def test_duplicates(self):
t1 = Zone("internet", "0.0.0.0/0")
t2 = Zone("test1", "192.168.22.0/24")
t3 = Zone("test2", "192.168.22.31/32")
t4 = Zone("test3", "192.168.0.0/16")
t5 = Zone("test4", "192.168.22.30/31")
self.assertRaises(ZoneException, Zone, "test5", "192.168.22.0/24")
self.assertRaises(ZoneException, Zone, "test6", "192.168.22.31")
self.assertRaises(ZoneException, Zone, "test7", "192.168.22.31/32")
self.assertRaises(ZoneException, Zone, "test8", "192.168.22.15/24")
def test_dynamic_zone_conflicts_with_static_zone(self):
Zone('static_zone', addrs=[MyResolverCache.host_one_ipv4_addr, ])
zone = Zone('dynamic_only_zone_conflicts_with_static_zone_ipv4_address',
hostnames=[MyResolverCache.host_one_hostname, ])
updated_zones = {
'dynamic_only_zone_conflicts_with_static_zone_ipv4_address' :
set(self.__get_subnets_from_addresses([MyResolverCache.host_one_ipv6_addr])),
}
self.__check_zone_update_messages(MyResolverCache.host_one_hostname, updated_zones)
def create_zone_update_messages(self, expired_hostname):
updatable_zone = Zone.lookupByHostname(expired_hostname)
if updatable_zone is None:
return []
delete_zone_messages = [
KZorpDeleteZoneMessage(updatable_zone.name),
]
add_zone_subnet_messages_for_static_addresses = self._create_add_zone_subnet_messages_from_zone(
updatable_zone)
add_zone_subnet_messages_for_dynamic_addresses = self._create_add_zone_subnet_messages_of_hostnames(
updatable_zone)
hostname_address_to_zone_map = self._create_hostname_address_to_zone_map(
updatable_zone)
conflicting_zone_addresses_map = self._create_conflicting_zone_to_address_map(
add_zone_subnet_messages_for_dynamic_addresses,
hostname_address_to_zone_map, updatable_zone)
add_zone_subnet_messages_for_dynamic_addresses = filter(
lambda msg: socket.inet_ntop(
msg.family, msg.address) not in conflicting_zone_addresses_map,
add_zone_subnet_messages_for_dynamic_addresses)
for (conflicting_zone, conflicting_addresses
) in conflicting_zone_addresses_map.iteritems():
delete_zone_messages += [
KZorpDeleteZoneMessage(conflicting_zone.name),
]
add_zone_subnet_messages_for_static_addresses += self._create_add_zone_subnet_messages_from_zone(
conflicting_zone)
add_zone_subnet_messages = self._create_add_zone_subnet_messages_of_hostnames(
conflicting_zone)
add_zone_subnet_messages_for_dynamic_addresses = \
filter(lambda msg: socket.inet_ntop(msg.family, msg.address) not in conflicting_addresses,
add_zone_subnet_messages_for_dynamic_addresses) + \
filter(lambda msg: socket.inet_ntop(msg.family, msg.address) not in conflicting_addresses,
add_zone_subnet_messages)
zone_names = set([msg.name for msg in delete_zone_messages])
add_zone_messages = []
for zone_name in zone_names:
subnet_num = len(filter(lambda msg: msg.zone_name == zone_name,
add_zone_subnet_messages_for_static_addresses + \
add_zone_subnet_messages_for_dynamic_addresses))
zone = Zone.lookupByName(zone_name)
parent_name = zone.admin_parent.name if zone.admin_parent is not None else None
add_zone_messages += [
KZorpAddZoneMessage(zone.name, parent_name, subnet_num),
]
return delete_zone_messages + add_zone_messages + \
add_zone_subnet_messages_for_static_addresses + \
add_zone_subnet_messages_for_dynamic_addresses
def test_lookup(self):
t1 = Zone("test1", "192.168.0.0/24")
t2 = Zone("test2", "192.168.0.32/27")
t3 = Zone("test3", "192.168.0.0/26")
t4 = Zone("test4", "192.168.0.64/27")
t5 = Zone("test5", "192.168.0.96/27")
t6 = Zone("test6", "192.168.0.0/25")
t7 = Zone("test7", "192.168.0.0/16")
t8 = Zone("test8", "192.168.1.1/32")
t9 = Zone("test9", "192.168.1.2/32")
t10 = Zone("test10", "192.168.1.3/32")
