def ParseMEI(line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "Measurement Event Information"
logObj.msgType = ' '
logObj.time = line[1]
measureSystems = ''
measurementEvent = 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] != ''):
measurementEvent = int(line[4 + NumberOfContextID]) #add
logObj.MeasurementEvent = parseMEIUmtsFddParseMeasurementEvent(
measurementEvent) #addd
elif logObj.modeSystem == 'LTE FDD' or logObj.modeSystem == 'LTE TDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
measurementEvent = int(line[4 + NumberOfContextID]) #add
logObj.MeasurementEvent = parseMEILteParseMeasurementEvent(
measurementEvent) #addd
return 1
else:
return 0
def ParseMACRATEU(line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "Parse MAC layer throughput uplink"
logObj.msgType = ''
logObj.time = line[1]
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
if logObj.modeSystem == 'LTE FDD' or logObj.modeSystem == 'LTE TDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
logObj.MACULBitRate = int(line[4 + NumberOfContextID])
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
logObj.MACULRetr = float(line[6 + NumberOfContextID])
return 1
else:
dataOfTAU = "No of context id not found"
return 0
def ParseGAA(line, logObj, dictionary):
length = len(line)
if 2 < length:
contextID = 0
dataOfGAA = ''
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != ''):
contextID = int(line[3])
if contextID in dictionary:
attachment = dictionary[contextID]
else:
attachment = AttachmentEventInfo()
dictionary[contextID] = attachment
attachment = dictionary[contextID]
attachment.Attempt = line[1]
logObj.event = "Attach Attempt"
logObj.msgType = "Setup"
dataOfGAA += "Attach Context ID: " + str(contextID)
measureSystem = MeasureSysConverter(int(line[3 + NumberOfContextID]))
logObj.eventInfo = dataOfGAA
logObj.modeSystem = measureSystem
return 1
def ParseAMRS (line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "AMR Status"
logObj.msgType = ''
logObj.time = line[1]
chi = 0
if ((3 + NumberOfContextID) < length) and (line[3+NumberOfContextID] != '') :
logObj.modeSystem = MeasureSysConverter(int(line[3 + NumberOfContextID]))
if logObj.modeSystem == 'GSM':
if ((4 + NumberOfContextID) < length) and (line[4+NumberOfContextID] != '') :
logObj.AMRModeUL = ParseAMRCodec(int(line[4 + NumberOfContextID])) #add this
if ((5 + NumberOfContextID) < length) and (line[5+NumberOfContextID] != '') :
logObj.AMRModeDL = ParseAMRCodec(int(line[5 + NumberOfContextID]))
if ((8 + NumberOfContextID) < length) and (line[8+NumberOfContextID] != '') :
chi = int(line[8 + NumberOfContextID])
if chi == 1:
logObj.AMRICMI = "Half rate"
elif chi == 2:
logObj.AMRICMI = "Full rate"
elif chi == 3:
logObj.AMRICMI = "Wideband rate"
elif logObj.modeSystem == 'UMTS FDD' or logObj.modeSystem == 'UMTS TD-SCDMA' or logObj.modeSystem == 'LTE FDD' or logObj.modeSystem == 'LTE TDD':
if ((4 + NumberOfContextID) < length) and (line[4+NumberOfContextID] != '') :
logObj.AMRModeUL = ParseAMRCodec(int(line[4 + NumberOfContextID]))
if ((5 + NumberOfContextID) < length) and (line[5+NumberOfContextID] != '') :
logObj.AMRModeDL = ParseAMRCodec(int(line[5 + NumberOfContextID]))
return 1
else:
return 0
def ParseRABF(line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
dataOfRABF = ''
numberOfRABRBs = 0
logObj.event = "RAB Allocation Failed"
logObj.msgType = 'Setup Failed'
logObj.time = line[1]
rabContextID = 0
rabType = 0
rabFailType = 0
numberOfHeaderParam = 0
if (3 < length) and (line[3] != ''):
rabContextID = int(line[3])
dataOfRABF = 'Context ID: ' + str(rabContextID) + ';'
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
dataOfRABF += ('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'
dataOfRABF += 'RAB Type: CS;'
if rabType == 2:
logObj.rabType = 'PS'
