def OptionsFile_Extraction(self):
if self.Error == False:
result = self.Modem.SendCommandWithReturn(ExpectBegin=">",
Command="options show",
ExpectEnd=">")
temp = {}
temp1 = lib_Parsing.String_Parse(result, ["modem_sn"],
["Serial_Number"],
Section="OPTIONS_FILE")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(
result, ["up_translation", "down_translation"],
["Up_Translation", "Down_Translation"],
Section="FREQ_TRANS")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result, ["vid"], ["VLAN"],
Section="VLAN")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result, ["hunt_frequency"],
["Hunt_Frequency"],
Section="SATELLITE")
if temp1 != None:
temp.update(temp1)
return temp
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def LinkStatus_Extraction(self):
if self.Error == False:
result = self.FBB.SendCommandWithReturn2("showLinkStatus")
result = lib_Parsing.String_Parse(result, ["Link status"],
["Link_Status"])
List = result["Link_Status"].split()
result = ""
for data in List:
result += data + "\n"
result = lib_Parsing.String_Parse(
result, ["Port1", "Port2", "Port3", "Port4"],
["Port1", "Port2", "Port3", "Port4"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def GPS_Extraction(self):
if self.Error == False:
result = self.Modem.SendCommandWithReturn(ExpectBegin=">",
Command="latlong",
ExpectEnd=">",
Timeout=10)
result = lib_Parsing.String_Parse(result, ["latlong"], ["GPS"])
b = parse(
"{Latitude} {LatitudeDirection} {Longitude} {LongitudeDirection}",
result["GPS"])
result = {}
if b == None:
return result
else:
longitude = float(b["Longitude"])
if b["LongitudeDirection"].upper() == 'W':
longitude = longitude * -1
result["Longitude"] = format(longitude, '.5f')
latitude = float(b["Latitude"])
if b["LatitudeDirection"].upper() == 'S':
latitude = latitude * -1
result["Latitude"] = format(latitude, '.5f')
# import pprint
# pprint.pprint(result)
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Get_iARM(self):
if self.Error == False:
result = self.SSH.SendCommandWithReturn(Command="show iARM version",Method=1)
result = lib_Parsing.String_Parse(result,["Active File System Version"],["iARM"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" % sys._getframe().f_code.co_name)
def Get_Management(self):
if self.Error == False:
result = self.SSH.SendCommandWithReturn(Command="show config mgmt",Method=1)
result = lib_Parsing.String_Parse(result,["MGMT IP Address","MGMT Net Mask","MGMT DHCP Start","MGMT DHCP End","MGMT DHCP Lease Time","MAC Address"],["MGMT_IPAddress","MGMT_NetMask","MGMT_DHCPStart","MGMT_DHCPEnd","MGMT_DHCPLeaseTime","MACAddress"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" % sys._getframe().f_code.co_name)
def Get_AntInfo(self):
if self.Error == False:
result = self.SSH.SendCommandWithReturn(Command="show mediator ant_info",Method=1)
regex = r"(Antenna)([0-9])(\s*:)"
subst = "[\g<1>\g<2>]"
result = re.sub(regex, subst, result, 0)
temp = {}
temp1 = lib_Parsing.String_Parse(result,["Antenna Status","Signal","RX Lock","TX Enable"],["Antenna1_Status","Antenna1_Signal","Antenna1_RXLock","Antenna1_TXEnable"],Section = "Antenna1")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result,["Antenna Status","Signal","RX Lock","TX Enable"],["Antenna2_Status","Antenna2_Signal","Antenna2_RXLock","Antenna2_TXEnable"],Section = "Antenna2")
if temp1 != None:
temp.update(temp1)
return temp
else:
self.log.printWarning("%s skipped due to previous failure" % sys._getframe().f_code.co_name)
def RadioAppVariables(self):
if self.Error == False:
result = self.FBB.SendCommandWithReturn2("radioapp variables")
result = lib_Parsing.String_Parse(result, [
"radioAppContext.currentRadioMode", "currentChannelType",
"current_ChID", "lastDSC_ChID"
], [
"currentRadioMode", "currentChannelType", "currentChID",
"lastDSCChID"
])
# result["currentCh"] = None
# result["currentChDesc"] = None
try:
if (int(result["currentChID"]) > 399) and (int(
result["currentChID"]) < 501):
result["currentCh"] = "P" + str(
int(result["currentChID"]) - 400)
else:
for item in self.channelList:
