def guest_portal(sitekey):
#--get all URL parameters, expected URL format--
devicemac = request.args.get('id')
apmac = request.args.get('ap')
origurl = request.args.get('url')
demo = request.args.get('demo')
utcnow = arrow.utcnow().naive
if not devicemac or not apmac:
logger.error("Guest portal called with empty ap_mac/user_mac URL:%s"\
%request.url)
abort(404)
if not validators.mac_address(devicemac) or not validators.mac_address(apmac):
logger.error("Guest portal called with invalid ap_mac/user_mac URL:%s"%\
request.url)
abort(404)
wifisite = Wifisite.query.filter_by(sitekey=sitekey).first()
if not wifisite:
logger.error("Guest portal called with unknown UnifiID URL:%s"%request.url)
abort(404)
if demo and current_user.is_authenticated:
demo = 1
else:
demo = 0
guesttrack = init_track(wifisite,devicemac,apmac,origurl,demo)
return redirect_guest(wifisite,guesttrack)
def mac_vendor(ip):
# set api url
url = "https://api.macvendors.com/"
vendor = "Could not get"
try:
# get mac address from ip, via passive arp scanning (no network request)
mac = str(getmac.get_mac_address(ip=str(ip), network_request=False))
logging.info("The mac address of the machine is: " + mac)
# check mac address
if validators.mac_address(mac):
try:
# Make a get request to get response from the macvendors api
response = requests.get(url + mac)
# set response to variable
vendor = response.content.decode("utf-8")
except Exception as e:
logging.warning(
"The following error raise when trying to get response from macvendors.com:"
+ str(e))
else:
logging.warning("The MAC address of the machine is not valid")
except Exception as e:
logging.warning(
"The following error raise when trying to get the MAC address from the network machine:"
+ str(e))
return str(vendor)
def add_nic(self, nic_name, mac_or_pattern, ip_or_index, net, on_wires):
import validators
from lab.network import Nic
ip_or_index = ip_or_index or self._assign_default_ip_index(net)
try:
index = int(ip_or_index) # this is shift in the network
if index in [0, 1, 2, 3, -1]:
raise ValueError('{}: index={} is not possible since 0 => network address [1,2,3] => GW addresses -1 => broadcast address'.format(self.get_id(), index))
try:
ip = net[index]
except (IndexError, ValueError):
raise ValueError('{}: index {} is out of bound of {}'.format(self.get_id(), index, net))
except ValueError:
if validators.ipv4(str(ip_or_index)):
try:
index, ip = {x: str(net[x]) for x in range(net.size) if str(ip_or_index) in str(net[x])}.items()[0]
except IndexError:
raise ValueError('{}: ip {} is out of bound of {}'.format(self.get_id(), ip_or_index, net))
else:
raise ValueError('{}: specified value "{}" is neither ip nor index in network'.format(self.get_id(), ip_or_index))
self.lab().make_sure_that_object_is_unique(obj=ip, node_id=self.get_id())
mac = mac_or_pattern if validators.mac_address(str(mac_or_pattern)) else self.form_mac(mac_or_pattern)
self.lab().make_sure_that_object_is_unique(obj=mac, node_id=self.get_id())
nic = Nic(name=nic_name, mac=mac, node=self, net=net, net_index=index, on_wires=on_wires)
self._nics[nic_name] = nic
return nic
def check_macaddress(macaddress):
if validators.mac_address(macaddress) != True:
print "The macaddress " + macaddress + " specified is not rfc compliant"
return False
else:
return True
def validate_web_domain(domain):
is_public_url = validators.url("http://" + domain, public=True)
is_public_tld = len(tldextract.extract(domain).suffix) > 0
is_valid_domain = validators.domain(domain)
is_ipv4_address = validators.ip_address.ipv4(domain)
is_ipv6_address = validators.ip_address.ipv6(domain)
is_mac_address = validators.mac_address(domain)
return is_public_url and is_public_tld and is_valid_domain and not is_ipv4_address and not is_ipv6_address and not is_mac_address
def is_valid_mac_address(mac_address):
"""
Check if MAC address is valid.
Example:
00:11:22:33:44:55
"""
if validators.mac_address(mac_address):
return True
return False
def determine_resource_type(value):
if validators.ipv4(value) or validators.ipv6(value):
return 'ip'
if validators.domain(value):
return 'domain'
if validators.email(value):
return 'email'
if validators.mac_address(value):
return 'mac_address'
def mac_address(value):
"""
Validate whether or not the given string is a valid MAC address.
