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 log.level == "b" and isinstance(
self.state, BaseState) and check_a(log.rec_queried):
self.state = SuccessState(log, self.get_test_result)
elif isinstance(self.state,
SuccessState) and log.level == "c" and check_a(
log.rec_queried):
self.state = FailureState(log, self.get_test_result)
def test_def(self, log):
#print(str(log))
# we will check for "." for ipv4 addresses and ":" for ipv6 addresses
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)
#get the ip address associated with the generated name with an ip address in new_true_domains.txt
self.sent_to = "to_ipv4"
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"
if check_a(log.rec_queried) and log.level != None and log.level == "b":
if log.rec_queried == "A": #ipv4
if self.state.name == "queried_AAAA":
self.state = do_state_change("queried_both", log, self.dyn_classes, self.get_test_result)
self.queried = "queried_both"
else:
self.state = do_state_change("queried_A", log, self.dyn_classes, self.get_test_result)
self.queried = "queried_A"
elif log.rec_queried == "AAAA": #ipv6
if self.state.name == "queried_A":
self.state = do_state_change("queried_both", log, self.dyn_classes, self.get_test_result)
self.queried = "queried_both"
else:
self.state = do_state_change("queried_AAAA", log, self.dyn_classes, self.get_test_result)
self.queried = "queried_AAAA"
def test_def(self, log):
#print(str(log))
if isinstance(self.state, StartState) and log.rec_queried == "TXT":
self.queries_types = {"b", "c", "d", "e", "f"} # restore the queries
self.state = BaseState(log, self.get_test_result)
elif isinstance(self.state, BaseState) and log.level in self.queries_types and check_a(log.rec_queried):
self.queries_types.remove(log.level)
self.state = do_state_change("lookup_1", log, self.dyn_classes, self.get_test_result)
elif self.state.name == "lookup_1" and log.level in self.queries_types and check_a(log.rec_queried):
self.queries_types.remove(log.level)
self.state = do_state_change("lookup_2", log, self.dyn_classes, self.get_test_result)
elif self.state.name == "lookup_2" and log.level in self.queries_types and check_a(log.rec_queried):
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):
#print(str(log))
try:
if isinstance(self.state, StartState) and log.rec_queried == "TXT" and log.level is None:
#print("we are in the first if statement")
self.state = BaseState(log, self.get_test_result)
elif isinstance(self.state, BaseState) and check_a(log.rec_queried) and log.level is not None:
if "mail" in log.level:
self.mail_map[log.level] += 1
#print(self.mail_map)
except Exception as err:
print("------Error: %s" % str(err))
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):
try:
#print(str(log))
if isinstance(self.state, StartState
) and log.level is None and log.rec_queried == "TXT":
self.state = BaseState(log, self.get_test_result)
elif log.level == "b" and check_a(
log.rec_queried) and self.last_level != "b":
self.counter += 1
elif log.level is None or log.level == "b":
pass
else:
self.state = do_state_change(log.level, log, self.dyn_classes,
self.get_test_result)
self.last_level = log.level
except Exception as e:
print("----Error: %s" % str(e))
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 = BaseState(log, self.get_test_result)
elif check_a(log.rec_queried):
if log.level == "b":
if log.level in self.holder:
self.holder.remove(log.level)
self.state = do_state_change("b_A", log, self.dyn_classes,
self.get_test_result)
elif log.level == "c":
if log.level in self.holder:
self.holder.remove(log.level)
self.state = do_state_change("c_A", log, self.dyn_classes,
self.get_test_result)
if len(self.holder) == 0:
self.state = do_state_change("both", log, self.dyn_classes,
self.get_test_result)
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 = BaseState(log, self.get_test_result)
# check branches from base state
if isinstance(self.state, BaseState) or isinstance(
self.state, StartState):
if log.level == "l1" and log.rec_queried == "TXT":
self.state = do_state_change("l1", log, self.dyn_classes,
self.get_test_result)
elif log.level == "b" and check_a(log.rec_queried):
self.state = do_state_change("b_t04_a", log, self.dyn_classes,
self.get_test_result)
elif log.level == "l2" and log.rec_queried == "TXT":
self.state = do_state_change("l2", log, self.dyn_classes,
self.get_test_result)
elif log.level == "l3" and log.rec_queried == "TXT":
self.state = do_state_change("l3", log, self.dyn_classes,
self.get_test_result)
# check branches from l1
elif self.state.name == "l1":
if log.rec_queried == "TXT":
if log.level == "l2":
self.state = do_state_change("l2", log, self.dyn_classes,
self.get_test_result)
elif log.level == "l3":
self.state = do_state_change("l3", log, self.dyn_classes,
self.get_test_result)
elif check_a(log.rec_queried) and log.level == "b":
self.state = do_state_change("b_t04_a", log, self.dyn_classes,
self.get_test_result)
# check branch from l3
elif self.state.name == "l3" and log.level == "b" and check_a(
log.rec_queried):
self.state = do_state_change("serial", log, self.dyn_classes,
self.get_test_result) # Success
self.is_serial[log.generated_name] = True
# check branches from l2
elif self.state.name == "l2":
if log.level == "l3" and log.rec_queried == "TXT":
self.state = do_state_change("l3", log, self.dyn_classes,
self.get_test_result)
elif log.level == "b" and check_a(log.rec_queried):
self.state = do_state_change("maybe_serial", log,
self.dyn_classes,
self.get_test_result) # Success
# check branch from maybe_Serial
elif self.state.name == "maybe_serial" and log.level == "l3" and log.rec_queried == "TXT":
self.state = do_state_change("delayed_parallel", log,
self.dyn_classes,
self.get_test_result) # Success
# check branch from b_t04_a
elif self.state.name == "b_t04_a" and log.rec_queried == "TXT":
if log.level == "l1":
self.state = do_state_change("p_l1", log, self.dyn_classes,
self.get_test_result)
elif log.level == "l2":
self.state = do_state_change("p_l2", log, self.dyn_classes,
self.get_test_result)
elif log.level == "l3":
self.state = do_state_change("parallel", log, self.dyn_classes,
self.get_test_result) # Success
# check branch from p_l1
elif self.state.name == "p_l1" and log.rec_queried == "TXT":
if log.rec_queried == "l2":
self.state = do_state_change("p_l2", log, self.dyn_classes,
self.get_test_result)
elif log.level == "l3":
self.state = do_state_change("parallel", log, self.dyn_classes,
self.get_test_result) # Success
elif self.state.name == "p_l2" and log.level == "l3" and log.rec_queried == "TXT":
self.state = do_state_change("parallel", log, self.dyn_classes,
self.get_test_result) # Success