void Foo(out int element)
{
element = 42;
}
for (int i = 0; i < m; i += 2)
{
Foo(out a[i]);
}
void foo(Range)(Range r) {
r.fill(42);
}
foo(a.indexed(iota(0,m,2)));
var a = List.filled(n,0);
foo(a.take(m).toList());
foo(List<int> a) {
a.fillRange(0, a.length, 42);
}
! Caller:
integer, dimension(n) :: a
call foo(a(1:m:2))
! Callee:
subroutine foo(a)
integer, dimension(:), intent(inout) :: a
a = 42
end subroutine foo
void foo(int a[], int m) {
for (int i = 1; i <= m; a[i] = 42, i = i + 2);
}
interface F { void set(int a[], int m); }
F f = (a, m) -> {
for (int i = 1; i <= m; a[i] = 42, i = i + 2);
};
fun foo(a : IntArray, idx: IntProgression) =
idx.forEach{ a[it] = 42 }
foo(a, 0 .. (m-1) step 2)
procedure foo(var L: Integer);
begin
L := 42;
end;
begin
for i := 0 to Min(m, n-1) do
if not odd(i) then foo(a[i]);
end.
$n=25;
$m=15;
$A[$n-1] = undef; # autovivify @A to length $n
sub foo {
my ($aref, @i) = @_;
@$aref[@i] = (42) x @i;
return;
}
foo(\@A, grep { 0 == $_ % 2 } 0 .. $m);
use Data::Dumper;
print Dumper(@A);
my $n = 25;
my $m = 16;
my $a = [ 0..$n-1 ]; # create list reference
sub foo {
my ($aref, @idx) = @_; # unpack sub arguments
foreach my $i ( @idx ) {
$aref->[$i] = 42; # dereference element using ->
}
}
my @subarray; # create list
for ( my $i=0; $i < $m; $i += 2 ) {
push @subarray, $a->[$i]; # dereference element using ->
}
foo($a, @subarray); # pass list reference and list
print join ', ', @{ $a }; # deref
def foo(s: slice):
global a
m = (s.stop - 1) - s.start
a[s] = [42] * ((m // s.step) + 1)
foo(slice(0, m + 1, 2))
def foo(data, r):
for i in r:
data[i] = 42
foo(a, range(0, m+1, 2))
# @param a [Array<Integer>]
#
# @return [Array<Integer>]
#
def foo(a)
a.fill(42)
end
foo(arry.select(&:odd?))
# For older versions of ruby:
# foo(arry.select { |x| x.odd? })
fn foo(el: &mut i32) {
*el = 42;
}
a.iter_mut().take(m).step_by(2).for_each(foo);
Sub Foo(ByRef element As Integer)
element = 42
End Sub
' Statements in caller:
For i = 0 To m - 1 Step 2
Foo(a(i))
Next