Args:
value (str): the value to validate.
Raises:
ValidationError: when the value is not a valid MAC address.
"""
if not validators.mac_address(value):
raise ValidationError('{!r} is not a valid MAC address'.format(value))
def guest_portal(sitekey):
#--get all URL parameters, expected URL format--
devicemac = request.args.get('id')
apmac = request.args.get('ap')
visitedurl = request.args.get('url')
demo = request.args.get('demo')
utcnow = arrow.utcnow().naive
ua = request.headers.get('User-Agent')
if ua and 'CaptiveNetworkSupport' in ua:
current_app.logger.debug(
'Detected apple CNA, sending our ERROR response')
return '''<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2//EN"><HTML><HEAD>
<TITLE>ERROR</TITLE></HEAD><BODY>ERROR</BODY></HTML>'''
if not devicemac or not apmac:
current_app.logger.error("Guest portal called with empty ap_mac/user_mac URL:%s"\
%request.url)
abort(404)
if not validators.mac_address(devicemac) or not validators.mac_address(
apmac):
current_app.logger.error("Guest portal called with invalid ap_mac/user_mac URL:%s"%\
request.url)
abort(404)
wifisite = Wifisite.query.filter_by(sitekey=sitekey).first()
if not wifisite:
current_app.logger.error(
"Guest portal called with unknown UnifiID URL:%s" % request.url)
abort(404)
if demo and current_user.is_authenticated:
demo = 1
else:
demo = 0
guesttrack = init_track(wifisite, devicemac, apmac, visitedurl, demo)
return redirect_guest(wifisite, guesttrack)
async def _main(script_path):
# Check device argument
if validators.ip_address.ipv4(args.device):
# If the device is an IP adress, it's an EV3 Brick with ev3dev.
hub = EV3Connection()
address = args.device
else:
# Otherwise it is a Pybricks Hub with device name or address given.
hub = PUPConnection()
if validators.mac_address(args.device):
address = args.device
else:
address = await find_device(args.device, timeout=5)
# Connect to the address and run the script
await hub.connect(address)
await hub.run(script_path)
await hub.disconnect()
def add_device():
new_device_data = general_utils.read_device_details_from_request_body()
mac = new_device_data['mac']
if len(mac) == 0:
return jsonify(status="Error", reason="Must Supply MAC Address")
if not validators.mac_address(mac):
return jsonify(status="Error", reason="Invalid MAC Address")
ip = new_device_data['ip']
if len(ip) > 0 and not validators.ip_address(ip):
return jsonify(status="Error", reason="Invalid IP Address")
hostname = new_device_data['hostname']
if len(hostname) > 0 and not validators.hostname(hostname):
return jsonify(status="Error", reason="Invalid Hostname")
existing_devices = db.find_device_by_mac(mac)
if len(existing_devices) == 0:
try:
db.add_device(new_device_data)
email_body = render_template('emails/addDevice.html',
deviceInfo=new_device_data,
serverUrl=app.config['SERVER_URL'])
email.email_user("New Device Detected", email_body)
return jsonify(status="Success", reason="Device added")
except Exception as e:
traceback.print_exc()
return jsonify(status="Error",
reason='Error adding device:' + str(e))
else:
# device already exists
existing_device = existing_devices[0]
existing_device['hostname'] = hostname
existing_device['ip'] = ip
existing_device['last_seen'] = datetime.datetime.now()
try:
db.update_device(existing_device)
return jsonify(status="Success", reason="Device updated")
except Exception as e:
traceback.print_exc()
return jsonify(status="Error",
reason='Error updating device:' + str(e))
async def run(self, args: argparse.Namespace):
from ..ble import find_device
from ..connections import PybricksHub, EV3Connection, USBPUPConnection, USBRPCConnection
# Convert script argument to valid path
script_path = _parse_script_arg(args.script)
# Pick the right connection
if args.conntype == 'ssh':
# So it's an ev3dev
if not validators.ip_address.ipv4(args.device):
raise ValueError("Device must be IP address.")
