def test_check_forbidden_seqs_none(self): """Should return False if path includes no forbidden seqs""" #a seq that isn't in the standard fixed forbidden lib allowed_seq = ["C", "U", "A", "T"] test = SearchPath(SearchPathHelper.alphabets, \ SearchPathHelper.standard_forbid_seq) test._add_node(SearchNode(SearchNodeHelper.alphabet)) #add more values, and cheat so as to make them something known for known_val in allowed_seq: curr_node = SearchNode(SearchNodeHelper.alphabet) curr_node._options[0] = known_val #torque the node's innards test._add_node(curr_node) #next bad_val real_result = test._check_forbidden_seqs() self.assertEquals(real_result, False)
def test_check_forbidden_seqs_fixed(self): """Should return True if path includes a fixed forbidden seq""" forbidden_seq = ["G", "U", "A"] user_input = ["".join(forbidden_seq)] user_input.extend(SearchPathHelper.standard_forbid_seq) test = SearchPath(SearchPathHelper.alphabets, user_input) test._add_node(SearchNode(SearchNodeHelper.alphabet)) #add more values, and cheat so as to make them something forbidden for bad_val in forbidden_seq: curr_node = SearchNode(SearchNodeHelper.alphabet) curr_node._options[0] = bad_val #torque the node's innards test._add_node(curr_node) #next bad_val real_result = test._check_forbidden_seqs() self.assertEquals(real_result, True)