def TFS_UnitFault_001 ():
try:
t1 = time.localtime()
testResult = ''
result = ''
TESTCASE = 'UnitFault_001'
glob.testDesc = """Populate the Unit Fault Scada Address Table upto 1000 entries"""
# Log Test Case Header
print('TESTCASE # %s\n' %TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName,"===============================================================\n")
logFile(glob.DlogName,"TESTCASE %s\n\n"%TESTCASE)
STEP ('COMMON: Populate the Unit Fault Scada Address Table\n\n')
result = unit.populateUnitFaultScadaAddrTable ()
# validateStep('Populate the Unit Fault Scada Address Table', result, TESTCASE)
result = ''
except TestException:
testResult = 'FAIL'
pass
else:
testResult = 'PASS'
print ('#****************************************************************************')
print ('# END OF TEST CASE ')
print ('#****************************************************************************')
finish (t1, TESTCASE, testResult)
def TFS_SoftwareUpgrade_001 ():
try:
t1 = time.localtime()
testResult = ''
result = ''
TESTCASE = 'SoftwareUpgrade_001'
glob.testDesc = """FTP the software image and activate it on the radio"""
RemoteStationIP = glob.Configs['RemoteStation3RadioIP'].strip().split(',')
serverIp = glob.Configs['FTPServerIP']
userName = glob.Configs['FTPUserName']
password = glob.Configs['FTPPassword']
targetVersion = glob.Configs['TargetVersion']
# Log Test Case Header
print('TESTCASE # %s\n' %TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName,"===============================================================\n")
logFile(glob.DlogName,"TESTCASE %s\n\n"%TESTCASE)
print ('#****************************************************************************')
print ('# START OF TEST CASE ')
print ('#****************************************************************************')
for i in range(0,len(RemoteStationIP)):
STEP ('Step 1: FTP the software\n\n')
result = soft.FTPTransfer (RemoteStationIP[i], serverIp, userName, password)
validateStep('FTP the software', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 2: Activate the software on the radio\n\n')
result = soft.SwActivation (RemoteStationIP[i], targetVersion)
validateStep('Activate the software', result, TESTCASE)
result = ''
except TestException:
testResult = 'FAIL'
pass
else:
testResult = 'PASS'
print ('#****************************************************************************')
print ('# END OF TEST CASE ')
print ('#****************************************************************************')
finish (t1, TESTCASE, testResult)
def TFS_SoftwareUpgrade_004 ():
try:
t1 = time.localtime()
testResult = ''
result = ''
TESTCASE = 'SoftwareUpgrade_004'
glob.testDesc = """FTP the software to the base radio and then redistribute to all
the remote radios and then activate on the remote radios
and then on the base radio."""
TargetRadioIP = []
BaseStationIP = glob.Configs['BaseStationRadioIP'].strip().split(',')
TargetBaseIP = glob.Configs['BaseStationVirtualIP']
print('TESTCASE # %s\n' %TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName,"===============================================================\n")
logFile(glob.DlogName,"TESTCASE %s\n\n"%TESTCASE)
# result = term.getProtectedActiveUnit(TargetBaseIP)
# print (result)
result = ip.getActivePartnerIpAddress(TargetBaseIP)
print (result[2])
validateStep('Configure DUT1: %s Radio as Base Station\n\n' %TargetBaseIP, result, TESTCASE)
result = ''
except TestException:
testResult = 'FAIL'
pass
else:
testResult = 'PASS'
print ('#****************************************************************************')
print ('# END OF TEST CASE ')
print ('#****************************************************************************')
finish (t1, TESTCASE, testResult)
def TFS_Radio_008 ():
try:
# log current time
t1 = time.localtime()
testResult = ''
result = ''
TESTCASE = 'Radio_008'
glob.testDesc = """Verifies that radio communication in LBS mode without ACK with dual frequency"""
# Define the variables to be used in the test case
TargetRadioIP = []
BaseStationIP = glob.Configs['BaseStationRadioIP'].strip().split(',')
TargetBaseIP = glob.Configs['BaseStationVirtualIP']
RepeaterStationIP = glob.Configs['RepeaterStation2RadioIP'].strip().split(',')
RemoteStationIP = glob.Configs['RemoteStation2RadioIP'].strip().split(',')
TargetRemoteIP = glob.Configs['RemoteStation2VirtualIP']
TargetRadioIP = TargetRadioIP + BaseStationIP
TargetRadioIP = TargetRadioIP + RepeaterStationIP
TargetRadioIP = TargetRadioIP + RemoteStationIP
channelSizes = 2 # This defines channel sizes as 12.5
channelAccMode = 2 # This set the channel access mode to be LBS
channelAccAckEnabled = 2 # This enables the channel access mode without Acknowledgement
baudRate = 115200
srlPortIndx_base = glob.Configs['BaseSerialPortIndex']
srlPortIndx_remote = glob.Configs['Remote2SerialPortIndex']
srlPortNum_base = int (glob.Configs['BaseSerialPortNumber'])
srlPortNum_remote = int(glob.Configs['Remote2SerialPortNumber'])
txFrequency = 950056250
rxFrequency = 950093750
rptrTxFrequency = 950093750
rptrRxFrequency = 950056250
nwRadius = 2
nwProximity = 2 # Overlapping Mode
rptNwSeg = 12
nwTrafficType = 0 # user defined mode
defaultTtl = 0
serialTtl = 0
# srlPortNum = 1 # denotes the serial port number
srlPrtCfgMode = 1
flowCtrl = 1 # sets the flow control to CTS-RTS
mtuSize = 512
baseTermOpMode = 1 # sets operMOde as Base
rptrTermOpMode = 2 # sets operMode as Repeater
remoteOperMode = 3 # sets operMode as Remote
etherMode = 1
# Serial Tester Variables
txAddress = rxAddress = 3 # sets the tx and rx address
txPattern = rxPattern = 'prbs15'
sender = 1
receiver = 2
stopBits = 1
bSize = 8
parity = 'None'
rtscts = 'ON'
port = glob.Configs['SerialTester1Port']
ifg = 35
numPkts = 100
xonxoff = 'ON'
srlTester = serialTester(port)
base_Port1_InPkts_BT = 0
base_Port1_OutPkts_BT = 0
base_Port1_ErrPkts_BT = 0
base_Port1_DropPkts_BT = 0
base_Port1_DropFiltPkts_BT = 0
base_Port1_RfInPktsErr_BT = 0
base_Port1_RfOutDropPkts_BT = 0
base_Port1_RfInDropFiltPkts_BT = 0
base_Port1_InPkts_AT = 0
base_Port1_OutPkts_AT = 0
base_Port1_ErrPkts_AT = 0
base_Port1_DropPkts_BT = 0
base_Port1_DropFiltPkts_AT = 0
base_Port1_RfInPktsErr_AT = 0
base_Port1_RfOutDropPkts_AT = 0
base_Port1_RfInDropFiltPkts_AT = 0
remote_Port1_InPkts_BT = 0
remote_Port1_OutPkts_BT = 0
remote_Port1_ErrPkts_BT = 0
remote_Port1_DropPkts_BT = 0
remote_Port1_DropFiltPkts_BT = 0
remote_Port1_RfInPktsErr_BT = 0
remote_Port1_RfOutDropPkts_BT = 0
remote_Port1_RfInDropFiltPkts_BT = 0
remote_Port1_InPkts_AT = 0
remote_Port1_OutPkts_AT = 0
remote_Port1_ErrPkts_AT = 0
remote_Port1_DropPkts_BT = 0
remote_Port1_DropFiltPkts_AT = 0
remote_Port1_RfInPktsErr_AT = 0
remote_Port1_RfOutDropPkts_AT = 0
remote_Port1_RfInDropFiltPkts_AT = 0
base_TxPackets = 0
base_RxPackets = 0
base_ErrPackets = 0
base_DropPkts = 0
base_DropFiltPkts = 0
base_RfInPktsErr = 0
base_RfOutDropPkts = 0
base_RfInDropFiltPkts = 0
remote_TxPackets = 0
remote_RxPackets = 0
remote_ErrPackets = 0
remote_DropPkts = 0
remote_DropFiltPkts = 0
remote_RfInPktsErr = 0
remote_RfOutDropPkts = 0
remote_RfInDropFiltPkts = 0
# Log Test Case Header
print('TESTCASE # %s\n' %TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName,"===============================================================\n")
logFile(glob.DlogName,"TESTCASE %s\n\n"%TESTCASE)
print ('#****************************************************************************')
print ('# COMMON TEST SETUP ')
print ('#****************************************************************************')
print ('COMMON: Configure DUT1 & DUT2 PIPS Radio as Base Station\n\n')
for i in range(0,len(BaseStationIP)):
STEP('COMMON: Configure PIPS Radio as Base Station\n\n')
result = term.setTerminalOperMode(BaseStationIP[i], baseTermOpMode, etherMode)
validateStep('Configure DUT1: %s Radio as Base Station\n\n' %BaseStationIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on Base radio\n\n')
result = rad.setTxSettings (BaseStationIP[i], txFrequency)
validateStep('Set the Tx Frequency on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (BaseStationIP[i], rxFrequency)
validateStep('Set the Rx Frequency on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(BaseStationIP[i], nwRadius, nwProximity)
validateStep('Set Network Radius and Network Proximity on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(BaseStationIP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(RepeaterStationIP)):
STEP('COMMON: Configure PIPS Radio as Repeater Station\n\n')
result = term.setTerminalOperMode(RepeaterStationIP[i], rptrTermOpMode, etherMode)
validateStep('Configure DUT1: %s Radio as Repeater Station\n\n' %RepeaterStationIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on Base radio\n\n')
result = rad.setTxSettings (RepeaterStationIP[i], rptrTxFrequency)
validateStep('Set the Tx Frequency on radio %s' %RepeaterStationIP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (RepeaterStationIP[i], rptrRxFrequency)
validateStep('Set the Rx Frequency on radio %s' %RepeaterStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(RepeaterStationIP[i], nwRadius, nwProximity, rptNwSeg)
validateStep('Set Network Radius and Network Proximity on radio %s' %RepeaterStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RepeaterStationIP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %RepeaterStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(RemoteStationIP)):
STEP('COMMON: Configure Radio as Remote Station\n\n')
result = term.setTerminalOperMode(RemoteStationIP[i], remoteOperMode, etherMode)
validateStep('Configure DUT1: %s Radio as Remote Station\n\n' %RemoteStationIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(RemoteStationIP[i], nwRadius, nwProximity, rptNwSeg)
validateStep('Set Network Radius and Network Proximity on radio %s' %RemoteStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
result = rad.setTxSettings (RemoteStationIP[i], txFrequency)
validateStep('Set the Tx Frequency on radio %s' %RemoteStationIP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (RemoteStationIP[i], rxFrequency)
validateStep('Set the Rx Frequency on radio %s' %RemoteStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RemoteStationIP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %RemoteStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
# The following configurations are done on the base, repeater and remote radios
for i in range (0,len(TargetRadioIP)):
#******************************************************************
STEP ('COMMON: Configure the network traffic type as userdefined on all radios\n\n')
result = rad.setRadioTrafficSettings(TargetRadioIP[i], nwTrafficType)
validateStep('Set the Network Traffic Type on radio %s' %TargetRadioIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the Serial TTL to 0 on all radios\n\n')
result = rad.setRadioAdvancedSettings (TargetRadioIP[i], defaultTtl, serialTtl)
validateStep('Set the serial TTL to 0 on radio %s' %TargetRadioIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
print ('#****************************************************************************')
print ('# START OF TEST CASE ')
print ('#****************************************************************************')
# Set the channel Size
for cnt in range(0,len(BaseStationIP)):
STEP('COMMON: Configure Channel Size on the Base Station\n\n')
result = rad.setRadioChannelSize(BaseStationIP[cnt], channelSizes)
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes,BaseStationIP[cnt]), result, TESTCASE)
result = ''
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(BaseStationIP[cnt], 1)
validateStep('Reboot the radio %s after 5 secs' %BaseStationIP[cnt] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for cnt in range(0,len(RepeaterStationIP)):
STEP('COMMON: Configure Channel Size on the Repeater Station\n\n')
result = rad.setRadioChannelSize(RepeaterStationIP[cnt], channelSizes)
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes, RepeaterStationIP[cnt]), result, TESTCASE)
result = ''
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RepeaterStationIP[cnt], 1)
validateStep('Reboot the radio %s after 5 secs' %RepeaterStationIP[cnt] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for cnt in range(0,len(RemoteStationIP)):
STEP('COMMON: Configure Channel Size on Remote Station\n\n')
result = rad.setRadioChannelSize(RemoteStationIP[cnt], channelSizes)
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes, RemoteStationIP[cnt]), result, TESTCASE)
result = ''
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RemoteStationIP[cnt], 1)
validateStep('Reboot the radio %s after 5 secs' %RemoteStationIP[cnt], result, TESTCASE)
result = ''
print ('#****************************************************************************')
logFile(glob.DlogName,"****************************************************************************\n")
logFile(glob.DlogName,"For Channel Size %s, and Channel Access Scheme as %s \n" %(channelSizes, channelAccMode))
logFile(glob.DlogName,"****************************************************************************\n")
STEP ('Step 1: Enable the Channel Access Mode on all radios\n\n')
for i in range (0,len(TargetRadioIP)):
result = rad.setRadioChannelAccessScheme (TargetRadioIP[i], channelAccMode, channelAccAckEnabled)
validateStep('Configured the channel Access Scheme on %s\n\n' %TargetRadioIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 2: Configure the serial ports on all radios\n\n')
# configuring the serial ports on base radio
for x in range(0,len(BaseStationIP)): # for loop for base station radios
result = srl.serialPortSetup (BaseStationIP[x],srlPortIndx_base, srlPrtCfgMode, mtuSize, baudRate, flowCtrl)
validateStep('Configured the serial port on %s\n\n' %BaseStationIP[x], result, TESTCASE)
result = ''
# Configure the serial port on Remote
for x in range(0,len(RemoteStationIP)):
# Configure the serial port on Remote
result = srl.serialPortSetup (RemoteStationIP[x],srlPortIndx_remote, srlPrtCfgMode, mtuSize, baudRate, flowCtrl)
validateStep('Configured the serial port on %s\n\n' %RemoteStationIP[x], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 3: Configure the Serial Tester to match the baud rates as the DUT\n\n')
# Set the Tx and Rx Address
srlTester.setTxRxAddress (txAddress, rxAddress)
# Set the traffic port settings
srlTester.trafficPortsSettings (baudRate, bSize, stopBits, parity, rtscts, mtuSize, ifg, numPkts, xonxoff)
# Set the traffic direction
srlTester.setTrafficDirection(sender, receiver)
# Set the tx and rx traffic pattern
srlTester.setTxRxTrafficPattern(txPattern, rxPattern)
# Set SMR Test Options
srlTester.setSMRTest('on', 'off')
#Set the txDelay to 10
srlTester.send_command('tx delay, 30\r\n')
print ('#****************************************************************************')
STEP ('Step 3a: Get the number Packets on the radio before sending traffic\n\n')
# Get the number of packets on the remote radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemoteIP, srlPortNum_remote)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemoteIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote_Port1_InPkts_BT = packetCounts[0]
remote_Port1_OutPkts_BT = packetCounts[1]
remote_Port1_ErrPkts_BT = packetCounts[2]
remote_Port1_DropPkts_BT = packetCounts[3]