hub = EV3Connection()
device_or_address = args.device
elif args.conntype == 'ble':
# It is a Pybricks Hub with BLE. Device name or address is given.
hub = PybricksHub()
hub.logger.setLevel(logging.WARNING)
if validators.mac_address(args.device):
device_or_address = args.device
else:
device_or_address = await find_device(args.device, timeout=5)
elif args.conntype == 'usb' and args.device == 'lego':
# It's LEGO stock firmware Hub with USB.
hub = USBRPCConnection()
hub.logger.setLevel(logging.INFO)
device_or_address = 'LEGO Technic Large Hub in FS Mode'
elif args.conntype == 'usb':
# It's a Pybricks Hub with USB. Port name is given.
hub = USBPUPConnection()
hub.logger.setLevel(logging.INFO)
device_or_address = args.device
else:
raise ValueError(f"Unknown connection type: {args.conntype}")
# Connect to the address and run the script
await hub.connect(device_or_address)
try:
await hub.run(script_path, args.wait == 'True')
finally:
await hub.disconnect()
def setup_platform(hass, config, add_devices, discovery_info=None):
"""Setup"""
_LOGGER.debug("Starting up")
import validators
if DATA_ARPSPOOF not in hass.data:
_LOGGER.error("ARP component not initialised!")
return False
devices = config.get(CONF_DEVICES, {})
switches = []
data = hass.data[DATA_ARPSPOOF]
for object_id, device_config in devices.items():
address = device_config.get(CONF_ADDRESS)
friendly_name = device_config.get(CONF_FRIENDLY_NAME)
type = -1
if validators.ipv4(address):
type = 0
elif validators.mac_address(address):
type = 1
if type > -1:
_LOGGER.debug("Adding '%s' as switch '%s'", address, friendly_name)
switches.append(
ArpSpoofSwitch(data, object_id, friendly_name, address, type,
device_config.get(CONF_ICON)))
else:
_LOGGER.debug("Address '%s' is not valid IP or MAC", address)
if not switches:
_LOGGER.error("No devices added")
return False
add_devices(switches)
def _get_payload(self, params):
agent = params.get(Input.AGENT)
if params.get(Input.QUARANTINE_STATE, True):
action = "cmd_isolate_agent"
else:
action = "cmd_restore_isolated_agent"
if "cmd_isolate_agent" == action and agent in params.get(
Input.WHITELIST, []):
raise PluginException(
cause="Unable to block whitelisted entry.",
assistance=
f"Please remove the host from the action's whitelist or quarantine a different host.",
)
payload = {"act": action, "allow_multiple_match": True}
validate_dict = {
"entity_id":
validators.uuid,
"ip_address":
lambda address:
(validators.ipv4(address) or validators.ipv6(address)),
"host_name":
self.validate_host_name,
}
if validators.mac_address(agent.replace("-", ":")):
payload["mac_address"] = agent
else:
for name, validate_fn in validate_dict.items():
if validate_fn(agent):
payload[name] = agent
break
return payload
def test_returns_true_on_valid_mac_address(address):
assert mac_address(address)
def verify_mac_address_format(mac_address):
if not mac_address:
return False
return validators.mac_address(mac_address)
def test_returns_failed_validation_on_invalid_mac_address(address):
assert isinstance(mac_address(address), ValidationFailure)
def validateMac(address):
if mac_address(address):
return address
raise ValueError('"' + address + '" is not a valid MAC address')
def validate_mac(mac: str) -> None:
if mac_address(mac) is not True:
raise ValidationError(f'"{mac}" is not a valid mac')
ip = rootip
path = []
printmul(f"""\
target MAC: {target}
root: {root}
Start
""")
while (ip):
ip = hop(ip, target, path)
print('---')
print('Done')
if __name__ == '__main__':
parser = ArgumentParser(description="Trace REDACTED stuff")
parser.add_argument('-c',
'--community',
help='SNMP community',
default='public')
parser.add_argument('target', help='target MAC address')
args = parser.parse_args()
validators.mac_address(args.target)
# TODO: use getpass module or *.ini
# for acquiring community
community = args.community
run(args.target)
def main ():
mac=ip=switch=interface=vrf=count=source = ''
parser = argparse.ArgumentParser(usage='%(prog)s -a [action] -l [location] [optional arguments]', formatter_class=argparse.RawTextHelpFormatter)
required = parser.add_argument_group('Required', 'Required Arguments')
required.add_argument("-a", action="store", dest="action", required=True, help="""[ping|test_cable|int_config|qos_stats|bounce|find]
ping - Ping device from Core Switch.
