def update_info(self, result=None):
"""
Update the information of the subnet. If result is omitted, a new
request is sent to the robot to gather the information.
"""
if result is None:
result = self.conn.get('/subnet/{0}'.format(self.net_ip))
data = result['subnet']
self.net_ip = data['ip']
self.mask = data['mask']
self.gateway = data['gateway']
self.server_ip = data['server_ip']
self.failover = data['failover']
self.locked = data['locked']
self.traffic_warnings = data['traffic_warnings']
self.traffic_hourly = data['traffic_hourly']
self.traffic_daily = data['traffic_daily']
self.traffic_monthly = data['traffic_monthly']
self.is_ipv6, self.numeric_net_ip = addr.parse_ipaddr(self.net_ip)
self.numeric_gateway = addr.parse_ipaddr(self.gateway, self.is_ipv6)
getrange = addr.get_ipv6_range if self.is_ipv6 else addr.get_ipv4_range
self.numeric_range = getrange(self.numeric_net_ip, self.mask)
def update_info(self, result=None):
"""
Update the information of the subnet. If result is omitted, a new
request is sent to the robot to gather the information.
"""
if result is None:
result = self.conn.get('/subnet/{0}'.format(self.net_ip))
data = result['subnet']
self.net_ip = data['ip']
self.mask = data['mask']
self.gateway = data['gateway']
self.server_ip = data['server_ip']
self.failover = data['failover']
self.locked = data['locked']
self.traffic_warnings = data['traffic_warnings']
self.traffic_hourly = data['traffic_hourly']
self.traffic_daily = data['traffic_daily']
self.traffic_monthly = data['traffic_monthly']
self.is_ipv6, self.numeric_net_ip = addr.parse_ipaddr(self.net_ip)
self.numeric_gateway = addr.parse_ipaddr(self.gateway, self.is_ipv6)
getrange = addr.get_ipv6_range if self.is_ipv6 else addr.get_ipv4_range
self.numeric_range = getrange(self.numeric_net_ip, self.mask)
def test_parse_ipaddr(self):
self.assertEqual(parse_ipaddr('1.2.3.4'), (False, 16909060))
self.assertEqual(parse_ipaddr('255.255.0.0', False), 4294901760)
self.assertEqual(parse_ipaddr('dead::beef'),
(True, 295986882420777848964380943247191621359))
self.assertEqual(parse_ipaddr('ffff::ffff', True),
340277174624079928635746076935439056895)
self.assertRaises(socket.error, parse_ipaddr, '1.2.3.4', True)
self.assertRaises(socket.error, parse_ipaddr, 'dead::beef', False)
self.assertRaises(socket.error, parse_ipaddr, 'invalid')
def test_parse_ipaddr(self):
self.assertEqual(parse_ipaddr('1.2.3.4'), (False, 16909060))
self.assertEqual(parse_ipaddr('255.255.0.0', False), 4294901760)
self.assertEqual(parse_ipaddr('dead::beef'),
(True, 295986882420777848964380943247191621359))
self.assertEqual(parse_ipaddr('ffff::ffff', True),
340277174624079928635746076935439056895)
self.assertRaises(socket.error, parse_ipaddr, '1.2.3.4', True)
self.assertRaises(socket.error, parse_ipaddr, 'dead::beef', False)
self.assertRaises(socket.error, parse_ipaddr, 'invalid')
def __contains__(self, addr):
"""
Check whether a specific IP address is within the current subnet.
"""
numeric_addr = addr.parse_ipaddr(addr, self.is_ipv6)
return self.numeric_range[0] <= numeric_addr <= self.numeric_range[1]
def __contains__(self, addr):
"""
Check whether a specific IP address is within the current subnet.
"""
numeric_addr = addr.parse_ipaddr(addr, self.is_ipv6)
return self.numeric_range[0] <= numeric_addr <= self.numeric_range[1]
