scriptGlobals.getNavs = []
rxInit()
# wait for nav
waitTTFFLoops = 0
while (waitTTFFLoops < 13):
if (scriptUtilities.waitForNav() == True):
break
else:
mainFrame.Delay(10)
waitTTFFLoops = waitTTFFLoops + 1
mainFrame.Delay(10)
# Begin test
scriptUtilities.logApp("*", scriptGlobals.TestBeginLabel)
print "Number of test levels %d" % (len(
scriptGlobals.TestSignalLevelsList))
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
atten = Utilities.HelperFunctions.GetCalibrationAtten(
scriptGlobals.CableLoss, level, scriptGlobals.SignalType)
if (scriptGlobals.TestAborted == True):
break
scriptUtilities.logApp("*", scriptGlobals.InitializedLabel)
# Create directory for log files
Now = time.localtime(time.time())
timeNowStr = time.strftime("%m%d%Y_%H%M%S", Now)
comIdx = 0
for usePort in scriptGlobals.DutMainPortsList:
if (usePort < 0):
if(navStatus == True):
print "RX(s) navigate -- start test now"
else:
print "Rx(s) not navigate"
ttbWaitTime = 900
msgString = "Wait %d seconds for TTB to navigate?" % (ttbWaitTime)
if (scriptGlobals.UseTTBForAiding == 1):
# last element is timeout in ms
result = MessageBoxEx.Show(msgString, "Information", MessageBoxButtons.YesNo, MessageBoxIcon.Information,20000);
if (result == DialogResult.Yes):
# ttbWaitTime = 2
displayStr = "%s: Wait %d sec for TTB to navigate and collect aiding information%s Press OK to cancel wait time" % (time.strftime("%Y/%m/%d %H:%M:%S", time.localtime()),ttbWaitTime, "\r\n\r\n ")
scriptUtilities.logApp("*",displayStr)
result = MessageBoxEx.Show(displayStr, "Information", MessageBoxButtons.OK, MessageBoxIcon.Information,ttbWaitTime*1000);
# scriptGlobals.MainFrame.Delay(ttbWaitTime)
else:
print "Skip TTB waiting";
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
if (scriptGlobals.TestAborted == True):
print "Test aborted"
break
scriptUtilities.setAtten(defaultAtten)
atten = Utilities.HelperFunctions.GetCalibrationAtten(scriptGlobals.CableLoss,level,scriptGlobals.SignalType)
# setup each active com ports
Now = time.localtime(time.time())
timeNowStr = time.strftime("%m%d%Y_%H%M%S", Now)
if (scriptGlobals.TestAborted == True):
print "Test aborted"
break
APMNumFixes = APMNumFixesArray[APMIndex]
APMTBF = APMTBFArray[APMIndex]
APMDutyCycle = APMDutyCycleArray[APMIndex]
APMMaxHrzError = APMMaxHrzErrorArray[APMIndex]
APMMaxVrtError = APMMaxVrtErrorArray[APMIndex]
APMPriority = APMPriorityArray[APMIndex]
APMMaxOffTime = APMMaxOffTimeArray[APMIndex]
APMMaxSearchTime = APMMaxSearchTimeArray[APMIndex]
APMTimeAccPriority = APMTimeAccPriorityArray[APMIndex]
if (APMNumFixes != 0):
APMNumFixes = 0
scriptUtilities.logApp(
"*", "Invalid number of fixes -- Set to 0")
# Loop for each test levels
for levelIndex in range(
0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
if (scriptGlobals.TestAborted == True):
print "Test aborted"
break
atten = Utilities.HelperFunctions.GetCalibrationAtten(
scriptGlobals.CableLoss, level,
scriptGlobals.SignalType)
diffAtten = atten - defaultAtten
if ((levelIndex == 0) and (diffAtten > 5) and (atten > 5)):
dropAtten = divmod(atten, 5)
