
{
// Create the type parm
var staParm = tParm.DefaultTypeParameter.GetCustomAttributes(typeof(StructureAttribute), false);
for (int i = 0; i < tParm.Type.GetGenericArguments().Length; i++)
{
if (staParm.Length > 0)
{
retVal.AddGenericSupplier(i.ToString(), MapDatatype(new TypeReference()
{
Name = (staParm[0] as StructureAttribute).Name
}));
}
else
{
retVal.AddGenericSupplier(i.ToString(), new TypeReference()
{
Name = tParm.DefaultTypeParameter.FullName
});
}
}
}
// Default member?
return(retVal);
}