/// euxlDoListCont - continuation for euxlDoList
void euxlDoListCont()
{
// get the argument count
euxlValue tmp = euxmStackPop();
// convert the argument count and loop
euxcArgC = (int)euxmGetFPI(tmp);
forLoop();
}
void forLoop(int i, const int modFizz, const int modBuzz)
{
if (i <= UPPER_BOUND)
{
if (checkFizz(i, modFizz)) checkBuzz(i, modBuzz);
else if (!checkBuzz(i, modBuzz)) std::cout << i;
(i % 15 == 0) ? std::cout << "\n" : std::cout << " ";
forLoop(++i, modFizz, modBuzz);
}
}
/// euxlDoList - built-in function '%do-list'
void euxlDoList()
{
static char *functionName = "%do-list";
if (euxcArgC < 2)
{
euxcTooFew(functionName);
}
forLoop();
}
int main()
{
int size = 10;
int array[size];
forLoop(array, size, multiply);
// forLoop2(array, size, multiply(size));
forLoop3(array, size, multiply, 3);
GenericForLoop((int)array, size, multiply);
GenericDatastructureForLoop(array, size, multiply); // yes function should work on arrays
// create datastructure
// GenericDatastructureForLoop(&datastructure, size, multiply);
return 0;
}
void doWhileLoop(int modFizz, int modBuzz, int iterations)
{
std::cout << "Iteration #" << iterations << " - "
<< "Fizz on " << modFizz << ", Buzz on " << modBuzz
<< ", FizzBuzz on\n" << modFizz << " * " << modBuzz
<< ", otherwise just print the integer:\n\n";
forLoop(LOWER_BOUND, modFizz, modBuzz);
if (ITERATE_FLAG && iterations < ITERATIONS)
{
std::cout << "\n\n";
doWhileLoop(fibIsh(modFizz), fibIsh(modBuzz), ++iterations);
}
}