drop5dBLoop = dropAtten[0]
def simOffSV(svID):
scriptGlobals.MainFrame.SimCtrl.SetPowerOnOff("-", svID,False,False,False)
logStr = "###### Turn off SV %d ######" % (svID)
scriptUtilities.logApp("*", logStr)
if (scriptGlobals.SignalSource == General.clsGlobal.SIM):
scriptGlobals.MainFrame.SimCtrl.EndScenario(False)
scriptGlobals.MainFrame.SimCtrl.SelectScenario(
scriptGlobals.SimFile)
scriptGlobals.MainFrame.SimCtrl.SetPowerLevel(
"-", scriptGlobals.SimInitialAtten, 1, True, True,
True)
scriptGlobals.MainFrame.SimCtrl.RunScenario()
scriptUtilities.sendFactoryReset()
# ttbWaitTime = 2
displayStr = "%s: Wait %d sec for RX to navigate and collectGPS information %s Press OK to cancel wait time" % (
time.strftime("%Y/%m/%d %H:%M:%S", time.localtime()),
nbWaitTime, "\r\n\r\n ")
scriptUtilities.logApp("*", displayStr)
result = MessageBoxEx.Show(displayStr, "Information",
MessageBoxButtons.OK,
MessageBoxIcon.Information,
nbWaitTime * 1000)
scriptUtilities.updateSiRFNavStartParams()
if (scriptGlobals.TestAborted == True):
print "Test aborted"
break
print "Testing power level: %d" % (level)
# setup each active com ports
# Create directory for log files
Now = time.localtime(time.time())
timeNowStr = time.strftime("%m%d%Y_%H%M%S", Now)
def simRewind():
scriptUtilities.logApp("*", "###### SIM rewind ######")
scriptGlobals.MainFrame.SimCtrl.RewindScenario()
def simOff():
scriptGlobals.MainFrame.SimCtrl.SetPowerOnOff("-", 1,False,True,True)
scriptUtilities.logApp("*", "###### Turn off simulator power ######")
def simSetAllChanAtten(atten):
scriptGlobals.MainFrame.SimCtrl.SetPowerLevel("-", atten, 1, True, True,
True)
logStr = "###### Set SIM atten: %.1f ######" % (atten)
scriptUtilities.logApp("*", logStr)
def simOff():
scriptGlobals.MainFrame.SimCtrl.SetPowerOnOff("-", 1, False, True, True)
scriptUtilities.logApp("*", "###### Turn off simulator power ######")
def simStop():
scriptGlobals.MainFrame.SimCtrl.EndScenario(False)
scriptGlobals.MainFrame.Delay(1)
scriptUtilities.logApp("*", "###### SIM stops ######")
def simRewind():
scriptUtilities.logApp("*", "###### SIM rewind ######")
scriptGlobals.MainFrame.SimCtrl.RewindScenario()
def simRun():
scriptGlobals.MainFrame.SimCtrl.RewindScenario()
scriptGlobals.MainFrame.SimCtrl.RunScenario()
scriptUtilities.logApp("*", "###### SIM starts ######")
def simLoad(simFile):
scriptGlobals.MainFrame.SimCtrl.SelectScenario(simFile)
scriptGlobals.MainFrame.Delay(1)
logStr = "###### Loading SIM file: %s ######" % (simFile)
scriptUtilities.logApp("*", logStr)
if(navStatus == True):
print "RX(s) navigate -- start test now"
else:
print "Rx(s) not navigate"
ttbWaitTime = 900
msgString = "Wait %d seconds for TTB to navigate?" % (ttbWaitTime)
if (scriptGlobals.UseTTBForAiding == 1):
# last element is timeout in ms
result = MessageBoxEx.Show(msgString, "Information", MessageBoxButtons.YesNo, MessageBoxIcon.Information,20000);
if (result == DialogResult.Yes):
# ttbWaitTime = 2
displayStr = "%s: Wait %d sec for TTB to navigate and collect aiding information%s Press OK to cancel wait time" % (time.strftime("%Y/%m/%d %H:%M:%S", time.localtime()),ttbWaitTime, "\r\n\r\n ")