if int(item[0]) == int(result["currentChID"]):
result["currentCh"] = item[1]
result["currentChDesc"] = item[2]
result["transmitMode"] = item[3]
break
except Exception as e:
self.log.printError("ERROR in VHF calculation currenchannel")
self.log.printError(str(e))
pass
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Version_Extraction(self):
if self.Error == False:
result = self.FBB.SendCommandWithReturn2("version f")
result = lib_Parsing.String_Parse(result, ["version"], ["Version"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Network_Extraction(self):
if self.Error == False:
result = self.FBB.SendCommandWithReturn2("ifconfig")
result = lib_Parsing.String_Parse(result, ["ip", "netmask", "mac"],
["IP", "Netmask", "MAC"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def GPS_Extraction(self):
if self.Error == False:
result = self.FBB.SendCommandWithReturn2("nmea pos")
result = lib_Parsing.String_Parse(result, ["Lat", "Lon"],
["latitude", "longitude"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def getSysconf(self):
if self.Error == False:
result = {}
temp = self.AlarmPanel.SendCommandWithReturn2("sysconf")
result = lib_Parsing.String_Parse(temp,["Model number","MAC","Serial number"],["type","MAC","serial"])
final = {}
final["General"] = result
return final
else:
self.log.printWarning("%s skipped due to previous failure" % sys._getframe().f_code.co_name)
def Rx_SNR_Extraction(self):
if self.Error == False:
result = self.Modem.SendCommandWithReturn(ExpectBegin=">",
Command="rx snr",
ExpectEnd=">")
result = lib_Parsing.String_Parse(result, ["rx snr"], ["Rx_SNR"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Get_SatTarget(self):
if self.Error == False:
result = self.SSH.SendCommandWithReturn(
Command="show acs position target", Method=1)
result = lib_Parsing.String_Parse(
result, ["Azimuth", "Elevation", "POL"],
["TargetAzimuth", "TargetElevation", "TargetPOL"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Version_Extraction(self):
if self.Error == False:
result = self.FBB.SendCommandWithReturn2("ver")
result = lib_Parsing.String_Parse(result, ["Software"],
["Software"])
data = result["Software"].split()[0]
result["Software"] = data[:len(data) - 1]
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Get_Mediator(self):
if self.Error == False:
temp = {}
result = self.SSH.SendCommandWithReturn(Command="show mediator",Method=1)
temp1 = lib_Parsing.String_Parse(result,["Type","Product Name","S/W Version","Serial Number"],["Type","DeviceName","Version","SerialNumber"],Section = "Mediator Information")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result,["ACU1 Connection","ACU2 Connection","RF Path","Switch Selection"],["ACU1_Connection","ACU2_Connection","RFPath","SwitchSelection"],Section = "Mediator Status")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result,["Touch Key Lock"],["TouchKeyLock"],Section = "Mediator Touch Lock Status")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result,["Modem Type","Modem PORT","Modem Protocol","GPS Out Sentence","Use TX Mute","Use Modem Lock","TX Mute","Modem Lock","IP Address","Subnet Mask","Gateway","DNS","TCP Modem Port","UDP Modem Port"],["ModemType","ModemPort","ModemProtocol","GPSOutSentence","UseTXMute","UseModemLock","TXMute","ModemLock","IPAddress","SubnetMask","Gateway","DNS","TCPModemPort","UDPModemPort"],Section = "Mediator Modem Information")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result,["Switching Threshold"],["SwitchingThreshold"],Section = "Mediator Switching Threshold Information")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result,["Heading Device","Boudrate"],["HeadingDevice","Baudrate"],Section = "Heading Information")
if temp1 != None:
temp.update(temp1)
return temp
else:
self.log.printWarning("%s skipped due to previous failure" % sys._getframe().f_code.co_name)
def SysState_Extraction(self):
if self.Error == False:
result = self.FBB.SendCommandWithReturn2("sys_state")
result = lib_Parsing.Cut_Multiline_String(result,
Begin="---",
End="---")
