def test_hardware():
from testlib.equip.nrpz11 import nrpz11
from testlib.equip.hp11713A import hp11713A
from testlib.equip.sg6000l import SG6000L
from config import test_config
cfg = test_config()
swt = hp11713A(host=cfg.get('SWTIP'))
pmLoss = nrpz11(cfg.get('PMLOSS'), timeout=10)
pmIso = nrpz11(cfg.get('PMISO'), timeout=10)
sg = SG6000L(port=cfg.get('SGPORT'))
# pmLoss.calibrate()
# pmIso.calibrate()
pmLoss.setoffset(0)
pmIso.setoffset(0)
tdata = Db(cfg.get('DBFILE'), cfg.get('DBTBL'))
tdata.de_debug = 1
c = combiner(pmPwrLoss=pmLoss.avgPower,
pmFreqLoss=pmLoss.setfreq,
pmPwrIso=pmIso.avgPower,
pmFreqIso=pmIso.setfreq,
sgFreq=sg.setFreq,
swtOn=swt.SwitchOn,
swtOff=swt.SwitchOff,
dbWrite=tdata.Entry)
c.initialize()
c.printCAL()
c.testSequence(testSeq=c.Seq2X2)
tdata.Close()
def test_hardware():
from testlib.equip.nrpz11 import nrpz11
from testlib.equip.hp11713A import hp11713A
from testlib.equip.sg6000l import SG6000L
from config import test_config
cfg = test_config()
swt = hp11713A( host=cfg.get('SWTIP'))
pmLoss = nrpz11(cfg.get('PMLOSS'), timeout=10)
pmIso = nrpz11(cfg.get('PMISO' ), timeout=10)
sg = SG6000L(port=cfg.get('SGPORT'))
# pmLoss.calibrate()
# pmIso.calibrate()
pmLoss.setoffset(0)
pmIso.setoffset(0)
tdata = Db(cfg.get('DBFILE'), cfg.get('DBTBL'))
tdata.de_debug = 1
c = combiner(pmPwrLoss=pmLoss.avgPower,
pmFreqLoss=pmLoss.setfreq,
pmPwrIso=pmIso.avgPower,
pmFreqIso=pmIso.setfreq,
sgFreq=sg.setFreq,
swtOn=swt.SwitchOn,
swtOff=swt.SwitchOff,
dbWrite=tdata.Entry)
c.initialize()
c.printCAL()
c.testSequence( testSeq=c.Seq2X2)
tdata.Close()
combiner.__init__(self,
pmPwrLoss=pmLoss.avgPower,
pmFreqLoss=pmLoss.setfreq,
pmPwrIso=pmIso.avgPower,
pmFreqIso=pmIso.setfreq,
sgFreq=sg.setFreq,
swtOn=swt.SwitchOn,
swtOff=swt.SwitchOff)
else:
combiner.__init__(self)
if __name__ == '__main__':
gui = GUI("airFiber Combiner Test", 'Combiner')
rev = Rev()
cfg = test_config()
gui.cfgframe.SetswVer( rev.getSwVer() )
gui.bar.setMaxSeconds( 60+15)
gui.cfgframe.SetDescription(cfg.get('STATIONID'))
c = combiner_runtime(cfg=None)
c.progress = gui.updProgressBar
c.printCAL()
opid = gui.EnterOperatorID()
while 1:
pw = PromptWindow( gui,"**** Ready UUT for test ****",
"1) Place board in test fixture\n" + \
"2) Connect the cables\n\n",
yestxt = "Start Test", notxt = "Exit Program")
response = pw.answer.get()
combiner.__init__(self,
pmPwrLoss=pmLoss.avgPower,
pmFreqLoss=pmLoss.setfreq,
pmPwrIso=pmIso.avgPower,
pmFreqIso=pmIso.setfreq,
sgFreq=sg.setFreq,
swtOn=swt.SwitchOn,
swtOff=swt.SwitchOff)
else:
combiner.__init__(self)
if __name__ == '__main__':
gui = GUI("airFiber Combiner Test", 'Combiner')
rev = Rev()
cfg = test_config()
gui.cfgframe.SetswVer(rev.getSwVer())
gui.bar.setMaxSeconds(60 + 15)
gui.cfgframe.SetDescription(cfg.get('STATIONID'))
c = combiner_runtime(cfg=None)
c.progress = gui.updProgressBar
c.printCAL()
opid = gui.EnterOperatorID()
while 1:
pw = PromptWindow( gui,"**** Ready UUT for test ****",
"1) Place board in test fixture\n" + \
"2) Connect the cables\n\n",
yestxt = "Start Test", notxt = "Exit Program")
response = pw.answer.get()