t11 = Zone("test11", "192.168.1.4/32")
t12 = Zone("test12", "192.168.1.5/32")
t13 = Zone("test13", "192.168.1.6/32")
t14 = Zone("test14", "192.168.0.184")
t15 = Zone("test15", "dead:beef:baad:c0ff:ee00:1122:3344:5566/127")
self.assertEqual(Zone.lookup(SockAddrInet('192.168.0.1', 10)), t3)
self.assertEqual(self.doLookup('192.168.0.1'), t3)
self.assertEqual(self.doLookup('192.168.0.33'), t2)
self.assertEqual(self.doLookup('192.168.0.65'), t4)
self.assertEqual(self.doLookup('192.168.0.97'), t5)
self.assertEqual(self.doLookup('192.168.0.129'), t1)
self.assertEqual(self.doLookup('192.168.1.129'), t7)
self.assertEqual(self.doLookup('192.168.0.184'), t14)
self.assertEqual(self.doLookup('dead:beef:baad:c0ff:ee00:1122:3344:5567'), t15)
def test_mixed_zone_conflicts_with_dynamic_only_zone(self):
BaseZone('dynamic_zone',
addrs=[
MyResolverCache.non_conflicting_ipv4_addr,
MyResolverCache.non_conflicting_ipv6_addr
],
hostnames=[
MyResolverCache.host_one_hostname,
])
zone = Zone('conflicting_dynamic_zone',
hostnames=[
MyResolverCache.conflicting_host_hostname,
])
updated_zones = {
'dynamic_zone':
set(
self.__get_subnets_from_addresses([
MyResolverCache.non_conflicting_ipv4_addr,
MyResolverCache.non_conflicting_ipv6_addr,
])),
'conflicting_dynamic_zone':
set(),
}
self.__check_zone_update_messages(
MyResolverCache.conflicting_host_hostname, updated_zones)
def test_dynamic_conflicts_in_same_zone(self):
zone = Zone('self_conflicting_dynamic_zone',
hostnames=[ MyResolverCache.host_one_hostname,
MyResolverCache.conflicting_host_hostname, ])
updated_zones = {
'self_conflicting_dynamic_zone': set(),
}
self.__check_zone_update_messages(MyResolverCache.conflicting_host_hostname, updated_zones)
def doLookup(self, address):
zone = Zone.lookup(Subnet.create(address))
if zone is None:
raise ZoneException(address)
return zone
def test_lookup(self):
t1 = Zone("test1", "192.168.0.0/24")
t2 = Zone("test2", "192.168.0.32/27")
t3 = Zone("test3", "192.168.0.0/26")
t4 = Zone("test4", "192.168.0.64/27")
t5 = Zone("test5", "192.168.0.96/27")
t6 = Zone("test6", "192.168.0.0/25")
t7 = Zone("test7", "192.168.0.0/16")
t8 = Zone("test8", "192.168.1.1/32")
t9 = Zone("test9", "192.168.1.2/32")
t10 = Zone("test10", "192.168.1.3/32")
t11 = Zone("test11", "192.168.1.4/32")
t12 = Zone("test12", "192.168.1.5/32")
t13 = Zone("test13", "192.168.1.6/32")
t14 = Zone("test14", "192.168.0.184")
t15 = Zone("test15", "dead:beef:baad:c0ff:ee00:1122:3344:5566/127")
self.assertEqual(Zone.lookup(SockAddrInet('192.168.0.1', 10)), t3)
self.assertEqual(self.doLookup('192.168.0.1'), t3)
self.assertEqual(self.doLookup('192.168.0.33'), t2)
self.assertEqual(self.doLookup('192.168.0.65'), t4)
self.assertEqual(self.doLookup('192.168.0.97'), t5)
self.assertEqual(self.doLookup('192.168.0.129'), t1)
self.assertEqual(self.doLookup('192.168.1.129'), t7)
self.assertEqual(self.doLookup('192.168.0.184'), t14)
self.assertEqual(
self.doLookup('dead:beef:baad:c0ff:ee00:1122:3344:5567'), t15)
def doLookup(self, address):
zone = Zone.lookup(Subnet.create(address))
if zone is None:
raise ZoneException(address)
return zone
def checkZone(self, zone_name, expected):
self.session.server_zone = Zone.lookup_by_name(zone_name)
self.assertEqual(expected, self.session.isServerPermitted())
def has_zone_with_static_address(address):
subnet = Subnet.create(address)
zone = Zone.lookupByStaticAddressExactly(subnet)
return zone is not None
def init(names, virtual_name, is_master):
try:
t1 = Zone("test1", "192.168.0.0/24", inbound_services=["s1"], outbound_services=["s2"])
t2 = Zone("test2", "192.168.0.32/27")
t3 = Zone("test3", "192.168.0.0/26")
