def __init__(self, server='127.0.0.1', min_retry_time=2, max_retry_time=60, node_name=None):
self.id = "{}-{}".format(get_mac(), rand_str(10))
self.connected = False
self.min_retry_time = min_retry_time
self.max_retry_time = max_retry_time
self.retry_time = self.min_retry_time
self.server = server
if not node_name:
node_name = rand_str(10)
banned = "/#+"
self.node_name = "".join(["-" if ch in banned else ch for ch in node_name])
self.path = "home/{name}/{mac}".format(name=self.node_name, mac=get_mac())
self.mqttc = mqtt.Client(client_id=self.id, clean_session=True, userdata=self)
self.mqttc.will_set(
topic=self.path + "/info/status",
payload="lost",
qos=1,
retain=True)
self.mqttc.on_message = self._dispatch
self.mqttc.on_connect = self._on_connect
self.mqttc.on_disconnect = self._on_disconnect
self.dispatch_table = dict()
self.dtlock = Lock()
def run(self):
# get playerid based on mac address
if self.addon.getSetting(
"disable_auto_mac") == "true" and self.addon.getSetting(
"manual_mac"):
playerid = self.addon.getSetting("manual_mac").decode("utf-8")
else:
playerid = get_mac()
# discover server
if self.addon.getSetting("disable_auto_lms") == "true":
# manual server
lmshost = self.addon.getSetting("lms_hostname")
lmsport = self.addon.getSetting("lms_port")
self.lmsserver = LMSServer(lmshost, lmsport, playerid)
else:
# auto discovery
while not self.lmsserver and not self.exit:
servers = LMSDiscovery().all()
log_msg("discovery: %s" % servers)
if servers:
server = servers[
0] # for now, just use the first server discovered
lmshost = server.get("host")
lmsport = server.get("port")
self.lmsserver = LMSServer(lmshost, lmsport, playerid)
log_msg("LMS server discovered - host: %s - port: %s" %
(lmshost, lmsport))
else:
self.kodimonitor.waitForAbort(2)
if self.lmsserver:
# publish lmsdetails as window properties for the plugin entry
self.win.setProperty("lmshost", lmshost)
self.win.setProperty("lmsport", str(lmsport))
self.win.setProperty("lmsplayerid", playerid)
# start squeezelite executable
self.start_squeezelite()
# initialize kodi player monitor
self.kodiplayer = KodiPlayer(lmsserver=self.lmsserver,
webport=self._webport)
# report player as awake
self.lmsserver.send_command("power 1")
# mainloop
while not self.exit:
# monitor the LMS state changes
if not (xbmc.getCondVisibility("System.Platform.Android")
and playerid.lower() == get_mac().lower()):
# TODO: implement fake OSD for android
self.monitor_lms()
# sleep for 1 second
self.kodimonitor.waitForAbort(1)
def parseData(self, data):
packet = dpkt.ethernet.Ethernet(data)
# Skip packets sent from our machine
if packet.dst == get_mac(self.interface[0]):
return None
# ARP
if packet.type == dpkt.ethernet.ETH_TYPE_ARP:
packet.data = dpkt.arp.ARP(str(packet.data))
# IPv4
elif packet.type == dpkt.ethernet.ETH_TYPE_IP:
packet.data = dpkt.ip.IP(str(packet.data))
# UDP
if packet.data.p == dpkt.ip.IP_PROTO_UDP:
packet.data.data = dpkt.udp.UDP(str(packet.data.data))
# LLMNR (224.0.0.252:5355), same packet format as DNS
if packet.data.dst == ip_to_bin("224.0.0.252") and packet.data.data.dport == 5355:
packet.data.data.data = dpkt.dns.DNS(str(packet.data.data.data))
# Netbios Name Service (from 137 UDP to 137 UDP)
if packet.data.data.dport == 137 and packet.data.data.dport == 137:
packet.data.data.data = dpkt.netbios.NS(str(packet.data.data.data))
# TCP
elif packet.data.p == dpkt.ip.IP_PROTO_TCP:
packet.data.data = dpkt.tcp.TCP(str(packet.data.data))
return packet
def _init_station(self):
"""
Attempts to initialize this AirStation object.
This method is used to initialize the various fields and sensors of an AirStation object.
If the object cannot be initialized then this method returns False, otherwise it returns
True.
:return: True if the AirStation could be initialized. False otherwise.
