def _get_psu_status(self, psu_index):
"""
Get PSU status
:return: the status of particular PSU
"""
psu_name = PSU_INFO_KEY_TEMPLATE.format(psu_index)
psu_info = self.statedb.get_all(self.statedb.STATE_DB, mibs.psu_info_table(psu_name))
presence, status = get_psu_data(psu_info)
return status == PSU_STATUS_OK
def _get_psu_presence(self, psu_index):
"""
Get PSU presence
:return: the presence of particular PSU
"""
psu_name = PSU_INFO_KEY_TEMPLATE.format(psu_index)
psu_info = self.statedb.get_all(self.statedb.STATE_DB, mibs.psu_info_table(psu_name))
presence, status = get_psu_data(psu_info)
return presence == PSU_PRESENCE_OK
def _get_psu_status(self, psu_index):
"""
Get PSU status
:return: the status of particular PSU
"""
psu_name = PSU_INFO_KEY_TEMPLATE.format(psu_index)
psu_info = self.statedb.get_all(self.statedb.STATE_DB, mibs.psu_info_table(psu_name))
presence, status = get_psu_data(psu_info)
return status == PSU_STATUS_OK
def _get_psu_presence(self, psu_index):
"""
Get PSU presence
:return: the presence of particular PSU
"""
psu_name = PSU_INFO_KEY_TEMPLATE.format(psu_index)
psu_info = self.statedb.get_all(self.statedb.STATE_DB, mibs.psu_info_table(psu_name))
presence, status = get_psu_data(psu_info)
return presence == PSU_PRESENCE_OK
def _update_entity_cache(self, psu_name):
psu_info = Namespace.dbs_get_all(self.mib_updater.statedb,
mibs.STATE_DB,
mibs.psu_info_table(psu_name))
if not psu_info:
return
model, serial, current, power, presence, voltage, temperature, replaceable = get_db_data(
psu_info, PsuInfoDB)
if presence.lower() != 'true':
self._remove_entity_cache(psu_name)
return
psu_relation_info = self.get_physical_relation_info(psu_name)
psu_position, psu_parent_name = get_db_data(psu_relation_info,
PhysicalRelationInfoDB)
psu_position = int(psu_position)
psu_sub_id = get_psu_sub_id(psu_position)
self._add_entity_related_oid(psu_name, psu_sub_id)
self.mib_updater.update_name_to_oid_map(psu_name, psu_sub_id)
# add PSU to available OID list
self.mib_updater.add_sub_id(psu_sub_id)
self.mib_updater.set_phy_class(psu_sub_id, PhysicalClass.POWERSUPPLY)
self.mib_updater.set_phy_descr(psu_sub_id, psu_name)
self.mib_updater.set_phy_name(psu_sub_id, psu_name)
if not is_null_str(model):
self.mib_updater.set_phy_model_name(psu_sub_id, model)
if not is_null_str(serial):
self.mib_updater.set_phy_serial_num(psu_sub_id, serial)
self.mib_updater.set_phy_parent_relative_pos(psu_sub_id, psu_position)
self.mib_updater.set_phy_contained_in(psu_sub_id, psu_parent_name)
self.mib_updater.set_phy_fru(psu_sub_id, replaceable)
# add psu current sensor as a physical entity
if current and not is_null_str(current):
self._update_psu_sensor_cache(psu_name, psu_sub_id, 'current')
if power and not is_null_str(power):
self._update_psu_sensor_cache(psu_name, psu_sub_id, 'power')
if temperature and not is_null_str(temperature):
self._update_psu_sensor_cache(psu_name, psu_sub_id, 'temperature')
if voltage and not is_null_str(voltage):
self._update_psu_sensor_cache(psu_name, psu_sub_id, 'voltage')
class PsuCacheUpdater(PhysicalEntityCacheUpdater):
KEY_PATTERN = mibs.psu_info_table("*")
def __init__(self, mib_updater):
super(PsuCacheUpdater, self).__init__(mib_updater)
def get_key_pattern(self):
return PsuCacheUpdater.KEY_PATTERN
def _update_entity_cache(self, psu_name):
psu_info = Namespace.dbs_get_all(self.mib_updater.statedb,
mibs.STATE_DB,
mibs.psu_info_table(psu_name))
if not psu_info:
return
model, serial, current, power, presence, voltage, temperature, replaceable = get_db_data(
