def print_handover_select(message):
print "Connection Handover Select Message"
number_suffix = ('st', 'nd', 'rd', 'th')
message = HandoverSelectMessage(message)
for i, carrier in enumerate(message.carriers):
carrier_type = carrier['carrier-type']
if carrier_type == "application/vnd.wfa.wsc":
carrier_name = "Wi-Fi (Simple Config)"
elif carrier_type == "application/vnd.bluetooth.ep.oob":
carrier_name = "Bluetooth (Easy Pairing)"
else:
carrier_name = carrier_type
print " %d%s carrier" % (i + 1, number_suffix[min(i, 3)]),
print "is %s" % carrier_name
print " power = %s" % carrier['power-state']
config_data = carrier['config-data']
if carrier_type == "application/vnd.wfa.wsc":
cfg = WiFiConfigData.fromstring(config_data)
print " version = %d.%d" % cfg.version
print " network = %s" % cfg.ssid
print " password = %s" % cfg.network_key
print " macaddr = %s" % cfg.mac_address
print " security = %s / %s" % \
(cfg.authentication, cfg.encryption)
elif carrier_type == "application/vnd.bluetooth.ep.oob":
cfg = BluetoothConfigData.fromstring(config_data)
print " bdaddr = %s" % cfg.device_address
print " class = %s" % cfg.class_of_device.encode("hex")
print " sp hash = %s" % cfg.simple_pairing_hash
print " sp rand = %s" % cfg.simple_pairing_randomizer
print " longname = %s" % cfg.long_name
print " partname = %s" % cfg.short_name
else:
print carrier
def print_wifi_token(message):
try:
data = WiFiPasswordData.fromstring(message[0].data)
print " Wi-Fi Password Token"
print " version = %d.%d" % data.version
print " PK Hash = %s" % data.public_key_hash.encode("hex")
print " DevPwdID = %s" % data.device_password_id
print " Password = %s" % data.device_password.encode("hex")
for key, val in data.other_attributes:
print " 0x%04x = %s" % (key, val.encode("hex"))
return
except ValueError:
pass
try:
data = WiFiConfigData.fromstring(message[0].data)
print " Wi-Fi Configuration Token"
print " version = %d.%d" % data.version
print " network = %s" % data.ssid
print " password = %s" % data.network_key
print " macaddr = %s" % data.mac_address
print " security = %s / %s" % \
(data.authentication, data.encryption)
return
except ValueError:
pass
def print_handover_select(message):
print "Connection Handover Select Message"
number_suffix = ('st', 'nd', 'rd', 'th')
message = HandoverSelectMessage(message)
for i, carrier in enumerate(message.carriers):
carrier_type = carrier['carrier-type']
if carrier_type == "application/vnd.wfa.wsc":
carrier_name = "Wi-Fi (Simple Config)"
elif carrier_type == "application/vnd.bluetooth.ep.oob":
carrier_name = "Bluetooth (Easy Pairing)"
else:
carrier_name = carrier_type
print " %d%s carrier" % (i+1, number_suffix[min(i,3)]),
print "is %s" % carrier_name
print " power = %s" % carrier['power-state']
config_data = carrier['config-data']
if carrier_type == "application/vnd.wfa.wsc":
cfg = WiFiConfigData.fromstring(config_data)
print " version = %d.%d" % cfg.version
print " network = %s" % cfg.ssid
print " password = %s" % cfg.network_key
print " macaddr = %s" % cfg.mac_address
print " security = %s / %s" % \
(cfg.authentication, cfg.encryption)
elif carrier_type == "application/vnd.bluetooth.ep.oob":
cfg = BluetoothConfigData.fromstring(config_data)
print " bdaddr = %s" % cfg.device_address
print " class = %s" % cfg.class_of_device.encode("hex")
