def testGetMaxEvents(self):
"""
test class for getMaxEvents in Mask.py
"""
#The way I've decided to implement this depends on SetMaxAndSkipEvents()
#Therefore a failure in one will result in a failure in the second
#I'm not sure if this is the best way, but it's the one users will use
#The problem is that it's called in reverse order by unittest so you have to
#remember that.
# -mnorman
testMask = Mask()
maxEvents = 100
skipEvents = 0
tempMax = testMask.getMaxEvents()
self.assertEqual(tempMax, None)
testMask.setMaxAndSkipEvents(maxEvents, skipEvents)
tempMax = testMask.getMaxEvents()
self.assertEqual(tempMax, maxEvents + skipEvents)
def testGetMaxEvents(self):
"""
test class for getMaxEvents in Mask.py
"""
#The way I've decided to implement this depends on SetMaxAndSkipEvents()
#Therefore a failure in one will result in a failure in the second
#I'm not sure if this is the best way, but it's the one users will use
#The problem is that it's called in reverse order by unittest so you have to
#remember that.
# -mnorman
testMask = Mask()
maxEvents = 100
skipEvents = 0
tempMax = testMask.getMaxEvents()
self.assertEqual(tempMax, None)
testMask.setMaxAndSkipEvents(maxEvents, skipEvents)
tempMax = testMask.getMaxEvents()
self.assertEqual(tempMax, maxEvents + skipEvents)
def testSetMaxAndSkipEvents(self):
"""
test class for setMaxAndSkipEvents in Mask.py
"""
testMask = Mask()
maxEvents = 100
skipEvents = 10
testMask.setMaxAndSkipEvents(maxEvents, skipEvents)
self.assertEqual(testMask['FirstEvent'], skipEvents)
self.assertEqual(testMask['LastEvent'], maxEvents + skipEvents)
return
def testSetMaxAndSkipEvents(self):
"""
test class for setMaxAndSkipEvents in Mask.py
"""
testMask = Mask()
maxEvents = 100
skipEvents = 10
testMask.setMaxAndSkipEvents(maxEvents, skipEvents)
self.assertEqual(testMask['FirstEvent'], skipEvents)
self.assertEqual(testMask['LastEvent'], maxEvents + skipEvents)
return
