void
free_tables(struct Table_head *tables) {
struct Table *iter;
while ((iter = SLIST_FIRST(tables)) != NULL) {
SLIST_REMOVE_HEAD(tables, entries);
table_ref_put(iter);
}
}
/*
* Copy contents of new_listener into existing listener
*/
static void
listener_update(struct Listener *existing_listener, struct Listener *new_listener, const struct Table_head *tables) {
assert(existing_listener != NULL);
assert(new_listener != NULL);
assert(address_compare(existing_listener->address, new_listener->address) == 0);
free(existing_listener->fallback_address);
existing_listener->fallback_address = new_listener->fallback_address;
new_listener->fallback_address = NULL;
free(existing_listener->source_address);
existing_listener->source_address = new_listener->source_address;
new_listener->source_address = NULL;
existing_listener->protocol = new_listener->protocol;
free(existing_listener->table_name);
existing_listener->table_name = new_listener->table_name;
new_listener->table_name = NULL;
logger_ref_put(existing_listener->access_log);
existing_listener->access_log = logger_ref_get(new_listener->access_log);
existing_listener->log_bad_requests = new_listener->log_bad_requests;
struct Table *new_table =
table_lookup(tables, existing_listener->table_name);
if (new_table != NULL) {
init_table(new_table);
table_ref_put(existing_listener->table);
existing_listener->table = table_ref_get(new_table);
table_ref_put(new_listener->table);
new_listener->table = NULL;
}
}
static void
free_listener(struct Listener *listener) {
if (listener == NULL)
return;
free(listener->address);
free(listener->fallback_address);
free(listener->source_address);
free(listener->table_name);
table_ref_put(listener->table);
listener->table == NULL;
logger_ref_put(listener->access_log);
listener->access_log = NULL;
free(listener);
}
void
remove_table(struct Table_head *tables, struct Table *table) {
SLIST_REMOVE(tables, table, Table, entries);
table_ref_put(table);
}
