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sff8436.py
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sff8436.py
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#----------------------------------------------------------------------------
# SFF-8436 QSFP+ 10 Gbs 4X PLUGGABLE TRANSCEIVER
#----------------------------------------------------------------------------
from __future__ import print_function
try:
import fcntl
import struct
import sys
import time
import os
import getopt
import types
from math import log10
from .sff8024 import type_of_transceiver # Dot module supports both Python 2 and Python 3 using explicit relative import methods
from .sff8024 import type_abbrv_name # Dot module supports both Python 2 and Python 3 using explicit relative import methods
from .sff8024 import ext_specification_compliance # Dot module supports both Python 2 and Python 3 using explicit relative import methods
from .sffbase import sffbase # Dot module supports both Python 2 and Python 3 using explicit relative import methods
except ImportError as e:
raise ImportError (str(e) + "- required module not found")
class sff8436InterfaceId(sffbase):
version = '1.0'
specification_compliance = {'10/40G Ethernet Compliance Code':
{'offset':3,
'size':1,
'type' : 'bitmap',
'decode' : {
'10GBase-LRM':
{'offset': 3,
'bit': 6},
'10GBase-LR':
{'offset': 3,
'bit': 5},
'10GBase-SR':
{'offset': 3,
'bit': 4},
'40GBASE-CR4':
{'offset': 3,
'bit': 3},
'40GBASE-SR4':
{'offset': 3,
'bit': 2},
'40GBASE-LR4':
{'offset': 3,
'bit': 1},
'40G Active Cable (XLPPI)':
{'offset': 3,
'bit': 0}}},
'SONET Compliance codes':
{'offset':4,
'size':1,
'type' : 'bitmap',
'decode' : {
'40G OTN (OTU3B/OTU3C)':
{'offset': 4,
'bit': 3},
'OC 48, long reach':
{'offset': 4,
'bit': 2},
'OC 48, intermediate reach':
{'offset': 4,
'bit': 1},
'OC 48 short reach':
{'offset': 4,
'bit': 0}}},
'SAS/SATA compliance codes':
{'offset': 5,
'size' : 1,
'type' : 'bitmap',
'decode': {
'SAS 6.0G':
{'offset': 5,
'bit': 5},
'SAS 3.0G':
{'offset': 5,
'bit': 4}}},
'Gigabit Ethernet Compliant codes':
{'offset': 6,
'size' : 1,
'type' : 'bitmap',
'decode': {
'1000BASE-T':
{'offset': 6,
'bit': 3},
'1000BASE-CX':
{'offset': 6,
'bit': 2},
'1000BASE-LX':
{'offset': 6,
'bit': 1},
'1000BASE-SX':
{'offset': 6,
'bit': 0}}},
'Fibre Channel link length/Transmitter Technology':
{'offset': 7,
'size' : 2,
'type' : 'bitmap',
'decode': {
'Very long distance (V)':
{'offset': 7,
'bit': 7},
'Short distance (S)':
{'offset': 7,
'bit': 6},
'Intermediate distance (I)':
{'offset': 7,
'bit': 5},
'Long distance (L)':
{'offset': 7,
'bit': 4},
'Medium (M)':
{'offset': 7,
'bit': 3},
'Longwave laser (LC)':
{'offset': 7,
'bit': 1},
'Electrical inter-enclosure (EL)':
{'offset': 7,
'bit': 0},
'Electrical intra-enclosure':
{'offset': 8,
'bit': 7},
'Shortwave laser w/o OFC (SN)':
{'offset': 8,
'bit': 6},
'Shortwave laser w OFC (SL)':
{'offset': 8,
'bit': 5},
'Longwave Laser (LL)':
{'offset': 8,
'bit': 4}}},
'Fibre Channel transmission media':
{'offset': 8,
'size' : 1,
'type' : 'bitmap',
'decode': {
'Twin Axial Pair (TW)':