remote_Port1_DropFiltPkts_BT = packetCounts[4]
remote_Port1_RfInPktsErr_BT = packetCounts[5]
remote_Port1_RfOutDropPkts_BT = packetCounts[6]
remote_Port1_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote In Pkts BT: %s' %remote_Port1_InPkts_BT)
logFile(glob.DlogName, 'Remote Out Pkts BT: %s' %remote_Port1_OutPkts_BT)
logFile(glob.DlogName, 'Remote Err Pkts BT: %s' %remote_Port1_ErrPkts_BT)
logFile(glob.DlogName, 'Remote Drop Pkts BT: %s' %remote_Port1_DropPkts_BT)
logFile(glob.DlogName, 'Remote Drop Filtered Pkts BT: %s' %remote_Port1_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote RF In Pkts Error BT: %s' %remote_Port1_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote RF Out Drop Pkts BT: %s' %remote_Port1_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote In Drop Filtered Pkts BT: %s\n\n' %remote_Port1_RfInDropFiltPkts_BT)
result = ''
# Get the number of packets on the base radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetBaseIP, srlPortNum_base)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetBaseIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
base_Port1_InPkts_BT = packetCounts[0]
base_Port1_OutPkts_BT = packetCounts[1]
base_Port1_ErrPkts_BT = packetCounts[2]
base_Port1_DropPkts_BT = packetCounts[3]
base_Port1_DropFiltPkts_BT = packetCounts[4]
base_Port1_RfInPktsErr_BT = packetCounts[5]
base_Port1_RfOutDropPkts_BT = packetCounts[6]
base_Port1_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Base In Pkts BT: %s' %base_Port1_InPkts_BT)
logFile(glob.DlogName, 'Base Out Pkts BT: %s' %base_Port1_OutPkts_BT)
logFile(glob.DlogName, 'Base Err Pkts BT: %s' %base_Port1_ErrPkts_BT)
logFile(glob.DlogName, 'Base Drop Pkts BT: %s' %base_Port1_DropPkts_BT)
logFile(glob.DlogName, 'Base Drop Filtered Pkts BT: %s' %base_Port1_DropFiltPkts_BT)
logFile(glob.DlogName, 'Base RF In Pkts Error BT: %s' %base_Port1_RfInPktsErr_BT)
logFile(glob.DlogName, 'Base RF Out Drop Pkts BT: %s' %base_Port1_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Base In Drop Filtered Pkts BT: %s\n\n' %base_Port1_RfInDropFiltPkts_BT)
result = ''
print ('#****************************************************************************')
STEP ('Step 4 : Send and verify serial traffic')
result = srlTester.sendAndVerifySerialTraffic ()
# validateStep("Send and verify serial traffic\n", result, TESTCASE)
# if (result[0]):
# srlTesterPkts = result[2]
# srlTesterPkts = tuple(srlTesterPkts)
# txPackets = int(srlTesterPkts[0])
# rxPackets = int(srlTesterPkts[1])
# logFile(glob.DlogName, 'Serial Tx Packets : %s' %txPackets)
# logFile(glob.DlogName, 'Serial Rx Packets : %s' %rxPackets)
srlTesterPkts = result[2]
srlTesterPkts = tuple(srlTesterPkts)
txPackets = int(srlTesterPkts[0])
rxPackets = int(srlTesterPkts[1])
logFile(glob.DlogName, 'Serial Tx Packets : %s' %txPackets)
logFile(glob.DlogName, 'Serial Rx Packets : %s' %rxPackets)
result = ''
print ('#****************************************************************************')
STEP ('Step 5: Verify the traffic on the radios')
# Get the number of packets on the remote radio after sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemoteIP, srlPortNum_remote)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemoteIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote_Port1_InPkts_AT = packetCounts[0]
remote_Port1_OutPkts_AT = packetCounts[1]
remote_Port1_ErrPkts_AT = packetCounts[2]
remote_Port1_DropPkts_AT = packetCounts[3]
remote_Port1_DropFiltPkts_AT = packetCounts[4]
remote_Port1_RfInPktsErr_AT = packetCounts[5]
remote_Port1_RfOutDropPkts_AT = packetCounts[6]
remote_Port1_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote In Pkts AT: %s' %remote_Port1_InPkts_AT)
logFile(glob.DlogName, 'Remote Out Pkts AT: %s' %remote_Port1_OutPkts_AT)
logFile(glob.DlogName, 'Remote Err Pkts AT: %s' %remote_Port1_ErrPkts_AT)
logFile(glob.DlogName, 'Remote Drop Pkts AT: %s' %remote_Port1_DropPkts_AT)
logFile(glob.DlogName, 'Remote Drop Filtered Pkts AT: %s' %remote_Port1_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote RF In Pkts Error AT: %s' %remote_Port1_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote RF Out Drop Pkts AT: %s' %remote_Port1_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote In Drop Filtered Pkts AT: %s\n\n' %remote_Port1_RfInDropFiltPkts_AT)
result = ''
# Get the number of packets on the base radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetBaseIP, srlPortNum_base)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetBaseIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
base_Port1_InPkts_AT = packetCounts[0]
base_Port1_OutPkts_AT = packetCounts[1]
base_Port1_ErrPkts_AT = packetCounts[2]
base_Port1_DropPkts_AT = packetCounts[3]
base_Port1_DropFiltPkts_AT = packetCounts[4]
base_Port1_RfInPktsErr_AT = packetCounts[5]
base_Port1_RfOutDropPkts_AT = packetCounts[6]
base_Port1_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Base In Pkts AT: %s' %base_Port1_InPkts_AT)
logFile(glob.DlogName, 'Base Out Pkts AT: %s' %base_Port1_OutPkts_AT)
logFile(glob.DlogName, 'Base Err Pkts AT: %s' %base_Port1_ErrPkts_AT)
logFile(glob.DlogName, 'Base Drop Pkts AT: %s' %base_Port1_DropPkts_AT)
logFile(glob.DlogName, 'Base Drop Filtered Pkts AT: %s' %base_Port1_DropFiltPkts_AT)
logFile(glob.DlogName, 'Base RF In Pkts Error AT: %s' %base_Port1_RfInPktsErr_AT)
logFile(glob.DlogName, 'Base RF Out Drop Pkts AT: %s' %base_Port1_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Base In Drop Filtered Pkts AT: %s\n\n' %base_Port1_RfInDropFiltPkts_AT)
base_RxPackets = base_Port1_InPkts_AT - base_Port1_InPkts_BT
base_DropPkts = base_Port1_DropPkts_AT - base_Port1_DropPkts_BT
base_DropFiltPkts = base_Port1_DropFiltPkts_AT - base_Port1_DropFiltPkts_BT
base_RfOutDropPkts = base_Port1_RfOutDropPkts_AT - base_Port1_RfOutDropPkts_BT
remote_TxPackets = remote_Port1_OutPkts_AT - remote_Port1_OutPkts_BT
remote_ErrPackets = remote_Port1_ErrPkts_AT - remote_Port1_ErrPkts_BT
remote_RfInPktsErr = remote_Port1_RfInPktsErr_AT - remote_Port1_RfInPktsErr_BT
remote_RfInDropFiltPkts = remote_Port1_RfInDropFiltPkts_AT - remote_Port1_RfInDropFiltPkts_BT
logFile(glob.DlogName, 'Base RX Pkts AT: %s' %base_RxPackets)
logFile(glob.DlogName, 'Base Drop Pkts AT: %s' %base_DropPkts)
logFile(glob.DlogName, 'Base Drop Filtered Pkts AT: %s' %base_DropFiltPkts)
logFile(glob.DlogName, 'Base RF Out Drop Pkts AT: %s' %base_RfOutDropPkts)
logFile(glob.DlogName, 'Remote TX Pkts AT: %s' %remote_TxPackets)
logFile(glob.DlogName, 'Remote Err Pkts AT: %s' %remote_ErrPackets)
logFile(glob.DlogName, 'Remote RF In Pkts Err AT: %s' %remote_RfInPktsErr)
logFile(glob.DlogName, 'Remote RF In Drop Filtered Pkts AT: %s\n\n' %remote_RfInDropFiltPkts)
result = ''
res = []
# Verify the results
# if ((base_RxPackets == remote_TxPackets) and (base_RxPackets == txPackets) and (remote_ErrPackets == 0)):
if ((base_RxPackets == remote_TxPackets) and (remote_ErrPackets == 0)):
res.append(True)
res.append('Traffic Sent from Base is Received on Remote Station\n')
else:
print ('Failed')
res.append(False)
res.append('Traffic Sent from Base is not Received on Remote Station\n')
validateStep('Retrieved Packet Counts on %s\n\n' %TargetBaseIP, res, TESTCASE)
print ('#****************************************************************************')
except TestException:
testResult = 'FAIL'
pass
else:
testResult = 'PASS'
finally:
print ('\n#****************************************************************************')
print ('# CLEANUP SECTION ')
print ('#****************************************************************************')
srlTester.close()
for i in range (0,len(TargetRadioIP)):
#******************************************************************
STEP ('CLEANUP: Restore the DUTs to User Defaults\n\n')
result = maint.restoreUserDefaults (TargetRadioIP[i], 1)
validateStep('Restoring User Defaults on %s\n\n' %TargetRadioIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
print ('# END OF TEST CASE ')
print ('#****************************************************************************')
finish (t1, TESTCASE, testResult)
rtscts = 'ON'
port = 'COM2'
ifg = 35
numPkts = 100
xonxoff = 'ON'
srlTester = serialTester(port)
mtuSize = 512
glob.resultsDir = 'C:\\Cheriyan\\'
TESTCASE = 'Serial_002'
# Log Test Case Header
print('TESTCASE # %s\n' %TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName,"===============================================================\n")
logFile(glob.DlogName,"TESTCASE %s\n\n"%TESTCASE)
STEP ('Step 3: Configure the Serial Tester to match the baud rates as the DUT\n\n')
# Set the Tx and Rx Address
srlTester.setTxRxAddress (txAddress, rxAddress)
# Set the traffic port settings
srlTester.trafficPortsSettings (9600, bSize, stopBits, parity, rtscts, mtuSize, ifg, numPkts, xonxoff)
# Set the traffic direction
srlTester.setTrafficDirection(sender, receiver)
# Set the tx and rx traffic pattern
srlTester.setTxRxTrafficPattern(txPattern, rxPattern)
def TFS_Radio_017 ():
try:
# log current time
t1 = time.localtime()
testResult = ''
result = ''
TESTCASE = 'Radio_017'
glob.testDesc = """ Verify serial traffic between two remote radios and
base configured as Base Repeater and packet filtering set
to Disabled and Automatic"""
# Define the variables to be used in the test case
TargetRadioIP = []
BaseStationIP = glob.Configs['BaseStationRadioIP'].strip().split(',')
TargetBaseIP = glob.Configs['BaseStationVirtualIP']
# Here we are configuring Repeater1 as one of the Remote Radio and Remote3 as Remote2
RemoteStation1IP = glob.Configs['RepeaterStation1RadioIP'].strip().split(',')
RemoteStation2IP = glob.Configs['RemoteStation3RadioIP'].strip().split(',')
TargetRemote1IP = glob.Configs['RepeaterStationVirtualIP']
TargetRemote2IP = glob.Configs['RemoteStation3VirtualIP']
TargetRadioIP = TargetRadioIP + BaseStationIP
TargetRadioIP = TargetRadioIP + RemoteStation1IP
TargetRadioIP = TargetRadioIP + RemoteStation2IP
TargetRemoteRadioIP = []
TargetRemoteRadioIP = TargetRemoteRadioIP + RemoteStation1IP
TargetRemoteRadioIP = TargetRemoteRadioIP + RemoteStation2IP
channelSizes = [3] # This defines channel sizes as 12.5, 25 and 50 respectively
baudRate = 115200
srlPort1Indx_base = glob.Configs['BaseSerialPortIndex']
srlPort2Indx_base = glob.Configs['BaseSerialPort2Index']
srlPortIndx_remote1 = glob.Configs['Repeater1SerialPortIndex']
srlPortIndx_remote2 = glob.Configs['Remote3SerialPort2Index']
srlPort1Num_base = int(glob.Configs['BaseSerialPortNumber'])
srlPort2Num_base = int(glob.Configs['BaseSerialPort2Number'])
srlPortNum_remote1 = int(glob.Configs['Repeater1SerialPortNumber'])
srlPortNum_remote2 = int(glob.Configs['Remote3SerialPort2Number'])
txFrequency = 950056250
rxFrequency = 950093750
remTxFrequency = 950093750
remRxFrequency = 950056250
txPower = 340 # This denotes txPower as 15dB
txPower_rem = 100 # This denotes txPower as 20dB
nwRadius = 2
nwProximity = 2 # Overlapping Mode
rptNwSeg = 12
nwTrafficType = 0 # user defined mode
streamMode = 1
packetFiltering = 0 # Set the packet filtering to disabled
packetFiltering_base = 1
dataCompression = 0
defaultTtl = 0
serialTtl = 0
# srlPortNum = 1 # denotes the serial port number
srlPrtCfgMode = 1
flowCtrl = 1 # sets the flow control to CTS-RTS
mtuSize = 512
baseTermOpMode = 5 # sets operMOde as Base Repeater
remoteOperMode = 3 # sets operMode as Remote
etherMode = 1
# Serial Tester Variables
txAddress = rxAddress = 3 # sets the tx and rx address
txPattern = rxPattern = 'prbs15'
sender = 1
receiver = 2
stopBits = 1
bSize = 8
parity = 'None'
rtscts = 'ON'
port = glob.Configs['SerialTester3Port']
ifg = 35
numPkts = 100
xonxoff = 'ON'
srlTester = serialTester(port)
remote1_Port_InPkts_BT = 0
remote1_Port_OutPkts_BT = 0
remote1_Port_ErrPkts_BT = 0
remote1_Port_DropPkts_BT = 0
remote1_Port_DropFiltPkts_BT = 0
remote1_Port_RfInPktsErr_BT = 0
remote1_Port_RfOutDropPkts_BT = 0
remote1_Port_RfInDropFiltPkts_BT = 0
remote2_Port_InPkts_BT = 0
remote2_Port_OutPkts_BT = 0
remote2_Port_ErrPkts_BT = 0
remote2_Port_DropPkts_BT = 0
remote2_Port_DropFiltPkts_BT = 0
remote2_Port_RfInPktsErr_BT = 0
remote2_Port_RfOutDropPkts_BT = 0
remote2_Port_RfInDropFiltPkts_BT = 0
remote1_Port_InPkts_AT = 0
remote1_Port_OutPkts_AT = 0
remote1_Port_ErrPkts_AT = 0
remote1_Port_DropPkts_AT = 0
remote1_Port_DropFiltPkts_AT = 0
remote1_Port_RfInPktsErr_AT = 0
remote1_Port_RfOutDropPkts_AT = 0
remote1_Port_RfInDropFiltPkts_AT = 0
remote2_Port_InPkts_AT = 0
remote2_Port_OutPkts_AT = 0
remote2_Port_ErrPkts_AT = 0
remote2_Port_DropPkts_AT = 0
remote2_Port_DropFiltPkts_AT = 0
remote2_Port_RfInPktsErr_AT = 0
remote2_Port_RfOutDropPkts_AT = 0
remote2_Port_RfInDropFiltPkts_AT = 0
remote1_TxPackets = 0
remote1_RxPackets = 0
remote1_ErrPackets = 0
remote1_DropPkts = 0
remote1_DropFiltPkts = 0
remote1_RfInPktsErr = 0
remote1_RfOutDropPkts = 0
remote1_RfInDropFiltPkts = 0
remote2_TxPackets = 0
remote2_RxPackets = 0
remote2_ErrPackets = 0
remote2_DropPkts = 0
remote2_DropFiltPkts = 0
remote2_RfInPktsErr = 0
remote2_RfOutDropPkts = 0
remote2_RfInDropFiltPkts = 0
# Log Test Case Header
print('TESTCASE # %s\n' %TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName,"===============================================================\n")
logFile(glob.DlogName,"TESTCASE %s\n\n"%TESTCASE)
print ('#****************************************************************************')
print ('# COMMON TEST SETUP ')
print ('#****************************************************************************')
print ('COMMON: Configure DUT1 & DUT2 PIPS Radio as Base Station\n\n')
for i in range(0,len(BaseStationIP)):
STEP('COMMON: Configure PIPS Radio as Base Station\n\n')
result = term.setTerminalOperMode(BaseStationIP[i], baseTermOpMode, etherMode)
validateStep('Configure DUT1: %s Radio as Base Station\n\n' %BaseStationIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
print ('TargetRadio: %s' %BaseStationIP[i])
result = rad.setTxSettings (BaseStationIP[i], txFrequency,txPower)
validateStep('Set the Tx Frequency on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (BaseStationIP[i], rxFrequency)
validateStep('Set the Rx Frequency on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(BaseStationIP[i], nwRadius, nwProximity)
validateStep('Set Network Radius and Network Proximity on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the Data Stream Mode and Packet Filtering on all radios\n\n')
result = rad.setSerialDataStream (BaseStationIP[i], streamMode, packetFiltering_base)
validateStep('Configured the Data Stream Mode and Packet Filtering on %s\n\n' %BaseStationIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(BaseStationIP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(TargetRemoteRadioIP)):
STEP('COMMON: Configure Radio as Remote Station\n\n')
result = term.setTerminalOperMode(TargetRemoteRadioIP[i], remoteOperMode, etherMode)
validateStep('Configure DUT1: %s Radio as Remote Station\n\n' %TargetRemoteRadioIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(TargetRemoteRadioIP[i], nwRadius, nwProximity)
validateStep('Set Network Radius and Network Proximity on radio %s' %TargetRemoteRadioIP[i] , result, TESTCASE)
result = ''
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
print ('TargetRadio: %s' %TargetRemoteRadioIP[i])
result = rad.setTxSettings (TargetRemoteRadioIP[i], remTxFrequency, txPower)