result = lib_Parsing.String_Parse(
result, ["BDU state", "ADU state", "MSG state"],
["BDU_State", "ADU_State", "MSG_State"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Remote_State_Extraction(self):
if self.Error == False:
result = self.Modem.SendCommandWithReturn(ExpectBegin=">",
Command="remotestate",
ExpectEnd=">",
Timeout=100)
result = result[result.find('\n') + 1:result.rfind('\n')]
result = lib_Parsing.String_Parse(
result,
["txer state", "rxer lock", "Modem state", "link layer state"],
["Tx_State", "Rx_Lock", "Modem_State", "Link_State"])
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def GPS_Extraction(self):
if self.Error == False:
result = self.FBB.SendCommandWithReturn2("ALgetGpsData")
result = lib_Parsing.Cut_Multiline_String(result,
Begin="Copy of last",
End="ECEF")
result = lib_Parsing.String_Parse(
result, ["Current Fix Status", "Satellites", "hmsl"],
["GPS_Fix", "GPS_Satellites", "SealevelHeight"])
result["SealevelHeight"] = result["SealevelHeight"].split()[0]
result["GPS_Satellites"] = result["GPS_Satellites"].split()[0]
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Uptime_Extraction(self):
if self.Error == False:
c = {}
result = self.Modem.SendCommandWithReturn(ExpectBegin=">",
Command="uptime",
ExpectEnd=">",
Timeout=10)
a = lib_Parsing.String_Parse(result, ["application uptime"],
["Application_Uptime"])
if not "Application_Uptime" in a:
return c
result = lib_Parsing.TimeSting_To_Sec(a["Application_Uptime"])
c["Application_Uptime"] = result
return c
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def LogoutCli(self):
if self.Error == False:
result = self.SSH.CloseSessionWithReturn(Command="exit")
result = lib_Parsing.String_Parse(result, [
"AZ_REL", "HEADING", "AZ_ABS", "EL", "POL", "IF", "STATUS",
"SIGNAL", "TX ENABLE", "ENABLE MODE", "BLOCK ZONE", "POINTING",
"MODEM LOCK", "LNB ROTATE", "POL", "Detect Level",
"Tracking Level", "Antenna", "ACU", "WEB", "GPS(m)", "Local",
"Band", "TX Pol"
], [
"RelativeAz", "Heading", "AbsoluteAz", "Elevation", "POL",
"TrackingFreq", "AntennaStatus", "AGC", "TxMode", "EnableMode",
"BlockZone", "Pointing", "ModemLock", "LNBRotate", "POL",
"DetectLevel", "TrackingLevel", "PCU", "ACU", "E2S", "GPS",
"LNBFreq", "System_Band", "TX_Polarisation"
])
#Clean GPS
gps = result["GPS"].split()
length = len(gps[0])
direction = gps[0][length - 1:length]
if direction == "N" or direction == "E" or direction == "S" or direction == "W":
result["LatitudeDirection"] = gps[0][length - 1:length]
result["Latitude"] = gps[0][:length - 1]
length = len(gps[1])
direction = gps[1][length - 1:length]
if direction == "N" or direction == "E" or direction == "S" or direction == "W":
result["LongitudeDirection"] = gps[1][length - 1:length]
result["Longitude"] = gps[1][:length - 1]
result.pop("GPS", None)
#clean ACU
acu = result["ACU"].split()
result["ACU"] = acu[0]
#clean PCU
pcu = result["PCU"].split()
result["PCU"] = pcu[0]
"""
import pprint
pprint.pprint(result)
"""
temp = {}
temp["General"] = result
return temp
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Get_BucTemp(self):
if self.Error == False:
result = self.SSH.SendCommandWithReturn(
Command="show buc temperature", Method=1)
result = lib_Parsing.String_Parse(result, ["BUC TEMPERATURE"],
["BUCTemperature"])
if result == None:
return None
else:
try:
temp = parse("{temp} deg. C", result["BUCTemperature"])
result["BUCTemperature"] = temp["temp"]
return result
except:
self.log.printWarning("Could not Parse %s" %
result["BUCTxPower"])
return None
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Get_Blockzones(self):
if self.Error == False:
temp = {}
result = self.SSH.SendCommandWithReturn(
Command="show acs blockzone", Method=1)
for x in range(1, 6):
result = result.replace("BLOCK ZONE " + str(x),
"[BLOCK ZONE " + str(x) + "]")
for x in range(1, 6):
temp1 = lib_Parsing.String_Parse(
result, ["STATUS", "AZ START", "AZ END", "EL END"], [
"bz" + str(x) + "Status", "bz" + str(x) + "AzStart",
"bz" + str(x) + "AzEnd", "bz" + str(x) + "ElEnd"
],
Section="BLOCK ZONE " + str(x))