{'offset': 8,
'bit': 7},
'Shielded Twisted Pair (TP)':
{'offset': 8,
'bit': 6},
'Miniature Coax (MI)':
{'offset': 8,
'bit': 5},
'Video Coax (TV)':
{'offset': 8,
'bit': 4},
'Multi-mode 62.5m (M6)':
{'offset': 8,
'bit': 3},
'Multi-mode 50m (M5)':
{'offset': 8,
'bit': 2},
'Multi-mode 50um (OM3)':
{'offset': 8,
'bit': 1},
'Single Mode (SM)':
{'offset': 8,
'bit': 0}}},
'Fibre Channel Speed':
{'offset': 9,
'size' : 1,
'type' : 'bitmap',
'decode': {
'1200 Mbytes/Sec':
{'offset': 9,
'bit': 7},
'800 Mbytes/Sec':
{'offset': 9,
'bit': 6},
'1600 Mbytes/Sec':
{'offset': 9,
'bit': 5},
'400 Mbytes/Sec':
{'offset': 9,
'bit': 4},
'200 Mbytes/Sec':
{'offset': 9,
'bit': 2},
'100 Mbytes/Sec':
{'offset': 9,
'bit': 0}}}}
ext_type_of_transceiver = {
'00': 'Power Class 1(1.5W max)',
'04': 'Power Class 1(1.5W max), CDR present in Tx',
'08': 'Power Class 1(1.5W max), CDR present in Rx',
'0c': 'Power Class 1(1.5W max), CDR present in Rx Tx',
'10': 'Power Class 1(1.5W max), CLEI present',
'14': 'Power Class 1(1.5W max), CLEI present, CDR present in Tx',
'18': 'Power Class 1(1.5W max), CLEI present, CDR present in Rx',
'1c': 'Power Class 1(1.5W max), CLEI present, CDR present in Rx Tx',
'40': 'Power Class 2(2.0W max)',
'44': 'Power Class 2(2.0W max), CDR present in Rx',
'48': 'Power Class 2(2.0W max), CDR present in Tx',
'4c': 'Power Class 2(2.0W max), CDR present in Rx Tx',
'50': 'Power Class 2(2.0W max), CLEI present',
'54': 'Power Class 2(2.0W max), CLEI present, CDR present in Rx',
'58': 'Power Class 2(2.0W max), CLEI present, CDR present in Tx',
'5c': 'Power Class 2(2.0W max), CLEI present, CDR present in Rx Tx',
'80': 'Power Class 3(2.5W max)',
'84': 'Power Class 3(2.5W max), CDR present in Rx',
'88': 'Power Class 3(2.5W max), CDR present in Tx',
'8c': 'Power Class 3(2.5W max), CDR present in Rx Tx',
'90': 'Power Class 3(2.5W max), CLEI present',
'94': 'Power Class 3(2.5W max), CLEI present, CDR present in Rx',
'98': 'Power Class 3(2.5W max), CLEI present, CDR present in Tx',
'9c': 'Power Class 3(2.5W max), CLEI present, CDR present in Rx Tx',
'c0': 'Power Class 4(3.5W max)',
'c4': 'Power Class 4(3.5W max), CDR present in Rx',
'c8': 'Power Class 4(3.5W max), CDR present in Tx',
'cc': 'Power Class 4(3.5W max), CDR present in Rx Tx',
'd0': 'Power Class 4(3.5W max), CLEI present',
'd4': 'Power Class 4(3.5W max), CLEI present, CDR present in Rx',
'd8': 'Power Class 4(3.5W max), CLEI present, CDR present in Tx',
'dc': 'Power Class 4(3.5W max), CLEI present, CDR present in Rx Tx'
}
connector = {
'00': 'Unknown or unspecified',
'01': 'SC',
'02': 'FC Style 1 copper connector',
'03': 'FC Style 2 copper connector',
'04': 'BNC/TNC',
'05': 'FC coax headers',
'06': 'Fiberjack',
'07': 'LC',
'08': 'MT-RJ',
'09': 'MU',
'0a': 'SG',
'0b': 'Optical Pigtail',
'0c': 'MPOx12',
'0d': 'MPOx16',
'20': 'HSSDC II',
'21': 'Copper pigtail',
'22': 'RJ45',
'23': 'No separable connector'
}
encoding_codes = {
'00':'Unspecified',
'01': '8B10B',
'02': '4B5B',
'03': 'NRZ',
'04': 'SONET Scrambled',
'05': '64B66B',
'06': 'Manchester',
'07': '256B257B'
}
rate_identifier = {'00':'QSFP+ Rate Select Version 1'}