"""
self._id = utils.get_mac('eth0')
self._bmp = BMP085.BMP085()
self._gpsp = utils.GpsPoller()
self._gpsp.start() # start polling the GPS sensor
self._gps = gps.gps("localhost", "2947")
self._gps.stream(gps.WATCH_ENABLE | gps.WATCH_NEWSTYLE)
# Wait a few seconds to ensure a GPS fix
time.sleep(10)
(self._lon, self._lat) = self.get_location()
# Open a connection with the PMS3003 sensor
self._pm = serial.Serial(port="/dev/ttyO1", baudrate=9600, rtscts=True, dsrdtr=True)
self._pm.close()
self._pm.open()
return True
def init():
global notice_post
global challenge_mac
# init admin session
admin_session = Session.create_sub_session()
sessions[admin_token] = admin_session
# add admin notice
key = admin_token.replace(b'-', b'')
challenge_mac = get_mac(key, notice_content)
notice_post = Post.write(
token=admin_token,
type_=0,
idx=0,
content=notice_content,
)
sessions[admin_token].add_post(notice_post)
# add flag post
flag = b'SECCON{8e62f74287c22108e82e18b69caa115ceb8fceec532fae97971b7b01912fa313}'
flag_post = Post.write(
token=admin_token,
type_=0,
idx=1,
content=flag,
)
admin_session.add_post(flag_post)
def test_scapy_sr(self, mocked_scapy_sr):
'''Mock Scapy's sr() return and check that packet parsing returns the expected MAC address'''
arp_response = namedtuple(
'arp_response', 'op hwdst pdst hwtype ptype hwlen plen hwsrc psrc')
responses = [
arp_response(op='who-has',
hwdst='ff:ff:ff:ff:ff:ff',
pdst='192.168.7.189',
hwtype='',
ptype='',
hwlen='',
plen='',
hwsrc='',
psrc=''),
arp_response(op='is-at',
hwdst='60:03:08:8c:44:72',
pdst='192.168.7.190',
hwtype='0x1',
ptype='0x800',
hwlen=6,
plen=4,
hwsrc='4c:57:ca:e9:b0:83',
psrc='192.168.7.189')
]
unanswered_tuple = ((), )
responded_tuple = (responses, ())
mocked_scapy_sr.return_value = (responded_tuple, unanswered_tuple)
resp, unans = mocked_scapy_sr.return_value
x = get_mac('192.168.7.189')
assert x == '4c:57:ca:e9:b0:83'
def getAddress(self, targetip):
address = self.config['address'].get(targetip) or self.config.get("default")
if address == "default":
return utils.get_mac(self.interface[0])
if not address or address == "none":
return None
return address
def login():
user_ip = request.remote_addr
user_platform = request.user_agent.platform
data = request.get_json()
username = data['username']
password = data['password']
db_user = db.users.find_one({"username": username})
if not db_user:
return jsonify(error="Username not found.")
db_password = db_user['password']
if password != db_password:
error = "Incorrect password."
return jsonify(error=error)
session['logged_in'] = True
session['username'] = username
try:
user_mac = get_mac(user_ip)
except ValueError as e:
error = "IP not found. Contact IT Department."
return jsonify(error=error)
session['this_mac'] = user_mac
# check if mac alread registered
for device in db_user['devices']:
if device['mac'] == user_mac:
return jsonify(
message=
"This device is already registered. You now have internet access."
)
if len(db_user['devices']) < db_user['device_limit']:
# basically, add this mac
db.users.find_one_and_update(
{"username": username},
{"$push": {
"devices": {
"mac": user_mac,
"device": user_platform
}
}},
return_document=ReturnDocument.AFTER)
return jsonify(
message=
"Device registered. You now have internet access on this device.")
