def test_unschedule_deleted_speaker(self):
self.bgp_peer_args[0]['peer_ip'] = self.r_as_ip[0].split('/')[0]
num, subnet = six.next(self.tnet_gen)
mask = '/' + str(self.TPool.prefixlen)
TNet = s_base.Net(name='',
net=subnet,
mask=self.TPool.prefixlen,
cidr=subnet + mask,
router=None)
TSubNet = s_base.SubNet(name='', cidr=TNet.cidr, mask=TNet.mask)
MyRouter = s_base.Router(name='my-router' + str(num), gw='')
ext_net_id = self.create_bgp_network(4, self.MyScope, self.PNet,
self.PPool, self.PSubNet,
self.TPool,
[[TNet, TSubNet, MyRouter]])
speaker_id, peers_ids = self.create_and_add_peers_to_speaker(
ext_net_id,
self.bgp_speaker_args, [self.bgp_peer_args[0]],
auto_delete=False)
self.check_remote_as_state(self.dr, self.r_ass[0],
ctn_base.BGP_FSM_ESTABLISHED)
self.delete_bgp_speaker(speaker_id)
self.delete_bgp_peer(peers_ids[0])
self.check_remote_as_state(self.dr,
self.r_ass[0],
ctn_base.BGP_FSM_ACTIVE,
init_state=ctn_base.BGP_FSM_ESTABLISHED)
def _test_check_advertised_multiple_tenant_network(self, ip_version):
self.bgp_peer_args[0]['peer_ip'] = self.r_as_ip[0].split('/')[0]
tnets = []
tnets_cidr = []
for i in range(0, 3):
num, subnet = six.next(self.tnet_gen)
mask = '/' + str(self.TPool.prefixlen)
TNet = base.Net(name='',
net=subnet,
mask=self.TPool.prefixlen,
cidr=subnet + mask,
router=None)
TSubNet = base.SubNet(name='', cidr=TNet.cidr, mask=TNet.mask)
MyRouter = base.Router(name='my-router' + str(num), gw='')
tnets.append([TNet, TSubNet, MyRouter])
tnets_cidr.append(TNet.cidr)
ext_net_id = self.create_bgp_network(ip_version, self.MyScope,
self.PNet, self.PPool,
self.PSubNet, self.TPool, tnets)
speaker_id, peers_ids = self.create_and_add_peers_to_speaker(
ext_net_id, self.bgp_speaker_args, [self.bgp_peer_args[0]])
self.check_remote_as_state(self.dr, self.r_ass[0],
ctn_base.BGP_FSM_ESTABLISHED)
rf = 'ipv' + str(ip_version)
for cidr in tnets_cidr:
self.check_remote_as_rib(self.r_ass[0], cidr, rf, 'nexthop',
self.get_next_hop(speaker_id, cidr))
def _test_check_advertised_tenant_network_with_multiple_peers(
self, ip_version):
for (bgp_peer_args, r_as_ip) in zip(self.bgp_peer_args, self.r_as_ip):
bgp_peer_args['peer_ip'] = r_as_ip.split('/')[0]
num, subnet = six.next(self.tnet_gen)
mask = '/' + str(self.TPool.prefixlen)
TNet = base.Net(name='',
net=subnet,
mask=self.TPool.prefixlen,
cidr=subnet + mask,
router=None)
TSubNet = base.SubNet(name='', cidr=TNet.cidr, mask=TNet.mask)
MyRouter = base.Router(name='my-router' + str(num), gw='')
ext_net_id = self.create_bgp_network(ip_version, self.MyScope,
self.PNet, self.PPool,
self.PSubNet, self.TPool,
[[TNet, TSubNet, MyRouter]])
speaker_id, peers_ids = self.create_and_add_peers_to_speaker(
ext_net_id, self.bgp_speaker_args, self.bgp_peer_args)
self.check_multi_remote_as_state(self.dr, self.r_ass,
ctn_base.BGP_FSM_ESTABLISHED)
rf = 'ipv' + str(ip_version)
next_hop = self.get_next_hop(speaker_id, TNet.cidr)
self.check_multi_remote_as_rib(self.r_ass, TNet.cidr, rf, 'nexthop',
next_hop)
def _test_check_neighbor_established(self, ip_version):
self.bgp_peer_args[0]['peer_ip'] = self.r_as_ip[0].split('/')[0]
num, subnet = six.next(self.tnet_gen)
mask = '/' + str(self.TPool.prefixlen)
TNet = base.Net(name='',
net=subnet,
mask=self.TPool.prefixlen,
cidr=subnet + mask,
router=None)
TSubNet = base.SubNet(name='', cidr=TNet.cidr, mask=TNet.mask)
MyRouter = base.Router(name='my-router' + str(num), gw='')
ext_net_id = self.create_bgp_network(ip_version, self.MyScope,
self.PNet, self.PPool,
self.PSubNet, self.TPool,
[[TNet, TSubNet, MyRouter]])
speaker_id, peers_ids = self.create_and_add_peers_to_speaker(
ext_net_id, self.bgp_speaker_args, [self.bgp_peer_args[0]])
self.check_remote_as_state(self.dr, self.r_ass[0],
ctn_base.BGP_FSM_ESTABLISHED)
def test_remove_add_speaker_agent(self):
self.bgp_peer_args[0]['peer_ip'] = self.r_as_ip[0].split('/')[0]
num, subnet = six.next(self.tnet_gen)
mask = '/' + str(self.TPool.prefixlen)
TNet = s_base.Net(name='',
net=subnet,
mask=self.TPool.prefixlen,
cidr=subnet + mask,
router=None)
TSubNet = s_base.SubNet(name='', cidr=TNet.cidr, mask=TNet.mask)
MyRouter = s_base.Router(name='my-router' + str(num), gw='')
ext_net_id = self.create_bgp_network(4, self.MyScope, self.PNet,
self.PPool, self.PSubNet,
self.TPool,
[[TNet, TSubNet, MyRouter]])
speaker_id, peers_ids = self.create_and_add_peers_to_speaker(
ext_net_id, self.bgp_speaker_args, [self.bgp_peer_args[0]])
self.check_remote_as_state(self.dr, self.r_ass[0],
ctn_base.BGP_FSM_ESTABLISHED)
agent_list = self.bgp_client.list_dragents_for_bgp_speaker(
speaker_id)['agents']
self.assertEqual(1, len(agent_list))
agent_id = agent_list[0]['id']
self.bgp_client.remove_bgp_speaker_from_dragent(agent_id, speaker_id)
