std::string ret;

size_t reptimes = input.at("reptimes");

std::string value = input.at("value");

for (size_t i = 0;i < reptimes; ++i) {

ret = ret + value;

}

return ret;

std::map<std::string, flexible_type>& edge,

std::map<std::string, flexible_type>& dst) {

if (src["cc"] < dst["cc"]) dst["cc"] = src["cc"];

else src["cc"] = dst["cc"];

return {to_variant(src), to_variant(edge), to_variant(dst)};

virtual void save_impl(oarchive& oarc) const {}

virtual void load_version(iarchive& iarc, size_t version) {}

// Simple Functions

std::string concat() {

return one + two;

}

// Simple Functions

std::string concat_more(std::string three) {

return one + two + three;

}

// simple properties

std::string one;

std::string two;

// getter/setter properties

std::string two_getter() const {

return two;

}

void two_setter(std::string param) {

two = param + " pika";

}

BEGIN_CLASS_MEMBER_REGISTRATION("demo_class")

REGISTER_CLASS_MEMBER_FUNCTION(demo_class::concat);

REGISTER_CLASS_MEMBER_FUNCTION(demo_class::concat_more, "three");

REGISTER_PROPERTY(one);

REGISTER_GETTER("two", demo_class::two_getter);

REGISTER_SETTER("two", demo_class::two_setter);

END_CLASS_MEMBER_REGISTRATION