def ParsePDCPRATEDU(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG,
PREVIOUS_MCC, PREVIOUS_MNC):
dataOfPDCPRATED = ""
length = len(line)
if 2 < length:
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.time = line[1]
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = int(line[3 + NumberOfContextID])
currentLog = LogDT()
currentLog = copy.deepcopy(logObj)
if currentLog.modeSystem == 'LTE TDD' or currentLog.modeSystem == 'LTE FDD':
headerParams = 0
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
headerParams = int(line[4 + NumberOfContextID])
if headerParams > 0:
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
currentLog.PDCPULBitRate = int(line[5 + NumberOfContextID])
if headerParams > 1:
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
currentLog.PDCPULBlockRate = int(
line[6 + NumberOfContextID])
numberOfRBs = 0
if ((5 + NumberOfContextID + headerParams) < length) and (
line[5 + NumberOfContextID + headerParams] != ''):
numberOfRBs = int(line[5 + NumberOfContextID + headerParams])
numberOfParamsPerRB = 0
if ((6 + NumberOfContextID) < length + headerParams) and (
line[6 + NumberOfContextID + headerParams] != ''):
numberOfParamsPerRB = int(line[6 + NumberOfContextID +
headerParams])
for c in range(0, numberOfRBs):
currentLog = LogDT()
currentLog = copy.deepcopy(logObj)
for p in range(0, numberOfParamsPerRB):
paramNumber = 7 + NumberOfContextID + (
c * numberOfParamsPerRB) + p
if ((paramNumber) < length) and (line[paramNumber] != ''):
if p == 0:
currentLog.RBID = int(line[paramNumber])
elif p == 1:
currentLog.PDCPULBitRate = int(line[paramNumber])
elif p == 2:
currentLog.PDCPULBlockRate = int(line[paramNumber])
listOfLogObj.append(currentLog)
return 1
else:
dataOfPDCPRATED = "No of context id not found"
return 0
def ParseMACBLER(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG, PREVIOUS_MCC,
PREVIOUS_MNC):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
logObj.event = "Parse MAC layer Block Error Rate"
logObj.msgType = ''
logObj.time = line[1]
headerParameters = 0
numberOfTrChs = 0
numberOfParamsPerTrCh = 0
cellType = 0
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
if logObj.modeSystem == 'UMTS FDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
headerParameters = int(line[4 + NumberOfContextID])
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
numberOfTrChs = int(line[5 + NumberOfContextID])
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
numberOfParamsPerTrCh = int(line[6 + NumberOfContextID])
for c in range(0, numberOfTrChs):
currentObj = LogDT()
currentObj = copy.deepcopy(logObj)
if ((7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 3) < length) and (
line[7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 3] != ''):
currentObj.MAChsBLER = float(
line[7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 3])
if ((7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 6) < length) and (
line[7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 6] != ''):
cellType = int(
line[7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 6])
if cellType == 1:
currentObj.cellType = "Primary"
else:
currentObj.cellType = "Secondary"
listOfLogObj.append(currentObj)
return 1
else:
return 0
def ParseRABA(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG, PREVIOUS_MCC,
PREVIOUS_MNC):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
dataOfRAA = ''
numberOfRABRBs = 0
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
logObj.event = "RAB Allocation Attempt"
logObj.msgType = 'Attempt'
logObj.time = line[1]
rabContextID = 0
rabType = 0
numberOfHeaderParam = 0
if (3 < length) and (line[3] != ''):
rabContextID = int(line[3])
dataOfRAA = 'Context ID: ' + str(rabContextID) + ';'
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
dataOfRAA += ('Measure System: ' + logObj.modeSystem) + ';'
if ((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID]
!= ''):
numberOfHeaderParam = int(line[4 + NumberOfContextID])
if numberOfHeaderParam > 0:
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
rabType = int(line[5 + NumberOfContextID])
if rabType == 1:
logObj.rabType = 'CS'
dataOfRAA += 'RAB Type: CS;'
if rabType == 2:
logObj.rabType = 'PS'
dataOfRAA += 'RAB Type: PS;'
if numberOfHeaderParam > 1:
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
logObj.RABID = int(line[6 + NumberOfContextID])
if ((5 + NumberOfContextID + numberOfHeaderParam) < length) and (
line[5 + NumberOfContextID + numberOfHeaderParam] != ''):
numberOfRABRBs = int(line[5 + NumberOfContextID +
numberOfHeaderParam])
logObj.eventInfo = dataOfRAA
if numberOfRABRBs == 0:
listOfLogObj.append(logObj)
for i in range(0, numberOfRABRBs):
currentObj = LogDT()
currentObj = copy.deepcopy(logObj)
if ((6 + NumberOfContextID + numberOfHeaderParam + i) <
length) and (line[6 + NumberOfContextID +
numberOfHeaderParam + i] != ''):
currentObj.RABRBID = int(line[6 + NumberOfContextID +
numberOfHeaderParam + i])
listOfLogObj.append(currentObj)
return 1
else:
return 0
def ParsePILOTSCAN(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG,
PREVIOUS_MCC, PREVIOUS_MNC):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
logObj.event = "Pilot Scanning results"
logObj.msgType = ''
logObj.time = line[1]
numberOfHeaderParameters = 0
channelType = -1
numberOfCells = 0
parameterPerCell = 0
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
if logObj.modeSystem == "UMTS FDD":
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
numberOfHeaderParameters = int(line[4 + NumberOfContextID])
if numberOfHeaderParameters > 0:
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
logObj.ChannelNum = int(line[5 + NumberOfContextID]) #add
if numberOfHeaderParameters > 1:
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
channelType = int(line[6 + NumberOfContextID]) #add
if channelType == 1:
logObj.channelType = 'CPICH'
elif channelType == 2:
logObj.channelType = 'P SCH'
elif channelType == 3:
