def _in_network(inter_ipv4, networks):
'''Ensures that the interface's address is in networks
'''
# iterate over the network list
for network in networks:
# check if the interface's IPv4 address is in the network
if common.compare_ipv4(inter_ipv4, network):
return True
return False
def test_compare_ipv4(self):
'''test compare_ipv4 returns valid results
'''
for i in range(len(self.tests)):
ip1 = self.tests[i]['ip1']
ip2 = self.tests[i]['ip2']
result = self.tests[i]['result']
assert common.compare_ipv4(ip1, ip2) == result, \
"compare_ipv4 failed %s test" % self.tests[i]['name']
assert not common.compare_ipv4('10.0.100.1', '10.0.15.5/48'), \
"compare_ipv4 failed for invalid CIDR mask"
assert common.compare_ipv4('10.0.15.10', '10.0.15.10/32'), \
"compare_ipv4 failed for & mask"
assert common.compare_ipv4('10.0.15.10', '10.0.15.10'), \
"compare_ipv4 failed for identical IP address"
def _in_network(inter_ipv4, networks):
'''Ensures that the interface's address is in networks
'''
# iterate over the network list
for network in networks:
# check if the interface's IPv4 address is in the network
if common.compare_ipv4(inter_ipv4, network):
return True
return False