t4 = Zone("test4", "192.168.0.64/27")
t5 = Zone("test5", "192.168.0.96/27")
t6 = Zone("test6", "192.168.0.0/25")
t7 = Zone("test7", "192.168.0.0/16")
t8 = Zone("test8", "192.168.1.1/32", admin_parent="test1")
t9 = Zone("test9", "192.168.1.2/32", admin_parent="test8")
t10 = Zone("test10", "192.168.1.3/32", admin_parent="test9", umbrella=1)
t11 = Zone("test11", "192.168.1.4/32", admin_parent="test9")
t12 = Zone("test12", "192.168.1.5/32", inbound_services=['*'])
t13 = Zone("test13", "192.168.1.6/32", outbound_services=['*'])
t14 = Zone("test14", "192.168.0.184", outbound_services=['*'])
t15 = Zone("test15", "dead:beef:baad:c0ff:ee00:1122:3344:5566/127", outbound_services=['*'])
test('192.168.0.1', Zone.lookup(SockAddrInet('192.168.0.1', 10)), t3)
test('192.168.0.33', Zone.lookup(SockAddrInet('192.168.0.33', 10)), t2)
test('192.168.0.65', Zone.lookup(SockAddrInet('192.168.0.65', 10)), t4)
test('192.168.0.97', Zone.lookup(SockAddrInet('192.168.0.97', 10)), t5)
test('192.168.0.129', Zone.lookup(SockAddrInet('192.168.0.129', 10)), t1)
test('192.168.1.129', Zone.lookup(SockAddrInet('192.168.1.129', 10)), t7)
test('192.168.0.184', Zone.lookup(SockAddrInet('192.168.0.184', 10)), t14)
test('dead:beef:baad:c0ff:ee00:1122:3344:5566', Zone.lookup(SockAddrInet6('dead:beef:baad:c0ff:ee00:1122:3344:5566', 10)), t15)
test('dead:beef:baad:c0ff:ee00:1122:3344:5566', Zone.lookup(SockAddrInet6('dead:beef:baad:c0ff:ee00:1122:3344:5567', 10)), t15)
inet = Zone("internet", "0.0.0.0/0", inbound_services=["s2"], outbound_services=["s1"])
test('1.1.1.1', Zone.lookup(SockAddrInet('1.1.1.1', 10)), inet)
s = MasterSession()
s.setService(Service("s1", None))
s.setServer(SockAddrInet('192.168.1.2', 9999))
test('service s1#1', t1.isInboundServicePermitted(s.service), ZV_ACCEPT)
test('service s1#2', t1.isOutboundServicePermitted(s.service), ZV_REJECT)
test('service s1#3', inet.isInboundServicePermitted(s.service), ZV_REJECT)
test('service s1#4', inet.isOutboundServicePermitted(s.service), ZV_ACCEPT)
###
test('service s1#5', t10.isOutboundServicePermitted(s.service), ZV_REJECT)
test('service s1#6', t10.isInboundServicePermitted(s.service), ZV_REJECT)
test('service s1#7', t11.isOutboundServicePermitted(s.service), ZV_REJECT)
test('service s1#8', t11.isInboundServicePermitted(s.service), ZV_ACCEPT)
test('service s1#9', t12.isInboundServicePermitted(s.service), ZV_ACCEPT)
test('service s1#10', t12.isOutboundServicePermitted(s.service), ZV_REJECT)
test('service s1#11', t13.isOutboundServicePermitted(s.service), ZV_ACCEPT)
test('service s1#12', t13.isInboundServicePermitted(s.service), ZV_REJECT)
s.service = Service("s2", None)
test('service s2#1', t1.isInboundServicePermitted(s.service), ZV_REJECT)
test('service s2#2', t1.isOutboundServicePermitted(s.service), ZV_ACCEPT)
test('service s2#3', inet.isInboundServicePermitted(s.service), ZV_ACCEPT)
test('service s2#4', inet.isOutboundServicePermitted(s.service), ZV_REJECT)
###
test('service s2#5', t10.isInboundServicePermitted(s.service), ZV_REJECT)
test('service s2#6', t10.isOutboundServicePermitted(s.service), ZV_REJECT)
test('service s2#7', t11.isOutboundServicePermitted(s.service), ZV_ACCEPT)
test('service s2#8', t11.isInboundServicePermitted(s.service), ZV_REJECT)
test('service s2#9', t12.isInboundServicePermitted(s.service), ZV_ACCEPT)
test('service s2#10', t12.isOutboundServicePermitted(s.service), ZV_REJECT)
test('service s2#11', t13.isOutboundServicePermitted(s.service), ZV_ACCEPT)
test('service s2#12', t13.isInboundServicePermitted(s.service), ZV_REJECT)
except Exception, e:
print_exc()
quit(1)
return 1
