def setUpClass(cls):
tests.mock_tables.dbconnector.load_namespace_config()
importlib.reload(rfc3433)
cls.lut = MIBTable(rfc3433.PhysicalSensorTableMIB)
cls.IFINDEX = 1
cls.IFINDEX_ASIC1 = 9
cls.XCVR_SUB_ID = get_transceiver_sub_id(cls.IFINDEX)
cls.XCVR_SUB_ID_ASIC1 = get_transceiver_sub_id(cls.IFINDEX_ASIC1)
cls.XCVR_CHANNELS = (1, 2, 3, 4)
# Update MIBs
for updater in cls.lut.updater_instances:
updater.reinit_data()
updater.update_data()
def setUpClass(cls):
cls.lut = MIBTable(rfc3433.PhysicalSensorTableMIB)
cls.IFINDEX = 1
cls.XCVR_SUB_ID = get_transceiver_sub_id(cls.IFINDEX)
cls.XCVR_CHANNELS = (1, 2, 3, 4)
# Update MIBs
for updater in cls.lut.updater_instances:
updater.reinit_data()
updater.update_data()
def setUpClass(cls):
cls.lut = MIBTable(rfc3433.PhysicalSensorTableMIB)
cls.IFINDEX = 1
cls.XCVR_SUB_ID = get_transceiver_sub_id(cls.IFINDEX)
cls.XCVR_CHANNELS = (1, 2, 3, 4)
cls.PSU_POSITION = 2
cls.FAN_DRAWER_POSITION = 1
cls.FAN_POSITION = 1
cls.PSU_FAN_POSITION = 1
cls.THERMAL_POSITION = 1
# Update MIBs
for updater in cls.lut.updater_instances:
updater.reinit_data()
updater.update_data()
def test_getpdu_xcvr_info(self):
sub_id = get_transceiver_sub_id(1)[0]
expected_mib = {
2: (ValueType.OCTET_STRING, "QSFP+ for etp1"),
4: (ValueType.INTEGER, CHASSIS_SUB_ID),
5: (ValueType.INTEGER, PhysicalClass.PORT),
6: (ValueType.INTEGER, -1),
7: (ValueType.OCTET_STRING, "Ethernet0"),
8: (ValueType.OCTET_STRING, "A1"),
9: (ValueType.OCTET_STRING, ""), # skip
10: (ValueType.OCTET_STRING, ""), # skip
11: (ValueType.OCTET_STRING, "SERIAL_NUM"),
12: (ValueType.OCTET_STRING, "VENDOR_NAME"),
13: (ValueType.OCTET_STRING, "MODEL_NAME"),
16: (ValueType.INTEGER, 1)
}
self._check_getpdu(sub_id, expected_mib)