interface_id = {'Identifier':
{'offset':0,
'size':1,
'type' : 'enum',
'decode' : type_of_transceiver},
'Extended Identifier':
{'offset':1,
'size':1,
'type' : 'enum',
'decode': ext_type_of_transceiver},
'Connector':
{'offset':2,
'size':1,
'type' : 'enum',
'decode': connector},
'Specification compliance':
{'offset' : 3,
'type' : 'nested',
'decode' : specification_compliance},
'Encoding':
{'offset':11,
'size':1,
'type' : 'enum',
'decode' : encoding_codes},
'Nominal Bit Rate(100Mbs)':
{'offset': 12,
'size':1,
'type':'int'},
'Extended RateSelect Compliance':
{'offset':13,
'size':1,
'type' : 'enum',
'decode' : rate_identifier},
'Length(km)':
{'offset':14,
'size':1,
'type':'int'},
'Length OM3(2m)':
{'offset':15,
'size':1,
'type':'int'},
'Length OM2(m)':
{'offset':16,
'size':1,
'type':'int'},
'Length OM1(m)':
{'offset':17,
'size':1,
'type':'int'},
'Length Cable Assembly(m)':
{'offset':18,
'size':1,
'type':'int'},
# Device Tech
'Vendor Name':
{'offset' : 20,
'size': 16,
'type': 'str'},
'Vendor OUI':
{'offset': 37,
'size' : 3,
'type' : 'hex'},
'Vendor PN':
{'offset': 40,
'size' : 16,
'type' : 'str'},
'Vendor Rev':
{'offset': 56,
'size' : 2,
'type' : 'str'},
'Vendor SN':
{'offset': 68,
'size' : 16,
'type' : 'str'},
'Vendor Date Code(YYYY-MM-DD Lot)':
{'offset': 84,
'size' : 8,
'type' : 'date'},
'Diagnostic Monitoring Type':
{'offset': 92,
'size' : 1,
'type' : 'bitmap',
'decode': {}},
'Enhanced Options':
{'offset': 93,
'size' : 1,
'type' : 'bitmap',
'decode': {}}}
sfp_info_bulk = {'type':
{'offset':0,
'size':1,
'type' : 'enum',
'decode' : type_of_transceiver},
'type_abbrv_name':
{'offset':0,
'size':1,
'type' : 'enum',
'decode' : type_abbrv_name},
'Extended Identifier':
{'offset':1,
'size':1,
'type' : 'enum',
'decode': ext_type_of_transceiver},
'Connector':
{'offset':2,
'size':1,
'type' : 'enum',
'decode': connector},
'Specification compliance':
{'offset' : 3,
'type' : 'nested',
'decode' : specification_compliance},
'EncodingCodes':
{'offset':11,
'size':1,
'type' : 'enum',
'decode' : encoding_codes},
'Nominal Bit Rate(100Mbs)':
{'offset': 12,
'size':1,
'type':'int'},
'RateIdentifier':
{'offset':13,
'size':1,
'type' : 'enum',
'decode' : rate_identifier},
'Length(km)':
{'offset':14,
'size':1,
'type':'int'},
'Length OM3(2m)':
{'offset':15,
'size':1,
'type':'int'},
'Length OM2(m)':
{'offset':16,
'size':1,
'type':'int'},
'Length OM1(m)':
{'offset':17,
'size':1,
'type':'int'},
'Length Cable Assembly(m)':
{'offset':18,
'size':1,
'type':'int'}
}
vendor_name = {
'Vendor Name':
{'offset': 0,
'size': 16,
'type': 'str'}
}
vendor_pn = {
'Vendor PN':
{'offset': 0,
'size': 16,
'type': 'str'}
}
vendor_rev = {
'Vendor Rev':
{'offset': 0,
'size': 2,
'type': 'str'}
}
vendor_sn = {
'Vendor SN':
{'offset': 0,
'size': 16,
'type': 'str'}
}
vendor_oui = {
'Vendor OUI':
{'offset':0,
'size':3,
'type' : 'hex'}
}
vendor_date = {
'VendorDataCode(YYYY-MM-DD Lot)':
{'offset':0,
'size':8,
'type': 'date'}
}
sfp_ext_specification_compliance = {
'Extended Specification compliance':
{'offset' : 0,
'size':1,
'type' : 'enum',
'decode' : ext_specification_compliance}