scriptUtilities.logApp("*",displayStr)
result = MessageBoxEx.Show(displayStr, "Information", MessageBoxButtons.OK, MessageBoxIcon.Information,ttbWaitTime*1000);
else:
print "Skip TTB waiting";
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
if (scriptGlobals.TestAborted == True):
print "Test aborted"
break
scriptUtilities.setAtten(defaultAtten)
nbWaitTime = 900
msgString = "Wait %d seconds to collect GPS information?" % (nbWaitTime)
if (scriptGlobals.UseTTBForAiding == 0):
# last element is timeout in ms
result = MessageBoxEx.Show(msgString, "Information", MessageBoxButtons.YesNo, MessageBoxIcon.Information,20000);
scriptUtilities.updateDUTInfo(comIdx)
myPort.comm.m_TestSetup.Atten = atten
myPort.comm.Log.OpenFile(portLogFile)
myPort.comm.RxCtrl.ResetCtrl.OpenTTFFLog(ttffLogFile)
myPort.comm.RxCtrl.ResetCtrl.ResetCount = 0
myPort.comm.RxCtrl.ResetCtrl.LoopitInprogress = True
myPort.comm.RxCtrl.ResetCtrl.ResetInterval = General.clsGlobal.LoopitTimeout
# if not CGEE test disable CGEE since CGEE is enable by default
if (mpmTestCondition.Contains("CGEE") == False):
# myPort.comm.WriteData("A0 A2 00 06 E8 FE 00 00 00 00 01 E6 B0 B3")
myPort.comm.WriteData("A0 A2 00 04 E8 20 00 01 01 09 B0 B3");
comIdx = comIdx + 1
scriptUtilities.setResetInitParams()
scriptUtilities.logApp("*", scriptGlobals.InitializedLabel)
# wait for nav
waitTTFFLoops = 0
while(waitTTFFLoops < 13):
if(scriptUtilities.waitForNav() == True):
break
else:
mainFrame.Delay(10)
waitTTFFLoops = waitTTFFLoops + 1
mainFrame.Delay(10)
if (mpmSoakTimeSecs != 0):
displayStr = "%s: Wait %d sec for DUT to collect GPS information%s Press OK to cancel wait time\n" % (time.strftime("%Y/%m/%d %H:%M:%S", time.localtime()),mpmSoakTimeSecs, "\r\n\r\n ")
scriptUtilities.logApp("*",displayStr)
result = MessageBoxEx.Show(displayStr, "Information", MessageBoxButtons.OK, MessageBoxIcon.Information,int(mpmSoakTimeSecs)*1000);
def simOffChan(chan):
scriptGlobals.MainFrame.SimCtrl.SetPowerOnOff("-", chan, False, True,
False)
logStr = "###### Turn off channel %d ######" % (chan)
scriptUtilities.logApp("*", logStr)
print "Rx(s) not navigate"
ttbWaitTime = 900
msgString = "Wait %d seconds for TTB to navigate?" % (ttbWaitTime)
if (scriptGlobals.UseTTBForAiding == 1):
# last element is timeout in ms
result = MessageBoxEx.Show(msgString, "Information",
MessageBoxButtons.YesNo,
MessageBoxIcon.Information, 20000)
if (result == DialogResult.Yes):
# ttbWaitTime = 2
displayStr = "%s: Wait %d sec for TTB to navigate and collect aiding information%s Press OK to cancel wait time" % (
time.strftime("%Y/%m/%d %H:%M:%S",
time.localtime()), ttbWaitTime, "\r\n\r\n ")
scriptUtilities.logApp("*", displayStr)
result = MessageBoxEx.Show(displayStr, "Information",
MessageBoxButtons.OK,
MessageBoxIcon.Information,
ttbWaitTime * 1000)
else:
print "Skip TTB waiting"
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
if (scriptGlobals.TestAborted == True):
print "Test aborted"
break
scriptUtilities.setAtten(defaultAtten)
