;; for side effects
(doseq [x (concat items1 items2)]
(println x))
void print_seq(const auto& ...xs)
{
(std::for_each(std::begin(xs), std::end(xs),
[](const auto& x) { std::cout << x; }), ...);
}
std::list xs { "hi", "there", "world" }, ys { "lo" "thar" };
print_seq(xs, ys);
for _, v := range items1 {
fmt.Println(v)
}
for _, v := range items2 {
fmt.Println(v)
}
items1.concat(items2).forEach(console.log)
# beginner style
foreach( $items1 as $item ) print "$item\n";
foreach( $items2 as $item ) print "$item\n";
# five times faster
print implode("\n", $items1)."\n".implode("\n", $items2)."\n" ;
chain(items1, items2).each!writeln;
;; for side effects (doseq [x (concat items1 items2)] (println x))
void print_seq(const auto& ...xs) { (std::for_each(std::begin(xs), std::end(xs), [](const auto& x) { std::cout << x; }), ...); } std::list xs { "hi", "there", "world" }, ys { "lo" "thar" }; print_seq(xs, ys);
foreach (var item in items1.Concat(items2)) { Console.WriteLine(item); }
items1.ForEach(Console.WriteLine); items2.ForEach(Console.WriteLine);
items1.forEach(print); items2.forEach(print);
def main(items1, items2) do Enum.each(items1, &IO.puts/1) Enum.each(items2, &IO.puts/1) end
items1 ++ items2 |> Enum.each(&IO.puts/1)
print *,items1,items2
for _, v := range items1 { fmt.Println(v) } for _, v := range items2 { fmt.Println(v) }
mapM_ print $ items1 ++ items2
items1.concat(items2).forEach(console.log)
for (let item of items1) console.log(item) for (let item of items2) console.log(item)
items1.forEach(System.out::println); items2.forEach(System.out::println);
for (E e : items1) out.println(e); for (E e : items2) out.println(e);
Stream.concat( items1.stream(), items2.stream() ).forEach(System.out::println);
(map nil #'print (append items1 items))
# beginner style foreach( $items1 as $item ) print "$item\n"; foreach( $items2 as $item ) print "$item\n"; # five times faster print implode("\n", $items1)."\n".implode("\n", $items2)."\n" ;
for i := 0 to items1.Count-1 do writeln(items1[i]); for i := 0 to items2.Count-1 do writeln(items2[i]);
print for @items1, @items2;
for x in items1 + items2: print(x)
for x in chain(items1, items2): print(x)
items1.chain(items2).each{|item| puts item}
[items1, items2].each{|ar| ar.each{|item| p item }}
for i in item1.iter().chain(item2.iter()) { print!("{} ", i); }
(map (lambda (x) (display x) (newline)) (append items1 items2))