if temp1 != None:
temp.update(temp1)
return temp
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Get_LinkUptime(self):
if self.Error == False:
result = self.SSH.SendCommandWithReturn(Command="show link uptime",
Method=1)
a = lib_Parsing.String_Parse(
result, ["Current Modem Lock", "Total Uptime"],
["CurrentModemLock", "TotalUptime"])
c = {}
if "CurrentModemLock" in a:
b = parse("{result} ({inseconds} seconds)",
a["CurrentModemLock"])
if b != None:
result = b["inseconds"]
c["CurrentModemLock"] = result
if "TotalUptime" in a:
b = parse("{result} ({inseconds} seconds)", a["TotalUptime"])
if b != None:
result = b["inseconds"]
c["TotalUptime"] = result
c["TotalUptime"] = result
return c
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def SatInfo_Extraction(self):
if self.Error == False:
result = self.FBB.SendCommandWithReturn2("mmisatinfo stat")
result = lib_Parsing.Cut_Multiline_String(result,
Begin="Satellite status")
result = lib_Parsing.String_Parse(result, [
"Connection status", "Satellite name", "Satellite ID",
"Satellite longitude", "Spotbeam type", "Spotbeam ID",
"Pointing elevation", "Pointing azimuth",
"Signal Quality (C/N0)", "Vessel latitude", "Vessel longitude"
], [
"Status", "Sat_Name", "Sat_ID", "Sat_Longitude",
"Spotbeam_Type", "Spotbeam_ID", "Elevation", "AbsoluteAz",
"Signal", "Latitude", "Longitude"
])
result["Elevation"] = result["Elevation"].split()[0]
result["AbsoluteAz"] = result["AbsoluteAz"].split()[0]
result["Signal"] = result["Signal"].split()[0]
data = parse("{none}({gps})", result["Latitude"])
dir = parse('{none}" {dir}', data["gps"])
result["LatitudeDir"] = dir["dir"]
Latitude = data["gps"]
data = parse("{none}({gps})", result["Longitude"])
dir = parse('{none}" {dir}', data["gps"])
result["LongitudeDir"] = dir["dir"]
Longitude = data["gps"]
temp = Latitude + " " + Longitude
gps = lib_GPS.parse_dms(temp)
result["Latitude"] = gps[0]
result["Longitude"] = gps[1]
return result
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
def Get_ACS(self):
if self.Error == False:
temp = {}
result = self.SSH.SendCommandWithReturn(Command="show acs",
Method=1)
temp1 = lib_Parsing.String_Parse(
result, ["STAB", "PCU", "ACU"], ["STAB", "PCU", "ACU"],
Section="Current Software Information")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(
result, ["Antenna Status", "AGC/Signal", "TX Mode"],
["AntennaStatus", "AGC", "TxMode"],
Section="Antenna Status")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(
result, ["Relative AZ", "Absolute AZ", "Elevation", "POL"],
["RelativeAz", "AbsoluteAz", "Elevation", "POL"],
Section="Current Antenna Position")
if temp1 != None:
temp.update(temp1)
a = lib_Parsing.String_Parse(result, ["Latitude", "Longitude"],
["Latitude", "Longitude"],
Section="GPS")
if a != None:
c = {}
try:
b = parse("{Latitude} {LatitudeDirection}", a["Latitude"])
c["Latitude"] = b["Latitude"]
c["LatitudeDirection"] = b["LatitudeDirection"]
b = parse("{Longitude} {LongitudeDirection}",
a["Longitude"])
c["Longitude"] = b["Longitude"]
c["LongitudeDirection"] = b["LongitudeDirection"]
except:
c = None
if c != None:
temp.update(c)
temp1 = lib_Parsing.String_Parse(result,
["Heading Device", "Heading"],
["HeadingDevice", "Heading"],
Section="Heading Device")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result, ["Bow Offset"],
["BowOffset"],
Section="BOW Offset")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result, [
"Longitude", "Local Frequency", "Tracking Frequency(NBD)",
"Skew Offset"
], ["SatelliteLongitude", "LNBFreq", "TrackingFreq", "SkewOffset"],
Section="Satellite Information")
if temp1 != None:
temp.update(temp1)
temp1 = lib_Parsing.String_Parse(result, [
"SIZE", "SYSTEM BAND", "SYSTEM POL.", "ANT NAME", "ANT SERIAL",
"ACU NAME", "ACU SERIAL"
], [
"AntennaType", "System_Band", "System_Polarisation",
"AntennaName", "AntennaSerial", "ACUName", "ACUSerial"
],
Section="System Information")
if temp1 != None:
temp.update(temp1)
return temp
else:
self.log.printWarning("%s skipped due to previous failure" %
sys._getframe().f_code.co_name)
