def check_socket_monitor_connection():
filter = Filter(filter_name="logs")
pid = -1
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
try:
with socket.socket(socket.AF_UNIX, socket.SOCK_STREAM) as s:
s.connect(filter.monitor)
data = s.recv(4096).decode()
s.close()
if RESP_MON_STATUS_RUNNING not in data:
logging.error(
"check_socket_monitor_connection: Wrong response; got {}".
format(data))
return False
except Exception as e:
logging.error(
"check_socket_monitor_connection: Error connecting to socket: {}".
format(e))
return False
filter.stop()
return True
def check_pid_file():
filter = Filter(filter_name="logs")
pid = -1
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
try:
with open(filter.pid) as f:
pid = int(f.readline())
except Exception as e:
logging.error("check_pid: Unable to read pid file: {}".format(e))
return False
try:
kill(pid, 0)
except OSError as e:
logging.error("check_pid: Process {} not running: {}".format(pid, e))
return False
filter.stop()
if access(filter.pid, F_OK):
logging.error("check_pid: PID file not deleted")
return False
return True
def check_start_invalid_threshold_num():
filter = Filter(filter_name="logs", thresold="Kenobi")
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
sleep(0.5)
if filter.check_start():
logging.error(
"check_start_invalid_threshold_num: Process started when threshold was invalid"
)
filter.stop()
return False
return True
def check_start_invalid_cache_num():
filter = Filter(filter_name="logs", cache_size="General")
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
sleep(0.5)
if filter.check_start():
logging.error(
"check_start_invalid_cache_num: Process started when cache size was invalid"
)
filter.stop()
return False
return True
def check_start_invalid_thread_num():
filter = Filter(filter_name="logs", nb_threads="HelloThere")
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
sleep(0.5)
if filter.check_start():
logging.error(
"check_start_invalid_thread_num: Process started when thread number was invalid"
)
filter.stop()
return False
return True
def check_start_outbound_threshold_num():
filter = Filter(filter_name="logs",
thresold="459230781640628620899862803482")
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
sleep(0.5)
if filter.check_start():
logging.error(
"check_start_outbound_threshold_num: Process started when threshold was out of bounds"
)
filter.stop()
return False
return True
def check_start_outbound_cache_num():
filter = Filter(filter_name="logs",
cache_size="950288419716939937510582097494")
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
sleep(0.5)
if filter.check_start():
logging.error(
"check_start_outbound_cache_num: Process started when cache size was out of bounds"
)
filter.stop()
return False
return True
def check_start_outbound_thread_num():
filter = Filter(filter_name="logs",
nb_threads="314159265358979323846264338327")
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
sleep(0.5)
if filter.check_start():
logging.error(
"check_start_outbound_thread_num: Process started when thread number was out of bounds"
)
filter.stop()
return False
return True
def check_socket_connection():
filter = Filter(filter_name="logs")
pid = -1
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
try:
api = DarwinApi(socket_path=filter.socket, socket_type="unix")
api.call("test\n", filter_code="logs", response_type="back")
api.close()
except Exception as e:
logging.error("check_socket_connection_back: Error connecting to socket: {}".format(e))
return False
filter.stop()
return True
def check_socket_create_delete():
filter = Filter(filter_name="logs")
pid = -1
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
if not access(filter.socket, F_OK):
logging.error("check_socket_create_delete: Socket file not accesible")
return False
filter.stop()
if access(filter.socket, F_OK):
logging.error("check_socket_create_delete: Socket file not deleted")
return False
return True
def check_start_stop():
filter = Filter(filter_name="logs")
filter.configure(FLOGS_CONFIG)
filter.valgrind_start()
try:
kill(filter.process.pid, 0)
except OSError as e:
logging.error("check_start_stop: Process {} not running: {}".format(filter.process.pid, e))
return False
if filter.stop() is not True:
return False
return True
def fanomaly_connector_and_send_test():
test_name = "fanomaly_connector_and_send_test"
ret = True
config_test = '{{' \
'"redis_socket_path": "{redis_socket}",' \
'"alert_redis_list_name": "{redis_alert}",' \
'"log_file_path": "/var/log/darwin/alerts.log",' \
'"alert_redis_channel_name": "darwin.alerts"' \
'}}'.format(redis_socket=REDIS_SOCKET, redis_alert=REDIS_ALERT_LIST)
config_buffer = '{{' \
'"redis_socket_path": "{redis_socket}",' \
'"input_format": [' \
'{{"name": "net_src_ip", "type": "string"}},' \
'{{"name": "net_dst_ip", "type": "string"}},' \
'{{"name": "net_dst_port", "type": "string"}},' \
'{{"name": "ip_proto", "type": "string"}}' \
'],' \
'"outputs": [' \
'{{' \
'"filter_type": "fanomaly",' \
'"filter_socket_path": "/tmp/anomaly.sock",' \
'"interval": 10,' \
'"required_log_lines": 5,' \
'"redis_lists": [{{' \
'"source": "",' \
'"name": "darwin_buffer_test"' \
'}}]' \
'}}' \
']' \
'}}'.format(redis_socket=REDIS_SOCKET)
# CONFIG
buffer_filter = Buffer()
buffer_filter.configure(config_buffer)
test_filter = Filter(filter_name="anomaly",
socket_path="/tmp/anomaly.sock")
test_filter.configure(config_test)
# START FILTER
if not buffer_filter.valgrind_start():
print("Buffer did not start")
return False
if not test_filter.start():
print("Anomaly did not start")
return False
# SEND TEST
data = buffer_filter.get_test_data()
darwin_api = DarwinApi(socket_path=buffer_filter.socket,
socket_type="unix")
darwin_api.bulk_call(
data,
response_type="back",
)
sleep(15)
# GET REDIS DATA AND COMPARE
redis_data = buffer_filter.get_internal_redis_list_data(REDIS_ALERT_LIST)
expected_data = '"details": {"ip": "192.168.110.2","udp_nb_host": 1.000000,"udp_nb_port": 252.000000,"tcp_nb_host": 0.000000,"tcp_nb_port": 0.000000,"icmp_nb_host": 0.000000,"distance": 246.193959}'
if len(redis_data) != 1:
logging.error("{}: Expecting a single element list.".format(test_name))
ret = False
redis_data = [a.decode() for a in redis_data]
if (expected_data not in redis_data[0]):
logging.error("{}: Expected this data : {} but got {} in redis".format(
test_name, expected_data, redis_data))
ret = False
# CLEAN
darwin_api.close()
test_filter.clean_files()
# ret = buffer_filter.valgrind_stop() or buffer_filter.valgrind_stop()
# would erase upper ret if this function return True
if not buffer_filter.valgrind_stop():
ret = False
if not test_filter.stop():
ret = False
return ret
