def add_all_rfc_1918(c):
for ipv4 in ['10.0.0.0/8', '172.16.0.0/12', '192.168.0.0/16']:
vlan = None
name = "RFC_" + ipv4.split('.')[0]
short_name = name
terminator = None
net_ipv4 = ipcalc.Network(ipv4)
ipv4_gateway = net_ipv4[1]
ipv4_netmask = str(net_ipv4.netmask())
ipv4_netmask_dec = int(str(ipv4).split("/")[1])
node_id = node(c)
row = [
node_id, name, short_name, vlan, terminator,
ip2long(ipv4, Address.IPv4),
str(ipv4), None,
ip2long(ipv4_netmask, Address.IPv4),
str(ipv4_netmask), None,
ip2long(ipv4_gateway, Address.IPv4),
str(ipv4_gateway), None,
int(ipv4_netmask_dec), 0
]
c.execute(
'INSERT INTO network VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
row)
def testParseIPv4(self):
self.assertEquals(
processor.ip2long('8.8.8.8', Address.IPv4),
134744072
)
self.assertEquals(
processor.ip2long('77.80.251.247/32', Address.IPv4),
1297153015
)
def add_all_rfc_1918(c):
for ipv4 in ['10.0.0.0/8', '172.16.0.0/12', '192.168.0.0/16']:
vlan = None
name = "RFC_" + ipv4.split('.')[0]
short_name = name
terminator = None
net_ipv4 = ipcalc.Network(ipv4)
ipv4_gateway = net_ipv4[1]
ipv4_netmask = str(net_ipv4.netmask())
ipv4_netmask_dec = int(str(ipv4).split("/")[1])
node_id = node(c)
row = [node_id, name, short_name, vlan, terminator, ip2long(ipv4, 4),
str(ipv4), None, ip2long(ipv4_netmask, 4), str(ipv4_netmask),
None, ip2long(ipv4_gateway, 4), str(ipv4_gateway),
None, int(ipv4_netmask_dec), 0]
c.execute(
'INSERT INTO network VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
row)
def testParseIPv4(self):
self.assertEquals(processor.ip2long('8.8.8.8', 4), 134744072)
self.assertEquals(processor.ip2long('77.80.251.247/32', 4), 1297153015)
