void calc_mult_numbers(calc_t *calc)
{
calc_t result;
size_t max_len = calc->nbr1->len + calc->nbr2->len;
result.nbr1 = number_create(max_len);
result.nbr2 = number_create(max_len);
result.bistro = calc->bistro;
if (calc_cmp_numbers(calc) > 0)
calc_swap_numbers(calc);
calc_mult_add(calc, &result);
calc->result = result.nbr2;
if (calc->nbr1->is_neg != calc->nbr2->is_neg)
calc->result->is_neg = 1;
}
number_ref number_create_long_long (long long val) {
struct number *self = number_create ();
self->long_long_val = val;
self->number_type = number_object_long_long;
}
number_ref number_create_int (int val) {
struct number *self = number_create ();
self->int_val = val;
self->number_type = number_object_int;
}
number_ref number_create_short (short val) {
struct number *self = number_create ();
self->char_val = val;
self->number_type = number_object_char;
}
number_ref number_create_double (double val) {
struct number *self = number_create ();
self->double_val = val;
self->number_type = number_object_double;
}
number_ref number_create_float (float val) {
struct number *self = number_create ();
self->float_val = val;
self->number_type = number_object_float;
}
