def the_correct_result_should_be_result(result):
assert ql.getResult(n1, n2, 0) == result
def the_correct_result_should_be_result(result):
assert ql.getResult(n1, n2, 0) == result
n1 = sys.div.arr[0][sys.div.col]
n2 = sys.div.arr[sys.div.row][sys.div.col]
sys.div.arr[sys.div.row][sys.div.col] = 0
#Displaying operation question to user
ql.displayQ(n1, n2, sys.opNum)
#Asking user's answer. Keep asking until number is entered.
while True:
try:
userAns = int(raw_input())
except ValueError:
print("Not a valid entry. Only numbers accepted.")
continue
else:
break
#Getting correct answer
correctAns = ql.getResult(n1, n2, sys.opNum)
#If user's input is correct:
if (userAns == correctAns):
#Score increases by 1
sys.incPoints()
#qRemaining decreases by 1
sys.decQRem()
#Display score and qRemaining
ql.displayScore(sys.qTotalRem, sys.points)