dataOfRABF += '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] != ''):
rabFailType = int(line[5 + NumberOfContextID +
numberOfHeaderParam])
if rabFailType == 1:
logObj.RABFailType = "LTE re-establishment cause"
dataOfRABF += "Fail Type: LTE re-establishment cause; "
elif rabFailType == 2:
logObj.RABFailType = "UMTS failure cause"
dataOfRABF += "Fail Type: UMTS failure cause; "
elif rabFailType == 3:
logObj.RABFailType = "UMTS ISHO failure cause"
dataOfRABF += "Fail Type: UMTS ISHO failure cause; "
elif rabFailType == 4:
logObj.RABFailType = "GSM RR cause"
dataOfRABF += "Fail Type: GSM RR cause; "
logObj.eventInfo = dataOfRABF
return 1
else:
return 0
def ParseMACERATEV27(line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "MAC-E layer throughput"
logObj.msgType = ''
logObj.time = line[1]
measureSystems = ''
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] != ''):
logObj.MACEBitRate = int(line[4 + NumberOfContextID])
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
celltype = line[9 + NumberOfContextID]
if celltype == '1':
logObj.cellType = "Primary"
elif celltype == '2':
logObj.cellType = "Secondary"
return 1
else:
return 0
def ParseGAD (line, logObj,dictionary):
length = len(line)
if 2 < length:
contextID = 0
dataOfGAD = ''
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if(3 < length) and (line[3] != '') and NumberOfContextID == 1 :
contextID = int(line[3])
if contextID in dictionary:
attachment = dictionary[contextID]
else:
attachment = AttachmentEventInfo()
dictionary[contextID] = attachment
attachment = dictionary[contextID]
attachmentDuration = 0
attachment.End = line[1]
if attachment.End != '' and attachment.Established != '':
tdelta = datetime.strptime(attachment.End.split('.', 1)[0], '%H:%M:%S') - datetime.strptime(attachment.Established.split('.', 1)[0], '%H:%M:%S')
attachmentDuration = float(tdelta.seconds)*1000 #MilliSeconds
logObj.event = "Detach"
logObj.msgType = "Release"
dataOfGAD += "Detach Context ID: " + str(contextID)
measureSystem = MeasureSysConverter(int(line[3 + NumberOfContextID]))
dataOfGAD += ";Measured System: " + measureSystem
detachStatus = 'Unknown'
if((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID] != '') :
detachCheck = int(line[4 + NumberOfContextID])
if detachCheck == 1:
detachStatus = 'User detach'
elif detachCheck == 2:
detachStatus = 'Network detach (GMM Cause)'
elif detachCheck == 3:
detachStatus = 'Mobile detach (GMM Cause)'
elif detachCheck == 4:
detachStatus = 'Test system failure'
if attachmentDuration > 0:
dataOfGAD += ";Attachemt Duration: " + str(attachmentDuration) + 'ms'
dataOfGAD += ";Detach status: "+detachStatus
disconnectionCause = "Unknown"
if((5 + NumberOfContextID) < length) and (line[5 + NumberOfContextID] != '') :
disconnectionCause = parseGADDisconnectionCause(int(line[5 + NumberOfContextID]))
dataOfGAD += ";Disconnection Cause: " + disconnectionCause
if((6 + NumberOfContextID) < length) and (line[6 + NumberOfContextID] != '') :
dataOfGAD += ";Detach Time: "+line[6 + NumberOfContextID]
logObj.eventInfo = dataOfGAD
logObj.modeSystem = measureSystem
return 1
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 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 ParseRRA(line, logObj, dictionary):
length = len(line)
if 2 < length:
dataOfRRA = ''
rrcContextID = 0
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if (3 < length) and (line[3] != ''):
rrcContextID = int(line[3])
RRCContextIdValue = rrcContextID
if rrcContextID in dictionary:
RRAInfo = dictionary[rrcContextID]
else:
RRAInfo = RadioResourceInfo()
dictionary[rrcContextID] = RRAInfo
RRAInfo = dictionary[rrcContextID]
cause = "Unknown"
logObj.event = "Radio resource connection attempt"
RRAInfo.ConnectionAttempt = line[1]
dictionary[rrcContextID] = RRAInfo
logObj.msgType = "Attempt"
