int main(int argc, char* argv[]) {
Set s = Set_new();
int a = 42;
char* b = "hello";
assert(Set_size(s) == 0);
Set_show(s, stdout, &show_func);
Set_add(s, &a);
assert(Set_size(s) == 1);
Set_show(s, stdout, &show_func);
Set_add(s, b);
assert(Set_size(s) == 2);
Set_show(s, stdout, &show_func);
Set_remove(s, b);
assert(Set_size(s) == 1);
Set_show(s, stdout, &show_func);
Set_remove(s, b);
assert(Set_size(s) == 1);
Set_show(s, stdout, &show_func);
fprintf(stdout, "All tests passed!\n");
}
oe_id Oec_IdSet_remove(T _this_, oe_id mid) {
ID_ITEM item;
item.mid = mid;
ID_ITEM *removeme = (ID_ITEM *) Set_remove(_this_->members, &item);
oe_id retid;
if (removeme != NULL) {
retid = mid;
} else {
retid = (oe_id) 0;
}
Mem_free(removeme, __FILE__, __LINE__);
return retid;
}
static void _remove_item(Table_T items, item_ *rmitem, bool timeout) {
if (rmitem == NULL) {
return;
}
if (rmitem->group) {
// get each item from the list, null out the list field and
// recursively call this until the whole set is removed
_remove_group(items, rmitem->group, timeout);
return;
}
Set_T s = rmitem->items;
item_ *item = NULL;
if (s) {
item = Set_remove(s, (void *) rmitem); //if this was a dummy item from a timeout, get the real one
}
if (!item) return;
if (item->timer_event) {
timeout_del(item->timer_event);
Mem_free(item->timer_event, __FILE__, __LINE__);
}
if ( timeout && item->timeout_handler!=NULL ) {
_process_fun(item->timeout_handler, item->args);
}
if (rmitem != item) {
Mem_free(rmitem, __FILE__, __LINE__); //a clone
}
if (item->key_idx) {
oe_scalar key = item->object[item->key_idx];
if (s)
if (key && Set_length(s) <= 0) {
if (items) {
Table_remove(items, key);
}
if (s) {
Set_free( &s );
}
}
}
Mem_free(item, __FILE__, __LINE__);
}