logObj.channelType = 'S SCH'
elif channelType == 4:
logObj.channelType = 'CPICH (TX diversity)'
elif channelType == 5:
logObj.channelType = 'PPCH'
if numberOfHeaderParameters > 2:
if ((7 + NumberOfContextID) <
length) and (line[7 + NumberOfContextID] != ''):
logObj.RSSI = float(line[7 + NumberOfContextID]) #add
if numberOfHeaderParameters > 3:
if ((8 + NumberOfContextID) <
length) and (line[8 + NumberOfContextID] != ''):
logObj.Band = parseCellMeasuresParseBand(
int(line[8 + NumberOfContextID])) #add
if ((5 + NumberOfContextID + numberOfHeaderParameters) <
length) and (line[5 + NumberOfContextID +
numberOfHeaderParameters] != ''):
numberOfCells = int(line[5 + NumberOfContextID +
numberOfHeaderParameters])
if ((6 + NumberOfContextID + numberOfHeaderParameters) <
length) and (line[6 + NumberOfContextID +
numberOfHeaderParameters] != ''):
parameterPerCell = int(line[6 + NumberOfContextID +
numberOfHeaderParameters])
if numberOfCells == 0:
listOfLogObj.append(logObj)
for i in range(0, numberOfCells):
currentObj = LogDT()
currentObj = copy.deepcopy(logObj)
if (
(7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 0) < length
) and (line[7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 0] != ''):
currentObj.scramblingCode = float(
line[7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 0])
if (
(7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 1) < length
) and (line[7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 1] != ''):
currentObj.ServingCPICHEcNo = float(
line[7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 1])
if (
(7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 2) < length
) and (line[7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 2] != ''):
currentObj.ServingCPICHRSCP = float(
line[7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 2])
if (
(7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 3) < length
) and (line[7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 3] != ''):
currentObj.SIR = float(
line[7 + NumberOfContextID + numberOfHeaderParameters +
(i * parameterPerCell) + 3])
listOfLogObj.append(currentObj)
return 1
else:
return 0
def ParsePLAIUV27(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG,
PREVIOUS_MCC, PREVIOUS_MNC):
dataOfCELLMEAS = ""
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
contextID = 'Unknown'
numberOfHeaderParamters = 0
numberOfCells = 0
numberOfParametersPerCell = 0
measureSystem = 'Unknown'
if (3 < length) and (line[3] != ''):
contextID = line[3]
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystem = line[3 + NumberOfContextID]
measureSystem = MeasureSysConverter(int(measureSystem))
if measureSystem == '"UMTS FDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
numberOfHeaderParamters = int(line[4 + NumberOfContextID])
currentLog = LogDT()
dataOfCELLMEAS = "Context ID:" + contextID
currentLog.eventInfo = dataOfCELLMEAS
currentLog.modeSystem = measureSystem
currentLog.event = 'Packet link adaptation info for uplink'
currentLog.lat = PREVIOUS_LAT
currentLog.longg = PREVIOUS_LONG
currentLog.mcc = PREVIOUS_MCC
currentLog.mnc = PREVIOUS_MNC
for header in range(1, numberOfHeaderParamters):
if ((4 + NumberOfContextID + header) < length) and (
line[4 + NumberOfContextID + header] != ''):
celltype = line[4 + NumberOfContextID + header]
if header == 2: #E-DPDCH Rate
currentLog.EDPDCHRate = int(
line[4 + NumberOfContextID + header])
if header == 8:
if celltype == '1':
currentLog.cellType = "Primary"
elif celltype == '2':
currentLog.cellType = "Secondary"
numberOfPLASets = 0
if ((5 + NumberOfContextID + numberOfHeaderParamters) <
length) and (line[5 + NumberOfContextID +
numberOfHeaderParamters] != ''):
numberOfPLASets = int(line[5 + NumberOfContextID +
numberOfHeaderParamters])
parametersPerPLASet = 0
if ((6 + NumberOfContextID + numberOfHeaderParamters) <
length) and (line[6 + NumberOfContextID +
numberOfHeaderParamters] != ''):
numberOfPLASets = int(line[6 + NumberOfContextID +
numberOfHeaderParamters])
original = currentLog
for channel in range(0, numberOfPLASets):
currentLog = LogDT()
currentLog = copy.deepcopy(original)
for parameter in range(0, parametersPerPLASet):
if ((NumberOfContextID + 7 + numberOfHeaderParamters +
parameter) < length) and (
line[NumberOfContextID + 7 +
numberOfHeaderParamters + parameter]):
value = int(
line[NumberOfContextID + 7 +
numberOfHeaderParamters + parameter])
if parameter == 1: #Modulation
currentLog.Modulation = parseModulation(
value, 'HSUPA')
elif parameter == 4: #SFs
if value == 1:
currentLog.SFs = "SF 256"
elif value == 2:
currentLog.SFs = "SF 128"
elif value == 3:
currentLog.SFs = "SF 64"
elif value == 4:
currentLog.SFs = "SF 32"
elif value == 5:
currentLog.SFs = "SF 16"
elif value == 6:
currentLog.SFs = "SF 8"
elif value == 7:
currentLog.SFs = "SF 4"
elif value == 8:
currentLog.SFs = "2 * SF 4"
elif value == 9:
currentLog.SFs = "2 * SF 2"
elif value == 10:
currentLog.SFs = "2 * SF 4 and 2 * SF 2"
elif parameter == 5: #retransmission rate per LA
currentLog.ReTransmissionPerLA = float(value)
listOfLogObj.append(currentLog)
elif measureSystem == "LTE FDD" or measureSystem == "LTE TDD":
currentLog = LogDT()
dataOfCELLMEAS = "Context ID:" + contextID
currentLog.eventInfo = dataOfCELLMEAS
currentLog.modeSystem = measureSystem
currentLog.event = 'Packet link adaptation info for uplink'
currentLog.lat = PREVIOUS_LAT
currentLog.longg = PREVIOUS_LONG
currentLog.mcc = PREVIOUS_MCC
currentLog.mnc = PREVIOUS_MNC
original = currentLog
numberOfHeaderParamters = 0
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
numberOfHeaderParamters = int(line[4 + NumberOfContextID])
numberOfPLASets = 0
if ((5 + NumberOfContextID + numberOfHeaderParamters) <
length) and (line[5 + NumberOfContextID +
numberOfHeaderParamters] != ''):
numberOfPLASets = int(line[5 + NumberOfContextID +
numberOfHeaderParamters])
if ((6 + NumberOfContextID + numberOfHeaderParamters) <
length) and (line[6 + NumberOfContextID +
