def add_qos(
self,
_,
qos_info: QosInfo,
cleanup_rule,
parent=None,
skip_filter=False,
) -> int:
if self._qos_impl_broken:
raise RuntimeError(BROKEN_KERN_ERROR_MSG)
if parent:
# TODO add ovs meter logic to handle APN AMBR
pass
meter_id = self._id_manager.allocate_idx()
rate_in_kbps = int(qos_info.mbr / 1000)
MeterClass.add_meter(
self._datapath,
meter_id,
rate=rate_in_kbps,
burst_size=0,
)
LOG.debug("Adding meter_id %d", meter_id)
return meter_id
def remove_qos(self, meter_id: int, d, recovery_mode=False, _=False):
LOG.debug("Removing meter %d d %d recovery_mode %s", meter_id, d,
recovery_mode)
if meter_id < self._start_idx or meter_id > (self._max_idx - 1):
LOG.error("invalid meter_id %d, removal failed", meter_id)
return
MeterClass.del_meter(self._datapath, meter_id)
self._id_manager.release_idx(meter_id)
def add_qos(self, _, qos_info: QosInfo) -> int:
if self._qos_impl_broken:
raise RuntimeError(BROKEN_KERN_ERROR_MSG)
meter_id = self._id_manager.allocate_idx()
rate_in_kbps = int(qos_info.mbr / 1000)
MeterClass.add_meter(self._datapath, meter_id, rate=rate_in_kbps,
burst_size=0)
LOG.debug("Adding meter_id %d", meter_id)
return meter_id
def read_all_state(self, ):
LOG.debug("read_all_state")
MeterClass.dump_all_meters(self._datapath)
return {}, []
def check_broken_kernel_impl(self, ):
LOG.info("check_broken_kernel_impl")
MeterClass.dump_meter_features(self._datapath)
def destroy(self, ):
LOG.info("Destroying all meters")
MeterClass.del_all_meters(self._datapath)
def read_all_state(self, ):
LOG.debug("read_all_state")
# TODO update ID manager
MeterClass.dump_all_meters(self._datapath)
return self._fut