validateStep('Set the Tx Frequency on radio %s' %TargetRemoteRadioIP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (TargetRemoteRadioIP[i], remRxFrequency)
validateStep('Set the Rx Frequency on radio %s' %TargetRemoteRadioIP[i] , result, TESTCASE)
result = ''
STEP ('COMMON: Configure the Data Stream Mode and Packet Filtering on all radios\n\n')
result = rad.setSerialDataStream (TargetRemoteRadioIP[i], streamMode, packetFiltering)
validateStep('Configured the Data Stream Mode and Packet Filtering on %s\n\n' %TargetRemoteRadioIP[i], result, TESTCASE)
result = ''
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(TargetRemoteRadioIP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %TargetRemoteRadioIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range (0,len(TargetRadioIP)):
#******************************************************************
STEP ('COMMON: Configure the network traffic type as userdefined on all radios\n\n')
result = rad.setRadioTrafficSettings(TargetRadioIP[i], nwTrafficType)
validateStep('Set the Network Traffic Type on radio %s' %TargetRadioIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the Serial TTL to 0 on all radios\n\n')
result = rad.setRadioAdvancedSettings (TargetRadioIP[i], defaultTtl, serialTtl)
validateStep('Set the serial TTL to 0 on radio %s' %TargetRadioIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
print ('#****************************************************************************')
print ('# START OF TEST CASE ')
print ('#****************************************************************************')
for i in range (0,len(channelSizes)): # for loop for channel sizes
# Set the channel Size
for cnt in range(0,len(TargetRadioIP)):
STEP('COMMON: Configure Channel Size on the Base Station\n\n')
result = rad.setRadioChannelSize(TargetRadioIP[cnt], channelSizes[i])
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes[i],TargetRadioIP[cnt]), result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP('COMMON: Configure IP Data Compression Ratio on the radios\n\n')
result = rad.setRadioDataCompresssion(TargetRadioIP[cnt], dataCompression)
validateStep('Configure Data Compression on the Radio %s\n\n' %(TargetRadioIP[cnt]), result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(TargetRadioIP[cnt], 1)
validateStep('Reboot the radio %s after 5 secs' %TargetRadioIP[cnt] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 2: Configure the serial ports on all radios\n\n')
# Configure the serial port on Remote1
for x in range(0,len(RemoteStation1IP)):
# Configure the serial port on Remote
result = srl.serialPortSetup (RemoteStation1IP[x],srlPortIndx_remote1, srlPrtCfgMode, mtuSize, baudRate, flowCtrl)
validateStep('Configured the serial port on %s\n\n' %RemoteStation1IP[x], result, TESTCASE)
result = ''
print ('#****************************************************************************')
for x in range(0,len(RemoteStation2IP)):
# Configure the serial port on Remote2
result = srl.serialPortSetup (RemoteStation2IP[x],srlPortIndx_remote2, srlPrtCfgMode, mtuSize, baudRate, flowCtrl)
validateStep('Configured the serial port on %s\n\n' %RemoteStation2IP[x], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 3: Configure the Serial Tester to match the baud rates as the DUT\n\n')
# Set the Tx and Rx Address
srlTester.setTxRxAddress (txAddress, rxAddress)
# Set the traffic port settings
srlTester.trafficPortsSettings (baudRate, bSize, stopBits, parity, rtscts, mtuSize, ifg, numPkts, xonxoff)
# Set the traffic direction
srlTester.setTrafficDirection(sender, receiver)
# Set the tx and rx traffic pattern
srlTester.setTxRxTrafficPattern(txPattern, rxPattern)
# Set SMR Test Options
srlTester.setSMRTest('on', 'off')
#Set the txDelay to 10
srlTester.send_command('tx delay, 100\r\n')
print ('#****************************************************************************')
STEP ('Step 4: Get the number Packets on the radio before sending traffic\n\n')
# Get the number of packets on the remote1 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote1IP, srlPortNum_remote1)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote1IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote1_Port_InPkts_BT = packetCounts[0]
remote1_Port_OutPkts_BT = packetCounts[1]
remote1_Port_ErrPkts_BT = packetCounts[2]
remote1_Port_DropPkts_BT = packetCounts[3]
remote1_Port_DropFiltPkts_BT = packetCounts[4]
remote1_Port_RfInPktsErr_BT = packetCounts[5]
remote1_Port_RfOutDropPkts_BT = packetCounts[6]
remote1_Port_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote1 In Pkts BT: %s' %remote1_Port_InPkts_BT)
logFile(glob.DlogName, 'Remote1 Out Pkts BT: %s' %remote1_Port_OutPkts_BT)
logFile(glob.DlogName, 'Remote1 Err Pkts BT: %s' %remote1_Port_ErrPkts_BT)
logFile(glob.DlogName, 'Remote1 Drop Pkts BT: %s' %remote1_Port_DropPkts_BT)
logFile(glob.DlogName, 'Remote1 Drop Filtered Pkts BT: %s' %remote1_Port_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote1 RF In Pkts Error BT: %s' %remote1_Port_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote1 RF Out Drop Pkts BT: %s' %remote1_Port_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote1 In Drop Filtered Pkts BT: %s\n\n' %remote1_Port_RfInDropFiltPkts_BT)
result = ''
# Get the number of packets on the remote2 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote2IP, srlPortNum_remote2)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote2IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote2_Port_InPkts_BT = packetCounts[0]
remote2_Port_OutPkts_BT = packetCounts[1]
remote2_Port_ErrPkts_BT = packetCounts[2]
remote2_Port_DropPkts_BT = packetCounts[3]
remote2_Port_DropFiltPkts_BT = packetCounts[4]
remote2_Port_RfInPktsErr_BT = packetCounts[5]
remote2_Port_RfOutDropPkts_BT = packetCounts[6]
remote2_Port_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote2 In Pkts BT: %s' %remote2_Port_InPkts_BT)
logFile(glob.DlogName, 'Remote2 Out Pkts BT: %s' %remote2_Port_OutPkts_BT)
logFile(glob.DlogName, 'Remote2 Err Pkts BT: %s' %remote2_Port_ErrPkts_BT)
logFile(glob.DlogName, 'Remote2 Drop Pkts BT: %s' %remote2_Port_DropPkts_BT)
logFile(glob.DlogName, 'Remote2 Drop Filtered Pkts BT: %s' %remote2_Port_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote2 RF In Pkts Error BT: %s' %remote2_Port_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote2 RF Out Drop Pkts BT: %s' %remote2_Port_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote2 In Drop Filtered Pkts BT: %s\n\n' %remote2_Port_RfInDropFiltPkts_BT)
result = ''
print ('#****************************************************************************')
STEP ('Step 5 : Send and verify serial traffic')
result = srlTester.sendAndVerifySerialTraffic ()
# Here Rx packets will be zero as there will not be a physical connection from Radio serial
# port to the serial tester
srlTesterPkts = result[2]
srlTesterPkts = tuple(srlTesterPkts)
txPackets = int(srlTesterPkts[0])
rxPackets = int(srlTesterPkts[1])
logFile(glob.DlogName, 'Serial Tx Packets : %s' %txPackets)
logFile(glob.DlogName, 'Serial Rx Packets : %s' %rxPackets)
result = ''
print ('#****************************************************************************')
STEP ('Step 6: Get the number Packets on the radio after sending traffic\n\n')
# Get the number of packets on the remote1 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote1IP, srlPortNum_remote1)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote1IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote1_Port_InPkts_AT = packetCounts[0]
remote1_Port_OutPkts_AT = packetCounts[1]
remote1_Port_ErrPkts_AT = packetCounts[2]
remote1_Port_DropPkts_AT = packetCounts[3]
remote1_Port_DropFiltPkts_AT = packetCounts[4]
remote1_Port_RfInPktsErr_AT = packetCounts[5]
remote1_Port_RfOutDropPkts_AT = packetCounts[6]
remote1_Port_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote1 In Pkts AT: %s' %remote1_Port_InPkts_AT)
logFile(glob.DlogName, 'Remote1 Out Pkts AT: %s' %remote1_Port_OutPkts_AT)
logFile(glob.DlogName, 'Remote1 Err Pkts AT: %s' %remote1_Port_ErrPkts_AT)
logFile(glob.DlogName, 'Remote1 Drop Pkts AT: %s' %remote1_Port_DropPkts_AT)
logFile(glob.DlogName, 'Remote1 Drop Filtered Pkts AT: %s' %remote1_Port_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote1 RF In Pkts Error AT: %s' %remote1_Port_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote1 RF Out Drop Pkts AT: %s' %remote1_Port_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote1 In Drop Filtered Pkts AT: %s\n\n' %remote1_Port_RfInDropFiltPkts_AT)
result = ''
# Get the number of packets on the remote2 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote2IP, srlPortNum_remote2)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote2IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote2_Port_InPkts_AT = packetCounts[0]
remote2_Port_OutPkts_AT = packetCounts[1]
remote2_Port_ErrPkts_AT = packetCounts[2]
remote2_Port_DropPkts_AT = packetCounts[3]
remote2_Port_DropFiltPkts_AT = packetCounts[4]
remote2_Port_RfInPktsErr_AT = packetCounts[5]
remote2_Port_RfOutDropPkts_AT = packetCounts[6]
remote2_Port_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote2 In Pkts AT: %s' %remote2_Port_InPkts_AT)
logFile(glob.DlogName, 'Remote2 Out Pkts AT: %s' %remote2_Port_OutPkts_AT)
logFile(glob.DlogName, 'Remote2 Err Pkts AT: %s' %remote2_Port_ErrPkts_AT)
logFile(glob.DlogName, 'Remote2 Drop Pkts AT: %s' %remote2_Port_DropPkts_AT)
logFile(glob.DlogName, 'Remote2 Drop Filtered Pkts AT: %s' %remote2_Port_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote2 RF In Pkts Error AT: %s' %remote2_Port_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote2 RF Out Drop Pkts AT: %s' %remote2_Port_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote2 In Drop Filtered Pkts AT: %s\n\n' %remote2_Port_RfInDropFiltPkts_AT)
remote1_RxPackets = remote1_Port_InPkts_AT - remote1_Port_InPkts_BT
remote1_DropPkts = remote1_Port_DropPkts_AT - remote1_Port_DropPkts_BT
remote1_DropFiltPkts = remote1_Port_DropFiltPkts_AT - remote1_Port_DropFiltPkts_BT
remote1_RfOutDropPkts = remote1_Port_RfOutDropPkts_AT - remote1_Port_RfOutDropPkts_BT
remote2_TxPackets = remote2_Port_OutPkts_AT - remote2_Port_OutPkts_BT
remote2_ErrPackets = remote2_Port_ErrPkts_AT - remote2_Port_ErrPkts_BT
remote2_RfInPktsErr = remote2_Port_RfInPktsErr_AT - remote2_Port_RfInPktsErr_BT
remote2_RfInDropFiltPkts = remote2_Port_RfInDropFiltPkts_AT - remote2_Port_RfInDropFiltPkts_BT
result = ''
res = []
# Verify the results
if ((remote1_RxPackets == remote2_TxPackets) and (remote1_RxPackets == txPackets) and (remote2_ErrPackets == 0)):
res.append(True)
res.append('Traffic Sent from Remote1 is Received on Remote2 Station\n')
else:
print ('Failed')
res.append(False)
res.append('Traffic Sent from Remote1 is not Received on Remote2 Station\n')
validateStep('Verified Traffic on the radios\n\n', res, TESTCASE)
print ('#****************************************************************************')
STEP ('Step 7: Change the traffic direction and collect stats on the radios before sending traffic')
srlTester.setTrafficDirection(receiver, sender)
# Get the number of packets on the remote1 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote1IP, srlPortNum_remote1)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote1IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote1_Port_InPkts_BT = packetCounts[0]
remote1_Port_OutPkts_BT = packetCounts[1]
remote1_Port_ErrPkts_BT = packetCounts[2]
remote1_Port_DropPkts_BT = packetCounts[3]
remote1_Port_DropFiltPkts_BT = packetCounts[4]
remote1_Port_RfInPktsErr_BT = packetCounts[5]
remote1_Port_RfOutDropPkts_BT = packetCounts[6]
remote1_Port_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote1 In Pkts BT: %s' %remote1_Port_InPkts_BT)
logFile(glob.DlogName, 'Remote1 Out Pkts BT: %s' %remote1_Port_OutPkts_BT)
logFile(glob.DlogName, 'Remote1 Err Pkts BT: %s' %remote1_Port_ErrPkts_BT)
logFile(glob.DlogName, 'Remote1 Drop Pkts BT: %s' %remote1_Port_DropPkts_BT)
logFile(glob.DlogName, 'Remote1 Drop Filtered Pkts BT: %s' %remote1_Port_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote1 RF In Pkts Error BT: %s' %remote1_Port_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote1 RF Out Drop Pkts BT: %s' %remote1_Port_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote1 In Drop Filtered Pkts BT: %s\n\n' %remote1_Port_RfInDropFiltPkts_BT)
result = ''
# Get the number of packets on the remote2 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote2IP, srlPortNum_remote2)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote2IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote2_Port_InPkts_BT = packetCounts[0]
remote2_Port_OutPkts_BT = packetCounts[1]
remote2_Port_ErrPkts_BT = packetCounts[2]
remote2_Port_DropPkts_BT = packetCounts[3]
remote2_Port_DropFiltPkts_BT = packetCounts[4]
remote2_Port_RfInPktsErr_BT = packetCounts[5]
remote2_Port_RfOutDropPkts_BT = packetCounts[6]
remote2_Port_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote2 In Pkts BT: %s' %remote2_Port_InPkts_BT)
logFile(glob.DlogName, 'Remote2 Out Pkts BT: %s' %remote2_Port_OutPkts_BT)
logFile(glob.DlogName, 'Remote2 Err Pkts BT: %s' %remote2_Port_ErrPkts_BT)
logFile(glob.DlogName, 'Remote2 Drop Pkts BT: %s' %remote2_Port_DropPkts_BT)
logFile(glob.DlogName, 'Remote2 Drop Filtered Pkts BT: %s' %remote2_Port_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote2 RF In Pkts Error BT: %s' %remote2_Port_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote2 RF Out Drop Pkts BT: %s' %remote2_Port_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote2 In Drop Filtered Pkts BT: %s\n\n' %remote2_Port_RfInDropFiltPkts_BT)
result = ''
print ('#****************************************************************************')
STEP ('Step 8 : Send and verify serial traffic')
result = srlTester.sendAndVerifySerialTraffic ()
# Here Rx packets will be zero as there will not be a physical connection from Radio serial
# port to the serial tester
srlTesterPkts = result[2]
srlTesterPkts = tuple(srlTesterPkts)
txPackets = int(srlTesterPkts[0])
rxPackets = int(srlTesterPkts[1])
logFile(glob.DlogName, 'Serial Tx Packets : %s' %txPackets)
logFile(glob.DlogName, 'Serial Rx Packets : %s' %rxPackets)
result = ''
print ('#****************************************************************************')
STEP ('Step 9: Get the number Packets on the radio before sending traffic\n\n')
# Get the number of packets on the remote1 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote1IP, srlPortNum_remote1)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote1IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote1_Port_InPkts_AT = packetCounts[0]
remote1_Port_OutPkts_AT = packetCounts[1]
remote1_Port_ErrPkts_AT = packetCounts[2]
remote1_Port_DropPkts_AT = packetCounts[3]
remote1_Port_DropFiltPkts_AT = packetCounts[4]
remote1_Port_RfInPktsErr_AT = packetCounts[5]
remote1_Port_RfOutDropPkts_AT = packetCounts[6]
remote1_Port_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote1 In Pkts AT: %s' %remote1_Port_InPkts_AT)
logFile(glob.DlogName, 'Remote1 Out Pkts AT: %s' %remote1_Port_OutPkts_AT)
logFile(glob.DlogName, 'Remote1 Err Pkts AT: %s' %remote1_Port_ErrPkts_AT)