numberOfHeaderParamters] != ''):
parametersPerPLASet = int(line[6 + NumberOfContextID +
numberOfHeaderParamters])
for channel in range(0, numberOfPLASets):
currentLog = LogDT()
currentLog = copy.deepcopy(original)
for parameter in range(0, parametersPerPLASet):
if ((NumberOfContextID + 7 + numberOfHeaderParamters +
parameter) < length) and (
line[NumberOfContextID + 7 +
numberOfHeaderParamters + parameter]):
value = line[NumberOfContextID + 7 +
numberOfHeaderParamters + parameter]
if parameter == 2:
currentLog.Modulation = parseModulation(
value, 'PUSCH')
elif parameter == 3: #MCS0
currentLog.MCS0 = int(value)
listOfLogObj.append(currentLog)
return 1
else:
dataOfCELLMEAS = "No of context id not found"
currentLog.eventInfo = dataOfCELLMEAS
listOfLogObj.append(currentLog)
return 1
def ParseMACRATE(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG, PREVIOUS_MCC,
PREVIOUS_MNC):
dataOfMACRATE = ""
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
logObj.event = "Parse MAC layer throughput downlink"
logObj.msgType = ''
logObj.time = line[1]
headerParameters = 0
numberOfTrChs = 0
numberOfParamsPerTrCh = 0
cellType = 0
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
dataOfMACRATE += ('Measure System: ' + logObj.modeSystem) + ';'
headerParameters = 0
if logObj.modeSystem == 'UMTS FDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
headerParameters = int(line[4 + NumberOfContextID])
if ((5 + NumberOfContextID) < length) and (
line[5 + NumberOfContextID + headerParameters] != ''):
numberOfTrChs = int(line[5 + NumberOfContextID])
if ((6 + NumberOfContextID) < length) and (
line[6 + NumberOfContextID + headerParameters] != ''):
numberOfParamsPerTrCh = int(line[6 + NumberOfContextID])
for c in range(0, numberOfTrChs):
currentObj = LogDT()
currentObj = copy.deepcopy(logObj)
if ((7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 2) < length) and (
line[7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 2] != ''):
currentObj.MAChsBitRate = int(
line[7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 2])
if ((7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 8) < length) and (
line[7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 8] != ''):
cellType = int(
line[7 + NumberOfContextID + headerParameters +
(c * numberOfParamsPerTrCh) + 8])
if cellType == 1:
currentObj.cellType = "Primary"
else:
currentObj.cellType = "Secondary"
listOfLogObj.append(currentObj)
elif logObj.modeSystem == 'LTE FDD' or logObj.modeSystem == 'LTE TDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
logObj.MACDLBitRate = int(line[4 + NumberOfContextID])
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
logObj.MACDLBLER = float(line[6 + NumberOfContextID])
if ((13 + NumberOfContextID) <
length) and (line[13 + NumberOfContextID] != ''):
cellType = int(line[13 + NumberOfContextID])
if cellType == 0:
logObj.cellType = 'PCell'
elif cellType == 1:
logObj.cellType = 'SCell 0'
elif cellType == 2:
logObj.cellType = 'SCell 1'
listOfLogObj.append(logObj)
return 1
else:
dataOfMACRATE = "No of context id not found"
return 0
def ParseTUS(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG, PREVIOUS_MCC,
PREVIOUS_MNC):
dataOfTUS = ""
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
TUSContextID = 0
numberOfTAC = 0
parameterPerTAC = 0
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
logObj.event = "Tracking Area Update Succcesful"
logObj.msgType = 'Succces'
logObj.time = line[1]
if (3 < length) and (line[3] != ''):
TUSContextID = line[3]
dataOfTUS = "TAU Context ID: " + TUSContextID + ';'
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
dataOfTUS += ('Measure System: ' + logObj.modeSystem) + ';'
if ((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID]
!= ''):
numberOfTAC = int(line[4 + NumberOfContextID])
if ((5 + NumberOfContextID) < length) and (line[5 + NumberOfContextID]
!= ''):
parameterPerTAC = int(line[5 + NumberOfContextID])
for c in range(0, numberOfTAC):
if c > 0:
dataOfTUS += (", [")
else:
dataOfTUS += ("Parameters: [")
currentObj = LogDT()
currentObj = copy.deepcopy(logObj)
if ((6 + NumberOfContextID + (c * parameterPerTAC) + 0) <
length) and (line[6 + NumberOfContextID +
(c * parameterPerTAC) + 0] != ''):
currentObj.mcc = int(line[6 + NumberOfContextID +
(c * parameterPerTAC) + 0])
dataOfTUS += ("MCC: " + str(currentObj.mcc))
if ((6 + NumberOfContextID + (c * parameterPerTAC) + 1) <
length) and (line[6 + NumberOfContextID +
(c * parameterPerTAC) + 1] != ''):
currentObj.mnc = int(line[6 + NumberOfContextID +
(c * parameterPerTAC) + 1])
dataOfTUS += ("MNC: " + str(currentObj.mnc))
if ((6 + NumberOfContextID + (c * parameterPerTAC) + 2) <
length) and (line[6 + NumberOfContextID +
(c * parameterPerTAC) + 2] != ''):
currentObj.TAC = int(line[6 + NumberOfContextID +
(c * parameterPerTAC) + 2]) #add
dataOfTUS += ("TAC: " + str(currentObj.TAC))
dataOfTUS += (']')
if c < (numberOfTAC - 1):
listOfLogObj.append(currentObj)
else:
currentObj.eventInfo = dataOfTUS
listOfLogObj.append(currentObj)
return 1
else:
dataOfTUS = "No of context id not found"
return 0
def ParseCQI(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG, PREVIOUS_MCC,
PREVIOUS_MNC):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
logObj.event = "Channel quality indicator"
measureSystems = ''
numberOfCQIValues = 0
numberOfHeaderParamters = 0
numberOfParametersPerCQI = 0
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystems = int(line[3 + NumberOfContextID])
logObj.modeSystem = MeasureSysConverter(measureSystems)
if logObj.modeSystem == 'UMTS FDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
numberOfHeaderParamters = int(line[4 + NumberOfContextID])
if ((5 + NumberOfContextID + numberOfHeaderParamters) <
length) and (line[5 + NumberOfContextID +
numberOfHeaderParamters] != ''):
numberOfCQIValues = int(line[5 + NumberOfContextID +
numberOfHeaderParamters])
if ((6 + NumberOfContextID + numberOfHeaderParamters) <