# NOTE(tidwellr) This assertion can fail due to the fact that BGP
# speakers are auto-scheduled. The BGP process can quickly return to
# ACTIVE status before this gets asserted. Let's see how it goes with
# this commented out.
# self.check_remote_as_state(self.dr, self.r_ass[0],
# ctn_base.BGP_FSM_ACTIVE,
# init_state=ctn_base.BGP_FSM_ESTABLISHED)
# Ignore errors re-associating the BGP speaker, auto-scheduling may
# have already added it to an agent. The next assertion is what
# matters.
self.bgp_client.add_bgp_speaker_to_dragent(agent_id,
speaker_id,
ignore_errors=True)
self.check_remote_as_state(self.dr, self.r_ass[0],
ctn_base.BGP_FSM_ESTABLISHED)
class BgpSpeakerBasicTestJSONBase(base.BgpSpeakerScenarioTestJSONBase):
RAS_MAX = 3
public_gw = '192.168.20.1'
MyScope = base.Scope(name='my-scope')
PNet = base.Net(name='',
net='172.24.6.0',
mask=24,
cidr='172.24.6.0/24',
router=None)
PPool = base.Pool(name='test-pool-ext',
prefixlen=PNet.mask,
prefixes=[PNet.net + '/8'])
PSubNet = base.SubNet(name='', cidr=PNet.cidr, mask=PNet.mask)
TPool = base.Pool(name='tenant-test-pool',
prefixlen=28,
prefixes=['10.10.0.0/16'])
L_AS = base.AS(asn='64512', router_id='192.168.0.2', adv_net='')
ras_l = [
base.AS(asn='64522',
router_id='192.168.0.12',
adv_net='192.168.162.0/24'),
base.AS(asn='64523',
router_id='192.168.0.13',
adv_net='192.168.163.0/24'),
base.AS(asn='64524',
router_id='192.168.0.14',
adv_net='192.168.164.0/24')
]
bgp_speaker_args = {
'local_as': L_AS.asn,
'ip_version': 4,
'name': 'my-bgp-speaker1',
'advertise_floating_ip_host_routes': True,
'advertise_tenant_networks': True
}
bgp_peer_args = [{
'remote_as': ras_l[0].asn,
'name': 'my-bgp-peer1',
'peer_ip': None,
'auth_type': 'none'
}, {
'remote_as': ras_l[1].asn,
'name': 'my-bgp-peer2',
'peer_ip': None,
'auth_type': 'none'
}, {
'remote_as': ras_l[2].asn,
'name': 'my-bgp-peer3',
'peer_ip': None,
'auth_type': 'none'
}]
def setUp(self):
super(BgpSpeakerBasicTestJSONBase, self).setUp()
@classmethod
def resource_setup_container(cls):
cls.brdc = ctn_base.Bridge(name='br-docker-basic',
subnet='192.168.20.0/24',
start_ip='192.168.20.128',
end_ip='192.168.20.254',
self_ip=True,
fixed_ip=cls.public_gw + '/24',
br_type=base.BRIDGE_TYPE)
cls.bridges.append(cls.brdc)
# This is dummy container object for a dr service.
# This keeps data which passes to a quagga container.
cls.dr = ctn_base.BGPContainer(name='dummy-dr-basic',
asn=int(cls.L_AS.asn),