}
qsfp_dom_capability = {
'Tx_power_support':
{'offset': 0,
'bit': 2,
'type': 'bitvalue'},
'Rx_power_support':
{'offset': 0,
'bit': 3,
'type': 'bitvalue'},
'Voltage_support':
{'offset': 0,
'bit': 4,
'type': 'bitvalue'},
'Temp_support':
{'offset': 0,
'bit': 5,
'type': 'bitvalue'}
}
def __init__(self, eeprom_raw_data=None):
self.interface_data = None
start_pos = 128
if eeprom_raw_data != None:
self.interface_data = sffbase.parse(self,
self.interface_id,
eeprom_raw_data,
start_pos)
def parse(self, eeprom_raw_data, start_pos):
return sffbase.parse(self, self.interface_id, eeprom_raw_data, start_pos)
def parse_sfp_info_bulk(self, type_raw_data, start_pos):
return sffbase.parse(self, self.sfp_info_bulk, type_raw_data, start_pos)
def parse_vendor_name(self, name_raw_data, start_pos):
return sffbase.parse(self, self.vendor_name, name_raw_data, start_pos)
def parse_vendor_rev(self, rev_raw_data, start_pos):
return sffbase.parse(self, self.vendor_rev, rev_raw_data, start_pos)
def parse_vendor_pn(self, pn_raw_data, start_pos):
return sffbase.parse(self, self.vendor_pn, pn_raw_data, start_pos)
def parse_vendor_sn(self, sn_raw_data, start_pos):
return sffbase.parse(self, self.vendor_sn, sn_raw_data, start_pos)
def parse_vendor_date(self, sn_raw_data, start_pos):
return sffbase.parse(self, self.vendor_date, sn_raw_data, start_pos)
def parse_vendor_oui(self, sn_raw_data, start_pos):
return sffbase.parse(self, self.vendor_oui, sn_raw_data, start_pos)
def parse_ext_specification_compliance(self, sn_raw_data, start_pos):
return sffbase.parse(self, self.sfp_ext_specification_compliance, sn_raw_data, start_pos)
def parse_dom_capability(self, sn_raw_data, start_pos):
return sffbase.parse(self, self.qsfp_dom_capability, sn_raw_data, start_pos)
def dump_pretty(self):
if self.interface_data == None:
print('Object not initialized, nothing to print')
return
sffbase.dump_pretty(self, self.interface_data)
def get_calibration_type(self):
return self.calibration_type
def get_data(self):
return self.interface_data
def get_data_pretty(self):
return sffbase.get_data_pretty(self, self.interface_data)
class sff8436Dom(sffbase):
version = '1.0'
def get_calibration_type(self):
return self._calibration_type
def calc_temperature(self, eeprom_data, offset, size):
try:
cal_type = self.get_calibration_type()
msb = int(eeprom_data[offset], 16)
lsb = int(eeprom_data[offset + 1], 16)
result = (msb << 8) | (lsb & 0xff)
result = self.twos_comp(result, 16)
if cal_type == 1:
# Internal calibration
result = float(result / 256.0)
retval = '%.4f' %result + 'C'
elif cal_type == 2:
# External calibration
# T(C) = T_Slope * T_AD + T_Offset
off = self.dom_ext_calibration_constants['T_Slope']['offset']
msb_t = int(eeprom_data[off], 16)
lsb_t = int(eeprom_data[off + 1], 16)
t_slope = (msb_t << 8) | (lsb_t & 0xff)
off = self.dom_ext_calibration_constants['T_Offset']['offset']
msb_t = int(eeprom_data[off], 16)
lsb_t = int(eeprom_data[off + 1], 16)
t_offset = (msb_t << 8) | (lsb_t & 0xff)
t_offset = self.twos_comp(t_offset, 16)
result = t_slope * result + t_offset