length) and (line[6 + NumberOfContextID +
numberOfHeaderParamters] != ''):
numberOfParametersPerCQI = int(line[6 + NumberOfContextID +
numberOfHeaderParamters])
for cqi in range(0, numberOfCQIValues):
for param in range(1, numberOfParametersPerCQI):
if param == 2: #CQI
if ((6 + NumberOfContextID + numberOfHeaderParamters +
param) < length) and (
line[6 + NumberOfContextID +
numberOfHeaderParamters + param] != ''):
logObj.CQI = int(
line[6 + NumberOfContextID +
numberOfHeaderParamters + param])
if param == 3: #CQI Type
if ((6 + NumberOfContextID + numberOfHeaderParamters +
param) < length) and (
line[6 + NumberOfContextID +
numberOfHeaderParamters + param] != ''):
cqiType = int(
line[6 + NumberOfContextID +
numberOfHeaderParamters + param])
if cqiType == 1:
logObj.CQIType = 'CQI type A'
elif cqiType == 2:
logObj.CQIType = 'CQI type B'
if param == 5: #Cell Type
if ((6 + NumberOfContextID + numberOfHeaderParamters +
param) < length) and (
line[6 + NumberOfContextID +
numberOfHeaderParamters + param] != ''):
cqiType = int(
line[6 + NumberOfContextID +
numberOfHeaderParamters + param])
if cqiType == 1:
logObj.cellType = 'Primary'
else:
logObj.cellType = 'Secondary'
listOfLogObj.append(logObj)
elif logObj.modeSystem == 'LTE FDD' or logObj.modeSystem == 'LTE TDD':
numberOfParameters = 0
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
numberOfParameters = int(line[4 + NumberOfContextID])
if numberOfParameters > 2:
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
logObj.WBCQI0 = int(line[6 + NumberOfContextID])
if numberOfParameters > 3:
if ((7 + NumberOfContextID) <
length) and (line[7 + NumberOfContextID] != ''):
logObj.WBCQI1 = int(line[7 + NumberOfContextID])
if numberOfParameters > 4:
if ((8 + NumberOfContextID) < length) and (
line[8 + NumberOfContextID] != ''):
logObj.SBCQI0 = int(line[8 + NumberOfContextID])
if numberOfParameters > 5:
if ((9 + NumberOfContextID) < length) and (
line[9 + NumberOfContextID] != ''):
logObj.SBCQI1 = int(line[9 +
NumberOfContextID])
if numberOfParameters > 7:
if ((11 + NumberOfContextID) < length) and (
line[11 + NumberOfContextID] != ''):
cellType = int(line[11 +
NumberOfContextID])
if cellType == 0:
logObj.cellType = 'PCell'
elif cellType == 1:
logObj.cellType = 'SCell 0'
elif cellType == 2:
logObj.cellType = 'SCell 1'
listOfLogObj.append(logObj)
return 1
else:
return 0
def ParseNLIST (line, listOfLogObj, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC):
dataOfNLIST = ""
length = len(line)
if 2 < length:
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
headerParams = 0
logObj.time = line[1]
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID] != ''):
headerParams = int(line[3 + NumberOfContextID])
currentLog = LogDT()
currentLog = copy.deepcopy(logObj)
for h in range(0,headerParams):
paramNumber = h + 4 + NumberOfContextID
if ((paramNumber) < length) and (line[paramNumber] != '') :
if h == 0:
currentLog.cellType = "Serving";
currentLog.modeSystem = MeasureSysConverter(line[paramNumber])
elif h == 1:
currentLog.Band = parseCellMeasuresParseBand(items[paramNumber])
elif h == 2:
currentLog.ChannelNum = int(line[paramNumber]);
elif h == 3:
if currentLog.modeSystem == 'GSM':
currentLog.BSIC = int(items[paramNumber])
elif currentLog.modeSystem == 'UMTS FDD':
currentLog.SC = int(items[paramNumber])
elif currentLog.modeSystem == 'UMTS TD-SCDMA':
currentLog.CellParameterID = int(items[paramNumber])
listOfLogObj.append(currentLog)
numberOfNeighbourChannels = 0
if ((4 + NumberOfContextID + headerParams) < length) and (line[4 + NumberOfContextID + headerParams] != '') :
numberOfNeighbourChannels = int(line[4 + NumberOfContextID + headerParams])
for c in range (0, numberOfNeighbourChannels):
numberOfParamsPerChannel = 0
if ((5 + NumberOfContextID + headerParams) < length) and (line[5 + NumberOfContextID + headerParams] != '') :
numberOfParamsPerChannel = int(line[5 + NumberOfContextID + headerParams])
currentLog = LogDT()
currentLog = copy.deepcopy(logObj)
for p in range(0,numberOfParamsPerChannel):
paramNumber = 6 + NumberOfContextID + headerParams + (c * numberOfParamsPerChannel) + p
if ((paramNumber) < length) and (line[paramNumber] != '') :
if p == 0:
currentLog.cellType = "Neighbor";
currentLog.modeSystem = MeasureSysConverter(line[paramNumber])
elif p == 1:
if currentLog.modeSystem == 'GSM':
currentLog.NeighbourARFCN = int(line[paramNumber])
elif currentLog.modeSystem == 'UMTS TD-SCDMA' or currentLog.modeSystem == 'UMTS FDD':
currentLog.UARFCN = int(line[paramNumber])
elif p == 2:
if currentLog.modeSystem == 'GSM':
currentLog.BSIC = int(items[paramNumber])
elif currentLog.modeSystem == 'UMTS FDD':
currentLog.SC = int(items[paramNumber])
elif currentLog.modeSystem == 'UMTS TD-SCDMA':
currentLog.CellParameterID = int(items[paramNumber])
elif p== 3:
currentLog.Band = parseCellMeasuresParseBand(line[paramNumber])
elif p== 4:
currentLog.NeighbourCellIndex = int(line[paramNumber])
listOfLogObj.append(currentLog)
return 1
else:
dataOfNLIST = "No of context id not found"
return 0
def ParseRBI(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG, PREVIOUS_MCC,
PREVIOUS_MNC):
dataOfRBI = ""
length = len(line)
if 2 < length:
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.time = line[1]
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = line[3 + NumberOfContextID]
headerParams = 0
if ((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID]
!= ''):
headerParams = int(line[4 + NumberOfContextID])
numberOfParamsPerRB = 0
if ((5 + NumberOfContextID + headerParams) <
length) and (line[5 + NumberOfContextID + headerParams] != ''):
numberOfParamsPerRB = int(line[5 + NumberOfContextID +
headerParams])
numberOfRBs = 0
if ((6 + NumberOfContextID + headerParams) <
length) and (line[6 + NumberOfContextID + headerParams] != ''):
numberOfRBs = int(line[6 + NumberOfContextID + headerParams])
for c in range(0, numberOfRBs):
currentLog = LogDT()
currentLog = copy.deepcopy(logObj)