logFile(glob.DlogName, 'Remote1 Drop Pkts AT: %s' %remote1_Port_DropPkts_AT)
logFile(glob.DlogName, 'Remote1 Drop Filtered Pkts AT: %s' %remote1_Port_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote1 RF In Pkts Error AT: %s' %remote1_Port_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote1 RF Out Drop Pkts AT: %s' %remote1_Port_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote1 In Drop Filtered Pkts AT: %s\n\n' %remote1_Port_RfInDropFiltPkts_AT)
result = ''
# Get the number of packets on the remote2 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote2IP, srlPortNum_remote2)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote2IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote2_Port_InPkts_AT = packetCounts[0]
remote2_Port_OutPkts_AT = packetCounts[1]
remote2_Port_ErrPkts_AT = packetCounts[2]
remote2_Port_DropPkts_AT = packetCounts[3]
remote2_Port_DropFiltPkts_AT = packetCounts[4]
remote2_Port_RfInPktsErr_AT = packetCounts[5]
remote2_Port_RfOutDropPkts_AT = packetCounts[6]
remote2_Port_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote2 In Pkts AT: %s' %remote2_Port_InPkts_AT)
logFile(glob.DlogName, 'Remote2 Out Pkts AT: %s' %remote2_Port_OutPkts_AT)
logFile(glob.DlogName, 'Remote2 Err Pkts AT: %s' %remote2_Port_ErrPkts_AT)
logFile(glob.DlogName, 'Remote2 Drop Pkts AT: %s' %remote2_Port_DropPkts_AT)
logFile(glob.DlogName, 'Remote2 Drop Filtered Pkts AT: %s' %remote2_Port_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote2 RF In Pkts Error AT: %s' %remote2_Port_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote2 RF Out Drop Pkts AT: %s' %remote2_Port_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote2 In Drop Filtered Pkts AT: %s\n\n' %remote2_Port_RfInDropFiltPkts_AT)
remote2_RxPackets = remote2_Port_InPkts_AT - remote2_Port_InPkts_BT
remote2_DropPkts = remote2_Port_DropPkts_AT - remote2_Port_DropPkts_BT
remote2_DropFiltPkts = remote2_Port_DropFiltPkts_AT - remote2_Port_DropFiltPkts_BT
remote2_RfOutDropPkts = remote2_Port_RfOutDropPkts_AT - remote2_Port_RfOutDropPkts_BT
remote1_TxPackets = remote1_Port_OutPkts_AT - remote1_Port_OutPkts_BT
remote1_ErrPackets = remote1_Port_ErrPkts_AT - remote1_Port_ErrPkts_BT
remote1_RfInPktsErr = remote1_Port_RfInPktsErr_AT - remote1_Port_RfInPktsErr_BT
remote1_RfInDropFiltPkts = remote1_Port_RfInDropFiltPkts_AT - remote1_Port_RfInDropFiltPkts_BT
result = ''
res = []
# Verify the results
if ((remote2_RxPackets == remote1_TxPackets) and (remote2_RxPackets == txPackets) and (remote1_ErrPackets == 0)):
res.append(True)
res.append('Traffic Sent from Remote2 is Received on Remote1 Station\n')
else:
print ('Failed')
res.append(False)
res.append('Traffic Sent from Remote2 is not Received on Remote1 Station\n')
validateStep('Verified Traffic on the radios\n\n', res, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 10: Configure the Packet Filtering as Automatic')
packetFiltering = 1
for cnt in range(0,len(TargetRadioIP)):
STEP ('COMMON: Configure the Data Stream Mode and Packet Filtering on all radios\n\n')
result = rad.setSerialDataStream (TargetRadioIP[i], streamMode, packetFiltering)
validateStep('Configured the Data Stream Mode and Packet Filtering on %s\n\n' %TargetRadioIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 11: Get the number Packets on the radio before sending traffic\n\n')
# Get the number of packets on the remote1 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote1IP, srlPortNum_remote1)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote1IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote1_Port_InPkts_BT = packetCounts[0]
remote1_Port_OutPkts_BT = packetCounts[1]
remote1_Port_ErrPkts_BT = packetCounts[2]
remote1_Port_DropPkts_BT = packetCounts[3]
remote1_Port_DropFiltPkts_BT = packetCounts[4]
remote1_Port_RfInPktsErr_BT = packetCounts[5]
remote1_Port_RfOutDropPkts_BT = packetCounts[6]
remote1_Port_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote1 In Pkts BT: %s' %remote1_Port_InPkts_BT)
logFile(glob.DlogName, 'Remote1 Out Pkts BT: %s' %remote1_Port_OutPkts_BT)
logFile(glob.DlogName, 'Remote1 Err Pkts BT: %s' %remote1_Port_ErrPkts_BT)
logFile(glob.DlogName, 'Remote1 Drop Pkts BT: %s' %remote1_Port_DropPkts_BT)
logFile(glob.DlogName, 'Remote1 Drop Filtered Pkts BT: %s' %remote1_Port_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote1 RF In Pkts Error BT: %s' %remote1_Port_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote1 RF Out Drop Pkts BT: %s' %remote1_Port_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote1 In Drop Filtered Pkts BT: %s\n\n' %remote1_Port_RfInDropFiltPkts_BT)
result = ''
# Get the number of packets on the remote2 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote2IP, srlPortNum_remote2)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote2IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote2_Port_InPkts_BT = packetCounts[0]
remote2_Port_OutPkts_BT = packetCounts[1]
remote2_Port_ErrPkts_BT = packetCounts[2]
remote2_Port_DropPkts_BT = packetCounts[3]
remote2_Port_DropFiltPkts_BT = packetCounts[4]
remote2_Port_RfInPktsErr_BT = packetCounts[5]
remote2_Port_RfOutDropPkts_BT = packetCounts[6]
remote2_Port_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote2 In Pkts BT: %s' %remote2_Port_InPkts_BT)
logFile(glob.DlogName, 'Remote2 Out Pkts BT: %s' %remote2_Port_OutPkts_BT)
logFile(glob.DlogName, 'Remote2 Err Pkts BT: %s' %remote2_Port_ErrPkts_BT)
logFile(glob.DlogName, 'Remote2 Drop Pkts BT: %s' %remote2_Port_DropPkts_BT)
logFile(glob.DlogName, 'Remote2 Drop Filtered Pkts BT: %s' %remote2_Port_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote2 RF In Pkts Error BT: %s' %remote2_Port_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote2 RF Out Drop Pkts BT: %s' %remote2_Port_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote2 In Drop Filtered Pkts BT: %s\n\n' %remote2_Port_RfInDropFiltPkts_BT)
result = ''
print ('#****************************************************************************')
STEP ('Step 12 : Send and verify serial traffic')
srlTester.setTrafficDirection(sender, receiver)
result = srlTester.sendAndVerifySerialTraffic ()
# Here Rx packets will be zero as there will not be a physical connection from Radio serial
# port to the serial tester
srlTesterPkts = result[2]
srlTesterPkts = tuple(srlTesterPkts)
txPackets = int(srlTesterPkts[0])
rxPackets = int(srlTesterPkts[1])
logFile(glob.DlogName, 'Serial Tx Packets : %s' %txPackets)
logFile(glob.DlogName, 'Serial Rx Packets : %s' %rxPackets)
result = ''
print ('#****************************************************************************')
STEP ('Step 13: Get the number Packets on the radio after sending traffic\n\n')
# Get the number of packets on the remote1 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote1IP, srlPortNum_remote1)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote1IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote1_Port_InPkts_AT = packetCounts[0]
remote1_Port_OutPkts_AT = packetCounts[1]
remote1_Port_ErrPkts_AT = packetCounts[2]
remote1_Port_DropPkts_AT = packetCounts[3]
remote1_Port_DropFiltPkts_AT = packetCounts[4]
remote1_Port_RfInPktsErr_AT = packetCounts[5]
remote1_Port_RfOutDropPkts_AT = packetCounts[6]
remote1_Port_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote1 In Pkts AT: %s' %remote1_Port_InPkts_AT)
logFile(glob.DlogName, 'Remote1 Out Pkts AT: %s' %remote1_Port_OutPkts_AT)
logFile(glob.DlogName, 'Remote1 Err Pkts AT: %s' %remote1_Port_ErrPkts_AT)
logFile(glob.DlogName, 'Remote1 Drop Pkts AT: %s' %remote1_Port_DropPkts_AT)
logFile(glob.DlogName, 'Remote1 Drop Filtered Pkts AT: %s' %remote1_Port_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote1 RF In Pkts Error AT: %s' %remote1_Port_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote1 RF Out Drop Pkts AT: %s' %remote1_Port_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote1 In Drop Filtered Pkts AT: %s\n\n' %remote1_Port_RfInDropFiltPkts_AT)
result = ''
# Get the number of packets on the remote2 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote2IP, srlPortNum_remote2)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote2IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote2_Port_InPkts_AT = packetCounts[0]
remote2_Port_OutPkts_AT = packetCounts[1]
remote2_Port_ErrPkts_AT = packetCounts[2]
remote2_Port_DropPkts_AT = packetCounts[3]
remote2_Port_DropFiltPkts_AT = packetCounts[4]
remote2_Port_RfInPktsErr_AT = packetCounts[5]
remote2_Port_RfOutDropPkts_AT = packetCounts[6]
remote2_Port_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote2 In Pkts AT: %s' %remote2_Port_InPkts_AT)
logFile(glob.DlogName, 'Remote2 Out Pkts AT: %s' %remote2_Port_OutPkts_AT)
logFile(glob.DlogName, 'Remote2 Err Pkts AT: %s' %remote2_Port_ErrPkts_AT)
logFile(glob.DlogName, 'Remote2 Drop Pkts AT: %s' %remote2_Port_DropPkts_AT)
logFile(glob.DlogName, 'Remote2 Drop Filtered Pkts AT: %s' %remote2_Port_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote2 RF In Pkts Error AT: %s' %remote2_Port_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote2 RF Out Drop Pkts AT: %s' %remote2_Port_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote2 In Drop Filtered Pkts AT: %s\n\n' %remote2_Port_RfInDropFiltPkts_AT)
remote1_RxPackets = remote1_Port_InPkts_AT - remote1_Port_InPkts_BT
remote1_DropPkts = remote1_Port_DropPkts_AT - remote1_Port_DropPkts_BT
remote1_DropFiltPkts = remote1_Port_DropFiltPkts_AT - remote1_Port_DropFiltPkts_BT
remote1_RfOutDropPkts = remote1_Port_RfOutDropPkts_AT - remote1_Port_RfOutDropPkts_BT
remote2_TxPackets = remote2_Port_OutPkts_AT - remote2_Port_OutPkts_BT
remote2_ErrPackets = remote2_Port_ErrPkts_AT - remote2_Port_ErrPkts_BT
remote2_RfInPktsErr = remote2_Port_RfInPktsErr_AT - remote2_Port_RfInPktsErr_BT
remote2_RfInDropFiltPkts = remote2_Port_RfInDropFiltPkts_AT - remote2_Port_RfInDropFiltPkts_BT
result = ''
res = []
# Verify the results
if ((remote2_TxPackets == 0) and (remote1_RxPackets == txPackets)):
res.append(True)
res.append('Traffic Sent from Remote1 is not Received on Remote2 Station - Expected\n')
else:
print ('Failed')
res.append(False)
res.append('Traffic Sent from Remote1 is Received on Remote2 Station - Not Expected\n')
validateStep('Verified Traffic on the radios\n\n', res, TESTCASE)
print ('#****************************************************************************')
STEP ('Step 14: Change the traffic direction and collect stats on the radios before sending traffic')
srlTester.setTrafficDirection(receiver, sender)
# Get the number of packets on the remote1 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote1IP, srlPortNum_remote1)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote1IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote1_Port_InPkts_BT = packetCounts[0]
remote1_Port_OutPkts_BT = packetCounts[1]
remote1_Port_ErrPkts_BT = packetCounts[2]
remote1_Port_DropPkts_BT = packetCounts[3]
remote1_Port_DropFiltPkts_BT = packetCounts[4]
remote1_Port_RfInPktsErr_BT = packetCounts[5]
remote1_Port_RfOutDropPkts_BT = packetCounts[6]
remote1_Port_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote1 In Pkts BT: %s' %remote1_Port_InPkts_BT)
logFile(glob.DlogName, 'Remote1 Out Pkts BT: %s' %remote1_Port_OutPkts_BT)
logFile(glob.DlogName, 'Remote1 Err Pkts BT: %s' %remote1_Port_ErrPkts_BT)
logFile(glob.DlogName, 'Remote1 Drop Pkts BT: %s' %remote1_Port_DropPkts_BT)
logFile(glob.DlogName, 'Remote1 Drop Filtered Pkts BT: %s' %remote1_Port_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote1 RF In Pkts Error BT: %s' %remote1_Port_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote1 RF Out Drop Pkts BT: %s' %remote1_Port_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote1 In Drop Filtered Pkts BT: %s\n\n' %remote1_Port_RfInDropFiltPkts_BT)
result = ''
# Get the number of packets on the remote2 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote2IP, srlPortNum_remote2)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote2IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote2_Port_InPkts_BT = packetCounts[0]
remote2_Port_OutPkts_BT = packetCounts[1]
remote2_Port_ErrPkts_BT = packetCounts[2]
remote2_Port_DropPkts_BT = packetCounts[3]
remote2_Port_DropFiltPkts_BT = packetCounts[4]
remote2_Port_RfInPktsErr_BT = packetCounts[5]
remote2_Port_RfOutDropPkts_BT = packetCounts[6]
remote2_Port_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote2 In Pkts BT: %s' %remote2_Port_InPkts_BT)
logFile(glob.DlogName, 'Remote2 Out Pkts BT: %s' %remote2_Port_OutPkts_BT)
logFile(glob.DlogName, 'Remote2 Err Pkts BT: %s' %remote2_Port_ErrPkts_BT)
logFile(glob.DlogName, 'Remote2 Drop Pkts BT: %s' %remote2_Port_DropPkts_BT)
logFile(glob.DlogName, 'Remote2 Drop Filtered Pkts BT: %s' %remote2_Port_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote2 RF In Pkts Error BT: %s' %remote2_Port_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote2 RF Out Drop Pkts BT: %s' %remote2_Port_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote2 In Drop Filtered Pkts BT: %s\n\n' %remote2_Port_RfInDropFiltPkts_BT)
result = ''
print ('#****************************************************************************')
STEP ('Step 15 : Send and verify serial traffic')
result = srlTester.sendAndVerifySerialTraffic ()
# Here Rx packets will be zero as there will not be a physical connection from Radio serial
# port to the serial tester
srlTesterPkts = result[2]
srlTesterPkts = tuple(srlTesterPkts)
txPackets = int(srlTesterPkts[0])
rxPackets = int(srlTesterPkts[1])
logFile(glob.DlogName, 'Serial Tx Packets : %s' %txPackets)
logFile(glob.DlogName, 'Serial Rx Packets : %s' %rxPackets)
result = ''
print ('#****************************************************************************')
STEP ('Step 16: Get the number Packets on the radio before sending traffic\n\n')
# Get the number of packets on the remote1 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote1IP, srlPortNum_remote1)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote1IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote1_Port_InPkts_AT = packetCounts[0]
remote1_Port_OutPkts_AT = packetCounts[1]
remote1_Port_ErrPkts_AT = packetCounts[2]
remote1_Port_DropPkts_AT = packetCounts[3]
remote1_Port_DropFiltPkts_AT = packetCounts[4]
remote1_Port_RfInPktsErr_AT = packetCounts[5]
remote1_Port_RfOutDropPkts_AT = packetCounts[6]
remote1_Port_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote1 In Pkts AT: %s' %remote1_Port_InPkts_AT)
logFile(glob.DlogName, 'Remote1 Out Pkts AT: %s' %remote1_Port_OutPkts_AT)
logFile(glob.DlogName, 'Remote1 Err Pkts AT: %s' %remote1_Port_ErrPkts_AT)
logFile(glob.DlogName, 'Remote1 Drop Pkts AT: %s' %remote1_Port_DropPkts_AT)
logFile(glob.DlogName, 'Remote1 Drop Filtered Pkts AT: %s' %remote1_Port_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote1 RF In Pkts Error AT: %s' %remote1_Port_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote1 RF Out Drop Pkts AT: %s' %remote1_Port_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote1 In Drop Filtered Pkts AT: %s\n\n' %remote1_Port_RfInDropFiltPkts_AT)
result = ''
# Get the number of packets on the remote2 radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemote2IP, srlPortNum_remote2)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemote2IP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote2_Port_InPkts_AT = packetCounts[0]
remote2_Port_OutPkts_AT = packetCounts[1]