router_id=cls.L_AS.router_id)
cls.dr.set_addr_info(bridge='br-docker-basic', ipv4=cls.public_gw)
# quagga container
cls.dockerimg = ctn_base.DockerImage()
cls.q_img = cls.dockerimg.create_quagga(check_exist=True)
cls.images.append(cls.q_img)
for i in range(cls.RAS_MAX):
qg = quagga.QuaggaBGPContainer(name='q-basic-' + str(i + 1),
asn=int(cls.ras_l[i].asn),
router_id=cls.ras_l[i].router_id,
ctn_image_name=cls.q_img)
cls.containers.append(qg)
cls.r_ass.append(qg)
qg.add_route(cls.ras_l[i].adv_net)
qg.run(wait=True)
cls.r_as_ip.append(cls.brdc.addif(qg))
qg.add_peer(cls.dr,
bridge=cls.brdc.name,
peer_info={'passive': True})
cls.tnet_gen = cls.get_subnet(start='10.10.1.0',
end='10.10.255.0',
step=256)
class BgpSpeaker4byteASNTest(test_base.BgpSpeakerProtoTestBase):
RAS_MAX = 3
ip_version = 4
public_gw = '192.168.10.1'
MyScope = base.Scope(name='my-scope')
PNet = base.Net(name='', net='172.24.6.0', mask=24,
cidr='172.24.6.0/24', router=None)
PPool = base.Pool(name='test-pool-ext', prefixlen=PNet.mask,
prefixes=[PNet.net + '/8'])
PSubNet = base.SubNet(name='', cidr=PNet.cidr, mask=PNet.mask)
TPool = base.Pool(name='tenant-test-pool', prefixlen=28,
prefixes=['10.10.0.0/16'])
L_AS = base.AS(asn='4200000000', router_id='192.168.0.3', adv_net='')
ras_l = [
base.AS(asn='4210000000', router_id='192.168.0.12',
adv_net='192.168.162.0/24'),
base.AS(asn='64522', router_id='192.168.0.13',
adv_net='192.168.163.0/24'),
base.AS(asn='4230000000', router_id='192.168.0.14',
adv_net='192.168.164.0/24')
]
bgp_speaker_args = {
'local_as': L_AS.asn,
'ip_version': ip_version,
'name': 'my-bgp-speaker1',
'advertise_floating_ip_host_routes': True,
'advertise_tenant_networks': True
}
bgp_peer_args = [
{'remote_as': ras_l[0].asn,
'name': 'my-bgp-peer1',
'peer_ip': None,
'auth_type': 'none'},
{'remote_as': ras_l[1].asn,
'name': 'my-bgp-peer2',
'peer_ip': None,
'auth_type': 'none'},
{'remote_as': ras_l[2].asn,
'name': 'my-bgp-peer3',
'peer_ip': None,
'auth_type': 'none'}
]
@classmethod
@utils.requires_ext(extension="bgp_4byte_asn", service="network")
def resource_setup(cls):
super(BgpSpeaker4byteASNTest, cls).resource_setup()
@classmethod
def resource_setup_container(cls):
cls.brdc = ctn_base.Bridge(name='br-docker-4byte-asn',
subnet='192.168.10.0/24',
start_ip='192.168.10.128',
end_ip='192.168.10.254',
self_ip=True,
fixed_ip=cls.public_gw + '/24',
br_type=base.BRIDGE_TYPE)
cls.bridges.append(cls.brdc)