dataOfRRA = "RRC Context ID: " + str(rrcContextID)
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
establishmentCause = "Unknown"
if measureSystem == 'UMTS FDD' or measureSystem == 'UMTS TDSCDMA':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
cause = int(line[4 + NumberOfContextID])
cause = parseRRAUMTSFDD(cause)
elif measureSystem == 'LTE FDD' or measureSystem == 'LTE TDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
cause = int(line[4 + NumberOfContextID])
if cause == 0:
cause = 'Emergency'
elif cause == 1:
cause = 'High priority access'
elif cause == 2:
cause = 'Mobile terminating access'
elif cause == 3:
cause = 'Mobile originating signaling'
elif cause == 4:
cause = 'Mobile originating data'
dataOfRRA += ';RRC Establishment Cause: ' + str(cause)
logObj.eventInfo = dataOfRRA
logObj.modeSystem = measureSystem
return 1
def ParseRRCSM(line, logObj):
length = len(line)
if 2 < length:
dataOfRRCSM = ''
RRCSMContextID = 0
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != ''):
RRCSMContextID = int(line[3])
logObj.direction = 'NA'
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
if ((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID]
!= ''):
cause = line[4 + NumberOfContextID]
if cause == '1':
logObj.direction = 'UL'
elif cause == '2':
logObj.direction = 'DL'
if ((5 + NumberOfContextID) < length) and (line[5 + NumberOfContextID]
!= ''):
logObj.RRCMessage = line[5 + NumberOfContextID]
if ((6 + NumberOfContextID) < length) and (line[6 + NumberOfContextID]
!= ''):
logObj.SubChannel = line[6 + NumberOfContextID]
if ((9 + NumberOfContextID) < length) and (line[9 + NumberOfContextID]
!= ''):
logObj.RRCData = line[9 + NumberOfContextID]
if logObj.event != '':
logObj.event = logObj.RRCMessage
if measureSystem == 'UMTS FDD' or measureSystem == 'UMTS TD-SCDMA':
if ((7 + NumberOfContextID) <
length) and (line[7 + NumberOfContextID] != ''):
logObj.UARFCN = line[7 + NumberOfContextID]
if ((8 + NumberOfContextID) <
length) and (line[8 + NumberOfContextID] != ''):
logObj.SC = line[8 + NumberOfContextID]
if measureSystem == 'LTE FDD' or measureSystem == 'LTE TDD':
if ((7 + NumberOfContextID) <
length) and (line[7 + NumberOfContextID] != ''):
logObj.EARFCN = line[7 + NumberOfContextID]
if ((8 + NumberOfContextID) <
length) and (line[8 + NumberOfContextID] != ''):
logObj.PCI = line[8 + NumberOfContextID]
logObj.modeSystem = measureSystem
return 1
def ParseRABD(line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
dataOfRABD = ''
numberOfRABRBs = 0
logObj.event = "RAB Release"
logObj.msgType = 'Complete'
logObj.time = line[1]
rabContextID = 0
rabType = 0
rabFailType = 0
numberOfHeaderParam = 0
if (3 < length) and (line[3] != ''):
rabContextID = int(line[3])
dataOfRABD = 'Context ID: ' + str(rabContextID) + ';'
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
dataOfRABD += ('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'
dataOfRABD += 'RAB Type: CS;'
if rabType == 2:
logObj.rabType = 'PS'
dataOfRABD += '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] != ''):
rabFailType = int(line[5 + NumberOfContextID +
numberOfHeaderParam])
if rabFailType == 1:
logObj.RABRelaseType = "Network Release"
dataOfRABD += "Release Type: Network Release; "
elif rabFailType == 2:
logObj.RABRelaseType = "UE Release"
dataOfRABD += "Release Type: UE Release; "
logObj.eventInfo = dataOfRABD
return 1
else:
return 0
def ParseRRRE(line, logObj, dictionary):
length = len(line)
if 2 < length:
dataOfRRRE = ''
RRREContextID = 0
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != ''):
RRREContextID = int(line[3])
RRREContextIdValue = RRREContextID
if RRREContextID in dictionary:
RRREInfo = dictionary[RRREContextID]
else:
RRREInfo = RadioResourceInfo()
dictionary[RRREContextID] = RRREInfo
RRREInfo = dictionary[RRREContextID]
