range.rn

return func(end)
  inner = func()
    if i == end
      return
    save [i, end]
    i = i + 1

  (~inner).i = 0
  (~inner).end = end

  return inner

square.rn

square = table
square.new = func(self, w, h)
  return table {w=w, h=h} :: self

square.area = func(self)
  return self.w * self.h

return square

test.rn

square = import("square.rnc")

x = square:new(3, 4)

print(x:area())

range = import("range.rnc")

for [i, max] in range(5)
  print(i $ " / " $ max)

unpack.rn

[a, b, c] = [1, 2, true]
print(a)
print(b)
print(c)