remote2_Port_ErrPkts_AT = packetCounts[2]
remote2_Port_DropPkts_AT = packetCounts[3]
remote2_Port_DropFiltPkts_AT = packetCounts[4]
remote2_Port_RfInPktsErr_AT = packetCounts[5]
remote2_Port_RfOutDropPkts_AT = packetCounts[6]
remote2_Port_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote2 In Pkts AT: %s' %remote2_Port_InPkts_AT)
logFile(glob.DlogName, 'Remote2 Out Pkts AT: %s' %remote2_Port_OutPkts_AT)
logFile(glob.DlogName, 'Remote2 Err Pkts AT: %s' %remote2_Port_ErrPkts_AT)
logFile(glob.DlogName, 'Remote2 Drop Pkts AT: %s' %remote2_Port_DropPkts_AT)
logFile(glob.DlogName, 'Remote2 Drop Filtered Pkts AT: %s' %remote2_Port_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote2 RF In Pkts Error AT: %s' %remote2_Port_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote2 RF Out Drop Pkts AT: %s' %remote2_Port_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote2 In Drop Filtered Pkts AT: %s\n\n' %remote2_Port_RfInDropFiltPkts_AT)
remote2_RxPackets = remote2_Port_InPkts_AT - remote2_Port_InPkts_BT
remote2_DropPkts = remote2_Port_DropPkts_AT - remote2_Port_DropPkts_BT
remote2_DropFiltPkts = remote2_Port_DropFiltPkts_AT - remote2_Port_DropFiltPkts_BT
remote2_RfOutDropPkts = remote2_Port_RfOutDropPkts_AT - remote2_Port_RfOutDropPkts_BT
remote1_TxPackets = remote1_Port_OutPkts_AT - remote1_Port_OutPkts_BT
remote1_ErrPackets = remote1_Port_ErrPkts_AT - remote1_Port_ErrPkts_BT
remote1_RfInPktsErr = remote1_Port_RfInPktsErr_AT - remote1_Port_RfInPktsErr_BT
remote1_RfInDropFiltPkts = remote1_Port_RfInDropFiltPkts_AT - remote1_Port_RfInDropFiltPkts_BT
result = ''
res = []
# Verify the results
if ((remote1_TxPackets == 0) and (remote2_RxPackets == txPackets)):
res.append(True)
res.append('Traffic Sent from Remote2 is not Received on Remote1 Station - Expected\n')
else:
print ('Failed')
res.append(False)
res.append('Traffic Sent from Remote2 is Received on Remote1 Station - Not Expected\n')
validateStep('Verified Traffic on the radios\n\n', res, TESTCASE)
result = ''
print ('#****************************************************************************')
except TestException:
testResult = 'FAIL'
pass
else:
testResult = 'PASS'
finally:
print ('\n#****************************************************************************')
print ('# CLEANUP SECTION ')
print ('#****************************************************************************')
srlTester.close()
# for i in range (0,len(TargetRadioIP)):
# # ******************************************************************
# STEP ('CLEANUP: Restore the DUTs to User Defaults\n\n')
# result = maint.restoreUserDefaults (TargetRadioIP[i], 1)
# validateStep('Restoring User Defaults on %s\n\n' %TargetRadioIP[i], result, TESTCASE)
# result = ''
print ('#****************************************************************************')
print ('# END OF TEST CASE ')
print ('#****************************************************************************')
finish (t1, TESTCASE, testResult)
def TFS_Serial_004 ():
try:
#**********************************************************************
# VARIABLE DECLARATION AND DEFINITIONS
#**********************************************************************
# log current time
t1 = time.localtime()
testResult = ''
result = ''
TESTCASE = 'Serial_004'
glob.testDesc = 'Verify the parity none, odd and even on the serial ports'
# Define the variables to be used in the test case
TargetRadioIP = []
BaseStationIP = glob.Configs['BaseStationRadioIP'].strip().split(',')
TargetBaseIP = glob.Configs['BaseStationVirtualIP']
RepeaterStationIP = glob.Configs['RepeaterStationRadioIP'].strip().split(',')
RemoteStationIP = glob.Configs['RemoteStationRadioIP'].strip().split(',')
TargetRemoteIP = glob.Configs['RemoteStationVirtualIP']
# TargetRadioIP = BaseStationIP + RepeaterStationIP + RemoteStationIP # list of all radio to be configured
TargetRadioIP = TargetRadioIP + BaseStationIP
TargetRadioIP = TargetRadioIP + RepeaterStationIP
TargetRadioIP = TargetRadioIP + RemoteStationIP
srlPortIndx_base = glob.Configs['BaseSerialPortIndex']
srlPortIndx_remote = glob.Configs['RemoteSerialPortIndex']
srlPortNum_base = int (glob.Configs['BaseSerialPortNumber'])
srlPortNum_remote = int(glob.Configs['RemoteSerialPortNumber'])
channelSizes = [4] # This defines channel sizes as 12.5, 25 and 50 respectively
parityList = [0, 1, 2]
# channelSizes = [2] # This defines channel sizes as 12.5, 25 and 50 respectively
# parityList = [0]
baudRate = 115200
# srlPortIndx = 1
txFrequency = 950056250
rxFrequency = 950093750
txFrequency_rptr = 950093750
rxFrequency_rptr = 950056250
nwRadius = 2
nwProximity = 2 # Overlapping Mode
rptNwSeg = 12
nwTrafficType = 0 # user defined mode
defaultTtl = 0
serialTtl = 0
# srlPortNum = 1 # denotes the serial port number
srlPrtCfgMode = 1
flowCtrl = 1 # sets the flow control to CTS-RTS
mtuSize = 512
baseTermOpMode = 1 # sets operMOde as Base
rptrTermOpMode = 2 # sets operMode as Repeater
remoteOperMode = 3 # sets operMode as Remote
etherMode = 1
# Serial Tester Variables
txAddress = rxAddress = 3 # sets the tx and rx address
txPattern = rxPattern = 'prbs15'
sender = 1
receiver = 2
stopBits = 1
bSize = 8
parity = 'None'
rtscts = 'ON'
port = glob.Configs['SerialTesterPort']
ifg = 35
numPkts = 50
xonxoff = 'ON'
srlTester = serialTester(port)
base_Port1_InPkts_BT = 0
base_Port1_OutPkts_BT = 0
base_Port1_ErrPkts_BT = 0
base_Port1_DropPkts_BT = 0
base_Port1_DropFiltPkts_BT = 0
base_Port1_RfInPktsErr_BT = 0
base_Port1_RfOutDropPkts_BT = 0
base_Port1_RfInDropFiltPkts_BT = 0
base_Port1_InPkts_AT = 0
base_Port1_OutPkts_AT = 0
base_Port1_ErrPkts_AT = 0
base_Port1_DropPkts_BT = 0
base_Port1_DropFiltPkts_AT = 0
base_Port1_RfInPktsErr_AT = 0
base_Port1_RfOutDropPkts_AT = 0
base_Port1_RfInDropFiltPkts_AT = 0
remote_Port1_InPkts_BT = 0
remote_Port1_OutPkts_BT = 0
remote_Port1_ErrPkts_BT = 0
remote_Port1_DropPkts_BT = 0
remote_Port1_DropFiltPkts_BT = 0
remote_Port1_RfInPktsErr_BT = 0
remote_Port1_RfOutDropPkts_BT = 0
remote_Port1_RfInDropFiltPkts_BT = 0
remote_Port1_InPkts_AT = 0
remote_Port1_OutPkts_AT = 0
remote_Port1_ErrPkts_AT = 0
remote_Port1_DropPkts_BT = 0
remote_Port1_DropFiltPkts_AT = 0
remote_Port1_RfInPktsErr_AT = 0
remote_Port1_RfOutDropPkts_AT = 0
remote_Port1_RfInDropFiltPkts_AT = 0
base_TxPackets = 0
base_RxPackets = 0
base_ErrPackets = 0
base_DropPkts = 0
base_DropFiltPkts = 0
base_RfInPktsErr = 0
base_RfOutDropPkts = 0
base_RfInDropFiltPkts = 0
remote_TxPackets = 0
remote_RxPackets = 0
remote_ErrPackets = 0
remote_DropPkts = 0
remote_DropFiltPkts = 0
remote_RfInPktsErr = 0
remote_RfOutDropPkts = 0
remote_RfInDropFiltPkts = 0
#**********************************************************************
# END OF VARIABLE DECLARATION AND DEFINITIONS
#**********************************************************************
# Log Test Case Header
print('TESTCASE # %s\n' %TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName,"===============================================================\n")
logFile(glob.DlogName,"TESTCASE %s\n\n"%TESTCASE)
print ('#****************************************************************************')
print ('# COMMON TEST SETUP ')
print ('#****************************************************************************')
print ('COMMON: Configure DUT1 & DUT2 PIPS Radio as Base Station\n\n')
for i in range(0,len(BaseStationIP)):
STEP('COMMON: Configure PIPS Radio as Base Station\n\n')
result = term.setTerminalOperMode(BaseStationIP[i], baseTermOpMode, etherMode)
validateStep('Configure DUT1: %s Radio as Base Station\n\n' %BaseStationIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(BaseStationIP[i], nwRadius, nwProximity)
validateStep('Set Network Radius and Network Proximity on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
result = rad.setTxSettings (BaseStationIP[i], txFrequency)
validateStep('Set the Tx Frequency on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (BaseStationIP[i], rxFrequency)
validateStep('Set the Rx Frequency on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(BaseStationIP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(RepeaterStationIP)):
STEP('COMMON: Configure PIPS Radio as Repeater Station\n\n')
result = term.setTerminalOperMode(RepeaterStationIP[i], rptrTermOpMode, etherMode)
validateStep('Configure DUT1: %s Radio as Repeater Station\n\n' %RepeaterStationIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(RepeaterStationIP[i], nwRadius, nwProximity, rptNwSeg)
validateStep('Set Network Radius and Network Proximity on radio %s' %RepeaterStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
result = rad.setTxSettings (RepeaterStationIP[i], txFrequency_rptr)
validateStep('Set the Tx Frequency on radio %s' %RepeaterStationIP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (RepeaterStationIP[i], rxFrequency_rptr)
validateStep('Set the Rx Frequency on radio %s' %RepeaterStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RepeaterStationIP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %RepeaterStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(RemoteStationIP)):
STEP('COMMON: Configure Radio as Remote Station\n\n')
result = term.setTerminalOperMode(RemoteStationIP[i], remoteOperMode, etherMode)
validateStep('Configure DUT1: %s Radio as Remote Station\n\n' %RemoteStationIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(RemoteStationIP[i], nwRadius, nwProximity, rptNwSeg)
validateStep('Set Network Radius and Network Proximity on radio %s' %RemoteStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
result = rad.setTxSettings (RemoteStationIP[i], txFrequency)
validateStep('Set the Tx Frequency on radio %s' %RemoteStationIP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (RemoteStationIP[i], rxFrequency)
validateStep('Set the Rx Frequency on radio %s' %RemoteStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RemoteStationIP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %RemoteStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
# The following configurations are done on the base, repeater and remote radios
for i in range (0,len(TargetRadioIP)):
STEP ('COMMON: Configure the network traffic type as userdefined on all radios\n\n')
result = rad.setRadioTrafficSettings(TargetRadioIP[i], nwTrafficType)
validateStep('Set the Network Traffic Type on radio %s' %TargetRadioIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the Serial TTL to 0 on all radios\n\n')
result = rad.setRadioAdvancedSettings (TargetRadioIP[i], defaultTtl, serialTtl)
validateStep('Set the serial TTL to 0 on radio %s' %TargetRadioIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
print ('#****************************************************************************')
print ('# START OF TEST CASE ')
print ('#****************************************************************************')
# The following steps should be repeated for different channel sizes and different baud rates
for i in range (0,len(channelSizes)): # for loop for channel sizes
# Set the channel Size
for cnt in range(0,len(BaseStationIP)):
STEP('COMMON: Configure Channel Size on the Base Station\n\n')
result = rad.setRadioChannelSize(BaseStationIP[cnt], channelSizes[i])
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes[i],BaseStationIP[cnt]), result, TESTCASE)
result = ''
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(BaseStationIP[cnt], 1)
validateStep('Reboot the radio %s after 5 secs' %BaseStationIP[cnt] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for cnt in range(0,len(RepeaterStationIP)):
STEP('COMMON: Configure Channel Size on the Repeater Station\n\n')
result = rad.setRadioChannelSize(RepeaterStationIP[cnt], channelSizes[i])
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes[i], RepeaterStationIP[cnt]), result, TESTCASE)
result = ''
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RepeaterStationIP[cnt], 1)
validateStep('Reboot the radio %s after 5 secs' %RepeaterStationIP[cnt] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for cnt in range(0,len(RemoteStationIP)):
STEP('COMMON: Configure Channel Size on Remote Station\n\n')
result = rad.setRadioChannelSize(RemoteStationIP[cnt], channelSizes[i])
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes[i], RemoteStationIP[cnt]), result, TESTCASE)
result = ''
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RemoteStationIP[cnt], 1)
validateStep('Reboot the radio %s after 5 secs' %RemoteStationIP[cnt], result, TESTCASE)
result = ''
print ('#****************************************************************************')
for j in range (0,len(parityList)): # for loop for baud rates
logFile(glob.DlogName,"****************************************************************************\n")
logFile(glob.DlogName,"For Channel Size %s, and Baud Rate set to %s\n" %(channelSizes[i], parityList[j]))
logFile(glob.DlogName,"****************************************************************************\n")
STEP ('Step 2: Configure the serial ports on all radios\n\n')
# configuring the serial ports on base radio
for x in range(0,len(BaseStationIP)): # for loop for base station radios
result = srl.serialPortSetup (BaseStationIP[x],srlPortIndx_base, srlPrtCfgMode, mtuSize, baudRate, flowCtrl, bSize, parityList[j])
validateStep('Configured the serial port on %s\n\n' %BaseStationIP[x], result, TESTCASE)
result = ''
for x in range(0,len(RemoteStationIP)):
# Configure the serial port on Remote
result = srl.serialPortSetup (RemoteStationIP[x],srlPortIndx_remote, srlPrtCfgMode, mtuSize, baudRate, flowCtrl, bSize, parityList[j])
validateStep('Configured the serial port on %s\n\n' %RemoteStationIP[x], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 3: Configure the Serial Tester to match the baud rates as the DUT\n\n')
# Set the Tx and Rx Address
srlTester.setTxRxAddress (txAddress, rxAddress)
if (parityList[j] == 0):
parity = 'none'
elif (parityList[j] == 1):
parity = 'even'
else:
parity = 'odd'
# Set the traffic port settings
srlTester.trafficPortsSettings (baudRate, bSize, stopBits, parity, rtscts, mtuSize, ifg, numPkts, xonxoff)
# Set the traffic direction
srlTester.setTrafficDirection(sender, receiver)
# Set the tx and rx traffic pattern
srlTester.setTxRxTrafficPattern(txPattern, rxPattern)
# Set SMR Test Options
srlTester.setSMRTest('on', 'off')
#Set the txDelay to 10
srlTester.send_command('tx delay, 30\r\n')
print ('#****************************************************************************')
STEP ('Step 3a: Get the number Packets on the radio before sending traffic\n\n')
# Get the number of packets on the remote radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemoteIP, srlPortNum_remote)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemoteIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote_Port1_InPkts_BT = packetCounts[0]
remote_Port1_OutPkts_BT = packetCounts[1]
remote_Port1_ErrPkts_BT = packetCounts[2]
remote_Port1_DropPkts_BT = packetCounts[3]
remote_Port1_DropFiltPkts_BT = packetCounts[4]
remote_Port1_RfInPktsErr_BT = packetCounts[5]
remote_Port1_RfOutDropPkts_BT = packetCounts[6]
remote_Port1_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote In Pkts BT: %s' %remote_Port1_InPkts_BT)