logObj.event = "Radio Resource Connection Re-Establishment"
RRREInfo.ConnectionEnd = line[1]
dictionary[RRREContextID] = RRREInfo
logObj.msgType = "Re-Establishment"
dataOfRRRE = "RRRE Context ID: " + str(RRREContextID)
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
cause = "Unknown"
if measureSystem == 'LTE FDD' or measureSystem == 'LTE TDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
cause = line[4 + NumberOfContextID]
if cause == '1':
dataOfRRRE += ";Re-Establishment Status: Succeeded; "
elif cause == '2':
dataOfRRRE += ";Re-Establishment Status: Failed; "
elif cause == '3':
dataOfRRRE += ";Re-Establishment Status: Rejected; "
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
cause = line[5 + NumberOfContextID]
if cause == '0':
dataOfRRRE += ";Re-Establishment Cause: Reconfiguration failure"
elif cause == '1':
dataOfRRRE += ";Re-Establishment Cause: Handover failure; "
elif cause == '2':
dataOfRRRE += ";Re-Establishment Cause: Other Failure; "
logObj.eventInfo = dataOfRRRE
logObj.modeSystem = measureSystem
return 1
def ParseAMRI(line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "AMR Information"
logObj.msgType = ''
logObj.time = line[1]
chi = 0
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
if logObj.modeSystem == 'GSM':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
logObj.AMRInitMode = line[4 + NumberOfContextID]
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
chi = int(line[5 + NumberOfContextID])
if chi == 0:
logObj.AMRICMI = "Implicit rule"
elif chi == 1:
logObj.AMRICMI = "RATSCCH/L3"
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
logObj.AMRTH1 = float(line[6 + NumberOfContextID])
if ((7 + NumberOfContextID) <
length) and (line[7 + NumberOfContextID] != ''):
logObj.AMRHYS1 = float(line[7 + NumberOfContextID])
if ((8 + NumberOfContextID) <
length) and (line[8 + NumberOfContextID] != ''):
logObj.AMRTH2 = float(line[8 + NumberOfContextID])
if ((9 + NumberOfContextID) <
length) and (line[9 + NumberOfContextID] != ''):
logObj.AMRHYS2 = float(line[9 + NumberOfContextID])
if ((10 + NumberOfContextID) <
length) and (line[10 + NumberOfContextID] != ''):
logObj.AMRTH3 = float(line[10 + NumberOfContextID])
if ((11 + NumberOfContextID) <
length) and (line[11 + NumberOfContextID] != ''):
logObj.AMRHYS3 = float(line[11 + NumberOfContextID])
if ((12 + NumberOfContextID) <
length) and (line[12 + NumberOfContextID] != ''):
logObj.ActiveAMRCodecCount = int(line[12 + NumberOfContextID])
if ((13 + NumberOfContextID) <
length) and (line[13 + NumberOfContextID] != ''):
logObj.AMRCodec = line[13 + NumberOfContextID]
return 1
else:
return 0
def ParseGAF(line, logObj, dictionary):
length = len(line)
if 2 < length:
contextID = 0
dataOfGAF = ''
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != '') and NumberOfContextID == 1:
contextID = int(line[3])
if contextID in dictionary:
attachment = dictionary[contextID]
else:
attachment = AttachmentEventInfo()
dictionary[contextID] = attachment
attachment = dictionary[contextID]
attachment.Failure = line[1]
logObj.event = "Attach Failed"
logObj.MessageType = "Failure"
dataOfGAF += "Attach Context ID: " + str(contextID)
measureSystem = MeasureSysConverter(int(line[3 + NumberOfContextID]))
failState = 'Unknown'
if ((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID]
!= ''):
failCheck = int(line[4 + NumberOfContextID])
if failCheck == 1:
failState = 'User abort'
elif failCheck == 2:
failState = 'Network reject'
elif failCheck == 3:
failState = 'Mobile reject'
elif failCheck == 4:
failState = 'Timeout'
elif failCheck == 5:
failState = 'PPP error'
elif failCheck == 6:
failState = 'Test system failure'
dataOfGAF += ";Failure status: " + failState
disconnectionCause = "Unknown"
if ((5 + NumberOfContextID) < length) and (line[5 + NumberOfContextID]
