class TestGeneral(unittest.TestCase):
def setUp(self): #run before each test
self.FSW = VSA().jav_OpenTest(host)
self.FSW.Init_IQ()
def tearDown(self): #Run after each test
self.assertEqual(self.FSW.jav_Error()[0], '0')
self.FSW.jav_Close()
###############################################################################
### <Test>
###############################################################################
def test_FSW_IQ_Common(self):
self.FSW.Set_IQ_BW(100e6)
self.FSW.Set_IQ_SamplingRate(100e6)
self.FSW.Set_IQ_RecLength(100)
self.FSW.Set_IQ_Samples(100)
self.FSW.Set_IQ_Time(1e-3)
getVal = self.FSW.Get_IQ_RecLength()
getVal = self.FSW.Get_IQ_SamplingRate()
def test_FSW_Get_IQData(self):
self.FSW.Set_IQ_RecLength(100)
self.FSW.Set_SweepCont(0)
getVal = self.FSW.Get_IQ_Data()
getVal = self.FSW.Get_IQ_Data_Ascii(10) # Get 10IQ at a time
# if self.FSW.connected == 1: getVal = self.FSW.Get_IQ_Data_Ascii(5)
getVal = self.FSW.Get_IQ_Data_Ascii2()
if self.FSW.connected == 1: getVal = self.FSW.Get_IQ_Data_Bin()
def test_FSW_Set_IQ_ALCR(self):
self.FSW.Set_IQ_ACLR(9e6, 10e6)
self.FSW.Get_Mkr_BandACLR()
def test_FSW_Set_IQ_Adv(self):
self.FSW.Set_IQ_Adv_Mode(0)
self.FSW.Set_IQ_Adv_Mode(1)
self.FSW.Set_IQ_Adv_TransAlgo("AVER")
self.FSW.Set_IQ_Adv_WindowLenth(101)
self.FSW.Set_IQ_Adv_FFTLenth(4096 + 1)
self.FSW.Set_IQ_Adv_Window('P5')
self.FSW.Set_IQ_WideBandMax(80e6)
def test_FSW_Set_IQSpectrum(self):
self.FSW.Set_IQ_SpectrumWindow()
OFile.write('Model ,Iter,Freq,RBW,SwpTime,SMWPwr,ALType,ALTime,TotTime,Attn,PreAmp,RefLvl,SwpTime,SwpPts,SwpType,SwpOpt,TxPwr,Adj-,Adj+,Alt-,Alt+,ChSpace')
for i in range(Repeat):
for autoMeth in range(len(meth)):
for pwr in range(PwrSweep):
### <\thing we are timing>
VSG.write(f':POW:AMPL {-50 + pwr}dbm') ### VSG Power
tick = datetime.now()
### <AUTOLEVEL> ###
eval(meth[autoMeth]) # Dynamically call
tockA = datetime.now()
### <AUTOLEVEL> ###
VSA.write(':INIT:CONT OFF') # Single Sweep
VSA.query(':INIT:IMM;*OPC?') # Take Sweep
ACLR = VSA.Get_Mkr_BandACLR()
### <\thing we are timing>
tockB = datetime.now()
SwpParam = VSA.Get_SweepParams()
AmpSet = VSA.Get_AmpSettings()
ALTime = tockA - tick
TotTime = tockB - tick
OutStr = f'{VSA.Model},{i},{Freq},{RBW},{MeasTim},{-50+pwr},{meth[autoMeth]},{ALTime.seconds:3d}.{ALTime.microseconds:06d},{TotTime.seconds:3d}.{TotTime.microseconds:06d},{AmpSet},{SwpParam},{ACLR},{ChSpace}'
OFile.write (OutStr)
###############################################################################
### Cleanup Automation
###############################################################################
OFile.write("\n")
VSA.jav_Close()