Function peer_dev_memleak

lightningd/peer_control.c:4099–4137

}

void peer_dev_memleak(struct lightningd *ld, struct leak_detect *leaks)
{
	struct peer *p;
	struct peer_node_id_map_iter it;

	for (p = peer_node_id_map_first(ld->peers, &it);
	     p;
	     p = peer_node_id_map_next(ld->peers, &it)) {
		struct channel *c;
		if (p->uncommitted_channel && p->uncommitted_channel->open_daemon) {
			struct subd *openingd = p->uncommitted_channel->open_daemon;
			start_leak_request(subd_req(openingd, openingd,
						    take(towire_openingd_dev_memleak(NULL)),
						    -1, 0, openingd_memleak_req_done, leaks),
					   leaks);
		}

		list_for_each(&p->channels, c, list) {
			if (!c->owner)
				continue;
			if (streq(c->owner->name, "channeld")) {
				start_leak_request(subd_req(c, c->owner,
					 take(towire_channeld_dev_memleak(NULL)),
					 -1, 0, channeld_memleak_req_done, leaks),
					leaks);
			} else if (streq(c->owner->name, "onchaind")) {
				start_leak_request(subd_req(c, c->owner,
					 take(towire_onchaind_dev_memleak(NULL)),
					 -1, 0, onchaind_memleak_req_done, leaks),
					leaks);
			} else if (streq(c->owner->name, "dualopend")) {
				start_leak_request(subd_req(c, c->owner,
					 take(towire_dualopend_dev_memleak(NULL)),
					 -1, 0, dualopend_memleak_req_done, leaks),
					leaks);
			}
		}
	}
}