logFile(glob.DlogName, 'Remote Out Pkts BT: %s' %remote_Port1_OutPkts_BT)
logFile(glob.DlogName, 'Remote Err Pkts BT: %s' %remote_Port1_ErrPkts_BT)
logFile(glob.DlogName, 'Remote Drop Pkts BT: %s' %remote_Port1_DropPkts_BT)
logFile(glob.DlogName, 'Remote Drop Filtered Pkts BT: %s' %remote_Port1_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote RF In Pkts Error BT: %s' %remote_Port1_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote RF Out Drop Pkts BT: %s' %remote_Port1_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote In Drop Filtered Pkts BT: %s\n\n' %remote_Port1_RfInDropFiltPkts_BT)
result = ''
# Get the number of packets on the base radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetBaseIP, srlPortNum_base)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetBaseIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
base_Port1_InPkts_BT = packetCounts[0]
base_Port1_OutPkts_BT = packetCounts[1]
base_Port1_ErrPkts_BT = packetCounts[2]
base_Port1_DropPkts_BT = packetCounts[3]
base_Port1_DropFiltPkts_BT = packetCounts[4]
base_Port1_RfInPktsErr_BT = packetCounts[5]
base_Port1_RfOutDropPkts_BT = packetCounts[6]
base_Port1_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Base In Pkts BT: %s' %base_Port1_InPkts_BT)
logFile(glob.DlogName, 'Base Out Pkts BT: %s' %base_Port1_OutPkts_BT)
logFile(glob.DlogName, 'Base Err Pkts BT: %s' %base_Port1_ErrPkts_BT)
logFile(glob.DlogName, 'Base Drop Pkts BT: %s' %base_Port1_DropPkts_BT)
logFile(glob.DlogName, 'Base Drop Filtered Pkts BT: %s' %base_Port1_DropFiltPkts_BT)
logFile(glob.DlogName, 'Base RF In Pkts Error BT: %s' %base_Port1_RfInPktsErr_BT)
logFile(glob.DlogName, 'Base RF Out Drop Pkts BT: %s' %base_Port1_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Base In Drop Filtered Pkts BT: %s\n\n' %base_Port1_RfInDropFiltPkts_BT)
result = ''
print ('#****************************************************************************')
STEP ('Step 4 : Send and verify serial traffic')
result = srlTester.sendAndVerifySerialTraffic ()
# Cheriyan - Uncomment the following lines later
# validateStep("Send and verify serial traffic\n", result, TESTCASE)
# if (result[0]):
# srlTesterPkts = result[2]
# txPackets = int(srlTesterPkts[0])
# rxPackets = int(srlTesterPkts[1])
srlTesterPkts = result[2]
txPackets = int(srlTesterPkts[0])
rxPackets = int(srlTesterPkts[1])
result = ''
print ('#****************************************************************************')
STEP ('Step 5: Verify the traffic on the radios')
# Get the number of packets on the remote radio after sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemoteIP, srlPortNum_remote)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemoteIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote_Port1_InPkts_AT = packetCounts[0]
remote_Port1_OutPkts_AT = packetCounts[1]
remote_Port1_ErrPkts_AT = packetCounts[2]
remote_Port1_DropPkts_AT = packetCounts[3]
remote_Port1_DropFiltPkts_AT = packetCounts[4]
remote_Port1_RfInPktsErr_AT = packetCounts[5]
remote_Port1_RfOutDropPkts_AT = packetCounts[6]
remote_Port1_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote In Pkts AT: %s' %remote_Port1_InPkts_AT)
logFile(glob.DlogName, 'Remote Out Pkts AT: %s' %remote_Port1_OutPkts_AT)
logFile(glob.DlogName, 'Remote Err Pkts AT: %s' %remote_Port1_ErrPkts_AT)
logFile(glob.DlogName, 'Remote Drop Pkts AT: %s' %remote_Port1_DropPkts_AT)
logFile(glob.DlogName, 'Remote Drop Filtered Pkts AT: %s' %remote_Port1_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote RF In Pkts Error AT: %s' %remote_Port1_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote RF Out Drop Pkts AT: %s' %remote_Port1_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote In Drop Filtered Pkts AT: %s\n\n' %remote_Port1_RfInDropFiltPkts_AT)
result = ''
# Get the number of packets on the base radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetBaseIP, srlPortNum_base)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetBaseIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
base_Port1_InPkts_AT = packetCounts[0]
base_Port1_OutPkts_AT = packetCounts[1]
base_Port1_ErrPkts_AT = packetCounts[2]
base_Port1_DropPkts_AT = packetCounts[3]
base_Port1_DropFiltPkts_AT = packetCounts[4]
base_Port1_RfInPktsErr_AT = packetCounts[5]
base_Port1_RfOutDropPkts_AT = packetCounts[6]
base_Port1_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Base In Pkts AT: %s' %base_Port1_InPkts_AT)
logFile(glob.DlogName, 'Base Out Pkts AT: %s' %base_Port1_OutPkts_AT)
logFile(glob.DlogName, 'Base Err Pkts AT: %s' %base_Port1_ErrPkts_AT)
logFile(glob.DlogName, 'Base Drop Pkts AT: %s' %base_Port1_DropPkts_AT)
logFile(glob.DlogName, 'Base Drop Filtered Pkts AT: %s' %base_Port1_DropFiltPkts_AT)
logFile(glob.DlogName, 'Base RF In Pkts Error AT: %s' %base_Port1_RfInPktsErr_AT)
logFile(glob.DlogName, 'Base RF Out Drop Pkts AT: %s' %base_Port1_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Base In Drop Filtered Pkts AT: %s\n\n' %base_Port1_RfInDropFiltPkts_AT)
base_RxPackets = base_Port1_InPkts_AT - base_Port1_InPkts_BT
base_DropPkts = base_Port1_DropPkts_AT - base_Port1_DropPkts_BT
base_DropFiltPkts = base_Port1_DropFiltPkts_AT - base_Port1_DropFiltPkts_BT
base_RfOutDropPkts = base_Port1_RfOutDropPkts_AT - base_Port1_RfOutDropPkts_BT
remote_TxPackets = remote_Port1_OutPkts_AT - remote_Port1_OutPkts_BT
remote_ErrPackets = remote_Port1_ErrPkts_AT - remote_Port1_ErrPkts_BT
remote_RfInPktsErr = remote_Port1_RfInPktsErr_AT - remote_Port1_RfInPktsErr_BT
remote_RfInDropFiltPkts = remote_Port1_RfInDropFiltPkts_AT - remote_Port1_RfInDropFiltPkts_BT
logFile(glob.DlogName, 'Base RX Pkts AT: %s' %base_RxPackets)
logFile(glob.DlogName, 'Base Drop Pkts AT: %s' %base_DropPkts)
logFile(glob.DlogName, 'Base Drop Filtered Pkts AT: %s' %base_DropFiltPkts)
logFile(glob.DlogName, 'Base RF Out Drop Pkts AT: %s' %base_RfOutDropPkts)
logFile(glob.DlogName, 'Remote TX Pkts AT: %s' %remote_TxPackets)
logFile(glob.DlogName, 'Remote Err Pkts AT: %s' %remote_ErrPackets)
logFile(glob.DlogName, 'Remote RF In Pkts Err AT: %s' %remote_RfInPktsErr)
logFile(glob.DlogName, 'Remote RF In Drop Filtered Pkts AT: %s\n\n' %remote_RfInDropFiltPkts)
result = ''
res = []
# Verify the results
if ((base_RxPackets == remote_TxPackets) and (base_RxPackets == txPackets) and (remote_ErrPackets == 0)):
res.append(True)
res.append('Traffic Sent from Base is Received on Remote Station\n')
else:
print ('Failed')
res.append(False)
res.append('Traffic Sent from Base is not Received on Remote Station\n')
validateStep('Retrieved Packet Counts on %s\n\n' %TargetBaseIP, res, TESTCASE)
print ('#****************************************************************************')
STEP ('Step 6: Change the traffic direction and collect stats on the radios before sending traffic')
srlTester.setTrafficDirection(receiver, sender)
# Get the number of packets on the remote radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemoteIP, srlPortNum_remote)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemoteIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote_Port1_InPkts_BT = packetCounts[0]
remote_Port1_OutPkts_BT = packetCounts[1]
remote_Port1_ErrPkts_BT = packetCounts[2]
remote_Port1_DropPkts_BT = packetCounts[3]
remote_Port1_DropFiltPkts_BT = packetCounts[4]
remote_Port1_RfInPktsErr_BT = packetCounts[5]
remote_Port1_RfOutDropPkts_BT = packetCounts[6]
remote_Port1_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Remote In Pkts BT: %s' %remote_Port1_InPkts_BT)
logFile(glob.DlogName, 'Remote Out Pkts BT: %s' %remote_Port1_OutPkts_BT)
logFile(glob.DlogName, 'Remote Err Pkts BT: %s' %remote_Port1_ErrPkts_BT)
logFile(glob.DlogName, 'Remote Drop Pkts BT: %s' %remote_Port1_DropPkts_BT)
logFile(glob.DlogName, 'Remote Drop Filtered Pkts BT: %s' %remote_Port1_DropFiltPkts_BT)
logFile(glob.DlogName, 'Remote RF In Pkts Error BT: %s' %remote_Port1_RfInPktsErr_BT)
logFile(glob.DlogName, 'Remote RF Out Drop Pkts BT: %s' %remote_Port1_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Remote In Drop Filtered Pkts BT: %s\n\n' %remote_Port1_RfInDropFiltPkts_BT)
result = ''
# Get the number of packets on the base radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetBaseIP, srlPortNum_base)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetBaseIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
base_Port1_InPkts_BT = packetCounts[0]
base_Port1_OutPkts_BT = packetCounts[1]
base_Port1_ErrPkts_BT = packetCounts[2]
base_Port1_DropPkts_BT = packetCounts[3]
base_Port1_DropFiltPkts_BT = packetCounts[4]
base_Port1_RfInPktsErr_BT = packetCounts[5]
base_Port1_RfOutDropPkts_BT = packetCounts[6]
base_Port1_RfInDropFiltPkts_BT = packetCounts[7]
logFile(glob.DlogName, 'Base In Pkts BT: %s' %base_Port1_InPkts_BT)
logFile(glob.DlogName, 'Base Out Pkts BT: %s' %base_Port1_OutPkts_BT)
logFile(glob.DlogName, 'Base Err Pkts BT: %s' %base_Port1_ErrPkts_BT)
logFile(glob.DlogName, 'Base Drop Pkts BT: %s' %base_Port1_DropPkts_BT)
logFile(glob.DlogName, 'Base Drop Filtered Pkts BT: %s' %base_Port1_DropFiltPkts_BT)
logFile(glob.DlogName, 'Base RF In Pkts Error BT: %s' %base_Port1_RfInPktsErr_BT)
logFile(glob.DlogName, 'Base RF Out Drop Pkts BT: %s' %base_Port1_RfOutDropPkts_BT)
logFile(glob.DlogName, 'Base In Drop Filtered Pkts BT: %s\n\n' %base_Port1_RfInDropFiltPkts_BT)
result = ''
print ('#****************************************************************************')
STEP ('Step 7: Send the traffic and verify the results on the serial tester')
result = srlTester.sendAndVerifySerialTraffic ()
# Cheriyan - Uncomment the following lines later
# validateStep("Send and verify serial traffic\n", result, TESTCASE)
# if (result[0]):
# srlTesterPkts = result[2]
# txPackets = int(srlTesterPkts[0])
# rxPackets = int(srlTesterPkts[1])
srlTesterPkts = result[2]
txPackets = int(srlTesterPkts[0])
rxPackets = int(srlTesterPkts[1])
result = ''
print ('#****************************************************************************')
STEP ('Step 8: Verify the traffic results on the radios')
# Get the number of packets on the remote radio after sending traffic
result = mon.getSerialPortTxRxPkts (TargetRemoteIP, srlPortNum_remote)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetRemoteIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
remote_Port1_InPkts_AT = packetCounts[0]
remote_Port1_OutPkts_AT = packetCounts[1]
remote_Port1_ErrPkts_AT = packetCounts[2]
remote_Port1_DropPkts_AT = packetCounts[3]
remote_Port1_DropFiltPkts_AT = packetCounts[4]
remote_Port1_RfInPktsErr_AT = packetCounts[5]
remote_Port1_RfOutDropPkts_AT = packetCounts[6]
remote_Port1_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Remote In Pkts AT: %s' %remote_Port1_InPkts_AT)
logFile(glob.DlogName, 'Remote Out Pkts AT: %s' %remote_Port1_OutPkts_AT)
logFile(glob.DlogName, 'Remote Err Pkts AT: %s' %remote_Port1_ErrPkts_AT)
logFile(glob.DlogName, 'Remote Drop Pkts AT: %s' %remote_Port1_DropPkts_AT)
logFile(glob.DlogName, 'Remote Drop Filtered Pkts AT: %s' %remote_Port1_DropFiltPkts_AT)
logFile(glob.DlogName, 'Remote RF In Pkts Error AT: %s' %remote_Port1_RfInPktsErr_AT)
logFile(glob.DlogName, 'Remote RF Out Drop Pkts AT: %s' %remote_Port1_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Remote In Drop Filtered Pkts AT: %s\n\n' %remote_Port1_RfInDropFiltPkts_AT)
result = ''
# Get the number of packets on the base radio before sending traffic
result = mon.getSerialPortTxRxPkts (TargetBaseIP, srlPortNum_base)
validateStep('Retrieved Packet Counts on %s\n\n' %TargetBaseIP, result, TESTCASE)
if (result[0]):
# Then collect all the values
packetCounts = result[2]
base_Port1_InPkts_AT = packetCounts[0]
base_Port1_OutPkts_AT = packetCounts[1]
base_Port1_ErrPkts_AT = packetCounts[2]
base_Port1_DropPkts_AT = packetCounts[3]
base_Port1_DropFiltPkts_AT = packetCounts[4]
base_Port1_RfInPktsErr_AT = packetCounts[5]
base_Port1_RfOutDropPkts_AT = packetCounts[6]
base_Port1_RfInDropFiltPkts_AT = packetCounts[7]
logFile(glob.DlogName, 'Base In Pkts AT: %s' %base_Port1_InPkts_AT)
logFile(glob.DlogName, 'Base Out Pkts AT: %s' %base_Port1_OutPkts_AT)
logFile(glob.DlogName, 'Base Err Pkts AT: %s' %base_Port1_ErrPkts_AT)
logFile(glob.DlogName, 'Base Drop Pkts AT: %s' %base_Port1_DropPkts_AT)
logFile(glob.DlogName, 'Base Drop Filtered Pkts AT: %s' %base_Port1_DropFiltPkts_AT)
logFile(glob.DlogName, 'Base RF In Pkts Error AT: %s' %base_Port1_RfInPktsErr_AT)
logFile(glob.DlogName, 'Base RF Out Drop Pkts AT: %s' %base_Port1_RfOutDropPkts_AT)
logFile(glob.DlogName, 'Base In Drop Filtered Pkts AT: %s\n\n' %base_Port1_RfInDropFiltPkts_AT)
remote_RxPackets = remote_Port1_InPkts_AT - remote_Port1_InPkts_BT
remote_DropPkts = remote_Port1_DropPkts_AT - remote_Port1_DropPkts_BT
remote_DropFiltPkts = remote_Port1_DropFiltPkts_AT - remote_Port1_DropFiltPkts_BT
remote_RfOutDropPkts = remote_Port1_RfOutDropPkts_AT - remote_Port1_RfOutDropPkts_BT
base_TxPackets = base_Port1_OutPkts_AT - base_Port1_OutPkts_BT
base_ErrPackets = base_Port1_ErrPkts_AT - base_Port1_ErrPkts_BT
base_RfInPktsErr = base_Port1_RfInPktsErr_AT - base_Port1_RfInPktsErr_BT
base_RfInDropFiltPkts = base_Port1_RfInDropFiltPkts_AT - base_Port1_RfInDropFiltPkts_BT
logFile(glob.DlogName, 'Remote RX Pkts AT: %s' %remote_RxPackets)
logFile(glob.DlogName, 'Remote Drop Pkts AT: %s' %remote_DropPkts)
logFile(glob.DlogName, 'Remote Drop Filtered Pkts AT: %s' %remote_DropFiltPkts)
logFile(glob.DlogName, 'Remote RF Out Drop Pkts AT: %s\n\n' %remote_RfOutDropPkts)
logFile(glob.DlogName, 'Base TX Pkts AT: %s' %base_TxPackets)
logFile(glob.DlogName, 'Base Err Pkts AT: %s' %base_ErrPackets)
logFile(glob.DlogName, 'Base RF In Pkts Err AT: %s' %base_RfInPktsErr)
logFile(glob.DlogName, 'Base RF In Drop Filtered Pkts AT: %s' %base_RfInDropFiltPkts)
result = ''
res = []
# Verify the results
if ((remote_RxPackets == base_TxPackets) and (remote_RxPackets == txPackets) and (base_ErrPackets == 0)):
res.append(True)
res.append('Traffic Sent from Base is Received on Remote Station\n')
else:
res.append(False)
res.append('Traffic Sent from Remote is not Received on Base Station\n')
validateStep('Retrieved Packet Counts on %s\n\n' %TargetBaseIP, res, TESTCASE)
except TestException:
testResult = 'FAIL'
else:
testResult = 'PASS'
finally:
srlTester.close()
print ('\n#****************************************************************************')
print ('# CLEANUP SECTION ')
print ('#****************************************************************************')
for i in range (0,len(TargetRadioIP)):
#******************************************************************
STEP ('CLEANUP: Restore the DUTs to User Defaults\n\n')
result = maint.restoreUserDefaults (TargetRadioIP[i], 1)
validateStep('Restoring User Defaults on %s\n\n' %TargetRadioIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
print ('# END OF TEST CASE ')
print ('#****************************************************************************')
finish (t1, TESTCASE, testResult)
def TFS_SoftwareUpgrade_002():
try:
t1 = time.localtime()
testResult = ""
result = ""
TESTCASE = "SoftwareUpgrade_002"
glob.testDesc = """FTP the software image to the primary and then do a inter-unit transfer
to the secondary radio and activate the software"""
PIPSStationIP = glob.Configs["PIPSRadioIP"].strip().split(",")
