def test_number_multiplication():
# Enter a random number and save it in variable number_1. Then create function number_multiplication which will
# return a result of multiplication of digits this number.
if number_multiplication(number_1) == None or number_1 == None:
pytest.skip(
f"You didn't finish this task. the result variable equals None")
result = 0
num_string = str(number_1)
length = len(num_string)
index = 0
while index < length:
result *= int(num_string[index])
index += 1
assert number_multiplication(number_1) == result
def test_number_multiplication():
# Enter a random number and save it in variable number_1. Then create a function number_multiplication
# that will multiply all the digits together and return the result.
if number_multiplication(number_1) == None or number_1 == None:
pytest.skip(
f"You didn't finish this task. the result variable equals None")
result = 1
num_string = str(number_1)
length = len(num_string)
index = 0
while index < length:
result *= int(num_string[index])
index += 1
assert number_multiplication(number_1) == result
def test_number_reverse():
# Enter a random number and save it in variable number_2. Then create function number_reverse which will return
# a number with digits of number_1 in reverse order
if number_reverse(number_2) == None or number_2 == None:
pytest.skip(
f"You didn't finish this task. the result variable equals None")
num_string = str(number_2)
index = len(num_string)
result = ''
while index > 0:
result += num_string[index - 1]
index -= 1
assert number_multiplication(number_1) == int(result)