def runTest(self):
assert_array_equal(self.calcServ.dsData, np.loadtxt(self.dsDataFile, unpack=True), 'dsData ndarrays differ')
assert_array_equal(self.calcServ.usData, np.loadtxt(self.usDataFile, unpack=True), 'usData ndarrays differ')
assert_array_equal(self.calcServ.dsCalib, np.loadtxt(self.dsCalibFile, unpack=True), 'dsCalibFile ndarrays differ')
assert_array_equal(self.calcServ.usCalib, np.loadtxt(self.usCalibFile, unpack=True), 'usCalibFile ndarrays differ')
try:
assert_array_equal(self.calcServ.dsCalibFile, self.calcServ.usCalibFile)
self.fail('DS & US calibration ndarrays should differ')
except:
pass
self.usCalibFile = os.path.join(self.wdir, 'Calib.txt')
cc = CalibrationConfigData(calibDir=self.wdir, calibDS=self.dsCalibFile, calibUS=self.usCalibFile)
dm = MainData(dataDir=self.wdir, usdsPair=[self.dsDataFile, self.usDataFile])
dm.calibConfigData = cc
self.calcServ.updateModel(dm)
assert_array_equal(self.calcServ.dsCalib, self.calcServ.usCalib)
#Test the updateResults method
self.calcServ.dsCalcs = mock_Calculations(2011.64, 2013.53)
self.calcServ.usCalcs = mock_Calculations(2014.76, 2015.99)
self.calcServ.updateResults()
self.assertEquals(self.calcServ.planckResults, [2011.64, 2014.76, (2011.64+2014.76)/2, 2011.64-2014.76], "planckResults not consistent with input mock data")
self.assertEquals(self.calcServ.wienResults, [2013.53, 2015.99, (2013.53+2015.99)/2, 2013.53-2015.99], "wienResults not consistent with input mock data")
def setUp(self):
LuckyCalculationsTest.setUp(self)
cc = CalibrationConfigData(calibDir=self.wdir, calibDS=self.dsCalibFile, calibUS=self.usCalibFile)
dm = MainData(dataDir=self.wdir, usdsPair=[self.dsDataFile, self.usDataFile])
dm.calibConfigData = cc
self.calcServ = CalculationService(None)
self.calcServ.updateModel(dm)
def runTest(self):
#Reset the Main Presenter to be our own object.
dM = MainData(mode=(0, 1))
self.mp = MainPresenter(dM=dM)
self.assertEqual(self.mp.getModeTransition(), State.EVENTS.OFFLINE,
"Expected offline, got live transition")
dM = MainData(mode=(1, 0))
self.mp = MainPresenter(dM=dM)
self.assertEqual(self.mp.getModeTransition(), State.EVENTS.LIVE,
"Expected live, got offline transition")
def setUp(self):
LuckyCalculationsTest.setUp(self)
cc = CalibrationConfigData(calibDir=self.wdir,
calibDS=self.dsCalibFile,
calibUS=self.usCalibFile)
dm = MainData(dataDir=self.wdir,
usdsPair=[self.dsDataFile, self.usDataFile])
dm.calibConfigData = cc
self.calcServ = CalculationService(None)
self.calcServ.updateModel(dm)
def runTest(self):
assert_array_equal(self.calcServ.dsData,
np.loadtxt(self.dsDataFile, unpack=True),
'dsData ndarrays differ')
assert_array_equal(self.calcServ.usData,
np.loadtxt(self.usDataFile, unpack=True),
'usData ndarrays differ')
assert_array_equal(self.calcServ.dsCalib,
np.loadtxt(self.dsCalibFile, unpack=True),
'dsCalibFile ndarrays differ')
assert_array_equal(self.calcServ.usCalib,
np.loadtxt(self.usCalibFile, unpack=True),
'usCalibFile ndarrays differ')
try:
assert_array_equal(self.calcServ.dsCalibFile,
self.calcServ.usCalibFile)
self.fail('DS & US calibration ndarrays should differ')
except:
pass
self.usCalibFile = os.path.join(self.wdir, 'Calib.txt')
cc = CalibrationConfigData(calibDir=self.wdir,
calibDS=self.dsCalibFile,
calibUS=self.usCalibFile)
dm = MainData(dataDir=self.wdir,
usdsPair=[self.dsDataFile, self.usDataFile])
dm.calibConfigData = cc
self.calcServ.updateModel(dm)
assert_array_equal(self.calcServ.dsCalib, self.calcServ.usCalib)
#Test the updateResults method
self.calcServ.dsCalcs = mock_Calculations(2011.64, 2013.53)
self.calcServ.usCalcs = mock_Calculations(2014.76, 2015.99)
self.calcServ.updateResults()
self.assertEquals(
self.calcServ.planckResults,
[2011.64, 2014.76, (2011.64 + 2014.76) / 2, 2011.64 - 2014.76],
"planckResults not consistent with input mock data")
self.assertEquals(
self.calcServ.wienResults,
[2013.53, 2015.99, (2013.53 + 2015.99) / 2, 2013.53 - 2015.99],
"wienResults not consistent with input mock data")
def __init__(self, dM=None):
#Create the data model and the state machine
if dM == None:
self.dataModel = MainData()
else:
self.dataModel = dM
self.calcServ = CalculationService(self)
self.stateMach = StateMachine(self)
def setUp(self):
self.dM = MainData()
self.state = None
def __init__(self):
self.dataModel = MainData()
self.calcServ = MockCalcServ()