result = float(result / 256.0)
retval = '%.4f' %result + 'C'
else:
retval = 'Unknown'
except Exception as err:
retval = str(err)
return retval
def calc_voltage(self, eeprom_data, offset, size):
try:
cal_type = self.get_calibration_type()
msb = int(eeprom_data[offset], 16)
lsb = int(eeprom_data[offset + 1], 16)
result = (msb << 8) | (lsb & 0xff)
if cal_type == 1:
# Internal Calibration
result = float(result * 0.0001)
#print(indent, name, ' : %.4f' %result, 'Volts')
retval = '%.4f' %result + 'Volts'
elif cal_type == 2:
# External Calibration
# V(uV) = V_Slope * VAD + V_Offset
off = self.dom_ext_calibration_constants['V_Slope']['offset']
msb_v = int(eeprom_data[off], 16)
lsb_v = int(eeprom_data[off + 1], 16)
v_slope = (msb_v << 8) | (lsb_v & 0xff)
off = self.dom_ext_calibration_constants['V_Offset']['offset']
msb_v = int(eeprom_data[off], 16)
lsb_v = int(eeprom_data[off + 1], 16)
v_offset = (msb_v << 8) | (lsb_v & 0xff)
v_offset = self.twos_comp(v_offset, 16)
result = v_slope * result + v_offset
result = float(result * 0.0001)
#print(indent, name, ' : %.4f' %result, 'Volts')
retval = '%.4f' %result + 'Volts'
else:
#print(indent, name, ' : Unknown')
retval = 'Unknown'
except Exception as err:
retval = str(err)
return retval
def calc_bias(self, eeprom_data, offset, size):
try:
cal_type = self.get_calibration_type()
msb = int(eeprom_data[offset], 16)
lsb = int(eeprom_data[offset + 1], 16)
result = (msb << 8) | (lsb & 0xff)
if cal_type == 1:
# Internal Calibration
result = float(result * 0.002)
#print(indent, name, ' : %.4f' %result, 'mA')
retval = '%.4f' %result + 'mA'
elif cal_type == 2:
# External Calibration
# I(uA) = I_Slope * I_AD + I_Offset
off = self.dom_ext_calibration_constants['I_Slope']['offset']
msb_i = int(eeprom_data[off], 16)
lsb_i = int(eeprom_data[off + 1], 16)
i_slope = (msb_i << 8) | (lsb_i & 0xff)
off = self.dom_ext_calibration_constants['I_Offset']['offset']
msb_i = int(eeprom_data[off], 16)
lsb_i = int(eeprom_data[off + 1], 16)
i_offset = (msb_i << 8) | (lsb_i & 0xff)
i_offset = self.twos_comp(i_offset, 16)
result = i_slope * result + i_offset
result = float(result * 0.002)
#print(indent, name, ' : %.4f' %result, 'mA')
retval = '%.4f' %result + 'mA'
else:
retval = 'Unknown'
except Exception as err:
retval = str(err)
return retval
def calc_tx_power(self, eeprom_data, offset, size):
try:
cal_type = self.get_calibration_type()
msb = int(eeprom_data[offset], 16)
lsb = int(eeprom_data[offset + 1], 16)
result = (msb << 8) | (lsb & 0xff)
if cal_type == 1:
result = float(result * 0.0001)
#print(indent, name, ' : ', power_in_dbm_str(result))
retval = self.power_in_dbm_str(result)
elif cal_type == 2:
# TX_PWR(uW) = TX_PWR_Slope * TX_PWR_AD + TX_PWR_Offset
off = self.dom_ext_calibration_constants['TX_PWR_Slope']['offset']
msb_tx_pwr = int(eeprom_data[off], 16)
lsb_tx_pwr = int(eeprom_data[off + 1], 16)
tx_pwr_slope = (msb_tx_pwr << 8) | (lsb_tx_pwr & 0xff)
off = self.dom_ext_calibration_constants['TX_PWR_Offset']['offset']
msb_tx_pwr = int(eeprom_data[off], 16)
lsb_tx_pwr = int(eeprom_data[off + 1], 16)
