# THIS CODE IS SUPPOSED TO: Gets two numbers from the user, and
# returns the remainder of dividing the second number by the first.
# Hint: the modulus operator, %, returns the remainder of a
# division. For example, 7 % 3 returns 1, because 7 divided by 3
# yields 6, and the remainder when we subtract 6 from 7 is 1.

# It has a bug; try to write test cases to reveal the bug
#
# Do not look at the code.
# You only need a specification to create test cases.
#



def template(number1, number2):

    result = number1 % number2
    
    return result



actualResults = []
expectedResults = []

#WRITE YOUR TESTS BELOW FOLLOWING THE FORMAT

actualResults.append(template(1,1))
expectedResults.append(0)










#===================================#


# ISP: input-based
# 1. Identify inputs: n1, n2
# 2. Find characteristics of inputs:
#    - There are several ways:
#       -- define characteristics based on individual values
#          that is, the input can be 0, negavite, or positive
#       -- define characteristics based on the difference between the two inputs
#          that is, n1-n2 = 0, n1-n2 < 0, n1-n2 > 0
#    Assume the characteristics are defined with the second way
#    therefore, we have only 1 characteristic.
#       C1: the difference between n1 and n2
# 3. Partition each characteristic and identify values
#       C1, P1: n1=n2, P2: n1<n2, P3: n1>n2
#    possible value, P1: (n1=3, n2=3), P2: (n1=3, n2=7), P3: (n1=7, n2=3)

# 4. Choose tests and specify expected results
#    T1 (3, 3), expected 0
#    T2 (3, 7), expected 1 
#    T3 (7, 3), expected 3


'''

actualResults.append(template(3,7))
expectedResults.append(1)

actualResults.append(template(7,3))
expectedResults.append(3)

'''



#===================================#

ctr = 0
found = False
while ctr < len(actualResults):
    actual = actualResults[ctr]
    expected = expectedResults[ctr]
    print(str(expected) + " : " + str(actual))
    if (actual != expected):
        found = True
    ctr = ctr + 1
    
if (found == True):
    print("Your test suite found the bug!!")
else:
    print("Try writing more tests, you didn't find the bug yet.")



'''
correct code

   result = number2 % number1

'''