def okBtn_cb():
#Takes currently inputted values
minIV = minIVUserInput.value
maxIV = maxIVUserInput.value
interval = intervalIVUserInput.value
#Runs through validation algorithm
isValidated,error = validation.validateInputs(minIV,maxIV,interval,exp.maxRange,exp.minRange)
if not isValidated:#If they aren't valid
# Show error
errorDlg = template.ErrorDlg(error)
self.open(errorDlg)
else:
if int(maxIV) - int(minIV) >= 200:
#Set object variables
self.isValidated = True
self.startTime = int(minIV)
self.endTime = int(maxIV)
self.timeInterval = int(interval)
self.close()
else:
errorDlg = template.ErrorDlg("Make the range at least 200")
self.open(errorDlg)
def test_intervalMatch(
self): #Tests that the interval and the max range match
# For example, if I kept adding 2 to 75, you wouldn't arrive at 90
# This tests ensures that the numbers align correctly
validInputs = v.validateInputs("75", "90", "2", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], False)
def okBtn_cb():
#Takes currently inputted values
minIV = minIVUserInput.value
maxIV = maxIVUserInput.value
interval = intervalIVUserInput.value
#Runs through validation algorithm
self.isValidated, error = validation.validateInputs(
minIV, maxIV, interval, exp.maxRange, exp.minRange)
if not self.isValidated: #If they aren't valid
# Show error
errorDlg = template.ErrorDlg(error)
self.open(errorDlg)
else:
#Set object variables
if int(maxIV) - int(minIV) > 100:
self.isValidated = True
self.minIVValue = int(minIV)
self.maxIVValue = int(maxIV)
self.intervalValue = int(interval)
self.close()
else:
errorDlg = template.ErrorDlg(
"Have a range of at least 100")
errorDlg.open()
def test_minMoreThanMax(
self
): #Tests that the maximum value for the IV is below the minimum value
validInputs = v.validateInputs("60", "50", "0", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], False)
def test_higherThanRange(
self
): #Tests that the IV can't be inputted above the maximum range
validInputs = v.validateInputs("90", "160", "10", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], False)
def test_lowerThanRange(
self): #Tests that IV can't be inputted below the minimum range
validInputs = v.validateInputs("-10", "60", "10", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], False)
def test_lessThan5Intervals(
self): #Tests that there aren't too little intervals
validInputs = v.validateInputs("0", "30", "10", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], False)
def test_moreThan10Intervals(
self): #Tests that there aren't too many intervals
validInputs = v.validateInputs("0", "11", "1", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], False)
def test_negativeInputs(self): #Tests that negative numbers are rejected
validInputs = v.validateInputs("-12", "0", "2", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], False)
def test_floatInputs(self): #Tests that floats are rejected
validInputs = v.validateInputs("3.2", "4.2", "0.2", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], False)
def test_emptyCheck(self): #Tests that the inputs aren't empty
validInputs = v.validateInputs("", "", "", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], False)
def test_normalInputs(
self): #Tests that the normal values are accepted by the algorithm
validInputs = v.validateInputs("10", "100", "10", self.maxRange,
self.minRange)
self.assertEqual(validInputs[0], True)