def _get_pdu_bank_load_sensors(self):
banks = yield self.retrieve_columns([R_PDU_LOAD_STATUS_LOAD,
R_PDU_LOAD_STATUS_BANK_NUMBER])
banks = reduce_index(banks)
if banks:
self._logger.debug("Got pdu load status: %r", banks)
result = []
column = self.nodes.get(R_PDU_LOAD_STATUS_LOAD, None)
for index, row in banks.iteritems():
oid = str(column.oid + str(index))
bank_number = row.get(R_PDU_LOAD_STATUS_BANK_NUMBER, None)
name = "PDU Bank %s" % bank_number
result.append(dict(
oid=oid,
unit_of_measurement='Ampere',
precision=1,
scale=None,
description='%s ampere load' % name,
name=name,
internal_name='%s%s' % (R_PDU_LOAD_STATUS_LOAD, index),
mib=self.get_module_name()
))
defer.returnValue(result)
def _get_pdu_bank_load_sensors(self):
banks = yield self.retrieve_columns([
R_PDU_LOAD_STATUS_LOAD, R_PDU_LOAD_STATUS_PHASE_NUMBER,
R_PDU_LOAD_STATUS_BANK_NUMBER
])
banks = reduce_index(banks)
if banks:
self._logger.debug("Got pdu load status: %r", banks)
result = []
column = self.nodes.get(R_PDU_LOAD_STATUS_LOAD, None)
for index, row in iteritems(banks):
oid = str(column.oid + str(index))
bank_number = row.get(R_PDU_LOAD_STATUS_BANK_NUMBER, None)
phase_number = row.get(R_PDU_LOAD_STATUS_PHASE_NUMBER, None)
if bank_number != 0:
name = "PDU Bank %s" % bank_number
else:
name = "PDU Phase %s" % phase_number
result.append(
dict(oid=oid,
unit_of_measurement='Ampere',
precision=1,
scale=None,
description='%s ampere load' % name,
name=name,
internal_name='%s%s' % (R_PDU_LOAD_STATUS_LOAD, index),
mib=self.get_module_name()))
defer.returnValue(result)
def _get_cdp_cache_table(self):
cache = yield self.retrieve_columns([
'cdpCacheAddressType',
'cdpCacheAddress',
'cdpCacheDeviceId',
'cdpCacheDevicePort',
])
defer.returnValue(reduce_index(cache))
def _get_names(self):
result = {}
names = yield self.retrieve_columns(['pdu3Name'])
names = reduce_index(names)
for index, row in names.items():
name = row.get('pdu3Name')
if name is None:
name = ''
name = name.strip()
name = name.replace('\0', '')
result[index] = name
defer.returnValue(result)
def get_stp_port_states(self):
"""Retrieves the spanning tree port states of the device."""
states = yield self.retrieve_columns(['dot1dStpPortState'])
states = reduce_index(self.translate_result(states))
result = [(k, v['dot1dStpPortState']) for k, v in states.items()]
defer.returnValue(result)
def _get_cdp_cache_table(self):
cache = yield self.retrieve_columns(['cdpCacheAddressType',
'cdpCacheAddress',
'cdpCacheDeviceId',
'cdpCacheDevicePort'])
defer.returnValue(reduce_index(cache))
def get_stp_port_states(self):
"""Retrieves the spanning tree port states of the device."""
states = yield self.retrieve_columns(['dot1dStpPortState'])
states = reduce_index(self.translate_result(states))
result = [(k, v['dot1dStpPortState']) for k, v in states.items()]
defer.returnValue(result)