psu_info, PsuInfoDB)
if presence.lower() != 'true':
self._remove_entity_cache(psu_name)
return
psu_relation_info = self.get_physical_relation_info(psu_name)
psu_position, psu_parent_name = get_db_data(psu_relation_info,
PhysicalRelationInfoDB)
psu_position = int(psu_position)
psu_sub_id = get_psu_sub_id(psu_position)
self._add_entity_related_oid(psu_name, psu_sub_id)
self.mib_updater.update_name_to_oid_map(psu_name, psu_sub_id)
# add PSU to available OID list
self.mib_updater.add_sub_id(psu_sub_id)
self.mib_updater.set_phy_class(psu_sub_id, PhysicalClass.POWERSUPPLY)
self.mib_updater.set_phy_descr(psu_sub_id, psu_name)
self.mib_updater.set_phy_name(psu_sub_id, psu_name)
if not is_null_str(model):
self.mib_updater.set_phy_model_name(psu_sub_id, model)
if not is_null_str(serial):
self.mib_updater.set_phy_serial_num(psu_sub_id, serial)
self.mib_updater.set_phy_parent_relative_pos(psu_sub_id, psu_position)
self.mib_updater.set_phy_contained_in(psu_sub_id, psu_parent_name)
self.mib_updater.set_phy_fru(psu_sub_id, replaceable)
# add psu current sensor as a physical entity
if current and not is_null_str(current):
self._update_psu_sensor_cache(psu_name, psu_sub_id, 'current')
if power and not is_null_str(power):
self._update_psu_sensor_cache(psu_name, psu_sub_id, 'power')
if temperature and not is_null_str(temperature):
self._update_psu_sensor_cache(psu_name, psu_sub_id, 'temperature')
if voltage and not is_null_str(voltage):
self._update_psu_sensor_cache(psu_name, psu_sub_id, 'voltage')
def _update_psu_sensor_cache(self, psu_name, psu_sub_id, sensor_name):
psu_current_sub_id = get_psu_sensor_sub_id(psu_sub_id, sensor_name)
self._add_entity_related_oid(psu_name, psu_current_sub_id)
self.mib_updater.add_sub_id(psu_current_sub_id)
self.mib_updater.set_phy_class(psu_current_sub_id,
PhysicalClass.SENSOR)
desc = '{} for {}'.format(PSU_SENSOR_NAME_MAP[sensor_name], psu_name)
self.mib_updater.set_phy_descr(psu_current_sub_id, desc)
self.mib_updater.set_phy_name(psu_current_sub_id, desc)
self.mib_updater.set_phy_parent_relative_pos(
psu_current_sub_id, PSU_SENSOR_POSITION_MAP[sensor_name])
self.mib_updater.set_phy_contained_in(psu_current_sub_id, psu_sub_id)
self.mib_updater.set_phy_fru(psu_current_sub_id, False)
class PhysicalSensorTableMIBUpdater(MIBUpdater):
"""
Updater for sensors.
"""
TRANSCEIVER_DOM_KEY_PATTERN = mibs.transceiver_dom_table("*")
PSU_SENSOR_KEY_PATTERN = mibs.psu_info_table("*")
FAN_SENSOR_KEY_PATTERN = mibs.fan_info_table("*")
THERMAL_SENSOR_KEY_PATTERN = mibs.thermal_info_table("*")
def __init__(self):
"""
ctor
"""
super().__init__()
self.statedb = Namespace.init_namespace_dbs()
Namespace.connect_all_dbs(self.statedb, mibs.STATE_DB)
# list of available sub OIDs
self.sub_ids = []
# sensor MIB required values
self.ent_phy_sensor_type_map = {}
self.ent_phy_sensor_scale_map = {}
self.ent_phy_sensor_precision_map = {}
self.ent_phy_sensor_value_map = {}
self.ent_phy_sensor_oper_state_map = {}
self.transceiver_dom = []
self.fan_sensor = []
self.psu_sensor = []
self.thermal_sensor = []
def reinit_data(self):
"""
Reinit data, clear cache
"""
# clear cache
self.ent_phy_sensor_type_map = {}
self.ent_phy_sensor_scale_map = {}
self.ent_phy_sensor_precision_map = {}
self.ent_phy_sensor_value_map = {}
self.ent_phy_sensor_oper_state_map = {}
transceiver_dom_encoded = Namespace.dbs_keys(
self.statedb, mibs.STATE_DB, self.TRANSCEIVER_DOM_KEY_PATTERN)
if transceiver_dom_encoded:
self.transceiver_dom = [entry for entry in transceiver_dom_encoded]