# serverIPList = PIPSStationIP[0].strip().split('.')
# serverIp = serverIPList[0]+'.'+serverIPList[1]+'.'+serverIPList[2]+'.'+'6'
serverIp = glob.Configs["FTPServerIP"]
userName = glob.Configs["FTPUserName"]
password = glob.Configs["FTPPassword"]
targetVersion = glob.Configs["TargetVersion"]
manualLock = -1
activeUnit = 1
# Log Test Case Header
print("TESTCASE # %s\n" % TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName, "===============================================================\n")
logFile(glob.DlogName, "TESTCASE %s\n\n" % TESTCASE)
print("#****************************************************************************")
print("# START OF TEST CASE ")
print("#****************************************************************************")
STEP("COMMON: Set the Software manual Lock\n\n")
result = maint.setSoftwareManualLock(PIPSStationIP[0], manualLock, activeUnit)
validateStep("Set Software Manual on radio %s" % PIPSStationIP[0], result, TESTCASE)
manualLockSet = True
result = ""
print("#****************************************************************************")
STEP("Step 1: FTP the software\n\n")
result = soft.FTPTransfer(PIPSStationIP[0], serverIp, userName, password)
validateStep("FTP the software", result, TESTCASE)
result = ""
print("#****************************************************************************")
STEP("Step 2: Do a Inter Unit transfer of the software to secondary\n")
result = soft.InterUnitTransfer(PIPSStationIP[1])
validateStep("Inter Unit Transfer the software", result, TESTCASE)
result = ""
print("#****************************************************************************")
STEP("COMMON: Disable the Software manual Lock\n\n")
manualLock = 0
result = maint.setSoftwareManualLock(PIPSStationIP[0], manualLock, activeUnit)
validateStep("Set Software Manual on radio %s" % PIPSStationIP[0], result, TESTCASE)
manualLockSet = True
result = ""
print("#****************************************************************************")
for i in range(0, len(PIPSStationIP)):
STEP("Step 3: Activate the software on the radio\n\n")
result = soft.SwActivation(PIPSStationIP[i], targetVersion)
validateStep("Activate the software", result, TESTCASE)
result = ""
except TestException:
testResult = "FAIL"
pass
else:
testResult = "PASS"
print("#****************************************************************************")
print("# END OF TEST CASE ")
print("#****************************************************************************")
finish(t1, TESTCASE, testResult)
def TFS_SoftwareUpgrade_001 ():
try:
t1 = time.localtime()
testResult = ''
result = ''
TESTCASE = 'SoftwareUpgrade_001'
glob.testDesc = """FTP the software image and activate it on the radio"""
RemoteStationIP = glob.Configs['RadioIP'].strip().split(',')
TargetRadioIP = glob.Configs['RadioVirtualIP']
serverIp = glob.Configs['RadioFTPServer']
userName = glob.Configs['FTPUserName']
password = glob.Configs['FTPPassword']
targetVersion = glob.Configs['TargetVersion']
manualLock = -1
activeUnit = 2
# Log Test Case Header
print('TESTCASE # %s\n' %TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName,"===============================================================\n")
logFile(glob.DlogName,"TESTCASE %s\n\n"%TESTCASE)
print ('#****************************************************************************')
print ('# START OF TEST CASE ')
print ('#****************************************************************************')
result = term.checkIfProtectedUnit (TargetRadioIP)
if (result[0]):
STEP ('Step 1: Set the Software manual Lock\n\n')
result = maint.setSoftwareManualLock(RemoteStationIP[1], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RemoteStationIP[1] , result, TESTCASE)
time.sleep(5)
result = ''
print ('#****************************************************************************')
STEP ('Step 2: FTP the software\n\n')
result = soft.FTPTransfer (RemoteStationIP[1], serverIp, userName, password)
validateStep('FTP the software', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 3: Set the Software manual Lock\n\n')
activeUnit = 1
result = maint.setSoftwareManualLock(RemoteStationIP[0], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RemoteStationIP[0] , result, TESTCASE)
time.sleep(5)
result = ''
print ('#****************************************************************************')
STEP ('Step 4: FTP the software\n\n')
result = soft.FTPTransfer (RemoteStationIP[0], serverIp, userName, password)
validateStep('FTP the software', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 5: Disable the Software manual Lock\n\n')
manualLock = 0
result = maint.setSoftwareManualLock(RemoteStationIP[0], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RemoteStationIP[0] , result, TESTCASE)
time.sleep(5)
result = ''
print ('#****************************************************************************')
else:
STEP ('Step 1: FTP the software\n\n')
result = soft.FTPTransfer (TargetRadioIP, serverIp, userName, password)
validateStep('FTP the software', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 6: Activate the software on each of the remote3 radios\n\n')
# Find if this is a PIPS radio
result = term.checkIfProtectedUnit (TargetRadioIP)
if (result[0]):
# Find the active Unit in this Remote Radio
res = term.getProtectedActiveUnit(TargetRadioIP)
if (res[2] == 1):
# If primary is active unit, then activate the secondary radio
result = soft.SwActivation (RemoteStationIP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
# Now activate the software on the primary unit
result = soft.SwActivation (RemoteStationIP[0], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
# If secondary is active unit, then activate the primary radio
result = soft.SwActivation (RemoteStationIP[0], targetVersion)
validateStep('Activate the software on the primary unit', result, TESTCASE)
result = ''
# Now activate the software on the secondary unit
result = soft.SwActivation (RemoteStationIP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
STEP ('Step 2: Activate the software on each of the remote3 radios\n\n')
result = soft.SwActivation (TargetRadioIP, targetVersion)
validateStep('Activate the software on the Remote3 radio', result, TESTCASE)
result = ''
print ('#****************************************************************************')
except TestException:
testResult = 'FAIL'
pass
else:
testResult = 'PASS'
print ('#****************************************************************************')
print ('# END OF TEST CASE ')
print ('#****************************************************************************')
finish (t1, TESTCASE, testResult)
def TFS_SoftwareUpgrade_003 ():
try:
t1 = time.localtime()
testResult = ''
result = ''
TESTCASE = 'SoftwareUpgrade_003'
glob.testDesc = """FTP the software to the base radio and then redistribute to all
the remote radios and then activate on the remote radios
and then on the base radio."""
TargetRadioIP = []
BaseStationIP = glob.Configs['BaseStationRadioIP'].strip().split(',')
TargetBaseIP = glob.Configs['BaseStationVirtualIP']
RepeaterStation1IP = glob.Configs['RepeaterStation1RadioIP'].strip().split(',')
RepeaterStation2IP = glob.Configs['RepeaterStation2RadioIP'].strip().split(',')
TargetRepeater1IP = glob.Configs['RepeaterStation1VirtualIP']
TargetRepeater2IP = glob.Configs['RepeaterStation2VirtualIP']
RemoteStation1IP = glob.Configs['RemoteStation1RadioIP'].strip().split(',')
RemoteStation2IP = glob.Configs['RemoteStation2RadioIP'].strip().split(',')
RemoteStation3IP = glob.Configs['RemoteStation3RadioIP'].strip().split(',')
TargetRemote1IP = glob.Configs['RemoteStation1VirtualIP']
TargetRemote2IP = glob.Configs['RemoteStation2VirtualIP']
TargetRemote3IP = glob.Configs['RemoteStation3VirtualIP']
TargetRadioIP = TargetRadioIP + BaseStationIP
TargetRadioIP = TargetRadioIP + RepeaterStation1IP
TargetRadioIP = TargetRadioIP + RepeaterStation2IP
TargetRadioIP = TargetRadioIP + RemoteStation1IP
TargetRadioIP = TargetRadioIP + RemoteStation2IP
TargetRadioIP = TargetRadioIP + RemoteStation3IP
serverIp = glob.Configs['FTPServerIP']
userName = glob.Configs['FTPUserName']
password = glob.Configs['FTPPassword']
targetVersion = glob.Configs['TargetVersion']
manualLock = -1
activeUnit = 2
channelSizes = 4
txFrequency = 950056250
rxFrequency = 950093750
rptrTxFrequency = 950093750
rptrRxFrequency = 950056250
rem3TxFrequency = 950093750
rem3RxFrequency = 950056250
txPower = 340 # This denotes txPower as 15dB
txPower_rptr = 340 # This denotes txPower as 20dB
nwRadius = 2
nwProximity = 2 # overlapping Coverage Mode
rpt1NwSeg = 10
rpt2NwSeg = 12
nwTrafficType = 0 # user defined mode
defaultTtl = 0
serialTtl = 0
srlPrtCfgMode = 1
flowCtrl = 1 # sets the flow control to CTS-RTS
mtuSize = 512
baseTermOpMode = 1 # sets operMOde as Base
rptrTermOpMode = 2 # sets operMode as Repeater
remoteOperMode = 3 # sets operMode as Remote
etherMode = 1
# Log Test Case Header
print('TESTCASE # %s\n' %TESTCASE)
glob.DlogName = glob.resultsDir + "\\" + TESTCASE + ".log"
logFile(glob.DlogName,"===============================================================\n")
logFile(glob.DlogName,"TESTCASE %s\n\n"%TESTCASE)
print ('#****************************************************************************')
print ('# COMMON TEST SETUP ')
print ('#****************************************************************************')
for i in range(0,len(BaseStationIP)):
STEP('COMMON: Configure PIPS Radio as Base Station\n\n')
result = term.setTerminalOperMode(BaseStationIP[i], baseTermOpMode, etherMode)
validateStep('Configure DUT1: %s Radio as Base Station\n\n' %BaseStationIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
print ('TargetRadio: %s' %BaseStationIP[i])
result = rad.setTxSettings (BaseStationIP[i], txFrequency,txPower)
validateStep('Set the Tx Frequency on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (BaseStationIP[i], rxFrequency)
validateStep('Set the Rx Frequency on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(BaseStationIP[i], nwRadius, nwProximity)
validateStep('Set Network Radius and Network Proximity on radio %s' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP('COMMON: Configure Channel Size on the All the Radios\n\n')
result = rad.setRadioChannelSize(BaseStationIP[i], channelSizes)
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes,BaseStationIP[i]), result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(BaseStationIP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %BaseStationIP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(RepeaterStation1IP)):
STEP('COMMON: Configure PIPS Radio as Repeater Station 1\n\n')
result = term.setTerminalOperMode(RepeaterStation1IP[i], rptrTermOpMode, etherMode)
validateStep('Configure DUT1: %s Radio as Repeater Station 1\n\n' %RepeaterStation1IP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
print ('TargetRadio: %s' %RepeaterStation1IP[i])
result = rad.setTxSettings (RepeaterStation1IP[i], rptrTxFrequency, txPower_rptr)
validateStep('Set the Tx Frequency on radio %s' %RepeaterStation1IP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (RepeaterStation1IP[i], rptrRxFrequency)
validateStep('Set the Rx Frequency on radio %s' %RepeaterStation1IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(RepeaterStation1IP[i], nwRadius, nwProximity, rpt1NwSeg)
validateStep('Set Network Radius and Network Proximity on radio %s' %RepeaterStation1IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP('COMMON: Configure Channel Size on the All the Radios\n\n')
result = rad.setRadioChannelSize(RepeaterStation1IP[i], channelSizes)
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes,RepeaterStation1IP[i]), result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RepeaterStation1IP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %RepeaterStation1IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(RepeaterStation2IP)):
STEP('COMMON: Configure PIPS Radio as Repeater Station 1\n\n')
result = term.setTerminalOperMode(RepeaterStation2IP[i], rptrTermOpMode, etherMode)
validateStep('Configure DUT1: %s Radio as Repeater Station 1\n\n' %RepeaterStation2IP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
print ('TargetRadio: %s' %RepeaterStation2IP[i])
result = rad.setTxSettings (RepeaterStation2IP[i], rptrTxFrequency, txPower)
validateStep('Set the Tx Frequency on radio %s' %RepeaterStation2IP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (RepeaterStation2IP[i], rptrRxFrequency)
validateStep('Set the Rx Frequency on radio %s' %RepeaterStation2IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(RepeaterStation2IP[i], nwRadius, nwProximity, rpt2NwSeg)
validateStep('Set Network Radius and Network Proximity on radio %s' %RepeaterStation2IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP('COMMON: Configure Channel Size on the All the Radios\n\n')
result = rad.setRadioChannelSize(RepeaterStation2IP[i], channelSizes)
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes,RepeaterStation2IP[i]), result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RepeaterStation2IP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %RepeaterStation2IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(RemoteStation1IP)):
STEP('COMMON: Configure Radio as Remote Station\n\n')
result = term.setTerminalOperMode(RemoteStation1IP[i], remoteOperMode, etherMode)
validateStep('Configure DUT1: %s Radio as Remote Station\n\n' %RemoteStation1IP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(RemoteStation1IP[i], nwRadius, nwProximity, rpt1NwSeg)
validateStep('Set Network Radius and Network Proximity on radio %s' %RemoteStation1IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
print ('TargetRadio: %s' %RemoteStation1IP[i])
result = rad.setTxSettings (RemoteStation1IP[i], txFrequency, txPower)
validateStep('Set the Tx Frequency on radio %s' %RemoteStation1IP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (RemoteStation1IP[i], rxFrequency)
validateStep('Set the Rx Frequency on radio %s' %RemoteStation1IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP('COMMON: Configure Channel Size on the All the Radios\n\n')
result = rad.setRadioChannelSize(RemoteStation1IP[i], channelSizes)
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes,RemoteStation1IP[i]), result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RemoteStation1IP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %RemoteStation1IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(RemoteStation2IP)):
STEP('COMMON: Configure Radio as Remote Station\n\n')
result = term.setTerminalOperMode(RemoteStation2IP[i], remoteOperMode, etherMode)
validateStep('Configure DUT1: %s Radio as Remote Station\n\n' %RemoteStation2IP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(RemoteStation2IP[i], nwRadius, nwProximity, rpt2NwSeg)
validateStep('Set Network Radius and Network Proximity on radio %s' %RemoteStation2IP[i] , result, TESTCASE)
result = ''
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
print ('TargetRadio: %s' %RemoteStation2IP[i])
result = rad.setTxSettings (RemoteStation2IP[i], txFrequency, txPower)
validateStep('Set the Tx Frequency on radio %s' %RemoteStation2IP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (RemoteStation2IP[i], rxFrequency)
