void uniform_random(TContainer& container,
const typename TContainer::value_type min,
const typename TContainer::value_type max) {
using uniform_distribution = typename uniform_distribution_helper<typename TContainer::value_type>::type;
std::cout << typeid(uniform_distribution).name() << '\n';
std::random_device rd;
std::mt19937 gen(rd());
// Below line does not work with integers container
uniform_distribution distribution(min, max);
auto lambda_norm_dist = [&](){ return distribution(gen); };
std::generate(container.begin(), container.end(), lambda_norm_dist);
}
typename TContainer::value_type JoinStrings(TContainer const & container,
TDelimiter const & delimiter)
{
return JoinStrings(container.begin(), container.end(), delimiter);
}
void fill(TContainer& container) {
rrange_insert<TContainer, typename TContainer::iterator> insert_range(container, container.begin());
while (range_.ok() && range_.take2(insert_range));
}
void sort(TContainer & source, const TCmp & cmp)
{
std::sort(source.begin(), source.end(), cmp);
}