# for FAN, PSU and thermal sensors, they are in host namespace DB, to avoid iterating all namespace DBs,
# just get data from host namespace DB, which is self.statedb[0].
fan_sensor_encoded = self.statedb[HOST_NAMESPACE_DB_IDX].keys(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
self.FAN_SENSOR_KEY_PATTERN)
if fan_sensor_encoded:
self.fan_sensor = [entry for entry in fan_sensor_encoded]
psu_sensor_encoded = self.statedb[HOST_NAMESPACE_DB_IDX].keys(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
self.PSU_SENSOR_KEY_PATTERN)
if psu_sensor_encoded:
self.psu_sensor = [entry for entry in psu_sensor_encoded]
thermal_sensor_encoded = self.statedb[HOST_NAMESPACE_DB_IDX].keys(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
self.THERMAL_SENSOR_KEY_PATTERN)
if thermal_sensor_encoded:
self.thermal_sensor = [entry for entry in thermal_sensor_encoded]
def update_xcvr_dom_data(self):
if not self.transceiver_dom:
return
# update transceiver sensors cache
for transceiver_dom_entry in self.transceiver_dom:
# extract interface name
interface = transceiver_dom_entry.split(
mibs.TABLE_NAME_SEPARATOR_VBAR)[-1]
ifindex = port_util.get_index_from_str(interface)
if ifindex is None:
mibs.logger.warning("Invalid interface name in {} \
in STATE_DB, skipping".format(transceiver_dom_entry))
continue
# get transceiver sensors from transceiver dom entry in STATE DB
transceiver_dom_entry_data = Namespace.dbs_get_all(
self.statedb, mibs.STATE_DB, transceiver_dom_entry)
if not transceiver_dom_entry_data:
continue
sensor_data_list = TransceiverSensorData.create_sensor_data(
transceiver_dom_entry_data)
for sensor_data in sensor_data_list:
raw_sensor_value = sensor_data.get_raw_value()
sensor = sensor_data.get_sensor_interface()
sub_id = get_transceiver_sensor_sub_id(
ifindex, sensor_data.get_oid_offset())
try:
mib_values = sensor.mib_values(raw_sensor_value)
except (ValueError, ArithmeticError):
mibs.logger.error(
"Exception occurred when converting"
"value for sensor {} interface {}".format(
sensor, interface))
continue
else:
self.ent_phy_sensor_type_map[sub_id], \
self.ent_phy_sensor_scale_map[sub_id], \
self.ent_phy_sensor_precision_map[sub_id], \
self.ent_phy_sensor_value_map[sub_id], \
self.ent_phy_sensor_oper_state_map[sub_id] = mib_values
self.sub_ids.append(sub_id)
def update_psu_sensor_data(self):
if not self.psu_sensor:
return
for psu_sensor_entry in self.psu_sensor:
psu_name = psu_sensor_entry.split(
mibs.TABLE_NAME_SEPARATOR_VBAR)[-1]
psu_relation_info = self.statedb[HOST_NAMESPACE_DB_IDX].get_all(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
mibs.physical_entity_info_table(psu_name))
psu_position, psu_parent_name = get_db_data(
psu_relation_info, PhysicalRelationInfoDB)
if is_null_empty_str(psu_position):
continue
psu_position = int(psu_position)
psu_sub_id = get_psu_sub_id(psu_position)
psu_sensor_entry_data = self.statedb[
HOST_NAMESPACE_DB_IDX].get_all(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
psu_sensor_entry)
if not psu_sensor_entry_data:
continue
sensor_data_list = PSUSensorData.create_sensor_data(
psu_sensor_entry_data)
for sensor_data in sensor_data_list:
raw_sensor_value = sensor_data.get_raw_value()
if is_null_empty_str(raw_sensor_value):
continue
sensor = sensor_data.get_sensor_interface()