!= ''):
disconnectionCause = parseGADDisconnectionCause(
int(line[5 + NumberOfContextID]))
dataOfGAF += ";Disconnection Cause: " + disconnectionCause
logObj.eventInfo = dataOfGAF
logObj.modeSystem = measureSystem
return 1
def ParseRRC(line, logObj, dictionary):
length = len(line)
if 2 < length:
dataOfRRC = ''
rrcContextID = 0
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != ''):
rrcContextID = int(line[3])
RRCContextIdValue = rrcContextID
if rrcContextID in dictionary:
RRCInfo = dictionary[rrcContextID]
else:
RRCInfo = RadioResourceInfo()
dictionary[rrcContextID] = RRCInfo
RRCInfo = dictionary[rrcContextID]
logObj.event = "Radio Resource Connection Success"
RRCInfo.ConnectionSetup = line[1]
dictionary[rrcContextID] = RRCInfo
logObj.msgType = "Success"
dataOfRRC = "RRC Context ID: " + str(rrcContextID)
if RRCInfo.ConnectionSetup != '' and RRCInfo.ConnectionAttempt != '':
tdelta = datetime.strptime(
RRCInfo.ConnectionSetup.split('.', 1)[0],
'%H:%M:%S') - datetime.strptime(
RRCInfo.ConnectionAttempt.split('.', 1)[0], '%H:%M:%S')
setupTime = float(tdelta.seconds) * 1000 #MilliSeconds
dataOfRRC += ";Setup Time: " + str(setupTime)
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
cause = "Unknown"
if measureSystem == 'UMTS FDD' or measureSystem == 'UMTS TDSCDMA':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
cause = line[4 + NumberOfContextID]
dataOfRRC += ';RRC Requests before connection: ' + cause
logObj.eventInfo = dataOfRRC
logObj.modeSystem = measureSystem
return 1
def ParsePBD(line, logObj, dictionary):
length = len(line)
if 2 < length:
dataOfPBD = ''
PBDContextID = 0
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != ''):
PBDContextID = int(line[3])
if PBDContextID in dictionary:
packet = dictionary[PBDContextID]
else:
packet = PacketBearerInfo()
dictionary[PBDContextID] = packet
packet = dictionary[PBDContextID]
packet.ConnectionEnd = line[1]
logObj.event = 'Packet Bearer Release'
logObj.msgType = 'Release'
dataOfPBD = "PB Context ID: " + str(PBDContextID)
if packet.ConnectionEnd != '' and packet.ConnectionSetup != '':
tdelta = datetime.strptime(
packet.ConnectionEnd.split('.', 1)[0],
'%H:%M:%S') - datetime.strptime(
packet.ConnectionSetup.split('.', 1)[0], '%H:%M:%S')
Time = float(tdelta.seconds) * 1000 #MilliSeconds
dataOfPBD += ";PB Connection Failure duration: " + str(Time)
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
esmCause = 'Unknown'
if measureSystem == 'LTE FDD' or measureSystem == 'LTE TDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
esmCause = line[4 + NumberOfContextID]
esmCause = parsePBSEsmCause(int(esmCause))
dataOfPBD += ";ESM Cause: " + esmCause
logObj.modeSystem = measureSystem
logObj.eventInfo = dataOfPBD
return 1
def ParseRXPC (line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "RX power control"
logObj.msgType = ' '
logObj.time = line[1]
measureSystems=''
bsDivState = 0
dpcMode = 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] != '') :
logObj.SIRTarget = float(line[4+NumberOfContextID]) #add
if ((5 + NumberOfContextID) < length) and (line[5+NumberOfContextID] != '') :
logObj.SIR = float(line[5+NumberOfContextID]) #add
if ((6 + NumberOfContextID) < length) and (line[6+NumberOfContextID] != '') :
bsDivState = int(line[6+NumberOfContextID]) #add
if bsDivState == 0:
lobObj.BSDivState = "Not active"#add
elif bsDivState == 1:
lobObj.BSDivState = "Closed loop mode 1"#add
elif bsDivState == 2:
lobObj.BSDivState = "Closed loop mode 2"#add
if ((7 + NumberOfContextID) < length) and (line[7+NumberOfContextID] != '') :
logObj.DLPwrUpsNum = int(line[7+NumberOfContextID]) #add
if ((8 + NumberOfContextID) < length) and (line[8+NumberOfContextID] != '') :
logObj.DLPwrDownsNum = int(line[8+NumberOfContextID]) #add
if ((9 + NumberOfContextID) < length) and (line[9+NumberOfContextID] != '') :
