#include "tensorflow/cc/experimental/libtf/object.h"

#include <type_traits>

namespace tf {
namespace libtf {

const String& Object::ParentKey() {
  static const String* key = new String("__parent__");
  return *key;
}

}  // namespace libtf

  friend tensorflow::StatusOr<T> Cast(Handle handle);
};

/// @brief The `Object` class modeled after Python "objects".
///
/// An `Object` uses a TaggedValue dictionary to store its attributes. The
/// "__parent__" attribute is reserved.
class Object : public Handle {
 public:
  /// Constructs a handle that acts as an object.
  Object() : Handle(TaggedValue::Dict()) {}
  /// Retrieves the key of the object's parent.

            // as parentheses for the purpose of this analysis.
            is KtContainerNode ->
                // !!!!CAUTION!!!! Not `parentUse(parent.parent, _parent_)`
                // Here we assume the parent (e.g. If condition) statement
                // ignores the ContainerNode when accessing child
                doesParentUseChild(parent.parent, child)

if(note.templateContent){this._processAnnotations(note.templateContent._notes);var pp=note.templateContent._parentProps=this._discoverTemplateParentProps(note.templateContent._notes);var bindings=[];for(var prop in pp){var name='_parent_'+prop;bindings.push({index:note.index,kind:'property',name:name,propertyName:name,parts:[{mode:'{',model:prop,value:prop}]});}