class TestGeneral(unittest.TestCase):
def setUp(self): #run before each test
self.NRP8 = PMr().jav_OpenTest(host)
def tearDown(self): #Run after each test
self.assertEqual(self.NRP8.jav_Error()[0], '0')
self.NRP8.jav_Close()
###############################################################################
### <Test>
###############################################################################
def test_NRP_Gets(self):
self.NRP8.Get_BufferedMeas('ON')
self.NRP8.Get_BufferedMeas('OFF')
self.NRP8.Get_EventStatus()
self.NRP8.Get_Offset()
def test_NRP_List(self):
self.NRP8.Get_AvailableNRP()
def test_NRP_Freq(self):
SetVal = 1e9
self.NRP8.Set_Freq(SetVal)
GetVal = self.NRP8.Get_Freq()
if self.NRP8.connected: self.assertEqual(SetVal, int(GetVal))
def test_NRP_Power(self):
self.NRP8.Set_Freq(6e9) # Set Frequency
self.NRP8.Set_AverageMode(1) # Auto Averaging ON
self.NRP8.Set_Average(10) # Avg Count = 4
self.NRP8.Set_PowerOffset(5)
self.NRP8.Set_PowerOffsetState(1)
self.NRP8.Set_InitImm()
self.NRP8.Set_AverageMode(0) # Auto Averaging OFF
self.NRP8.Set_PowerOffsetState(0)
GetVal = self.NRP8.Get_Average()
GetVal = self.NRP8.Get_Power()
def test_NRPM_Power(self):
self.NRP8.Set_Freq(6e9) # Set Frequency
self.NRP8.Set_AverageMode(1) # Auto Averaging OFF
self.NRP8.Set_Average(10) # Avg Count = 4
self.NRP8.Set_PowerOffset(5)
self.NRP8.Set_PowerOffsetState(1)
self.NRP8.Set_InitImm()
self.NRP8.Set_NRPM_LED(1)
self.NRP8.Set_NRPM_LED(0)
GetVal = self.NRP8.Get_NRPM_PowerAll()
def test_NRP_Trigger(self):
self.NRP8.Set_TriggerAuto(0)
self.NRP8.Set_TriggerCount(10)
self.NRP8.Set_TriggerSource('BUS')
self.NRP8.Set_TriggerAuto(1)
def test_NRP_Send(self):
self.NRP8.Set_BufferSize(12)
NRPxxS.Set_TriggerCount(numMeas)
szBuff = NRPxxS.jav_ClrErr #Read out all errors / Clear error queue
NRPxxS.Set_InitImm() #Start a 'single' buffered measurement
#Since 17 trigger-counts have been configured,
#the 'single' buffered measurement, which becomes
#initiated by INIT:IMM, is not over until
#17 physical measurements have been triggered
NRPxxS.write('STAT:OPER:MEAS:NTR 2'
) #The end of a physical measurement can be recognized
NRPxxS.write('STAT:OPER:MEAS:PTR 0'
) #by a transistion to 'NOT MEASURING' which is a
#negative transistion on bit 1
for i in range(numMeas): #Collect 17 physical measurements
iDummy = NRPxxS.Get_EventStatus(
) #Clear the event register by reading it
if (bUseBUSTrigger
): #Trigger measurement by '*TRG' or from SMB-type connector
NRPxxS.write('*TRG')
iMeasEvent = 0
while (iMeasEvent != 2): #Loop until the measurement is done
iMeasEvent = NRPxxS.Get_EventStatus()
iMeasEvent = iMeasEvent & 2
print('Triggered!\n') #All 17 physical measurement have been executed.
#That means, buffer is full and can be read
szBuff = NRPxxS.Get_Power()
printf(szBuf)