fizzbuzz.cxx

#include "runtime/exceptions.hpp"
#include "runtime/global_io.hpp"
#include "runtime/global_json.hpp"
#include "runtime/global_symbol.hpp"
#include "runtime/js_value.hpp"
#include <coroutine>

int prog() {

  auto IO = create_IO_global();
  auto JSON = create_JSON_global();
  auto Symbol = create_symbol_global();
  JSValue fizzbuzz = JSValue::new_function(
      [=](JSValue thisArg, std::vector<JSValue> &args) mutable -> JSValue {
        {
          for (JSValue n = (JSValue{static_cast<double>(1)}).boxed_value();
               ((n) <= (JSValue{static_cast<double>(100)})).coerce_to_bool();
               (n)++) {
            {
              if ((((n) % (JSValue{static_cast<double>(15)})) ==
                   (JSValue{static_cast<double>(0)}))
                      .coerce_to_bool()) {
                IO[JSValue{"write_to_stdout"}](
                    {(JSValue{"FizzBuzz\n"}).boxed_value()});
              } else {

                if ((((n) % (JSValue{static_cast<double>(3)})) ==
                     (JSValue{static_cast<double>(0)}))
                        .coerce_to_bool()) {
                  IO[JSValue{"write_to_stdout"}](
                      {(JSValue{"Fizz\n"}).boxed_value()});
                } else {

                  if ((((n) % (JSValue{static_cast<double>(5)})) ==
                       (JSValue{static_cast<double>(0)}))
                          .coerce_to_bool()) {
                    IO[JSValue{"write_to_stdout"}](
                        {(JSValue{"Buzz\n"}).boxed_value()});
                  } else {
                    IO[JSValue{"write_to_stdout"}](
                        {((n) + (JSValue{"\n"})).boxed_value()});
                  };
                };
              };
            };
          };
        }
        return JSValue::undefined();
      });
  ;
  ;
  fizzbuzz({});
  return 0;
}

int main() {

  try {
    { prog(); }
  } catch (std::string e) {
    { printf("EXCEPTION: %s\n", e.c_str()); }
  }
}