test_cable - Run cable test from switch.
int_config - Display interface configuration.
qos_stats - Display QoS statistics from interface.
int_stats - Display Interface statistics.
bounce - Bounve switch interface.
find - Find endpoint in the Network.
find_errors - Find Interfaces in the Network with errors.
find_drops - Find Interfaces in the Network with dropped packets.""")
required.add_argument("-l", action="store", dest="location", required=True, help="ISE deployment witch to connect.")
optional = parser.add_argument_group('Optional', 'Optional Arguments')
optional.add_argument("-mac", action="store", dest="mac", help="Endpoint MAC Address. ")
optional.add_argument("-ip", action="store", dest="ip", help="Endpoint IP Address. ")
optional.add_argument("-sw", action="store", dest="switch", help="Switch IP Address. ")
optional.add_argument("-int", action="store", dest="interface", help="Interface Name. ")
optional.add_argument("-vrf", action="store", dest="vrf", help="VRF Name to source PING. ")
optional.add_argument("-c", action="store", dest="count", help="Amount of PING packets. ")
optional.add_argument("-src", action="store", dest="source", help="Source Interface for PING. ")
options = parser.parse_args()
if options.location:
define_network_variables(options.location)
if options.mac:
if validators.mac_address(options.mac):
mac = options.mac
else:
print ("Invalid MAC Address! ")
sys.exit()
if options.ip:
if validators.ipv4(options.ip):
ip = options.ip
else:
print ("Invalid IP Address! ")
sys.exit()
if options.switch:
i=0
if validators.ipv4(options.switch):
switch = options.switch
for device in switches:
if device['switch_ip'] == switch:
i =1
if i != 1:
print ("Switch IP Address, does not exist in this location!")
sys.exit()
else:
print ("Invalid Switch IP Address! ")
sys.exit()
if options.interface:
interface = validate_interface(options.interface)
if options.source:
source = options.source
if options.vrf:
vrf = options.vrf
if options.count:
count = options.count
if options.action:
if options.action == 'ping':
if ip:
ping_result = '{}'
ping_result_json = json.loads(ping_result)
if switch:
ping_result_json[switch] = ping_test(switch,ip,source,vrf,count)
#print(ping_result_json)
print(json.dumps(ping_result_json, indent=4, sort_keys=True))
else:
for i in switches:
if i['switch_group'] == "core":
ping_result_json[i['switch_ip']] = ping_test(i['switch_ip'],ip,source,vrf,count)
#print(ping_result_json)
print(json.dumps(ping_result_json, indent=4, sort_keys=True))
else:
print ("Invalid Options! ping requires -ip. Addtional options -sw, -vrf, -src, -c are optional.")
sys.exit()
elif options.action == 'test_cable':
if switch and interface:
test_result = cable_test(switch,interface)
print(json.dumps(test_result, indent=4, sort_keys=True))
#print(test_result)
else:
print ("Invalid Options! Cable test requires -sw and -int options.")
sys.exit()
elif options.action == 'int_config':
if switch and interface:
result_int_config = interface_run_config(switch,interface)
result = '{}'
result_json = json.loads(result)
for i in result_int_config:
result_json[interface] = result_int_config[i]
print(json.dumps(result_json, indent=4, sort_keys=True))
else:
print ("Invalid Options! Show run Interface config requires -sw and -int options.")
sys.exit()
elif options.action == 'qos_stats':
if switch and interface:
result_qos_stats = interface_qos_stats(switch,interface)
result = '{}'
result_json = json.loads(result)
for i in result_qos_stats:
result_json[interface] = result_qos_stats[i]
print(json.dumps(result_json, indent=4, sort_keys=True))
else:
print ("Invalid Options! QoS Statistics requires -sw and -int options.")
sys.exit()
elif options.action == 'arp':
if switch:
result_rest_arp = get_arp_cli(switch)
print(json.dumps(result_rest_arp, indent=4, sort_keys=True))
else:
print ("Invalid Options! Find endpoint requires -mac or -ip options.")
sys.exit()
elif options.action == 'int_stats':
if switch and interface:
result_int_stats = interface_stats(switch,interface)
print(json.dumps(result_int_stats, indent=4, sort_keys=True))
#print(result_int_stats[interface]['counters'])
else:
print ("Invalid Options! Interface Statistics requires -sw and -int options.")