nbWaitTime = 900
msgString = "Wait %d seconds to collect GPS information?" % (
def simOffSV(svID):
scriptGlobals.MainFrame.SimCtrl.SetPowerOnOff("-", svID, False, False,
False)
logStr = "###### Turn off SV %d ######" % (svID)
scriptUtilities.logApp("*", logStr)
def simSetAllChanAtten(atten):
scriptGlobals.MainFrame.SimCtrl.SetPowerLevel("-",atten,1,True,True,True)
logStr = "###### Set SIM atten: %.1f ######" % (atten)
scriptUtilities.logApp("*", logStr)
def simSetChanAtten(atten, chan):
scriptGlobals.MainFrame.SimCtrl.SetPowerLevel("-", atten, chan, True,
False, True)
logStr = "###### Set SIM atten: %.1f on channel: %d ######" % (atten, chan)
scriptUtilities.logApp("*", logStr)
def simOffChan(chan):
scriptGlobals.MainFrame.SimCtrl.SetPowerOnOff("-", chan,False,True,False)
logStr = "###### Turn off channel %d ######" % (chan)
scriptUtilities.logApp("*", logStr)
scriptGlobals.getNavs = []
rxInit()
# wait for nav
waitTTFFLoops = 0
while(waitTTFFLoops < 13):
if(scriptUtilities.waitForNav() == True):
break
else:
mainFrame.Delay(10)
waitTTFFLoops = waitTTFFLoops + 1
mainFrame.Delay(10)
# Begin test
scriptUtilities.logApp("*", scriptGlobals.TestBeginLabel)
print "Number of test levels %d" % (len(scriptGlobals.TestSignalLevelsList))
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
atten = Utilities.HelperFunctions.GetCalibrationAtten(scriptGlobals.CableLoss,level,scriptGlobals.SignalType)
if (scriptGlobals.TestAborted == True):
break
scriptUtilities.logApp("*", scriptGlobals.InitializedLabel)
# Create directory for log files
Now = time.localtime(time.time())
timeNowStr = time.strftime("%m%d%Y_%H%M%S", Now)
comIdx = 0
for usePort in scriptGlobals.DutMainPortsList:
if (usePort < 0):
comIdx = comIdx + 1
continue
def simSetChanAtten(atten, chan):
scriptGlobals.MainFrame.SimCtrl.SetPowerLevel("-",atten,chan,True,False,True)
logStr = "###### Set SIM atten: %.1f on channel: %d ######" % (atten, chan)
scriptUtilities.logApp("*", logStr)
scriptGlobals.getNavs = []
rxInit()
# wait for nav
waitTTFFLoops = 0
while (waitTTFFLoops < 13):
if (scriptUtilities.waitForNav() == True):
break
else:
mainFrame.Delay(10)
waitTTFFLoops = waitTTFFLoops + 1
mainFrame.Delay(10)
# Begin test
scriptUtilities.logApp("*", scriptGlobals.TestBeginLabel)
print "Number of test levels %d" % (len(
scriptGlobals.TestSignalLevelsList))
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
if (scriptGlobals.TestAborted == True):
break
scriptUtilities.logApp("*", scriptGlobals.InitializedLabel)
atten = Utilities.HelperFunctions.GetCalibrationAtten(
scriptGlobals.CableLoss, level, scriptGlobals.SignalType)
# Create directory for log files
Now = time.localtime(time.time())
timeNowStr = time.strftime("%m%d%Y_%H%M%S", Now)
comIdx = 0
for usePort in scriptGlobals.DutMainPortsList:
if (usePort < 0):
mainFrame.UpdateGUIFromScript()
testName = ["SENSITIVITY_TEST1", "NOMINAL_ACCURACY_TEST2", "DYNAMIC_RANGE_TEST3", "MULTIPATH_TEST4", "MOVING_SCENARIO_TEST5"]
aidingName = ["MSB", "MSA1", "MSA2", "MSAB_B", "MSAB_A1", "MSAB_A2"]
#Initialize
print "Initializing ..."