for p in range(0, numberOfParamsPerRB):
paramNumber = 6 + NumberOfContextID + (c *
numberOfParamsPerRB) + p
if ((paramNumber) < length) and (line[paramNumber] != ''):
if p == 0: #RB ID
if currentLog.modeSystem == 'UMTS FDD':
currentLog.RBID = int(line[paramNumber])
elif p == 3: #Direction
if currentLog.modeSystem == 'UMTS FDD':
if int(line[paramNumber]) == 0:
currentLog.direction = 'Uplink'
elif int(line[paramNumber]) == 1:
currentLog.direction = 'Downlink'
elif p == 4: #Logical Channel
if currentLog.modeSystem == 'UMTS FDD':
if int(line[paramNumber]) == 0:
currentLog.direction = 'BCCH'
elif int(line[paramNumber]) == 1:
currentLog.direction = 'PCCH'
elif int(line[paramNumber]) == 2:
currentLog.direction = 'CCCH'
elif int(line[paramNumber]) == 3:
currentLog.direction = 'DCCH'
elif int(line[paramNumber]) == 4:
currentLog.direction = 'CTCH'
elif int(line[paramNumber]) == 5:
currentLog.direction = 'DTCH'
elif int(line[paramNumber]) == 6:
currentLog.direction = 'SHCCH'
elif p == 5: #RLC mode
if currentLog.modeSystem == 'UMTS FDD':
if int(line[paramNumber]) == 0:
currentLog.RLCMode = 'TM'
elif int(line[paramNumber]) == 1:
currentLog.RLCMode = 'UM'
elif int(line[paramNumber]) == 2:
currentLog.RLCMode = 'AM'
elif p == 6: #Radio Bearer Ciphering
if currentLog.modeSystem == 'UMTS FDD':
if int(line[paramNumber]) == 0:
currentLog.RBCiphering = 'Disabled'
elif int(line[paramNumber]) == 1:
currentLog.RBCiphering = 'Enabled'
elif p == 7: #TrCh Type
if currentLog.modeSystem == 'UMTS FDD':
if int(line[paramNumber]) == 0:
currentLog.TrChType = 'BCH'
elif int(line[paramNumber]) == 1:
currentLog.TrChType = 'CPCH'
elif int(line[paramNumber]) == 2:
currentLog.TrChType = 'DCH'
elif int(line[paramNumber]) == 3:
currentLog.TrChType = 'HS-DSCH'
elif int(line[paramNumber]) == 4:
currentLog.TrChType = 'PCH'
elif int(line[paramNumber]) == 5:
currentLog.TrChType = 'FACH'
elif int(line[paramNumber]) == 6:
currentLog.TrChType = 'RACH'
elif int(line[paramNumber]) == 7:
currentLog.TrChType = 'E-DCH'
listOfLogObj.append(currentLog)
return 1
else:
dataOfRBI = "No of context id not found"
return 0
def ParseTRCHI(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG, PREVIOUS_MCC,
PREVIOUS_MNC):
dataOfTRCHI = ""
length = len(line)
if 2 < length:
logObj = LogDT()
logObj.lat = PREVIOUS_LAT
logObj.longg = PREVIOUS_LONG
logObj.mcc = PREVIOUS_MCC
logObj.mnc = PREVIOUS_MNC
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.time = line[1]
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
headerParams = 0
if ((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID]
!= ''):
headerParams = int(line[4 + NumberOfContextID])
numberOfParamsPerTrCh = 0
if ((5 + NumberOfContextID + headerParams) <
length) and (line[5 + NumberOfContextID + headerParams] != ''):
numberOfParamsPerTrCh = int(line[5 + NumberOfContextID +
headerParams])
numberOfTrChs = 0
if ((6 + NumberOfContextID + headerParams) <
length) and (line[6 + NumberOfContextID + headerParams] != ''):
numberOfTrChs = int(line[6 + NumberOfContextID + headerParams])
for c in range(0, numberOfTrChs):
currentLog = LogDT()
currentLog = copy.deepcopy(logObj)
for p in range(0, numberOfParamsPerTrCh):
paramNumber = 6 + NumberOfContextID + (
c * numberOfParamsPerTrCh) + p
if ((paramNumber) < length) and (line[paramNumber] != ''):
if p == 0: #TrCh ID
if currentLog.modeSystem == 'UMTS FDD':
currentLog.TrChID = int(line[paramNumber])
elif p == 2: #Direction
if currentLog.modeSystem == 'UMTS FDD':
if int(line[paramNumber]) == 0:
currentLog.direction = 'Uplink'
elif int(line[paramNumber]) == 1:
currentLog.direction = 'Downlink'
elif int(line[paramNumber]) == 2:
currentLog.direction = 'Relay-link'
elif p == 3: #TrCh Type
if currentLog.modeSystem == 'UMTS FDD':
if int(line[paramNumber]) == 0:
currentLog.TrChType = 'BCH'
elif int(line[paramNumber]) == 1:
currentLog.TrChType = 'CPCH'
elif int(line[paramNumber]) == 2:
currentLog.TrChType = 'DCH'
elif int(line[paramNumber]) == 3:
currentLog.TrChType = 'HS-DSCH'
elif int(line[paramNumber]) == 4:
currentLog.TrChType = 'PCH'
elif int(line[paramNumber]) == 5:
currentLog.TrChType = 'FACH'
elif int(line[paramNumber]) == 6:
currentLog.TrChType = 'RACH'
elif int(line[paramNumber]) == 7:
currentLog.TrChType = 'E-DCH'
elif p == 4: #TrCh Coding
if currentLog.modeSystem == 'UMTS FDD':
if int(line[paramNumber]) == 0:
currentLog.TrChCoding = '1/2 and convolutional'
elif int(line[paramNumber]) == 1:
currentLog.TrChCoding = '1/3 and convolutional'
elif int(line[paramNumber]) == 2:
currentLog.TrChCoding = '1/3 and turbo'
elif int(line[paramNumber]) == 3:
currentLog.TrChCoding = 'No coding'
elif p == 6: #TTI
if currentLog.modeSystem == 'UMTS FDD':
currentLog.TTI = int(line[paramNumber])
listOfLogObj.append(currentLog)
return 1
else:
dataOfTRCHI = "No of context id not found"
return 0
def ParseMACI(line, listOfLogObj, PREVIOUS_LAT, PREVIOUS_LONG, PREVIOUS_MCC,
PREVIOUS_MNC):
dataOfMACI = ""
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
contextID = 'Unknown'
measureSystem = 'Unknown'
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
logDTObj.event = 'Parse MAC layer info'
if (3 < length) and (line[3] != ''):
contextID = line[3]
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystem = line[3 + NumberOfContextID]
logDTObj.modeSystem = MeasureSysConverter(int(measureSystem))
numberOfCells = 0
if ((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID]
!= ''):
numberOfCells = int(line[4 + NumberOfContextID])
if ((5 + NumberOfContextID) < length) and (line[5 + NumberOfContextID]
!= ''):
numberOfParameterPerCell = int(line[5 + NumberOfContextID])
for cell in range(0, numberOfCells):
currentLog = LogDT()
currentLog = copy.deepcopy(logDTObj)
for parameter in range(0, numberOfParameterPerCell):
paramNumber = NumberOfContextID + 6 + (
cell * numberOfParameterPerCell) + parameter
if ((paramNumber) < length) and (line[paramNumber] != ''):
if parameter == 0:
if currentLog.modeSystem == 'UMTS FDD':