else:
# get device list
return jsonify(message="Maximum device limit reached.",
devices=db_user['devices'],
this_mac=user_mac)
def write(cls, token, type_, idx, content):
if type_ == PostType.URL.value:
content = Post.get_from_url(content)
if content is None:
return None
key = token.replace(b'-', b'')
mac = get_mac(key, content)
content += b'\n\nMAC=' + binascii.hexlify(mac)
content = pickle.dumps(content)
return cls(token, idx, content, mac)
def get_admin_token(message):
global admin_token
global challenge_mac
if message == notice_content:
return None
key = admin_token.replace(b'-', b'')
mac = get_mac(key, message)
if mac != challenge_mac:
return None
return admin_token
def listen(self, target_ip, target_mac):
global LOCK_LISTEN
LOCK_LISTEN = True
#set_ip_forwarding(1)
conf.verb = 0
GATEWAY_MAC = get_mac(GATEWAY)
packet_count = COUNT
poison_thread = Job(target=self.poison_target,
args=(GATEWAY, GATEWAY_MAC, target_ip, target_mac))
poison_thread.setDaemon(True)
poison_thread.start()
try:
print "[*] Starting sniffer for %d packets" % packet_count
bpf_filter = "ip host %s " % target_ip # 过滤器
#sniff_thread = Job(target=start_sniff,args=(packet_count,bpf_filter))
#sniff_thread.setDaemon(True)
#sniff_thread.start()
packets = sniff(count=packet_count,
filter=bpf_filter,
prn=self.stop_sniff
) #,stopper = self.stop_sniff(),stopper_timeout=1)
#time.sleep(5)
# 将捕获到的数据包输出到文件
#global LOCK_LISTEN
LOCK_LISTEN = False
poison_thread.stop()
#sniff_thread.stop()
wrpcap('{}.pcap'.format(target_ip), packets)
# 还原网络配置
restore_target(GATEWAY, GATEWAY_MAC, target_ip, target_mac)
#set_ip_forwarding(0)
return True
except Exception, e:
LOCK_LISTEN = False
print e
# 还原网络配置
restore_target(GATEWAY, GATEWAY_MAC, target_ip, target_mac)
return False
def init(self):
#global SERVER_NAME, WORKNAME_NAME
""" 办理工人注册 """
#srv_name = config.CONFIG['server']['server_name']
wk_name = config.CONFIG['server']['worker_name']
"""检测配置文件
if srv_name:
SERVER_NAME = srv_name
else:
config.write('server', 'server_name', SERVER_NAME)
"""
if wk_name:
global_list.WORKNAME_NAME = wk_name
reg_list = get_reg_list()
wk_info = reg_list.get(global_list.WORKNAME_NAME)
if wk_info and wk_info['sysinfo']['ip'] == global_list.LOCAL_IP:
return
#global_list.WORKNAME_NAME = str(sum(map(lambda n:int(n),global_list.LOCAL_IP.split('.'))))
global_list.WORKNAME_NAME = utils.get_mac()
config.write('server','worker_name',global_list.WORKNAME_NAME)
#合并线上配置
reg_list = get_reg_list()
wk_info = reg_list.get(global_list.WORKNAME_NAME)
if wk_info and 'doing' in wk_info and wk_info['doing']:
for k,task in wk_info['doing'].items():
if int(task['status']) < 3:
get_task_queue(global_list.WORKNAME_NAME).push(task)
# 报告机器状态
self.report(self.login_time)
# 记录系统日志
system_log = get_system_log_queue()
system_log.push(dict( host=global_list.LOCAL_IP,
name=global_list.WORKNAME_NAME,
type='power',
timestamp=self.login_time))
#注册在线标识
set_online(global_list.WORKNAME_NAME)
def create_wifi_data(last_seen, mac_address, ap_mac, ap_name, power):
class DatetimeEncoder(json.JSONEncoder):
def default(self, obj):
if isinstance(obj, datetime):
return obj.strftime('%Y-%m-%dT%H:%M:%SZ')
elif isinstance(obj, date):
return obj.strftime('%Y-%m-%d')
# Let the base class default method raise the TypeError
return json.JSONEncoder.default(self, obj)
wifi_data = {}
last_seen_formated = datetime.datetime.strptime(last_seen, " %Y-%m-%d %H:%M:%S")
wifi_data['last_seen_time'] = last_seen_formated.isoformat()
wifi_data['category'] = 'Motherapp_office'
wifi_data['action'] = 'Check_point'
wifi_data['label'] = ''
wifi_data['location_name'] = utils.get_mac()
wifi_data['device_mac'] = mac_address
wifi_data['power'] = power
wifi_data['router_mac'] = ap_mac
wifi_data['router_name'] = ap_name
print wifi_data
return wifi_data
def __init__(self, device = "hci0"):
self._device = device
self._address = get_mac(self._device)
self._pairing_thread = None
from umqtt.simple import MQTTClient
from time import sleep
import utils
from mqtt_config import config
MQTT_BROKER = config['broker']
MQTT_SUB = config['topic_sub']
MQTT_PUB = config['topic_pub']
client = MQTTClient(utils.get_mac(), MQTT_BROKER)
def rcv(topic, msg):
print("{}: {}".format(topic.decode("utf-8"), msg.decode("utf-8")))
client.publish(MQTT_PUB, '{"rcv":"' + msg.decode("utf-8") + '"}')
client.set_callback(rcv)
client.set_last_will('test/admin', 'OOPS - ' + utils.get_mac() + ' crashed!')
client.connect()
client.subscribe(MQTT_SUB)
def start_loop():
try:
while True:
client.check_msg()
sleep(1)
except KeyboardInterrupt:
pass