def test_def(self, log):
#print(str(log))
if isinstance(
self.state,
StartState) and log.rec_queried == "TXT" and log.level is None:
self.state = SuccessState(log, self.get_test_result)
elif check_a(log.rec_queried) and log.level == "b":
self.state = FailureState(log, self.get_test_result)
def test_def(self, log):
#print(str(log))
if isinstance(self.state, StartState) and log.rec_queried == "TXT":
self.state = BaseState(log, self.get_test_result)
elif isinstance(self.state, BaseState) and check_a(log.rec_queried):
if log.level == "e" or log.level == "f":
self.state = SuccessState(log, self.get_test_result)
self.succeeded[log.generated_name] = True
def test_def(self, log):
# Success means they had the tcp flag
#print(str(log))
if log.tcp == "T":
self.state = SuccessState(log, self.get_test_result)
# only fail if we have not already succeeded, just in case
elif not isinstance(self.state, SuccessState):
self.state = FailureState(log, self.get_test_result)
def test_def(self, log):
#print(str(log))
if isinstance(self.state, StartState) and log.rec_queried == "TXT":
self.state = BaseState(log, self.get_test_result)
elif isinstance(
self.state,
BaseState) and log.level == "b" and log.rec_queried == "MX":
self.state = SuccessState(log, self.get_test_result)
#elif isinstance(self.state, SuccessState):
#self.state = FailureState(log, self.get_test_result)
elif isinstance(
self.state, SuccessState) and log.level == "b" and check_a(
log.rec_queried): # for queries after initial failure
self.state = FailureState(log, self.get_test_result)
def test_def(self, log):
#print(str(log))
# b means we have succeeded, all other queries are fine, no need to check
if isinstance(
self.state,
StartState) and log.rec_queried == "TXT" and log.level == None:
self.state = BaseState(log, self.get_test_result)
elif isinstance(
self.state,
BaseState) and log.level == "l1" and log.rec_queried == "TXT":
self.state = do_state_change("l1", log, self.dyn_classes,
self.get_test_result)
elif self.state.name == "l1" and log.level == "b" and check_a(
log.rec_queried):
self.state = SuccessState(log, self.get_test_result)
def test_def(self, log):
#print(str(log))
if isinstance(self.state, StartState) and "." in self.sent_to:
self.state = do_state_change("to_ipv4", log, self.dyn_classes,
self.get_test_result)
self.sent_to = "to_ipv4"
# get the ip address associated with the generated name with an ip address in new_true_domains.txt
elif isinstance(self.state, StartState) and ":" in self.sent_to:
self.state = do_state_change("to_ipv6", log, self.dyn_classes,
self.get_test_result)
self.sent_to = "to_ipv6"
elif self.state.name == "to_ipv6" or self.state.name == "to_ipv4" or isinstance(
self.state, FailureState):
# ipv_protocol is the label "ipv4" or "ipv6" that was in the query
if log.rec_queried == s.States.TXT.value and log.ipv_protocol is not None:
self.state = SuccessState(log, self.get_test_result)
else:
self.state = FailureState(log, self.get_test_result)
def do_testing(self, log_list):
self.timed_out = False
self.total_time = 0.0
self.last_node = None
self.biggest_depth = -math.inf
self.largest_branch = "a"
#print("\n")
first = log_list[0]
last = log_list[len(log_list) - 1]
self.timed_out = (last.sec_from_1970 - first.sec_from_1970 > 20)
self.total_time = last.sec_from_1970 - first.sec_from_1970
if not self.timed_out:
self.state = SuccessState(last, self.get_test_result)
else:
self.state = FailureState(last, self.get_test_result)
for log in log_list:
#print(str(log))
node = log.level
#print("***log.level: %s\trec_type: %s**" % (node, log.rec_queried))
stripped_node = None
depth = self.biggest_depth
branch = self.largest_branch
if node == None or log.rec_queried != "TXT":
continue
stripped_node = node[:1]
if stripped_node == "l":
depth = int(node[1])
branch = node[2]
#print("depth: %s\tdeepest: %s" % (str(depth), str(self.biggest_depth)))
if depth >= self.biggest_depth:
self.biggest_depth = depth
else:
continue
#print("branch: %s\tlargest: %s" % (str(branch), str(self.largest_branch)))
if branch > self.largest_branch:
self.largest_branch = branch
self.last_node = "l" + str(
self.biggest_depth) + self.largest_branch
#print("***Last Node: %s" % self.last_node)
self.state.get_final_result(log_list)