if line[paramNumber] == '2':
currentLog.cellType = 'Secondary'
elif currentLog.modeSystem == 'LTE FDD' or currentLog.modeSystem == 'LTE TDD':
currentLog.cellType = ParseCellTypeJ(
line[paramNumber], currentLog.modeSystem)
elif parameter == 1:
if line[paramNumber] == '0':
currentLog.cellState = 'Deactivate'
elif line[paramNumber] == '1':
currentLog.cellState = 'Activate'
listOfLogObj.append(currentLog)
return 1
else:
return 0
def main(fileName):
global PREVIOUS_LAT
global PREVIOUS_LONG
global PREVIOUS_MNC
global PREVIOUS_MCC
global PREVIOUS_APPLICATION_TYPE
global LOGDT_LIST
global CALL_INFO_DICTIONARY
global DATA_INFO_DICTIONARY
global SCAN_INFO_DICT
global RADIO_RESOURCE_INFO_DICT
global ATTACHMENT_EVENT_INFO_DICT
global PACKET_SESSION_INFO_DICT
with open(fileName, 'r') as reader:
fileContent = reader.read()
lines = fileContent.split('\n')
colInLines=[]
fileNameCsv = fileName[:-4]
fileNameCsv += ".csv"
G = LogDT()
file_object = open(fileNameCsv, 'w')
csv_file_writer = csv.writer(file_object)
csv_file_writer.writerow(list(vars(G).keys()))
for i in range (0,len(lines)):
colInLines.append (lines[i].split(','))
for i in range (0,len(colInLines)):
status = 0
LOGDT_LIST = []
listAppended = 0
if colInLines[i][0] == '#FF':
global version
version = ParseFF(colInLines[i])
elif colInLines[i][0] == '#START':
global startDate
startDate = ParseStart(colInLines[i])
elif colInLines[i][0] == '#STOP':
global stopDate
stopDate = ParseStop(colInLines[i])
elif colInLines[i][0] == 'CAA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseCAA(colInLines[i],logDTObj,CALL_INFO_DICTIONARY)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CAC':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseCAC(colInLines[i],logDTObj,CALL_INFO_DICTIONARY)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CAF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseCAF(colInLines[i],logDTObj,CALL_INFO_DICTIONARY)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CAD':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseCAD(colInLines[i],logDTObj,CALL_INFO_DICTIONARY)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'VOIPI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseVOIPI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CARE':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseCARE(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CALLMODI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseCALLMODI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DAA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDAA(colInLines[i],logDTObj,DATA_INFO_DICTIONARY)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DAC':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDAC(colInLines[i],logDTObj,DATA_INFO_DICTIONARY)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DAF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDAF(colInLines[i],logDTObj,DATA_INFO_DICTIONARY)
PREVIOUS_APPLICATION_TYPE=''
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DAD':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDAD(colInLines[i],logDTObj,DATA_INFO_DICTIONARY)
PREVIOUS_APPLICATION_TYPE=''
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DREQ':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDREQ(colInLines[i],logDTObj,DATA_INFO_DICTIONARY)
PREVIOUS_APPLICATION_TYPE=logDTObj.applicationProtocol
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DCOMP':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDCOMP(colInLines[i],logDTObj,DATA_INFO_DICTIONARY)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DRATE':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDRATE(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PER':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePER(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RTT':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRTT(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'JITTER':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseJITTER(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DSS':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDSS(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DCONTENT':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
if version == '2.27':
status = ParseDCONTENTV27(colInLines[i],logDTObj)
else:
status = ParseDCONTENT(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DTRACE':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDTRACE(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'TCPSTAT':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseTCPSTAT(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CELLMEAS':
status = ParseCELLMEAS(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'MIMOMEAS':
listOfLogObj = []
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status, listOfLogObj = ParseMIMOMEAS(colInLines[i],listOfLogObj)
if status == 1:
for i in range(0,len(listOfLogObj)):
LOGDT_LIST.append(listOfLogObj[i])
status = 0
listAppended = 1
elif colInLines[i][0] == 'FER':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseFER(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RLT':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRLT(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'TAD':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseTAD(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseCI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'TXPC':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseTXPC(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RXPC':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRXPC(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'BER':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseBER(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PHRATE':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePHRATE(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PPPRATE':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePPPRATE(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'MEI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseMEI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'POSI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePOSI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CQI':