sys.exit()
elif options.action == 'bounce':
if switch and interface:
result_bounce = bounce_interface(switch,interface)
print(result_bounce)
else:
print ("Invalid Options! Bounce requires -sw and -int options.")
sys.exit()
elif options.action == 'find':
if mac or ip:
if switch:
if ip:
ping_result = ping_test(switch,ip,source,vrf,count)
arp_table[switch] = get_arp_cli(switch)
mac_table[switch] = get_mac(switch)
else:
for i in switches:
if ip:
ping_result = ping_test(i['switch_ip'],ip,source,vrf,count)
arp_table[i['switch_ip']] = get_arp_cli(i['switch_ip'])
temp_table = get_mac(i['switch_ip'])
mac_table[i['switch_ip']] = temp_table
if i['switch_group'] == 'access':
mac_table_access[i['switch_ip']] = temp_table
if mac:
result = find_device(mac,"mac")
elif ip:
result = find_device(ip,"ip")
print(json.dumps(result, indent=4, sort_keys=True))
else:
print ("Invalid Options! Find endpoint requires -mac or -ip options.")
sys.exit()
elif options.action == 'find_errors':
result_int_error = '{}'
result_int_error_json = json.loads(result_int_error)
if switch:
result_int_error_json[switch] = find_interface_errors(switch)
print(json.dumps(result_int_error_json, indent=4, sort_keys=True))
else:
for i in switches:
result_int_error_json[i['switch_ip']] = find_interface_errors(i['switch_ip'])
print(json.dumps(result_int_error_json, indent=4, sort_keys=True))
elif options.action == 'find_drops':
result_int_drops = '{}'
result_int_drops_json = json.loads(result_int_drops)
if switch:
result_int_drops_json[switch] = find_interface_drops(switch)
print(json.dumps(result_int_drops_json, indent=4, sort_keys=True))
else:
for i in switches:
result_int_drops_json[i['switch_ip']] = find_interface_drops(i['switch_ip'])
print(json.dumps(result_int_drops_json, indent=4, sort_keys=True))
else:
print ("Invalid Action!")
return
def test_returns_true_on_valid_mac_address(address):
assert mac_address(address)
def mac_check(address):
if validators.mac_address(str(address)):
return True
else:
return False
def test_returns_failed_validation_on_invalid_mac_address(address):
assert isinstance(mac_address(address), ValidationFailure)
def v_mac_address(self, key):
return validators.mac_address(self.__dict__[key])
def validate_mac_address(mac_addr):
return mac_address(mac_addr)
def arg_validator(arg, vlist=None):
"""
检查数据，可对同一个数据进行多种检查
arg ： 字符串，要验证的参数
vlist ： 列表，验证列表，每个元素包含两项.
第一个项是检查类型（字符串），第二项是可选参数字典,类似：
[
("检查类型",{"可选参数1":参数值,"可选参数2":参数值...})，
("检查类型",{"可选参数1":参数值,"可选参数2":参数值...})，
...