#mainFrame.SimCtrl.EndScenario(False)
#mainFrame.Delay(5)
scriptUtilities.init()
SPAzAtten = 20
print "Bring SPAz down %d dB" % (SPAzAtten)
scriptGlobals.MainFrame.SpazCtrl.WriteSPAzAtten(SPAzAtten)
simFilePath = mainSimFilesDirs + test1To5SimFilesDirs[1]
logString = "Loading: " + simFilePath
scriptUtilities.logApp("*", logString)
mainFrame.SimCtrl.EndScenario(False)
mainFrame.SimCtrl.SelectScenario(simFilePath)
mainFrame.Delay(5)
mainFrame.SimCtrl.RunScenario()
# wait for nav
waitTTFFLoops = 0
while(waitTTFFLoops < 13):
if(scriptUtilities.waitForNav() == True):
break
else:
mainFrame.Delay(10)
waitTTFFLoops = waitTTFFLoops + 1
mainFrame.SimCtrl.EndScenario(False)
comIdx = 0
scriptGlobals.getNavs = []
rxInit()
# wait for nav
waitTTFFLoops = 0
while waitTTFFLoops < 13:
if scriptUtilities.waitForNav() == True:
break
else:
mainFrame.Delay(10)
waitTTFFLoops = waitTTFFLoops + 1
mainFrame.Delay(10)
# Begin test
scriptUtilities.logApp("*", scriptGlobals.TestBeginLabel)
print "Number of test levels %d" % (len(scriptGlobals.TestSignalLevelsList))
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
if scriptGlobals.TestAborted == True:
break
scriptUtilities.logApp("*", scriptGlobals.InitializedLabel)
atten = Utilities.HelperFunctions.GetCalibrationAtten(
scriptGlobals.CableLoss, level, scriptGlobals.SignalType
)
# Create directory for log files
Now = time.localtime(time.time())
timeNowStr = time.strftime("%m%d%Y_%H%M%S", Now)
comIdx = 0
for usePort in scriptGlobals.DutMainPortsList:
if usePort < 0:
"MULTIPATH_TEST4", "MOVING_SCENARIO_TEST5"
]
aidingName = ["MSB", "MSA1", "MSA2", "MSAB_B", "MSAB_A1", "MSAB_A2"]
#Initialize
print "Initializing ..."
#mainFrame.SimCtrl.EndScenario(False)
#mainFrame.Delay(5)
scriptUtilities.init()
SPAzAtten = 20
print "Bring SPAz down %d dB" % (SPAzAtten)
scriptGlobals.MainFrame.SpazCtrl.WriteSPAzAtten(SPAzAtten)
simFilePath = mainSimFilesDirs + test1To5SimFilesDirs[1]
logString = "Loading: " + simFilePath
scriptUtilities.logApp("*", logString)
mainFrame.SimCtrl.EndScenario(False)
mainFrame.SimCtrl.SelectScenario(simFilePath)
mainFrame.Delay(5)
mainFrame.SimCtrl.RunScenario()
# wait for nav
waitTTFFLoops = 0
while (waitTTFFLoops < 13):
if (scriptUtilities.waitForNav() == True):
break
else:
mainFrame.Delay(10)
waitTTFFLoops = waitTTFFLoops + 1
mainFrame.SimCtrl.EndScenario(False)
comIdx = 0
def simLoad(simFile):
scriptGlobals.MainFrame.SimCtrl.SelectScenario(simFile)
scriptGlobals.MainFrame.Delay(1)
logStr = "###### Loading SIM file: %s ######" % (simFile)
scriptUtilities.logApp("*", logStr)
scriptGlobals.getNavs = []
rxInit()
# wait for nav
waitTTFFLoops = 0
while(waitTTFFLoops < 13):
if(scriptUtilities.waitForNav() == True):
break
else:
mainFrame.Delay(10)
waitTTFFLoops = waitTTFFLoops + 1
mainFrame.Delay(10)
# Begin test
scriptUtilities.logApp("*", scriptGlobals.TestBeginLabel)
print "Number of test levels %d" % (len(scriptGlobals.TestSignalLevelsList))
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
atten = Utilities.HelperFunctions.GetCalibrationAtten(scriptGlobals.CableLoss,level,scriptGlobals.SignalType)
if (scriptGlobals.TestAborted == True):
break
scriptUtilities.logApp("*", scriptGlobals.InitializedLabel)
# Create directory for log files
Now = time.localtime(time.time())
timeNowStr = time.strftime("%m%d%Y_%H%M%S", Now)
comIdx = 0