logObj.DLPwrUpPercent = float(line[9+NumberOfContextID]) #add
if ((10 + NumberOfContextID) < length) and (line[10+NumberOfContextID] != '') :
dpcMode = int(line[10+NumberOfContextID]) #add
if dpcMode == 0:
lobObj.DpcMode = "Unique TPC command in each slot"#add
else:
lobObj.DpcMode = "Same TPC command repeated over three slots"#add
return 1
else:
return 0
def ParseSEI(line, logObj):
dataOfSEI = ""
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
SEIType = 0
mmCause = 0
logObj.event = "Service Information"
logObj.msgType = ''
logObj.time = line[1]
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
if ((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID]
!= ''):
SEIType = int(line[4 + NumberOfContextID]) #add
if SEIType == 1:
dataOfSEI = 'Service received'
elif SEIType == 2:
dataOfSEI = 'Service dropped'
if logObj.modeSystem == 'GSM' or logObj.modeSystem == 'UMTS FDD' or logObj.modeSystem == 'UMTS TD-SCDMA' or logObj.modeSystem == 'LTE FDD' or logObj.modeSystem == 'LTE TDD':
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
logObj.LAC = int(line[5 + NumberOfContextID]) #add
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
logObj.mcc = line[6 + NumberOfContextID] #add
if ((7 + NumberOfContextID) <
length) and (line[7 + NumberOfContextID] != ''):
logObj.mnc = int(line[7 + NumberOfContextID]) #add
if ((8 + NumberOfContextID) <
length) and (line[8 + NumberOfContextID] != ''):
logObj.TMSI = line[8 + NumberOfContextID] #add
logObj.eventInfo = dataOfSEI
return 1
else:
dataOfSEI = "No of context id not found"
return 0
def ParseVCHI(line, logObj):
dataOfVCHI = ""
callContextIDCount = 0
logObj.event = "Voice Channel Information"
if line[2] != '':
callContextIDCount = line[2]
if callContextIDCount == 1 and line[3] != '':
callContextID = line[3]
dataOfVCHI += "Call Context ID: " + callContextID
if ((3 + callContextIDCount) < length) and (line[3 + callContextIDCount] !=
''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + callContextIDCount]))
dataOfVCHI += ";Measured System: " + logObj.modeSystem
def ParseRLCBLER(line, logObj):
length = len(line)
if 2 < length:
contextID = 0
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != ''):
contextID = int(line[3])
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(
int(line[3 + NumberOfContextID]))
if ((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID]
!= ''):
logObj.BLER = float(line[4 + NumberOfContextID])
return 1
def ParseTXPC (line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "TX power control"
logObj.msgType = ' '
logObj.time = line[1]
measureSystems=''
if ((3 + NumberOfContextID) < length) and (line[3+NumberOfContextID] != '') :
measureSystems = int(line[3 + NumberOfContextID])
logObj.modeSystem = MeasureSysConverter(measureSystems)
if logObj.modeSystem == 'GSM':
if ((4 + NumberOfContextID) < length) and (line[4+NumberOfContextID] != '') :
logObj.TXPower = float(line[4+NumberOfContextID]) #add
if ((5 + NumberOfContextID) < length) and (line[5+NumberOfContextID] != '') :
if int((line[5+NumberOfContextID])) == 0:
lobObj.TXPwrCtrlAlgo = "Power control algorithm 0"#add
else:
lobObj.TXPwrCtrlAlgo = "Power control algorithm 1"#add
if ((6 + NumberOfContextID) < length) and (line[6+NumberOfContextID] != '') :
logObj.TXPwrCtrlStep = float(line[6+NumberOfContextID]) #add
if ((7 + NumberOfContextID) < length) and (line[7+NumberOfContextID] != '') :
if int((line[7+NumberOfContextID])) == 0:
lobObj.CompressMode = "No Compressed mode"#add
else:
lobObj.CompressMode = "Compressed mode"#add
if ((8 + NumberOfContextID) < length) and (line[8+NumberOfContextID] != '') :
logObj.ULPwrUpsNum = int(line[8+NumberOfContextID]) #add
if ((9 + NumberOfContextID) < length) and (line[9+NumberOfContextID] != '') :
logObj.ULPwrDownsNum = int(line[9+NumberOfContextID]) #add
