.addMethod(BINARY_CLASS_NAME_OF)
                .addMethod(LOAD_BINARY_CLASS_NAME)
                .addField(INTERCEPTORS_REQUEST_TYPE)
                .addField(METHOD_VISITOR_FIELD)
                .addField(METADATA_FIELD)
                .addField(CONTEXT_FIELD)
                // actual content:
                .addMethod(visitMethodInsnBuilder.build())

                _LDC(superclassType);
                _ARETURN();
            }});
        }

        private void generateModelObjectMethods() {
            addField(ACC_PRIVATE | ACC_SYNTHETIC, DISPLAY_NAME_FIELD, DESCRIBABLE_TYPE);
            addField(ACC_PRIVATE | ACC_SYNTHETIC, OWNER_FIELD, MODEL_OBJECT_TYPE);

            // GENERATE boolean hasUsefulDisplayName() { ... }

            FieldNode ruleFactoryField = new FieldNode(RULE_FACTORY_FIELD_NAME, Modifier.PRIVATE, RULE_FACTORY, node, null);
            node.addField(inputsField);
            node.addField(ruleFactoryField);

            // Generate makeRule() method
            List<Statement> statements = new ArrayList<Statement>();

            visit(V1_5, ACC_PUBLIC | ACC_SYNTHETIC, generatedTypeName, null, superClass.getInternalName(), interfaces);

            //
            // Add `name` field
            //
            addField(ACC_PRIVATE, NAME_FIELD, STRING);

            //
            // Add constructor
            //

				// embedded type T[P1, P2, ...]
				typ.X = name // name == names[0]
				tag := p.oliteral()
				p.addField(styp, pos, nil, typ, tag)
				break
			}
		} else {
			// T P
			typ = p.type_()
		}

		tag := p.oliteral()

		for _, name := range names {
			p.addField(styp, name.Pos(), name, typ, tag)
		}

	case _Star:
		p.next()
		var typ Expr