print " sp hash = %s" % cfg.simple_pairing_hash
print " sp rand = %s" % cfg.simple_pairing_randomizer
print " longname = %s" % cfg.long_name
print " partname = %s" % cfg.short_name
else:
print carrier
def print_wifi_token(message):
try:
data = WiFiPasswordData.fromstring(message[0].data)
print " Wi-Fi Password Token"
print " version = %d.%d" % data.version
print " PK Hash = %s" % data.public_key_hash.encode("hex")
print " DevPwdID = %s" % data.device_password_id
print " Password = %s" % data.device_password.encode("hex")
for key, val in data.other_attributes:
print " 0x%04x = %s" % (key, val.encode("hex"))
return
except ValueError:
pass
try:
data = WiFiConfigData.fromstring(message[0].data)
print " Wi-Fi Configuration Token"
print " version = %d.%d" % data.version
print " network = %s" % data.ssid
print " password = %s" % data.network_key
print " macaddr = %s" % data.mac_address
print " security = %s / %s" % \
(data.authentication, data.encryption)
return
except ValueError:
pass
def write_configuration(tag):
print
print "Writing Wi-Fi Configuration"
wifi_cfg = WiFiConfigData()
wifi_cfg.ssid = "HomeNetwork"
wifi_cfg.network_key = "secret"
wifi_cfg.mac_address = "00:07:E9:4C:A8:1C"
wifi_cfg.authentication = "WPA-Personal"
wifi_cfg.encryption = "AES"
bt21_cfg = BluetoothConfigData()
bt21_cfg.device_address = "01:02:03:04:05:06"
bt21_cfg.class_of_device = "\x00\x00\x00"
bt21_cfg.simple_pairing_hash = range(16)
bt21_cfg.simple_pairing_randomizer = [ord(x) for x in os.urandom(16)]
bt21_cfg.short_name = "My Device"
bt21_cfg.long_name = "My Most Expensive Device"
message = HandoverSelectMessage()
wifi_carrier = dict()
wifi_carrier['carrier-type'] = 'application/vnd.wfa.wsc'
wifi_carrier['config-data'] = wifi_cfg.tostring()
wifi_carrier['power-state'] = "active"
message.carriers.append(wifi_carrier)
bt21_carrier = dict()
bt21_carrier['carrier-type'] = 'application/vnd.bluetooth.ep.oob'
bt21_carrier['config-data'] = bt21_cfg.tostring()
bt21_carrier['power-state'] = "active"
message.carriers.append(bt21_carrier)
print format_data(message.tostring())
if tag: tag.ndef.message = message.tostring()
return
def write_configuration(tag):
print
print "Writing Wi-Fi Configuration"
wifi_cfg = WiFiConfigData()
wifi_cfg.ssid = "HomeNetwork"
wifi_cfg.network_key = "secret"
wifi_cfg.mac_address = "00:07:E9:4C:A8:1C"
wifi_cfg.authentication = "WPA-Personal"
wifi_cfg.encryption = "AES"
bt21_cfg = BluetoothConfigData()
bt21_cfg.device_address = "01:02:03:04:05:06"
bt21_cfg.class_of_device = "\x00\x00\x00"
bt21_cfg.simple_pairing_hash = range(16)
bt21_cfg.simple_pairing_randomizer = [ord(x) for x in os.urandom(16)]
bt21_cfg.short_name = "My Device"
bt21_cfg.long_name = "My Most Expensive Device"
message = HandoverSelectMessage()
wifi_carrier = dict()
wifi_carrier['carrier-type'] = 'application/vnd.wfa.wsc'
wifi_carrier['config-data'] = wifi_cfg.tostring()
wifi_carrier['power-state'] = "active"
message.carriers.append(wifi_carrier)
bt21_carrier = dict()
bt21_carrier['carrier-type'] = 'application/vnd.bluetooth.ep.oob'
bt21_carrier['config-data'] = bt21_cfg.tostring()
bt21_carrier['power-state'] = "active"
message.carriers.append(bt21_carrier)
print format_data(message.tostring())
if tag: tag.ndef.message = message.tostring()
return
