def test_simple_multisymbol_without_repeat(self):
symbs = "abc defgh ijk lmnop qrs".split()
input_data = ["["] + symbs + ["]"]
expected = tuple(symbs)
assert evaluate_symbol_query(*input_data) == (expected, True)
assert evaluate_symbol_query("Not", *input_data) == (expected, False)
with raises(TMSyntaxError):
evaluate_symbol_query(*symbs)
with raises(TMSyntaxError):
evaluate_symbol_query("Not", *symbs)
def test_simple_multisymbol_without_repeat(self):
symbs = "abc defgh ijk lmnop qrs".split()
input_data = ["["] + symbs + ["]"]
expected = tuple(symbs)
assert evaluate_symbol_query(*input_data) == (expected, True)
assert evaluate_symbol_query("Not", *input_data) == (expected, False)
with raises(TMSyntaxError):
evaluate_symbol_query(*symbs)
with raises(TMSyntaxError):
evaluate_symbol_query("Not", *symbs)
def test_empty_query(self):
assert evaluate_symbol_query() == (tuple(), False)
def test_not_twice_or_invalidly_alone(self, symbs):
with raises(TMSyntaxError):
evaluate_symbol_query(*symbs)
with raises(TMSyntaxError):
evaluate_symbol_query("Not", *symbs)
def test_valid_one_symbol_scenarios(self, symb):
assert evaluate_symbol_query(symb) == ((symb,), True)
assert evaluate_symbol_query("Not", symb) == ((symb,), False)
def test_empty_query(self):
assert evaluate_symbol_query() == (tuple(), False)
def test_not_twice_or_invalidly_alone(self, symbs):
with raises(TMSyntaxError):
evaluate_symbol_query(*symbs)
with raises(TMSyntaxError):
evaluate_symbol_query("Not", *symbs)
def test_valid_one_symbol_scenarios(self, symb):
assert evaluate_symbol_query(symb) == ((symb, ), True)
assert evaluate_symbol_query("Not", symb) == ((symb, ), False)