Part 1: print std::array with std::integer_sequence
Part 2: convert tuple to parameter pack
Part 3: print std::array with std::apply and fold
Part 4: fold over std::tuple und erzeugten Assembler Code
Part 5: fold over std::tuple of std::vector of Types ...
Part 6: apply generic lambda to tuple
Part 7: Play with std::tuple and std::apply
Hm, generic lambdas sind toll.
template<typename...Args, typename Func>
auto func(const std::tuple<Args...>& t, Func p) {
auto f = [&p](const auto&...x){ (p(x), ...); };
std::apply(f, t);
}
auto func2(const std::tuple<int,double>& t) {
auto print_dat_shiat = [](const auto& p) { std::cout << typeid(p).name() << std::endl; };
func(t, print_dat_shiat);
}