tx_pwr_offset = (msb_tx_pwr << 8) | (lsb_tx_pwr & 0xff)
tx_pwr_offset = self.twos_comp(tx_pwr_offset, 16)
result = tx_pwr_slope * result + tx_pwr_offset
result = float(result * 0.0001)
retval = self.power_in_dbm_str(result)
else:
retval = 'Unknown'
except Exception as err:
retval = str(err)
return retval
def calc_rx_power(self, eeprom_data, offset, size):
try:
cal_type = self.get_calibration_type()
msb = int(eeprom_data[offset], 16)
lsb = int(eeprom_data[offset + 1], 16)
result = (msb << 8) | (lsb & 0xff)
if cal_type == 1:
# Internal Calibration
result = float(result * 0.0001)
#print(indent, name, " : ", power_in_dbm_str(result))
retval = self.power_in_dbm_str(result)
elif cal_type == 2:
# External Calibration
# RX_PWR(uW) = RX_PWR_4 * RX_PWR_AD +
# RX_PWR_3 * RX_PWR_AD +
# RX_PWR_2 * RX_PWR_AD +
# RX_PWR_1 * RX_PWR_AD +
# RX_PWR(0)
off = self.dom_ext_calibration_constants['RX_PWR_4']['offset']
rx_pwr_byte3 = int(eeprom_data[off], 16)
rx_pwr_byte2 = int(eeprom_data[off + 1], 16)
rx_pwr_byte1 = int(eeprom_data[off + 2], 16)
rx_pwr_byte0 = int(eeprom_data[off + 3], 16)
rx_pwr_4 = (rx_pwr_byte3 << 24) | (rx_pwr_byte2 << 16) | (rx_pwr_byte1 << 8) | (rx_pwr_byte0 & 0xff)
off = self.dom_ext_calibration_constants['RX_PWR_3']['offset']
rx_pwr_byte3 = int(eeprom_data[off], 16)
rx_pwr_byte2 = int(eeprom_data[off + 1], 16)
rx_pwr_byte1 = int(eeprom_data[off + 2], 16)
rx_pwr_byte0 = int(eeprom_data[off + 3], 16)
rx_pwr_3 = (rx_pwr_byte3 << 24) | (rx_pwr_byte2 << 16) | (rx_pwr_byte1 << 8) | (rx_pwr_byte0 & 0xff)
off = self.dom_ext_calibration_constants['RX_PWR_2']['offset']
rx_pwr_byte3 = int(eeprom_data[off], 16)
rx_pwr_byte2 = int(eeprom_data[off + 1], 16)
rx_pwr_byte1 = int(eeprom_data[off + 2], 16)
rx_pwr_byte0 = int(eeprom_data[off + 3], 16)
rx_pwr_2 = (rx_pwr_byte3 << 24) | (rx_pwr_byte2 << 16) | (rx_pwr_byte1 << 8) | (rx_pwr_byte0 & 0xff)
off = self.dom_ext_calibration_constants['RX_PWR_1']['offset']
rx_pwr_byte3 = int(eeprom_data[off], 16)
rx_pwr_byte2 = int(eeprom_data[off + 1], 16)
rx_pwr_byte1 = int(eeprom_data[off + 2], 16)
rx_pwr_byte0 = int(eeprom_data[off + 3], 16)
rx_pwr_1 = (rx_pwr_byte3 << 24) | (rx_pwr_byte2 << 16) | (rx_pwr_byte1 << 8) | (rx_pwr_byte0 & 0xff)
off = self.dom_ext_calibration_constants['RX_PWR_0']['offset']
rx_pwr_byte3 = int(eeprom_data[off], 16)
rx_pwr_byte2 = int(eeprom_data[off + 1], 16)
rx_pwr_byte1 = int(eeprom_data[off + 2], 16)
rx_pwr_byte0 = int(eeprom_data[off + 3], 16)
rx_pwr_0 = (rx_pwr_byte3 << 24) | (rx_pwr_byte2 << 16) | (rx_pwr_byte1 << 8) | (rx_pwr_byte0 & 0xff)
rx_pwr = (rx_pwr_4 * result) + (rx_pwr_3 * result) + (rx_pwr_2 * result) + (rx_pwr_1 * result) + rx_pwr_0
result = float(result * 0.0001)
#print(indent, name, " : ", power_in_dbm_str(result))
retval = self.power_in_dbm_str(result)
else:
retval = 'Unknown'
except Exception as err:
retval = str(err)
return retval
dom_status_indicator = {
'DataNotReady':
{'offset': 0,
'bit': 0,
'type': 'bitvalue'},
'IntL':
{'offset': 0,
'bit': 1,
'type': 'bitvalue'},
'FlatMem':
{'offset': 0,
'bit': 2,
'type': 'bitvalue'}}
dom_channel_status = {
'Tx4LOS':