validateStep('Set the Rx Frequency on radio %s' %RemoteStation2IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP('COMMON: Configure Channel Size on the All the Radios\n\n')
result = rad.setRadioChannelSize(RemoteStation2IP[i], channelSizes)
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes,RemoteStation2IP[i]), result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RemoteStation2IP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %RemoteStation2IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
for i in range(0,len(RemoteStation3IP)):
STEP('COMMON: Configure Radio as Remote Station\n\n')
result = term.setTerminalOperMode(RemoteStation3IP[i], remoteOperMode, etherMode)
validateStep('Configure DUT1: %s Radio as Remote Station\n\n' %RemoteStation3IP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('COMMON: Set the network Radius and Network Proximity\n\n')
result = term.setRFNetworkDetails(RemoteStation3IP[i], nwRadius, nwProximity)
validateStep('Set Network Radius and Network Proximity on radio %s' %RemoteStation3IP[i] , result, TESTCASE)
result = ''
STEP ('COMMON: Configure the single Tx and Rx Frequency on all radios\n\n')
print ('TargetRadio: %s' %RemoteStation3IP[i])
result = rad.setTxSettings (RemoteStation3IP[i], rem3TxFrequency, txPower)
validateStep('Set the Tx Frequency on radio %s' %RemoteStation3IP[i] , result, TESTCASE)
result = ''
# Set the Rx Frequency on the radios
result = rad.setRxSettings (RemoteStation3IP[i], rem3RxFrequency)
validateStep('Set the Rx Frequency on radio %s' %RemoteStation3IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP('COMMON: Configure Channel Size on the All the Radios\n\n')
result = rad.setRadioChannelSize(RemoteStation3IP[i], channelSizes)
validateStep('Configure Channel Size as %s on %s Radio \n\n' %(channelSizes,RemoteStation3IP[i]), result, TESTCASE)
result = ''
print ('#****************************************************************************')
# Reboot the radio for the configuration to take effect
STEP ("COMMON: Reboot the DUT\n\n")
result = maint.rebootRadio(RemoteStation3IP[i], 1)
validateStep('Reboot the radio %s after 5 secs' %RemoteStation3IP[i] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
print ('#****************************************************************************')
print ('# START OF TEST CASE ')
print ('#****************************************************************************')
# Find if Base is a protected Unit
result = term.checkIfProtectedUnit (TargetBaseIP)
if (result[0]):
# Find the active Unit in this Remote Radio
STEP ('Step 1: Perform a software manual lock to seconndary unit on Base Radio')
result = maint.setSoftwareManualLock(BaseStationIP[1], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %BaseStationIP[1] , result, TESTCASE)
result = ''
time.sleep(5)
print ('#****************************************************************************')
STEP ('Step 2: FTP the software to secondary radio\n\n')
result = soft.FTPTransfer (BaseStationIP[1], serverIp, userName, password)
validateStep('FTP the software', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 3: Perform a software manual lock to primary unit on Base Radio')
activeUnit = 1
result = maint.setSoftwareManualLock(BaseStationIP[0], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %BaseStationIP[0] , result, TESTCASE)
time.sleep(5)
result = ''
print ('#****************************************************************************')
STEP ('Step 4: FTP the software to primary radio\n\n')
result = soft.FTPTransfer (BaseStationIP[0], serverIp, userName, password)
validateStep('FTP the software', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 5: Disable the Software manual Lock\n\n')
manualLock = 0
result = maint.setSoftwareManualLock(BaseStationIP[0], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %BaseStationIP[0] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
else:
STEP ('Step 2: FTP the software to Base radio\n\n')
result = soft.FTPTransfer (TargetBaseIP, serverIp, userName, password)
validateStep('FTP the software', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 6: Do a Remote Distribute to all the radios\n\n')
result = soft.BaseDistribute (BaseStationIP[0])
validateStep('Remote Distribute the software the software', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 6a: Do a InterUnit Transfer to the standby radios for PIPS Remote1')
# Find if this is a PIPS radio
result = term.checkIfProtectedUnit (TargetRemote1IP)
if (result[0]):
# Find the active Unit in this Remote Radio
res = term.getProtectedActiveUnit(TargetRemote1IP)
if (res[2] == 1):
# Set the software manual lock to the active unit and then do the
# Inter Unit Transfer
manualLock = -1
activeUnit = 1
result = maint.setSoftwareManualLock(RemoteStation1IP[0], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RemoteStation1IP[0] , result, TESTCASE)
result = ''
# Do a Inter Unit Transfer
result = soft.InterUnitTransfer (RemoteStation1IP[1])
validateStep('Inter Unit Transfer the software', result, TESTCASE)
result = ''
# Disable the software manual lock
manualLock = 0
result = maint.setSoftwareManualLock(RemoteStation1IP[0], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RemoteStation1IP[0] , result, TESTCASE)
result = ''
else:
# Set the software manual lock to the active unit and then do the
# Inter Unit Transfer
manualLock = -1
activeUnit = 2
result = maint.setSoftwareManualLock(RemoteStation1IP[1], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RemoteStation1IP[1] , result, TESTCASE)
result = ''
# Do a Inter Unit Transfer
result = soft.InterUnitTransfer (RemoteStation1IP[0])
validateStep('Inter Unit Transfer the software', result, TESTCASE)
result = ''
# Disable the software manual lock
manualLock = 0
result = maint.setSoftwareManualLock(RemoteStation1IP[1], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RemoteStation1IP[1] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 6b: Do a InterUnit Transfer to the standby radios for PIPS Repeater1')
# Find if this is a PIPS radio
result = term.checkIfProtectedUnit (TargetRepeater1IP)
if (result[0]):
# Find the active Unit in this Repeater Radio
res = term.getProtectedActiveUnit(TargetRepeater1IP)
if (res[2] == 1):
# Set the software manual lock to the active unit and then do the
# Inter Unit Transfer
manualLock = -1
activeUnit = 1
result = maint.setSoftwareManualLock(RepeaterStation1IP[0], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RepeaterStation1IP[0] , result, TESTCASE)
result = ''
# Do a Inter Unit Transfer
result = soft.InterUnitTransfer (RepeaterStation1IP[1])
validateStep('Inter Unit Transfer the software', result, TESTCASE)
result = ''
# Disable the software manual lock
manualLock = 0
result = maint.setSoftwareManualLock(RepeaterStation1IP[0], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RepeaterStation1IP[0] , result, TESTCASE)
result = ''
else:
# Set the software manual lock to the active unit and then do the
# Inter Unit Transfer
manualLock = -1
activeUnit = 2
result = maint.setSoftwareManualLock(RepeaterStation1IP[1], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RepeaterStation1IP[1] , result, TESTCASE)
result = ''
# Do a Inter Unit Transfer
result = soft.InterUnitTransfer (RepeaterStation1IP[0])
validateStep('Inter Unit Transfer the software', result, TESTCASE)
result = ''
# Disable the software manual lock
manualLock = 0
result = maint.setSoftwareManualLock(RepeaterStation1IP[1], manualLock, activeUnit)
validateStep('Set Software Manual on radio %s' %RepeaterStation1IP[1] , result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 7: Activate the software on each of the remote radios\n\n')
# Find if this is a PIPS radio
result = term.checkIfProtectedUnit (TargetRemote1IP)
if (result[0]):
# Find the active Unit in this Remote Radio
res = term.getProtectedActiveUnit(TargetRemote1IP)
if (res[2] == 1):
# If primary is active unit, then activate the secondary radio
result = soft.SwActivation (RemoteStation1IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
# Now activate the software on the primary unit
result = soft.SwActivation (RemoteStation1IP[0], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
# If secondary is active unit, then activate the primary radio
result = soft.SwActivation (RemoteStation1IP[0], targetVersion)
validateStep('Activate the software on the primary unit', result, TESTCASE)
result = ''
# Now activate the software on the secondary unit
result = soft.SwActivation (RemoteStation1IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
result = soft.SwActivation (TargetRemote1IP, targetVersion)
validateStep('Activate the software on the Remote1 radio', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 8: Activate the software on each of the remote2 radios\n\n')
# Find if this is a PIPS radio
result = term.checkIfProtectedUnit (TargetRemote2IP)
if (result[0]):
# Find the active Unit in this Remote Radio
res = term.getProtectedActiveUnit(TargetRemote2IP)
if (res[2] == 1):
# If primary is active unit, then activate the secondary radio
result = soft.SwActivation (RemoteStation2IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
# Now activate the software on the primary unit
result = soft.SwActivation (RemoteStation2IP[0], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
# If secondary is active unit, then activate the primary radio
result = soft.SwActivation (RemoteStation2IP[0], targetVersion)
validateStep('Activate the software on the primary unit', result, TESTCASE)
result = ''
# Now activate the software on the secondary unit
result = soft.SwActivation (RemoteStation2IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
result = soft.SwActivation (TargetRemote2IP, targetVersion)
validateStep('Activate the software on the Remote2 radio', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 9: Activate the software on each of the remote3 radios\n\n')
# Find if this is a PIPS radio
result = term.checkIfProtectedUnit (TargetRemote3IP)
if (result[0]):
# Find the active Unit in this Remote Radio
res = term.getProtectedActiveUnit(TargetRemote3IP)
if (res[2] == 1):
# If primary is active unit, then activate the secondary radio
result = soft.SwActivation (RemoteStation3IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
# Now activate the software on the primary unit
result = soft.SwActivation (RemoteStation3IP[0], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
# If secondary is active unit, then activate the primary radio
result = soft.SwActivation (RemoteStation3IP[0], targetVersion)
validateStep('Activate the software on the primary unit', result, TESTCASE)
result = ''
# Now activate the software on the secondary unit
result = soft.SwActivation (RemoteStation3IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
result = soft.SwActivation (TargetRemote3IP, targetVersion)
validateStep('Activate the software on the Remote3 radio', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 10: Activate the software on each of the Repeater1 radios\n\n')
# Find if this is a PIPS radio
result = term.checkIfProtectedUnit (TargetRepeater1IP)
if (result[0]):
# Find the active Unit in this Remote Radio
res = term.getProtectedActiveUnit(TargetRepeater1IP)
if (res[2] == 1):
# If primary is active unit, then activate the secondary radio
result = soft.SwActivation (RepeaterStation1IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
# Now activate the software on the primary unit
result = soft.SwActivation (RepeaterStation1IP[0], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
# If secondary is active unit, then activate the primary radio
result = soft.SwActivation (RepeaterStation1IP[0], targetVersion)
validateStep('Activate the software on the primary unit', result, TESTCASE)
result = ''
# Now activate the software on the secondary unit
result = soft.SwActivation (RepeaterStation1IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
result = soft.SwActivation (TargetRepeater1IP, targetVersion)
validateStep('Activate the software on the Repeater1 radio', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 11: Activate the software on each of the Repeater2 radios\n\n')
# Find if this is a PIPS radio
result = term.checkIfProtectedUnit (TargetRepeater2IP)
if (result[0]):
# Find the active Unit in this Remote Radio
res = term.getProtectedActiveUnit(TargetRepeater2IP)
if (res[2] == 1):
# If primary is active unit, then activate the secondary radio
result = soft.SwActivation (RepeaterStation2IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
# Now activate the software on the primary unit
result = soft.SwActivation (RepeaterStation2IP[0], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
# If secondary is active unit, then activate the primary radio
result = soft.SwActivation (RepeaterStation2IP[0], targetVersion)
validateStep('Activate the software on the primary unit', result, TESTCASE)
result = ''
# Now activate the software on the secondary unit
result = soft.SwActivation (RepeaterStation2IP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
result = soft.SwActivation (TargetRepeater2IP, targetVersion)
validateStep('Activate the software on the Repeater2 radio', result, TESTCASE)
result = ''
print ('#****************************************************************************')
STEP ('Step 11: Activate the software on each of the Base radios\n\n')
# Find if this is a PIPS radio
result = term.checkIfProtectedUnit (TargetBaseIP)
if (result[0]):
# Find the active Unit in this Remote Radio
res = term.getProtectedActiveUnit(TargetBaseIP)
if (res[2] == 1):
# If primary is active unit, then activate the secondary radio
result = soft.SwActivation (BaseStationIP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
# Now activate the software on the primary unit
result = soft.SwActivation (BaseStationIP[0], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
# If secondary is active unit, then activate the primary radio
result = soft.SwActivation (BaseStationIP[0], targetVersion)
validateStep('Activate the software on the primary unit', result, TESTCASE)
result = ''
# Now activate the software on the secondary unit
result = soft.SwActivation (BaseStationIP[1], targetVersion)
validateStep('Activate the software on the secondary unit', result, TESTCASE)
result = ''
else:
result = soft.SwActivation (TargetBaseIP, targetVersion)
validateStep('Activate the software on the Base radio', result, TESTCASE)
result = ''
print ('#****************************************************************************')
except TestException:
testResult = 'FAIL'
pass
else:
testResult = 'PASS'
finally:
print ('\n#****************************************************************************')
print ('# CLEANUP SECTION ')
print ('#****************************************************************************')
for i in range (0,len(TargetRadioIP)):
# ******************************************************************
STEP ('CLEANUP: Restore the DUTs to User Defaults\n\n')
result = maint.restoreUserDefaults (TargetRadioIP[i], 1)
validateStep('Restoring User Defaults on %s\n\n' %TargetRadioIP[i], result, TESTCASE)
result = ''
print ('#****************************************************************************')
print ('# END OF TEST CASE ')
print ('#****************************************************************************')
finish (t1, TESTCASE, testResult)