# This is dummy container object for a dr service.
# This keeps data which passes to a quagga container.
cls.dr = ctn_base.BGPContainer(name='dummy-dr-4byte-asn',
asn=int(cls.L_AS.asn),
router_id=cls.L_AS.router_id)
cls.dr.set_addr_info(bridge='br-docker-4byte-asn', ipv4=cls.public_gw)
# quagga container
cls.dockerimg = ctn_base.DockerImage()
cls.q_img = cls.dockerimg.create_quagga(check_exist=True)
cls.images.append(cls.q_img)
for i in range(cls.RAS_MAX):
qg = quagga.QuaggaBGPContainer(name='q-4byte-asn-' + str(i + 1),
asn=int(cls.ras_l[i].asn),
router_id=cls.ras_l[i].router_id,
ctn_image_name=cls.q_img)
cls.containers.append(qg)
cls.r_ass.append(qg)
qg.add_route(cls.ras_l[i].adv_net)
qg.run(wait=True)
cls.r_as_ip.append(cls.brdc.addif(qg))
qg.add_peer(cls.dr, bridge=cls.brdc.name,
peer_info={'passive': True})
cls.tnet_gen = cls.get_subnet(start='10.10.1.0', end='10.10.255.0',
step=256)
@decorators.idempotent_id('9f18c931-a59e-4a27-939b-21124995ffe2')
def test_check_neighbor_established(self):
self._test_check_neighbor_established(self.ip_version)
@decorators.idempotent_id('73466aa5-7d1d-4f9f-8fb4-4100fad2dffe')
def test_check_advertised_tenant_network(self):
self._test_check_advertised_tenant_network(self.ip_version)
@decorators.idempotent_id('c3158328-2f69-4aa2-b1b7-5a06ab58afaf')
def test_check_advertised_multiple_tenant_network(self):
self._test_check_advertised_multiple_tenant_network(self.ip_version)
@decorators.idempotent_id('212a3d82-ac50-43dc-b657-030b1133643e')
def test_check_neighbor_established_with_multiple_peers(self):
self._test_check_neighbor_established_with_multiple_peers(
self.ip_version)
@decorators.idempotent_id('c72411c8-ea79-495d-bdbd-a10159642676')
def test_check_advertised_tenant_network_with_multiple_peers(self):
self._test_check_advertised_tenant_network_with_multiple_peers(
self.ip_version)
class BgpSpeakerIpv4Test(test_base.BgpSpeakerProtoTestBase):
RAS_MAX = 3
ip_version = 4
public_gw = '192.168.11.1'
MyScope = base.Scope(name='my-scope')
PNet = base.Net(name='',
net='172.24.6.0',
mask=24,
cidr='172.24.6.0/24',
router=None)
PPool = base.Pool(name='test-pool-ext',
prefixlen=PNet.mask,
prefixes=[PNet.net + '/8'])
PSubNet = base.SubNet(name='', cidr=PNet.cidr, mask=PNet.mask)
TPool = base.Pool(name='tenant-test-pool',
prefixlen=28,
prefixes=['10.10.0.0/16'])
L_AS = base.AS(asn='64512', router_id='192.168.0.2', adv_net='')
ras_l = [
base.AS(asn='64522',
router_id='192.168.0.12',
adv_net='192.168.162.0/24'),
base.AS(asn='64523',
router_id='192.168.0.13',
adv_net='192.168.163.0/24'),
base.AS(asn='64524',
router_id='192.168.0.14',
adv_net='192.168.164.0/24')
]
bgp_speaker_args = {
'local_as': L_AS.asn,
'ip_version': ip_version,
'name': 'my-bgp-speaker1',
'advertise_floating_ip_host_routes': True,
'advertise_tenant_networks': True
}
bgp_peer_args = [{
'remote_as': ras_l[0].asn,
'name': 'my-bgp-peer1',
'peer_ip': None,
'auth_type': 'none'
}, {