sub_id = get_psu_sensor_sub_id(psu_sub_id,
sensor_data.get_name().lower())
try:
mib_values = sensor.mib_values(raw_sensor_value)
except (ValueError, ArithmeticError):
mibs.logger.error("Exception occurred when converting"
"value for sensor {} PSU {}".format(
sensor, psu_name))
continue
else:
self.ent_phy_sensor_type_map[sub_id], \
self.ent_phy_sensor_scale_map[sub_id], \
self.ent_phy_sensor_precision_map[sub_id], \
self.ent_phy_sensor_value_map[sub_id], \
self.ent_phy_sensor_oper_state_map[sub_id] = mib_values
self.sub_ids.append(sub_id)
def update_fan_sensor_data(self):
if not self.fan_sensor:
return
fan_parent_sub_id = 0
for fan_sensor_entry in self.fan_sensor:
fan_name = fan_sensor_entry.split(
mibs.TABLE_NAME_SEPARATOR_VBAR)[-1]
fan_relation_info = self.statedb[HOST_NAMESPACE_DB_IDX].get_all(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
mibs.physical_entity_info_table(fan_name))
fan_position, fan_parent_name = get_db_data(
fan_relation_info, PhysicalRelationInfoDB)
if is_null_empty_str(fan_position):
continue
fan_position = int(fan_position)
if CHASSIS_NAME_SUB_STRING in fan_parent_name:
fan_parent_sub_id = (CHASSIS_SUB_ID, )
else:
fan_parent_relation_info = self.statedb[
HOST_NAMESPACE_DB_IDX].get_all(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
mibs.physical_entity_info_table(fan_parent_name))
if fan_parent_relation_info:
fan_parent_position, fan_grad_parent_name = get_db_data(
fan_parent_relation_info, PhysicalRelationInfoDB)
fan_parent_position = int(fan_parent_position)
if PSU_NAME_SUB_STRING in fan_parent_name:
fan_parent_sub_id = get_psu_sub_id(fan_parent_position)
else:
fan_parent_sub_id = get_fan_drawer_sub_id(
fan_parent_position)
else:
mibs.logger.error(
"fan_name = {} get fan parent failed".format(fan_name))
continue
fan_sub_id = get_fan_sub_id(fan_parent_sub_id, fan_position)
fan_sensor_entry_data = self.statedb[
HOST_NAMESPACE_DB_IDX].get_all(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
fan_sensor_entry)
if not fan_sensor_entry_data:
mibs.logger.error(
"fan_name = {} get fan_sensor_entry_data failed".format(
fan_name))
continue
sensor_data_list = FANSensorData.create_sensor_data(
fan_sensor_entry_data)
for sensor_data in sensor_data_list:
raw_sensor_value = sensor_data.get_raw_value()
if is_null_empty_str(raw_sensor_value):
continue
sensor = sensor_data.get_sensor_interface()
sub_id = get_fan_tachometers_sub_id(fan_sub_id)
try:
mib_values = sensor.mib_values(raw_sensor_value)
except (ValueError, ArithmeticError):
mibs.logger.error("Exception occurred when converting"
"value for sensor {} PSU {}".format(
sensor, fan_name))
continue
else:
self.ent_phy_sensor_type_map[sub_id], \
self.ent_phy_sensor_scale_map[sub_id], \
self.ent_phy_sensor_precision_map[sub_id], \
self.ent_phy_sensor_value_map[sub_id], \
self.ent_phy_sensor_oper_state_map[sub_id] = mib_values
self.sub_ids.append(sub_id)
def update_thermal_sensor_data(self):
if not self.thermal_sensor:
return
for thermal_sensor_entry in self.thermal_sensor:
thermal_name = thermal_sensor_entry.split(
mibs.TABLE_NAME_SEPARATOR_VBAR)[-1]
thermal_relation_info = self.statedb[
HOST_NAMESPACE_DB_IDX].get_all(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
mibs.physical_entity_info_table(thermal_name))
