void
ec_shadow(const char *types[2])
{
if (ec_type(NULL) == types[0]) {
ec_type(types[1]);
}
}
bool ht_add(Hash_Table *ht, void *T) {
if (ec_struct(ht, HTABLE_NAME) || ec_type(T, HTABLE_NAME))
return false;
int position = ht_find_position(ht, T);
Hash_Entry *entry = ht_create_hash_entry(T);
ht->table[position] = entry;
ht->occupied++;
if ((float) ht->occupied / ht->table_size >= HT_LOAD_FACTOR)
ht_rehash(ht);
return true;
}
void run(double nbMesures, double moyArith, double moyHarmo, double ecTy)
{
bool _end = false;
t_variable _var;
t_result _res;
double nbAdd = 0;
int n;
char p[SIZE_BUFFER];
memset(p, '\0', SIZE_BUFFER);
init_struct(&_var, &_res, nbMesures, moyArith, moyHarmo, ecTy);
while (!_end)
{
nbAdd = write(1, "indtast din vaerdi : ", 21);
n = read(0, p, SIZE_BUFFER - 1);
p[n - 1] = '\0';
if (n > 1 && n < SIZE_BUFFER)
{
if (strncmp("ende", p, n) == 0)
_end = true;
else if (verif_number(p))
{
nbAdd = atof(p);
moy_arith(&_var, &_res, nbAdd);
moy_quadra(&_var, &_res, nbAdd);
moy_harmo(&_var, &_res, nbAdd);
ec_type(&_var, &_res, nbAdd);
printresult(&_res);
usleep(500);
}
}
memset(p, '\0', SIZE_BUFFER);
init_struct(&_var, &_res, _res.newNbMesures, _res.newMoyArith,
_res.newMoyHarmo, _res.newEcTy);
}
}