'remote_as': ras_l[1].asn,
'name': 'my-bgp-peer2',
'peer_ip': None,
'auth_type': 'none'
}, {
'remote_as': ras_l[2].asn,
'name': 'my-bgp-peer3',
'peer_ip': None,
'auth_type': 'none'
}]
def setUp(self):
super(BgpSpeakerIpv4Test, self).setUp()
@classmethod
def resource_setup_container(cls):
cls.brdc = ctn_base.Bridge(name='br-docker-ipv4',
subnet='192.168.11.0/24',
start_ip='192.168.11.128',
end_ip='192.168.11.254',
self_ip=True,
fixed_ip=cls.public_gw + '/24',
br_type=base.BRIDGE_TYPE)
cls.bridges.append(cls.brdc)
# This is dummy container object for a dr service.
# This keeps data which passes to a quagga container.
cls.dr = ctn_base.BGPContainer(name='dr',
asn=int(cls.L_AS.asn),
router_id=cls.L_AS.router_id)
cls.dr.set_addr_info(bridge='br-docker-ipv4', ipv4=cls.public_gw)
# quagga container
cls.dockerimg = ctn_base.DockerImage()
cls.q_img = cls.dockerimg.create_quagga(check_exist=True)
cls.images.append(cls.q_img)
for i in range(cls.RAS_MAX):
qg = quagga.QuaggaBGPContainer(name='q' + str(i + 1),
asn=int(cls.ras_l[i].asn),
router_id=cls.ras_l[i].router_id,
ctn_image_name=cls.q_img)
cls.containers.append(qg)
cls.r_ass.append(qg)
qg.add_route(cls.ras_l[i].adv_net)
qg.run(wait=True)
cls.r_as_ip.append(cls.brdc.addif(qg))
qg.add_peer(cls.dr,
bridge=cls.brdc.name,
peer_info={'passive': True})
cls.tnet_gen = cls.get_subnet(start='10.10.1.0',
end='10.10.255.0',
step=256)
@decorators.idempotent_id('7f2acbc2-ff88-4a63-aa02-a2f9feb3f5b0')
def test_check_neighbor_established(self):
self._test_check_neighbor_established(self.ip_version)
@decorators.idempotent_id('f32245fc-aeab-4244-acfa-3af9dd662e8d')
def test_check_advertised_tenant_network(self):
self._test_check_advertised_tenant_network(self.ip_version)
@decorators.idempotent_id('a5c238de-b750-499c-aaa2-b44a057e9ed3')
def test_check_advertised_multiple_tenant_network(self):
self._test_check_advertised_multiple_tenant_network(self.ip_version)
@decorators.idempotent_id('e4961cc1-0c47-4081-a896-caaa9342ca75')
def test_check_neighbor_established_with_multiple_peers(self):
self._test_check_neighbor_established_with_multiple_peers(
self.ip_version)
@decorators.idempotent_id('91971dfb-c129-4744-9fbb-ac4f9e8d56c0')
def test_check_advertised_tenant_network_with_multiple_peers(self):
self._test_check_advertised_tenant_network_with_multiple_peers(
self.ip_version)
class BgpSpeakerIpv6Test(test_base.BgpSpeakerProtoTestBase):
RAS_MAX = 3
ip_version = 6
public_gw = '2001:db8:a000::1'
MyScope = base.Scope(name='my-scope')
PNet = base.Net(name='',
net='2001:db8::',
mask=64,
cidr='2001:db8::/64',
router=None)
PPool = base.Pool(name='test-pool-ext',
prefixlen=PNet.mask,
prefixes=[PNet.net + '/8'])
PSubNet = base.SubNet(name='', cidr=PNet.cidr, mask=PNet.mask)
TPool = base.Pool(name='tenant-test-pool',
prefixlen=64,
prefixes=['2001:db8:8000::/48'])
L_AS = base.AS(asn='64512', router_id='192.168.0.2', adv_net='')
ras_l = [
base.AS(asn='64522',
