def receive(self, packetFilter):
network_data = self.s.recv(2048)
encoded = network_data.encode('hex')
src_mac = encoded[12:24]
# if src_mac == '080027c08ead':
# x = src_mac
builder = PacketBuilder()
if network_data and packetFilter.filter(builder, network_data):
return builder.get_message(), builder.get_connection_info()
return False
def handle_device_get_power(options):
if "-help" in options:
handle_help("device-get-power")
return ""
if "-a" in options:
return PacketBuilder.build_device_get_power_packet(0)
elif "-t" in options:
target = int(options["-t"])
return PacketBuilder.build_device_get_power_packet(target)
else:
print("invalid options. use -help to see usage")
return ""
def handle_light_get_state(options):
if "-help" in options:
handle_help("light-get-state")
return ""
if "-a" in options:
return PacketBuilder.build_light_get_state_packet(0)
elif "-t" in options:
target = int(options["-t"])
return PacketBuilder.build_light_get_state_packet(target)
else:
print("invalid options. use -help to see usage")
return ""
def handle_device_echo_request(options):
if "-help" in options:
handle_help("device-echo-request")
return ""
payload = "101010101010101"
if "-a" in options:
return PacketBuilder.build_device_echo_request_packet(0, payload)
elif "-t" in options:
target = int(options["-t"])
return PacketBuilder.build_device_echo_request_packet(target, payload)
else:
print("invalid options. use -help to see usage")
return ""
def send(self, message, connection_info):
data_pack = PacketBuilder()
data_pack.buildEth(connection_info.src_mac, connection_info.dst_mac)
data_pack.buildIp6(connection_info.src_ip, connection_info.dst_ip)
data_pack.buildMsg(message)
data_pack = data_pack.pack()
self.s.sendto(data_pack, (INTERFACE_NAME, 0))
def handle_light_set_color(options):
if "-help" in options:
handle_help("light-set-color")
return ""
hue = -1
saturation = -1
brightness = -1
kelvin = -1
if "-h" in options:
hue_value = int(options["-h"])
hue = int(float(hue_value) / 360 * 65535)
else:
print("invalid options. -h is required. use -help to see usage")
return ""
if "-s" in options:
saturation_value = int(options["-s"])
saturation = int(float(saturation_value) / 100 * 65535)
else:
print("invalid options. -s is required. use -help to see usage")
return ""
if "-b" in options:
brightness_value = int(options["-b"])
brightness = int(float(brightness_value) / 100 * 65535)
else:
print("invalid options. -b is required. use -help to see usage")
return ""
if "-k" in options:
kelvin = int(options["-k"])
else:
print("invalid options. -k is required. use -help to see usage")
return ""
if "-a" in options:
return PacketBuilder.build_light_set_color_packet(0, hue, saturation, brightness, kelvin, 0)
elif "-t" in options:
target = int(options["-t"])
return PacketBuilder.build_light_set_color_packet(target, hue, saturation, brightness, kelvin, 0)
else:
print("invalid options. use -help to see usage")
return ""
def broadcast():
#packet_bytes = PacketBuilder.build_light_get_state_packet()
#packet_bytes = PacketBuilder.build_device_set_power_packet(1001, 127337741231970, 0)
#packet_bytes = PacketBuilder.build_light_set_color_packet(127337741231970, 23040, 65535, 32766, 2999, 0)
#packet_bytes = PacketBuilder.build_light_set_power_packet(1001, 127337741231970, 65535, 0)
packet_bytes = PacketBuilder.build_device_get_host_info_packet()
PacketBroadcaster.broadcast_packet("172.16.10.255", 56700, packet_bytes)
return
def handle_device_set_power(options):
if "-help" in options:
handle_help("device-set-power")
return ""
level = -1
if "-l" in options:
level = int(options["-l"]) * 65535
else:
print("invalid options. -l is required. use -help to see usage")
return ""
if "-a" in options:
return PacketBuilder.build_device_set_power_packet(0, level)
elif "-t" in options:
target = int(options["-t"])
return PacketBuilder.build_device_set_power_packet(target, level)
else:
print("invalid options. use -help to see usage")
return ""
def handle_device_set_label(options):#need to validate
if "-help" in options:
handle_help("device-set-label")
return ""
label = "N/A"
if "-l" in options:
label = options["-l"]
else:
print("invalid options. -l is required. use -help to see usage")
return ""
if "-t" in options:
target = int(options["-t"])
return PacketBuilder.build_device_set_label_packet(target, label)
else:
print("invalid options. use -help to see usage")
return ""
import PacketBuilder a = PacketBuilder.PacketBuilder() a.A() a.B()
#coding=utf-8
import PacketBuilder, time, socket, struct, dnet, dpkt
#a=PacketBuilder.PacketBuilder("\x5c\xf9\x38\xa6\x66\xfe","\x00\x00\x0c\x07\xac\x90")
a = PacketBuilder.PacketBuilder("\x5c\xf9\x38\xa6\x66\xfe",
"\x8c\xab\x8e\x6e\x56\xd8")
# a.A()
# t1=time.time()
# for i in range(1,10000000):
# a.B()
# t2=time.time()
# print t2-t1
dip = struct.unpack(">I", socket.inet_aton("222.200.98.110"))[0]
dport = 80
sip = struct.unpack(">I", socket.inet_aton("192.168.1.110"))[0]
sport = 22222
seq = 1
ack = 0
flags = 0x02
payload = ''
payload_length = 0
packet = a.GetTcpPacket(dip, dport, sip, sport, seq, ack, flags, payload,
payload_length)
print len(packet)
print packet.encode('hex')
e = dnet.eth("en0")
e.send(packet)
t1 = time.time()
for i in range(1, 10000000):
def handle_device_get_service(options):
if "-help" in options:
handle_help("device-get-service")
return ""
else:
return PacketBuilder.build_device_get_service_packet()