for usePort in scriptGlobals.DutMainPortsList:
if (usePort < 0):
comIdx = comIdx + 1
continue
def simRun():
scriptGlobals.MainFrame.SimCtrl.RewindScenario()
scriptGlobals.MainFrame.SimCtrl.RunScenario()
scriptUtilities.logApp("*", "###### SIM starts ######")
navStatus = False
count = 0
while((navStatus == False) and (count < 12)):
navStatus = mainFrame.GetNavStatus("*")
count = count + 1
print "Wait for nav loop %d" %(count)
if ((navStatus == True) or (count >= 12)):
break
# if ((General.clsGlobal.Abort == True) or (General.clsGlobal.AbortSingle == True)):
# scriptGlobals.TestAborted = True
# break
mainFrame.Delay(5)
# Set TP mode
logStr = "TP(%d,%d) begins..." %(TPOnTime,TPTBF)
scriptUtilities.logApp("*", logStr)
comIdx = 0
for usePort in scriptGlobals.DutMainPortsList:
if (usePort < 0):
comIdx = comIdx + 1
continue
myPort = scriptGlobals.DutPortManagersList[comIdx]
myPort.comm.LowPowerParams.Mode = 3;
myPort.comm.LowPowerParams.TPDutyCycle = TPDutyCycle
myPort.comm.LowPowerParams.TPOnTime = TPOnTime
myPort.comm.LowPowerParams.TPUpdateRate = TPTBF
myPort.comm.LowPowerParams.TPMaxOffTime = TPMaxOffTime
myPort.comm.LowPowerParams.TPMaxSearchTime = TPMaxSearchTime
myPort.comm.RxCtrl.SetPowerMode(False);
comIdx = comIdx + 1
def simStop():
scriptGlobals.MainFrame.SimCtrl.EndScenario(False)
scriptGlobals.MainFrame.Delay(1)
scriptUtilities.logApp("*", "###### SIM stops ######")
scriptGlobals.getNavs = []
rxInit()
# wait for nav
waitTTFFLoops = 0
while (waitTTFFLoops < 13):
if (scriptUtilities.waitForNav() == True):
break
else:
mainFrame.Delay(10)
waitTTFFLoops = waitTTFFLoops + 1
mainFrame.Delay(10)
# Begin test
scriptUtilities.logApp("*", scriptGlobals.TestBeginLabel)
print "Number of test levels %d" % (len(
scriptGlobals.TestSignalLevelsList))
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
atten = Utilities.HelperFunctions.GetCalibrationAtten(
scriptGlobals.CableLoss, level, scriptGlobals.SignalType)
if (scriptGlobals.TestAborted == True):
break
scriptUtilities.logApp("*", scriptGlobals.InitializedLabel)
# Create directory for log files
Now = time.localtime(time.time())
timeNowStr = time.strftime("%m%d%Y_%H%M%S", Now)
comIdx = 0
for usePort in scriptGlobals.DutMainPortsList:
if (usePort < 0):
if (scriptGlobals.TestAborted == True):
print "Test aborted"
break
APMNumFixes = APMNumFixesArray[APMIndex]
APMTBF = APMTBFArray[APMIndex]
APMDutyCycle = APMDutyCycleArray[APMIndex]
APMMaxHrzError = APMMaxHrzErrorArray[APMIndex]
APMMaxVrtError = APMMaxVrtErrorArray[APMIndex]
APMPriority = APMPriorityArray[APMIndex]
APMMaxOffTime = APMMaxOffTimeArray[APMIndex]
APMMaxSearchTime = APMMaxSearchTimeArray[APMIndex]
APMTimeAccPriority = APMTimeAccPriorityArray[APMIndex]
if (APMNumFixes != 0):
APMNumFixes = 0
scriptUtilities.logApp("*", "Invalid number of fixes -- Set to 0")
# Loop for each test levels
for levelIndex in range(0, len(scriptGlobals.TestSignalLevelsList)):
level = scriptGlobals.TestSignalLevelsList[levelIndex]
if (scriptGlobals.TestAborted == True):
print "Test aborted"
break
atten = Utilities.HelperFunctions.GetCalibrationAtten(scriptGlobals.CableLoss,level,scriptGlobals.SignalType)
diffAtten = atten - defaultAtten
if ((levelIndex == 0) and (diffAtten > 5) and (atten > 5)):
dropAtten = divmod(atten,5)
drop5dBLoop = dropAtten[0]
restAtten = dropAtten[1]
for dropIndex in range(0, int(drop5dBLoop)+1):