{'offset': 3,
'bit': 7,
'type': 'bitvalue'},
'Tx3LOS':
{'offset': 3,
'bit': 6,
'type': 'bitvalue'},
'Tx2LOS':
{'offset': 3,
'bit': 5,
'type': 'bitvalue'},
'Tx1LOS':
{'offset': 3,
'bit': 4,
'type': 'bitvalue'},
'Rx4LOS':
{'offset': 3,
'bit': 3,
'type': 'bitvalue'},
'Rx3LOS':
{'offset': 3,
'bit': 2,
'type': 'bitvalue'},
'Rx2LOS':
{'offset': 3,
'bit': 1,
'type': 'bitvalue'},
'Rx1LOS':
{'offset': 3,
'bit': 0,
'type': 'bitvalue'},
'Tx4Fault':
{'offset': 4,
'bit': 3,
'type': 'bitvalue'},
'Tx3Fault':
{'offset': 4,
'bit': 2,
'type': 'bitvalue'},
'Tx2Fault':
{'offset': 4,
'bit': 1,
'type': 'bitvalue'},
'Tx1Fault':
{'offset': 4,
'bit': 0,
'type': 'bitvalue'}}
dom_tx_rx_los = {'Tx4LOS':
{'offset': 0,
'bit': 7,
'type': 'bitvalue'},
'Tx3LOS':
{'offset': 0,
'bit': 6,
'type': 'bitvalue'},
'Tx2LOS':
{'offset': 0,
'bit': 5,
'type': 'bitvalue'},
'Tx1LOS':
{'offset': 0,
'bit': 4,
'type': 'bitvalue'},
'Rx4LOS':
{'offset': 0,
'bit': 3,
'type': 'bitvalue'},
'Rx3LOS':
{'offset': 0,
'bit': 2,
'type': 'bitvalue'},
'Rx2LOS':
{'offset': 0,
'bit': 1,
'type': 'bitvalue'},
'Rx1LOS':
{'offset': 0,
'bit': 0,
'type': 'bitvalue'}}
dom_tx_fault = {'Tx4Fault':
{'offset': 0,
'bit': 3,
'type': 'bitvalue'},
'Tx3Fault':
{'offset': 0,
'bit': 2,
'type': 'bitvalue'},
'Tx2Fault':
{'offset': 0,
'bit': 1,
'type': 'bitvalue'},
'Tx1Fault':
{'offset': 0,
'bit': 0,
'type': 'bitvalue'}}
dom_module_monitor = {
'TempHighAlarm':
{'offset': 6,
'bit': 7,
'type': 'bitvalue'},
'TempLowAlarm':
{'offset': 6,
'bit': 6,
'type': 'bitvalue'},
'TempHighWarning':
{'offset': 6,
'bit': 5,
'type': 'bitvalue'},
'TempLowWarning':
{'offset': 6,
'bit': 4,
'type': 'bitvalue'},
'InitCompleteFlag':
{'offset': 6,
'bit': 0,
'type': 'bitvalue'},
'VccHighAlarm':
{'offset': 7,
'bit': 7,
'type': 'bitvalue'},
'VccLowAlarm':
{'offset': 7,
'bit': 6,
'type': 'bitvalue'},
'VccHighWarning':
{'offset': 7,
'bit': 5,
'type': 'bitvalue'},
'VccLowWarning':
{'offset': 7,
'bit': 4,
'type': 'bitvalue'}}
dom_channel_monitor = {
'Rx1PowerHighAlarm':
{'offset': 9,
'bit': 7,
'type': 'bitvalue'},
'Rx1PowerLowAlarm':
{'offset': 9,
'bit': 6,
'type': 'bitvalue'},
'Rx1PowerHighWarning':
{'offset': 9,
'bit': 5,
'type': 'bitvalue'},
'Rx1PowerLowWarning':
{'offset': 9,
'bit': 4,
'type': 'bitvalue'},
'Rx2PowerHighAlarm':
{'offset': 9,
'bit': 3,
'type': 'bitvalue'},
'Rx2PowerLowAlarm':
{'offset': 9,
'bit': 2,
'type': 'bitvalue'},
'Rx2PowerHighWarning':
{'offset': 9,
'bit': 1,
'type': 'bitvalue'},
'Rx2PowerLowWarning':
{'offset': 9,
'bit': 0,
'type': 'bitvalue'},
'Rx3PowerHighAlarm':
{'offset': 10,
'bit': 7,
'type': 'bitvalue'},
'Rx3PowerLowAlarm':
{'offset': 10,
'bit': 6,
'type': 'bitvalue'},
'Rx3PowerHighWarning':
{'offset': 10,
'bit': 5,
'type': 'bitvalue'},
'Rx3PowerLowWarning':
{'offset': 10,
'bit': 4,
'type': 'bitvalue'},
'Rx4PowerHighAlarm':
{'offset': 10,
'bit': 3,
'type': 'bitvalue'},
'Rx4PowerLowAlarm':
{'offset': 10,
'bit': 2,
'type': 'bitvalue'},
'Rx4PowerHighWarning':
{'offset': 10,
'bit': 1,
'type': 'bitvalue'},
'Rx4PowerLowWarning':
{'offset': 10,
'bit': 0,
'type': 'bitvalue'},
'Tx1BiasHighAlarm':
{'offset': 11,
'bit': 7,