]
返回： 双元组,第一项为True 或 False,第二项为验证失败的类型(第一项为True的话第二项就留空)
注意：
vlist 列表的第一项可以是字符串 "required"，用于表示是必填项：
如果第一项不是，而且要验证的 arg 为空,会直接返回 True,不是的继续验证。
如果第一项是，就完全按照 vlist[1:] 的要求验证
vlist 的元素如果是验证整数/小数/email等不需要附加参数的可以直接传入验证类型字符串即可
用例（使用args_validator函数的，看这里vdict每个键值对的形式）：
vdict = {
"token": ["required", "uuid"],
"username": ["required", ("length", {"min": 4, "max": 30}), "safe_str"],
"password": ["required", ("length", {"min": 4, "max": 20}), "safe_str"],
"captcha": ["required", ("length", {"min": 4, "max": 8}), "safe_str"],
}
form = args_validator(self.request.arguments, vdict)
"""
if not any((isinstance(vlist, list), isinstance(vlist, tuple))):
einfo = "不支持的数据类型！应使用列表或元组,但输入的是{}".format(type(vlist))
raise ValueError(einfo)
if vlist[0] == "required":
# 第一项不是 required 的,把第一项的 "required" 去掉
vlist = vlist[1:]
else:
# 第一项不是 required 的，如果 arg 是空的，直接返回 True,不是的继续验证
if not arg:
return True, None
# 待返回的验证结果
verification = None
failed_type = None # 验证失败的类型
# 开始检查，有一个不通过就返回 False
for i in vlist:
local_verification = None
if isinstance(i, str): # 如果是字符串的话就改为元组
i = (i, {})
if len(i) == 1: # 只有一个元素的，添加一个空字典
i = (i[0], {})
vtype = i[0] # 检查类型是第一项
vdict = i[1] # 检查类型所需的可选参数字典
# 在 validators 之外添加的
# 没有空白
if vtype == "no_space":
if not re.search(r"\s", arg):
local_verification = True
# 安全字符串，只包含 0-9a-zA-Z-空格和下划线
elif vtype == "safe_str":
if re.match(r"^[0-9a-zA-Z-_ ]+$", arg, flags=re.U):
local_verification = True
# 是否包含
elif vtype == "in":
# 迭代 vdict 的键值(所以键名无所谓)
for v in vdict.values():
if arg not in v:
local_verification = False
break
elif vtype == "not_in":
# 迭代 vdict 的键值(所以键名无所谓)
for v in vdict.values():
if arg in v:
local_verification = False
break
# 字符串形式的数字
elif vtype == "str_number":
if re.match(r"[+-]?\d+$", arg, flags=re.U) or \
re.match(r"[+-]?\d+\.\d+$", arg, flags=re.U):
local_verification = True
elif vtype == "str_int":
if re.match(r"[+-]?\d+$", arg, flags=re.U):
local_verification = True
elif vtype == "str_float":
if re.match(r"[+-]?\d+\.\d+$", arg, flags=re.U):
local_verification = True
# 数字
elif vtype == "number": # 整数或浮点数都可以
local_verification = isinstance(arg, int) or isinstance(arg, float)
elif vtype == "int":
local_verification = isinstance(arg, int)
elif vtype == "float":
local_verification = isinstance(arg, float)
# 直接调用 validators的
elif vtype == "length":
local_verification = validators.length(arg, **vdict)
elif vtype == "url":
local_verification = validators.url(arg, **vdict)
elif vtype == "email":
local_verification = validators.email(arg, **vdict)
elif vtype == "ip": # ipv4 或 ipv6都可以
local_verification = any((validators.ipv4(arg, **vdict),
validators.ipv6(arg, **vdict)))
elif vtype == "between":
local_verification = validators.between(arg, **vdict)
elif vtype == "uuid":
local_verification = validators.uuid(arg, **vdict)
elif vtype == "ipv4":
local_verification = validators.ipv4(arg, **vdict)
elif vtype == "ipv6":
local_verification = validators.ipv6(arg, **vdict)
elif vtype == "mac_address":
local_verification = validators.mac_address(arg, **vdict)
elif vtype == "iban":
local_verification = validators.iban(arg, **vdict)
elif vtype == "slug":
local_verification = validators.slug(arg, **vdict)
elif vtype == "truthy":
local_verification = validators.truthy(arg, **vdict)
# 对于验证不为真或没有验证的
# 不为真的时候返回的是: ValidationFailure(......)
if not local_verification:
verification = False
failed_type = vtype
break # 有一条不为 True， 直接返回 False
else:
verification = True
# 处理返回值
if verification not in(False, True):
verification = False
if not verification:
return verification, failed_type
else:
return True, None
aparser.add_argument('-c', '--comment', required=False, help="ticket information")
# populate list with wlc ips
wlcs = cparser.options('wlcs')
# setup threadpool with max amount
thread = ThreadPoolExecutor(max_workers=30)
if len(sys.argv) == 1:
print "Error: No arguments supplied\n"
aparser.print_help()
sys.exit(1)
args = aparser.parse_args()
# handle some user based arg errors
if validators.mac_address(args.mac) is not True:
print "Your MAC address appears invalid, closing"
sys.exit(1)
elif args.action == "block" and not args.comment:
print "You selected block but comment is missing, closing"
aparser.print_help()
sys.exit(1)
elif re.findall(r'unblock|search', args.action, re.IGNORECASE):
args.comment = ""
def log_print(output):
syslog.openlog("nyu-mac-exclude")
syslog.syslog(syslog.LOG_ALERT, output)
print output
def send_it(wlc, action, mac, comment):