status = ParseCQI(colInLines[i],LOGDT_LIST,PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'HARQI':
status = ParseHARQI(colInLines[i],LOGDT_LIST,PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'HSSCCHI':
status = ParseHSSCCHI(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'PLAID':
status = ParsePLAID(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'PLAIU':
if version == '2.27':
status = ParsePLAIUV27(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
else:
status = ParsePLAIU(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'MACERATE':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
if version == '2.27':
status = ParseMACERATEV27(colInLines[i],logDTObj)
else:
status = ParseMACERATE(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'MACI':
status = ParseMACI(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'EDCHI':
status = ParseEDCHI(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'STARTSCAN':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseSTARTSCAN(colInLines[i],logDTObj,SCAN_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'STOPSCAN':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseSTOPSCAN(colInLines[i],logDTObj,SCAN_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'FREQSCAN':
status = ParseFREQSCAN(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'SPECTRUMSCAN':
status = ParseSPECTRUMSCAN(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'HOA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseHOA(colInLines[i],logDTObj,SCAN_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'HOS':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseHOS(colInLines[i],logDTObj,SCAN_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'HOI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseHOI(colInLines[i],logDTObj,SCAN_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CREL':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseCREL(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'SHO':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseSHO(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'LUA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseLUA(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'LUS':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mnc = PREVIOUS_MNC
logDTObj.mcc = PREVIOUS_MCC
status = ParseLUS(colInLines[i],logDTObj)
PREVIOUS_MCC = logDTObj.mcc
PREVIOUS_MNC = logDTObj.mnc
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'LUF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mnc = PREVIOUS_MNC
logDTObj.mcc = PREVIOUS_MCC
status = ParseLUF(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CHI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mnc = PREVIOUS_MNC
logDTObj.mcc = PREVIOUS_MCC
status = ParseCHI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'GPS':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mnc = PREVIOUS_MNC
logDTObj.mcc = PREVIOUS_MCC
status = ParseGPS(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'VCHI':
ParseVCHI(colInLines[i])
elif colInLines[i][0] == 'HOF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseHOF(colInLines[i],logDTObj,SCAN_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'SEI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseSEI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'ROAM':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseROAM(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'DCHI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseDCHI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'HOP':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseHOP(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CELLINFO':
status = ParseCELLINFO(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'NLIST':
status = ParseNLIST(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'NMISS':
status = ParseNMISS(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'ANRI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mnc = PREVIOUS_MNC
logDTObj.mcc = PREVIOUS_MCC
status = ParseANRI(colInLines[i],logDTObj)
PREVIOUS_MCC = logDTObj.mcc
PREVIOUS_MNC = logDTObj.mnc
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'CELLPOLLUTION':
status = ParseCELLPOLLUTION(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'RBI':
status = ParseRBI(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'TRCHI':
status = ParseTRCHI(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'RRA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRRA(colInLines[i],logDTObj,RADIO_RESOURCE_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RRC':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRRC(colInLines[i],logDTObj,RADIO_RESOURCE_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RRF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRRF(colInLines[i],logDTObj,RADIO_RESOURCE_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RRD':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRRD(colInLines[i],logDTObj,RADIO_RESOURCE_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RRRE':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRRRE(colInLines[i],logDTObj,RADIO_RESOURCE_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PBA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePBA(colInLines[i],logDTObj,RADIO_RESOURCE_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PBC':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePBC(colInLines[i],logDTObj,RADIO_RESOURCE_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PBF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePBF(colInLines[i],logDTObj,RADIO_RESOURCE_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PBD':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePBD(colInLines[i],logDTObj,RADIO_RESOURCE_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'L3SM':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseL3SM(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PCHI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePCHI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'GAA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseGAA(colInLines[i],logDTObj,ATTACHMENT_EVENT_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'GAF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
