def func_twelve():
another_calc_dec = another_calc()
cleaned_calc_dec = rem_comm_spaces(another_calc_dec)
alpha_bool_value = is_alpha(cleaned_calc_dec)
while alpha_bool_value == False:
print("I'm sorry, but I did not understand that. \
Please try again. " + '\n')
another_calc_dec = another_calc()
cleaned_calc_dec = rem_comm_spaces(another_calc_dec)
alpha_bool_value = is_alpha(cleaned_calc_dec)
continue
return another_calc_dec
def func_twelve():
another_calc_dec = another_calc()
cleaned_calc_dec = rem_comm_spaces(another_calc_dec)
alpha_bool_value = is_alpha(cleaned_calc_dec)
while alpha_bool_value == False:
print("I'm sorry, but I did not understand that. \
Please try again. " + '\n')
another_calc_dec = another_calc()
cleaned_calc_dec = rem_comm_spaces(another_calc_dec)
alpha_bool_value = is_alpha(cleaned_calc_dec)
continue
return another_calc_dec
def func_one():
elements = get_elements()
elements_stripped = rem_comm_spaces(elements)
alpha_only = only_alpha(elements_stripped)
while alpha_only == False:
print('\n')
print("I'm sorry, but you seem to have entered \
a numerical value, invalid punctuation mark, or the empty string. \
Please try again." + '\n')
elements = get_elements()
elements_stripped = rem_comm_spaces(elements)
alpha_only = only_alpha(elements_stripped)
continue
return elements
def func_one():
elements = get_elements()
elements_stripped = rem_comm_spaces(elements)
alpha_only = only_alpha(elements_stripped)
while alpha_only == False:
print('\n')
print("I'm sorry, but you seem to have entered \
a numerical value, invalid punctuation mark, or the empty string. \
Please try again." + '\n')
elements = get_elements()
elements_stripped = rem_comm_spaces(elements)
alpha_only = only_alpha(elements_stripped)
continue
return elements
def func_four():
numbers = get_numbers()
numbers_stripped = rem_comm_spaces(numbers)
num_only = only_num(numbers_stripped)
while num_only == False:
numbers = format_input(numbers)
if numbers == 'quit':
sys.exit()
else:
print("I'm sorry, but you seem to have entered \
a letter, an invalid punctuation mark, or the empty string. \
Please try again." + '\n')
numbers = get_numbers()
numbers_stripped = rem_comm_spaces(numbers)
num_only = only_num(numbers_stripped)
continue
return numbers
def func_four():
numbers = get_numbers()
numbers_stripped = rem_comm_spaces(numbers)
num_only = only_num(numbers_stripped)
while num_only == False:
numbers = format_input(numbers)
if numbers == 'quit':
sys.exit()
else:
print("I'm sorry, but you seem to have entered \
a letter, an invalid punctuation mark, or the empty string. \
Please try again." + '\n')
numbers = get_numbers()
numbers_stripped = rem_comm_spaces(numbers)
num_only = only_num(numbers_stripped)
continue
return numbers
def test_three(self):
self.assertEqual(rem_comm_spaces(' T! u,/ L'), 'T!u/L')
def test_two(self):
self.assertEqual(rem_comm_spaces(' , , , , '), '')
def test_one(self):
self.assertEqual(rem_comm_spaces(''), '')
def test_three(self):
self.assertEqual(rem_comm_spaces(' T! u,/ L'),'T!u/L')
def test_two(self):
self.assertEqual(rem_comm_spaces(' , , , , '),'')
def test_one(self):
self.assertEqual(rem_comm_spaces(''),'')