thermal_position, thermal_parent_name = get_db_data(
thermal_relation_info, PhysicalRelationInfoDB)
if is_null_empty_str(thermal_parent_name) or is_null_empty_str(thermal_parent_name) or \
CHASSIS_NAME_SUB_STRING not in thermal_parent_name.lower():
continue
thermal_position = int(thermal_position)
thermal_sensor_entry_data = self.statedb[
HOST_NAMESPACE_DB_IDX].get_all(
self.statedb[HOST_NAMESPACE_DB_IDX].STATE_DB,
thermal_sensor_entry)
if not thermal_sensor_entry_data:
continue
sensor_data_list = ThermalSensorData.create_sensor_data(
thermal_sensor_entry_data)
for sensor_data in sensor_data_list:
raw_sensor_value = sensor_data.get_raw_value()
if is_null_empty_str(raw_sensor_value):
continue
sensor = sensor_data.get_sensor_interface()
sub_id = get_chassis_thermal_sub_id(thermal_position)
try:
mib_values = sensor.mib_values(raw_sensor_value)
except (ValueError, ArithmeticError):
mibs.logger.error("Exception occurred when converting"
"value for sensor {} PSU {}".format(
sensor, thermal_name))
continue
else:
self.ent_phy_sensor_type_map[sub_id], \
self.ent_phy_sensor_scale_map[sub_id], \
self.ent_phy_sensor_precision_map[sub_id], \
self.ent_phy_sensor_value_map[sub_id], \
self.ent_phy_sensor_oper_state_map[sub_id] = mib_values
self.sub_ids.append(sub_id)
def update_data(self):
"""
Update sensors cache.
"""
self.sub_ids = []
self.update_xcvr_dom_data()
self.update_psu_sensor_data()
self.update_fan_sensor_data()
self.update_thermal_sensor_data()
self.sub_ids.sort()
def get_next(self, sub_id):
"""
:param sub_id: Input sub_id.
:return: The next sub id.
"""
right = bisect_right(self.sub_ids, sub_id)
if right == len(self.sub_ids):
return None
return self.sub_ids[right]
def get_ent_physical_sensor_type(self, sub_id):
"""
Get sensor type based on sub OID
:param sub_id: sub ID of the sensor
:return: sensor type from EntitySensorDataType enum
or None if sub_id not in the cache.
"""
if sub_id in self.sub_ids:
return self.ent_phy_sensor_type_map.get(
sub_id, EntitySensorDataType.UNKNOWN)
return None
def get_ent_physical_sensor_scale(self, sub_id):
"""
Get sensor scale value based on sub OID
:param sub_id: sub ID of the sensor
:return: sensor scale from EntitySensorDataScale enum
or None if sub_id not in the cache.
"""
if sub_id in self.sub_ids:
return self.ent_phy_sensor_scale_map.get(sub_id, 0)
return None
def get_ent_physical_sensor_precision(self, sub_id):
"""
Get sensor precision value based on sub OID
:param sub_id: sub ID of the sensor
:return: sensor precision in range (-8, 9)
or None if sub_id not in the cache.
"""
if sub_id in self.sub_ids:
return self.ent_phy_sensor_precision_map.get(sub_id, 0)
return None
def get_ent_physical_sensor_value(self, sub_id):
"""
Get sensor value based on sub OID
:param sub_id: sub ID of the sensor
:return: sensor value converted according to tuple (type, scale, precision)
"""
if sub_id in self.sub_ids:
return self.ent_phy_sensor_value_map.get(sub_id, 0)
return None
def get_ent_physical_sensor_oper_status(self, sub_id):
"""
Get sensor operational state based on sub OID
:param sub_id: sub ID of the sensor
:return: sensor's operational state
"""
if sub_id in self.sub_ids:
return self.ent_phy_sensor_oper_state_map.get(
sub_id, EntitySensorStatus.UNAVAILABLE)
return None