if ((10 + NumberOfContextID) < length) and (line[10+NumberOfContextID] != '') :
logObj.ULPwrUpPercent = float(line[10+NumberOfContextID]) #add
elif logObj.modeSystem == 'LTE FDD' or logObj.modeSystem == 'LTE TDD':
if ((4 + NumberOfContextID) < length) and (line[4+NumberOfContextID] != '') :
logObj.PUSCHTXPower = float(line[4+NumberOfContextID]) #add
return 1
else:
return 0
def ParsePBA (line, logObj,dictionary):
length = len(line)
if 2 < length:
dataOfPBA = ''
PBAContextID = 0
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if(3 < length) and (line[3] != '') :
PBAContextID = int(line[3])
if PBAContextID in dictionary:
packet = dictionary[PBAContextID]
else:
packet = PacketBearerInfo()
dictionary[PBAContextID] = packet
packet = dictionary[PBAContextID]
packet.ConnectionAttempt = line[1]
logObj.event = 'Packet Bearer Allocation Attempt'
logObj.msgType = 'Attempt'
dataOfPBA = "PB Context ID: " + str(PBAContextID)
if((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID] != '') :
measureSystem = MeasureSysConverter (int(line[3 + NumberOfContextID]))
pbType = 'Unknown'
if measureSystem == 'LTE FDD' or measureSystem == 'LTE TDD':
if((4 + NumberOfContextID) < length) and (line[4 + NumberOfContextID] != '') :
pbType = int(line[4 + NumberOfContextID])
if pbType == 1:
pbType = "Default"
elif pbType == 2:
pbType = "Dedicated"
dataOfPBA += ";PB Type: "+pbType
logObj.modeSystem = measureSystem
logObj.eventInfo = dataOfPBA
return 1
def ParseGAC(line, logObj, dictionary):
length = len(line)
if 2 < length:
contextID = 0
dataOfGAC = ''
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != '') and NumberOfContextID == 1:
contextID = int(line[3])
if contextID in dictionary:
attachment = dictionary[contextID]
else:
attachment = AttachmentEventInfo()
dictionary[contextID] = attachment
attachment = dictionary[contextID]
setupTime = 0
attachment.Established = line[1]
if attachment.Setup != '' and attachment.Established != '':
tdelta = datetime.strptime(
attachment.Setup.split('.', 1)[0],
'%H:%M:%S') - datetime.strptime(
attachment.Established.split('.', 1)[0], '%H:%M:%S')
setupTime = float(tdelta.seconds) * 1000 #MilliSeconds
logObj.event = "Attach Conneted"
logObj.msgType = "Connect"
dataOfGAC += "Attach Context ID: " + str(contextID)
measureSystem = MeasureSysConverter(int(line[3 + NumberOfContextID]))
dataOfGAC += ";Measured System: " + measureSystem
if setupTime > 0:
dataOfGAC += ";Setup time: " + setupTime + "ms"
logObj.eventInfo = dataOfGAC
logObj.modeSystem = measureSystem
return 1
def ParseTAD (line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "Timing Advance"
logObj.msgType = ' '
logObj.time = line[1]
measureSystems=''
if ((3 + NumberOfContextID) < length) and (line[3+NumberOfContextID] != '') :
measureSystems = int(line[3 + NumberOfContextID])
logObj.modeSystem = MeasureSysConverter(measureSystems)
if logObj.modeSystem == 'GSM' or logObj.modeSystem == 'UMTS TD-SCDMA' or logObj.modeSystem == 'LTE FDD' or logObj.modeSystem == 'LTE TDD':
if ((4 + NumberOfContextID) < length) and (line[4+NumberOfContextID] != '') :
logObj.TA = int(line[4+NumberOfContextID]) #add
return 1
else:
return 0
def ParseFER(line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "Frame Error Rate"
logObj.msgType = ' '
logObj.time = line[1]
measureSystems = ''
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystems = int(line[3 + NumberOfContextID])
logObj.modeSystem = MeasureSysConverter(measureSystems)
if logObj.modeSystem == 'GSM':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
logObj.FERFull = float(line[4 + NumberOfContextID]) #add
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
logObj.FERSub = float(line[5 + NumberOfContextID]) #add
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
logObj.FERTCH = float(line[6 + NumberOfContextID]) #add