router_id='192.168.0.12',
adv_net='2001:db8:9002::/48'),
base.AS(asn='64523',
router_id='192.168.0.13',
adv_net='2001:db8:9003::/48'),
base.AS(asn='64524',
router_id='192.168.0.14',
adv_net='2001:db8:9004::/48')
]
bgp_speaker_args = {
'local_as': L_AS.asn,
'ip_version': ip_version,
'name': 'my-bgp-speaker1',
'advertise_floating_ip_host_routes': True,
'advertise_tenant_networks': True
}
bgp_peer_args = [{
'remote_as': ras_l[0].asn,
'name': 'my-bgp-peer1',
'peer_ip': None,
'auth_type': 'none'
}, {
'remote_as': ras_l[1].asn,
'name': 'my-bgp-peer2',
'peer_ip': None,
'auth_type': 'none'
}, {
'remote_as': ras_l[2].asn,
'name': 'my-bgp-peer3',
'peer_ip': None,
'auth_type': 'none'
}]
def setUp(self):
super(BgpSpeakerIpv6Test, self).setUp()
@classmethod
def resource_setup_container(cls):
cls.brdc = ctn_base.Bridge(name='br-docker-ipv6',
subnet='2001:db8:a000::/64',
start_ip='2001:db8:a000::8000',
end_ip='2001:db8:a000::fffe',
self_ip=True,
fixed_ip=cls.public_gw + '/64',
br_type=base.BRIDGE_TYPE)
cls.bridges.append(cls.brdc)
# This is dummy container object for a dr service.
# This keeps data which passes to a quagga container.
cls.dr = ctn_base.BGPContainer(name='dr',
asn=int(cls.L_AS.asn),
router_id=cls.L_AS.router_id)
cls.dr.set_addr_info(bridge='br-docker-ipv6', ipv6=cls.public_gw)
# quagga container
cls.dockerimg = ctn_base.DockerImage()
cls.q_img = cls.dockerimg.create_quagga(check_exist=True)
cls.images.append(cls.q_img)
for i in range(cls.RAS_MAX):
qg = quagga.QuaggaBGPContainer(name='q' + str(i + 1),
asn=int(cls.ras_l[i].asn),
router_id=cls.ras_l[i].router_id,
ctn_image_name=cls.q_img)
cls.containers.append(qg)
cls.r_ass.append(qg)
qg.add_route(cls.ras_l[i].adv_net, route_info={'rf': 'ipv6'})
qg.run(wait=True)
cls.r_as_ip.append(cls.brdc.addif(qg))
qg.add_peer(cls.dr,
bridge=cls.brdc.name,
v6=True,
peer_info={'passive': True})
cls.tnet_gen = cls.get_subnet(start='2001:db8:8000:1::',
end='2001:db8:8000:ffff::',
step=65536 * 65536 * 65536 * 65536)
@decorators.idempotent_id('5194a8e2-95bd-49f0-872d-1e3e875ede32')
def test_check_neighbor_established(self):
self._test_check_neighbor_established(self.ip_version)
@decorators.idempotent_id('6a3483fc-8c8a-4387-bda6-c7061410e04b')
def test_check_advertised_tenant_network(self):
self._test_check_advertised_tenant_network(self.ip_version)
@decorators.idempotent_id('aca5d678-c249-4de5-921b-6b6ba621e4f7')
def test_check_advertised_multiple_tenant_network(self):
self._test_check_advertised_multiple_tenant_network(self.ip_version)
@decorators.idempotent_id('f81012f3-2f7e-4b3c-8c1d-b1778146d712')
def test_check_neighbor_established_with_multiple_peers(self):
self._test_check_neighbor_established_with_multiple_peers(
self.ip_version)
@decorators.idempotent_id('be710ec1-a338-44c9-8b89-31c3532aae65')
def test_check_advertised_tenant_network_with_multiple_peers(self):
self._test_check_advertised_tenant_network_with_multiple_peers(
self.ip_version)