} else if (request.getInterceptedCallable().getReturnType().getType().equals(Type.VOID_TYPE)) {
            result.addStatement("$T.$L($L)", implementationOwner, implementationName, argsCode);
            result.addStatement("return null");
        } else {
            result.addStatement("return $T.$L($L)", implementationOwner, implementationName, argsCode);
        }
    }

        .addParameter(InstrumentationMetadata.class, "metadata")
        .addParameter(BytecodeInterceptorFilter.class, "context")
        .addStatement("this.$N = new $T(methodVisitor)", METHOD_VISITOR_FIELD, MethodVisitorScope.class)
        .addStatement("this.$N = metadata", METADATA_FIELD)
        .addStatement("this.$N = context", CONTEXT_FIELD)
        .build();

    private static MethodSpec.Builder getVisitMethodInsnBuilder() {

        CodeBlock nextArg = CodeBlock.of("nextArg");
        result.addStatement("Class<?> $L = argumentClasses[argIndex]", nextArg);
        result.beginControlFlow("if ($2L != null && !$1T.class.isAssignableFrom($2L))", entryParamType, nextArg);
        result.addStatement("$L = false", varargMatched);
        result.addStatement("break");
        result.endControlFlow();
        result.endControlFlow();

        CodeBlock.Builder result = CodeBlock.builder();
        result.addStatement("$T receiver = invocation.getReceiver()", Object.class);

        new CodeGeneratingSignatureTreeVisitor(result).visit(tree, -1);

        result.addStatement("return invocation.callOriginal()");
        return result.build();
    }

            codeBlockBuilder.addStatement(getDeprecationCodeBlock(implementationExtra, callableInfo));
        }

        CodeBlock logic = isSetter
            ? getSetCall(propertyGetterName, implementationExtra, upgradedPropertyType)
            : getGetCall(propertyGetterName, returnType, upgradedPropertyType);

        return codeBlockBuilder.addStatement(logic).build();
    }