if ((7 + NumberOfContextID) <
length) and (line[7 + NumberOfContextID] != ''):
logObj.DTXDL = int(line[7 + NumberOfContextID]) #add
elif logObj.modeSystem == 'UMTS FDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
logObj.FER = float(line[4 + NumberOfContextID]) #add
return 1
else:
return 0
def ParseLLCRATE(line, logObj):
length = len(line)
if 2 < length:
contextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != ''):
contextID = int(line[3])
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
logObj.modeSystem = MeasureSysConverter(line[3 +
NumberOfContextID])
if logObj.modeSystem == 'GSM':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
logObj.LLCRateUL = int(line[4 + NumberOfContextID])
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
logObj.LLCRateDL = int(line[5 + NumberOfContextID])
return 1
def ParseRXQ (line, logObj):
length = len(line)
if 2 < length:
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
logObj.event = "RX Quality"
logObj.msgType = ' '
logObj.time = line[1]
measureSystems=''
if ((3 + NumberOfContextID) < length) and (line[3+NumberOfContextID] != '') :
measureSystems = int(line[3 + NumberOfContextID])
logObj.modeSystem = MeasureSysConverter(measureSystems)
if logObj.modeSystem == 'GSM':
if ((4 + NumberOfContextID) < length) and (line[4+NumberOfContextID] != '') :
logObj.rxQualityFull = float(line[4+NumberOfContextID]) #add
if ((5 + NumberOfContextID) < length) and (line[5+NumberOfContextID] != '') :
logObj.rxQualitySub = float(line[5+NumberOfContextID]) #add
return 1
else:
return 0
def ParseRRF(line, logObj, dictionary):
length = len(line)
if 2 < length:
dataOfRRF = ''
RRFContextID = 0
NumberOfContextID = 0
if line[2] != '':
NumberOfContextID = int(line[2])
if NumberOfContextID != 0:
if (3 < length) and (line[3] != ''):
RRFContextID = int(line[3])
RRFContextIdValue = RRFContextID
if RRFContextID in dictionary:
RRFInfo = dictionary[RRFContextID]
else:
RRFInfo = RadioResourceInfo()
dictionary[RRFContextID] = RRFInfo
RRFInfo = dictionary[RRFContextID]
logObj.event = "Radio Resource Connection Failure"
RRFInfo.ConnectionFailure = line[1]
dictionary[RRFContextID] = RRFInfo
logObj.msgType = "Failure"
dataOfRRF = "RRF Context ID: " + str(RRFContextID)
if RRFInfo.ConnectionFailure != '' and RRFInfo.ConnectionAttempt != '':
tdelta = datetime.strptime(
RRFInfo.ConnectionFailure.split('.', 1)[0],
'%H:%M:%S') - datetime.strptime(
RRFInfo.ConnectionAttempt.split('.', 1)[0], '%H:%M:%S')
setupTime = float(tdelta.seconds) * 1000 #MilliSeconds
dataOfRRF += ";Failure Time: " + str(setupTime)
if ((3 + NumberOfContextID) < length) and (line[3 + NumberOfContextID]
!= ''):
measureSystem = MeasureSysConverter(line[3 + NumberOfContextID])
cause = "Unknown"
if measureSystem == 'UMTS FDD' or measureSystem == 'UMTS TDSCDMA':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
dataOfRRF += "RRC Requests before connection: " + line[
4 + NumberOfContextID]
if ((5 + NumberOfContextID) <
length) and (line[5 + NumberOfContextID] != ''):
cause = line[5 + NumberOfContextID]
if cause == '1':
dataOfRRF += "Rejection Status: Network Reject"
if ((6 + NumberOfContextID) <
length) and (line[6 + NumberOfContextID] != ''):
cause = line[6 + NumberOfContextID]
if cause == '1':
dataOfRRF += "Rejection Cause: Congestion"
elif cause == '2':
dataOfRRF += "Rejection Cause: Unspecified"
elif measureSystem == 'LTE FDD' or measureSystem == 'LTE TDD':
if ((4 + NumberOfContextID) <
length) and (line[4 + NumberOfContextID] != ''):
cause = line[4 + NumberOfContextID]
if cause == '1':
dataOfRRF += "Rejection Status: Network Reject"
dataOfRRF += ';RRF Requests before connection: ' + cause
logObj.eventInfo = dataOfRRF
logObj.modeSystem = measureSystem
return 1
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
