internal static void ProcessGenericType(GenericInstanceType type, InflatedCollectionCollector generics, GenericInstanceMethod contextMethod, CollectionMode mode)
{
bool flag = generics.TypeDeclarations.Add(type);
if (((mode != CollectionMode.Types) || flag) && ((mode != CollectionMode.MethodsAndTypes) || generics.TypeMethodDeclarations.Add(type)))
{
GenericContext genericContext = new GenericContext(type, contextMethod);
type.ElementType.Resolve().Accept(new GenericContextAwareDeclarationOnlyVisitor(generics, genericContext, CollectionMode.Types));
foreach (GenericInstanceType type2 in type.GenericArguments.OfType <GenericInstanceType>())
{
ProcessGenericType(Inflater.InflateType(genericContext, type2), generics, null, mode);
}
}
}
internal static void ProcessArray(ArrayType inflatedType, InflatedCollectionCollector generics, GenericContext currentContext)
{
generics.Arrays.Add(inflatedType);
}
public GenericContextAwareDeclarationOnlyVisitor(InflatedCollectionCollector generics, GenericContext genericContext, CollectionMode mode = 0)
{
this._generics = generics;
this._genericContext = genericContext;
this._mode = mode;
}
public static GenericInstanceType InflateType(GenericContext context, TypeDefinition typeDefinition) => ConstructGenericType(context, typeDefinition, (IEnumerable <TypeReference>)typeDefinition.GenericParameters);
public static GenericInstanceType InflateType(GenericContext context, GenericInstanceType genericInstanceType) => ConstructGenericType(context, genericInstanceType.Resolve(), genericInstanceType.GenericArguments);
public GenericContextAwareVisitor(InflatedCollectionCollector generics, GenericContext genericContext)
{
this._generics = generics;
this._genericContext = genericContext;
}