if version == '2.27':
status = ParseGAFV27(colInLines[i],logDTObj,ATTACHMENT_EVENT_INFO_DICT)
else:
status = ParseGAF(colInLines[i],logDTObj,ATTACHMENT_EVENT_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'GAC':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseGAC(colInLines[i],logDTObj,ATTACHMENT_EVENT_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'GAD':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
if version == '2.27':
status = ParseGADV27(colInLines[i],logDTObj,ATTACHMENT_EVENT_INFO_DICT)
else:
status = ParseGAD(colInLines[i],logDTObj,ATTACHMENT_EVENT_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RLCBLER':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRLCBLER(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RLCRATE':
status = ParseRLCRATE(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'RLCRATEU':
status = ParseRLCRATEU(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'PDCPRATED':
status = ParsePDCPRATED(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'PDCPRATEU':
status = ParsePDCPRATEDU(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'LLCRATE':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseLLCRATE(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RUA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRUA(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RUS':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRUS(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RUF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRUF(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'TUA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseTUA(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'TUS':
status = ParseTUS(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'TUF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseTUF(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'MACRATE':
status = ParseMACRATE(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'MACRATEU':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseMACRATEU(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'MACBLER':
status = ParseMACBLER(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'AMRI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseAMRI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'AMRS':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseAMRS(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'AQUL':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseAQUL(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'AQDL':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseAQDL(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'AQI':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseAQI(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'MSGA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseMSGA(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'MSGF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseMSGF(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RXQ':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRXQ(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'MSGS':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseMSGS(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PAUSE':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePAUSE(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RESUME':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRESUME(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'LOCK':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseLOCK(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PILOTSCAN':
status = ParsePILOTSCAN(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'PAA':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePAA(colInLines[i],logDTObj,PACKET_SESSION_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PAC':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePAC(colInLines[i],logDTObj,PACKET_SESSION_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PAF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePAF(colInLines[i],logDTObj,PACKET_SESSION_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'PAD':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParsePAD(colInLines[i],logDTObj,PACKET_SESSION_INFO_DICT)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RRCSM':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRRCSM(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RABA':
status = ParseRABA(colInLines[i],LOGDT_LIST, PREVIOUS_LAT,PREVIOUS_LONG,PREVIOUS_MCC,PREVIOUS_MNC)
status = 0
listAppended = 1
elif colInLines[i][0] == 'RABC':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRABC(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RABF':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRABF(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
elif colInLines[i][0] == 'RABD':
logDTObj = LogDT()
logDTObj.lat = PREVIOUS_LAT
logDTObj.longg = PREVIOUS_LONG
logDTObj.mcc = PREVIOUS_MCC
logDTObj.mnc = PREVIOUS_MNC
status = ParseRABD(colInLines[i],logDTObj)
if status == 1:
LOGDT_LIST.append(logDTObj)
if status == 1:
csv_file_writer.writerow(list(vars(logDTObj).values()))
if listAppended == 1:
for i in LOGDT_LIST:
csv_file_writer.writerow(list(vars(i).values()))