<SYSTEM_TASK:>
Solve the following problem using Python, implementing the functions described below, one line at a time
<END_TASK>
<USER_TASK:>
Description:
 def get_svc_stats(self, svcs):
 """ Get statistics for Services, resp. Service entities """

        stats = {
            "services.total": 0,
            "services.ok": 0,
            "services.warning": 0,
            "services.critical": 0,
            "services.unknown": 0,
            "services.flapping": 0,
            "services.in_downtime": 0,
            "services.checked": 0,
            "services.scheduled": 0,
            "services.active_checks": 0,
            "services.passive_checks": 0,
        }
        for svc in svcs:
            if type(svc) is not dict:
                continue

            sane = self._sanitize_entity(svc)
            stats["services.total"] += 1
            stats["services.flapping"] += self._trans_binary(sane["flapping"])
            stats["services.in_downtime"] += self._trans_dtime(
                sane["in_downtime"])
            stats["services.checked"] += self._trans_binary(sane["checked"])
            stats[
                "services.scheduled"] += self._trans_binary(sane["scheduled"])
            stats["services.active_checks"] += sane["active_checks"]
            stats["services.passive_checks"] += sane["passive_checks"]
            state_key = self._trans_svc_state(sane["state"])
            stats["services.%s" % (state_key)] += 1

        return stats