def func_six(new_elements_list, numbers_list):
bool_value = comp_lists(new_elements_list, numbers_list)
while bool_value == False:
print("I'm sorry, but you have not entered the \
same number of integers as atomic symbols. Please try again." + '\n')
elements = func_one()
elements_formatted = func_two(elements)
elements, elements_list = func_three(elements_formatted)
bool_legit = func_three_a(elements, elements_list)
numbers = func_four()
numbers_list = func_five(numbers)
bool_value = comp_lists(new_elements_list, numbers_list)
continue
return new_elements_list, numbers_list
def func_six(new_elements_list, numbers_list):
bool_value = comp_lists(new_elements_list, numbers_list)
while bool_value == False:
print("I'm sorry, but you have not entered the \
same number of integers as atomic symbols. Please try again." + '\n')
elements = func_one()
elements_formatted = func_two(elements)
elements, elements_list = func_three(elements_formatted)
bool_legit = func_three_a(elements,elements_list)
numbers = func_four()
numbers_list = func_five(numbers)
bool_value = comp_lists(new_elements_list, numbers_list)
continue
return new_elements_list, numbers_list
def test_two(self):
self.assertFalse(comp_lists(['df', 'sdf', 'sdf'], [4, 5]))
def test_one(self):
self.assertTrue(comp_lists(['df', 'sdf', 'fd'], [3, 4, 5]))
def test_two(self):
self.assertFalse(comp_lists(['df','sdf','sdf'],[4,5]))
def test_one(self):
self.assertTrue(comp_lists(['df','sdf','fd'],[3,4,5]))
