int main() {
List_t* l1 = (List_t*) malloc(sizeof(List_t));
l1->p = (Person_t*) malloc(sizeof(Person_t));
l1->p->id = 111;
l1->p->name = "ほげほげ";
l1->next = NULL;
List_t* l2 = (List_t*) malloc(sizeof(List_t));
l2->p = (Person_t*) malloc(sizeof(Person_t));
l2->p->id = 222;
l2->p->name = "ふがふが";
l2->next = NULL;
l1->next = l2;
List_t* l3 = (List_t*) malloc(sizeof(List_t));
l3->p = (Person_t*) malloc(sizeof(Person_t));
l3->p->id = 333;
l3->p->name = "ほげふが";
l3->next = NULL;
l2->next = l3;
print_people(l1);
free_people(l1);
return 0;
}
void free_received_turn(received_turn_t * received_turn) {
int i;
for (i = 0; i < received_turn->num_errors; i++) {
free(received_turn->errors[i]);
}
free(received_turn->errors);
free_people(received_turn->people, received_turn->num_people);
for (i = 0; i < received_turn->num_rooms; i++) {
int j;
free(received_turn->rooms[i].room_id);
free(received_turn->rooms[i].people_ids);
free(received_turn->rooms[i].resources);
for (j = 0; j < received_turn->rooms[i].num_connected_rooms; j++) {
free(received_turn->rooms[i].connected_rooms[j]);
}
free(received_turn->rooms[i].connected_rooms);
}
free(received_turn->rooms);
for (i = 0; i < received_turn->num_messages; i++) {
free(received_turn->messages[i].action);
free(received_turn->messages[i].message);
free(received_turn->messages[i].reason);
}
free(received_turn->messages);
for (i = 0; i < received_turn->num_events; i++) {
free(received_turn->events[i].room_id);
}
free(received_turn->events);
free(received_turn);
}
void free_people(List_t* list) {
if (list->next) {
free_people(list->next);
}
free(list->p);
free(list);
}
void free_initial_received(initial_received_t * received) {
int i;
for (i = 0; i < received->num_errors; i++) {
free(received->errors[i]);
}
free(received->errors);
free(received->team_name);
free_people(received->team_members, received->num_team_members);
free(received);
}
