def test_add_multiple_symbol5(self):
polynomial = '(6.56)(a^2)'
list_with_all_symbols = [
'(', '6.56', ')', '*', '(', 'a', '^', '2', ')'
]
self.assertEqual(list_with_all_symbols,
add_multiple_symbol(polynomial))
def test_add_multiple_symbol1(self):
polynomial = '3(742ab+6)a+b*a(8a+4)(a+2)'
list_with_all_symbols = [
'3', '*', '(', '742', '*', 'a', '*', 'b', '+', '6', ')', '*', 'a',
'+', 'b', '*', 'a', '*', '(', '8', '*', 'a', '+', '4', ')', '*',
'(', 'a', '+', '2', ')'
]
self.assertEqual(list_with_all_symbols,
add_multiple_symbol(polynomial))
def check(poly, variables, EPS):
try:
checkOnExceptions(poly)
except Exception as exc:
print(exc)
sys.exit(1)
return final_move(
convert_to_postfix_notation(
calculate_polynomial(
count_powers(
adding_extra_brackets(
add_multiple_symbol(delete_spaces(poly)))), variables,
EPS)), variables, EPS).monomials
def test_add_multiple_symbol4(self):
polynomial = '(6)a'
list_with_all_symbols = ['(', '6', ')', '*', 'a']
self.assertEqual(list_with_all_symbols,
add_multiple_symbol(polynomial))
def test_add_multiple_symbol3(self):
polynomial = '3.5(72.4+6.4)'
list_with_all_symbols = ['3.5', '*', '(', '72.4', '+', '6.4', ')']
self.assertEqual(list_with_all_symbols,
add_multiple_symbol(polynomial))
def test_add_multiple_symbol2(self):
polynomial = '72.5ab'
list_with_all_symbols = ['72.5', '*', 'a', '*', 'b']
self.assertEqual(list_with_all_symbols,
add_multiple_symbol(polynomial))