def bgp(self, node):
node.add_stanza("bgp")
node.bgp.lo_interface = self.lo_interface
super(BrocadeBaseCompiler, self).bgp(node)
phy_node = self.anm['phy'].node(node)
asn = phy_node.asn
g_ebgp_v4 = self.anm['ebgp_v4']
g_ebgp_v6 = self.anm['ebgp_v6']
if node in g_ebgp_v4 \
and len(list(g_ebgp_v4.node(node).edges())) > 0:
node.is_ebgp_v4 = True
else:
node.is_ebgp_v4 = False
if node in g_ebgp_v6 \
and len(list(g_ebgp_v6.node(node).edges())) > 0:
node.is_ebgp_v6 = True
else:
node.is_ebgp_v6 = False
node.bgp.ipv4_advertise_subnets = []
node.bgp.ipv6_advertise_subnets = []
# Advertise loopbacks into BGP
if node.ip.use_ipv4:
node.bgp.ipv4_advertise_subnets = \
[node.loopback_zero.ipv4_cidr]
if node.ip.use_ipv6:
node.bgp.ipv6_advertise_subnets = \
[node.loopback_zero.ipv6_address]
# Advertise infrastructure into eBGP
if node.ip.use_ipv4 and node.is_ebgp_v4:
infra_blocks = self.anm['ipv4'].data['infra_blocks'
].get(asn) or []
for infra_route in infra_blocks:
node.bgp.ipv4_advertise_subnets.append(infra_route)
if node.ip.use_ipv6 and node.is_ebgp_v6:
infra_blocks = self.anm['ipv6'].data['infra_blocks'
].get(asn) or []
for infra_route in infra_blocks:
node.bgp.ipv6_advertise_subnets.append(infra_route)
self.nailed_up_routes(node)
# vrf
# TODO: this should be inside vrf section?
node.bgp.vrfs = []
vrf_node = self.anm['vrf'].node(node)
if vrf_node and vrf_node.vrf_role is 'PE':
# iBGP sessions for this VRF
vrf_ibgp_neighbors = defaultdict(list)
g_ibgp_v4 = self.anm['ibgp_v4']
for session in sort_sessions(g_ibgp_v4.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ibgp_session_data(session, ip_version=4)
stanza = ConfigStanza(data)
vrf_ibgp_neighbors[session.vrf].append(stanza)
g_ibgp_v6 = self.anm['ibgp_v6']
for session in sort_sessions(g_ibgp_v6.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ibgp_session_data(session, ip_version=6)
stanza = ConfigStanza(data)
vrf_ibgp_neighbors[session.vrf].append(stanza)
# eBGP sessions for this VRF
vrf_ebgp_neighbors = defaultdict(list)
for session in sort_sessions(g_ebgp_v4.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ebgp_session_data(session, ip_version=4)
stanza = ConfigStanza(data)
vrf_ebgp_neighbors[session.vrf].append(stanza)
for session in sort_sessions(g_ebgp_v6.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ebgp_session_data(session, ip_version=6)
stanza = ConfigStanza(data)
vrf_ebgp_neighbors[session.vrf].append(stanza)
for vrf in vrf_node.node_vrf_names:
rd_index = vrf_node.rd_indices[vrf]
rd = '%s:%s' % (node.asn, rd_index)
stanza = ConfigStanza(
vrf=vrf,
rd=rd,
use_ipv4=node.ip.use_ipv4,
use_ipv6=node.ip.use_ipv6,
vrf_ebgp_neighbors=vrf_ebgp_neighbors[vrf],
vrf_ibgp_neighbors=vrf_ibgp_neighbors[vrf],
)
node.bgp.vrfs.append(stanza)
# Retain route_target if in ibgp_vpn_v4 and RR or HRR (set in design)
vpnv4_node = self.anm['ibgp_vpn_v4'].node(node)
if vpnv4_node:
retain = False
if vpnv4_node.retain_route_target:
retain = True
node.bgp.vpnv4 = ConfigStanza(retain_route_target=retain)
def bgp(self, node):
phy_node = self.anm['phy'].node(node)
g_ipv4 = self.anm['ipv4']
if node.ip.use_ipv6:
g_ipv6 = self.anm['ipv6']
asn = phy_node.asn
node.asn = asn
bgp_stanza = node.add_stanza("bgp")
bgp_stanza.custom_config = phy_node['bgp'].custom_config
node.bgp.ipv4_advertise_subnets = []
if node.ip.use_ipv4:
node.bgp.ipv4_advertise_subnets = \
g_ipv4.data.infra_blocks.get(asn) or [] # could be none (if one-node AS) default empty list
node.bgp.ipv6_advertise_subnets = []
if node.ip.use_ipv6:
g_ipv6 = self.anm['ipv6']
node.bgp.ipv6_advertise_subnets = \
g_ipv6.data.infra_blocks.get(asn) or []
ibgp_neighbors = []
ibgp_rr_clients = []
ibgp_rr_parents = []
g_ibgp_v4 = self.anm['ibgp_v4']
for session in sort_sessions(g_ibgp_v4.edges(phy_node)):
if session.exclude:
log.debug('Skipping excluded ibgp session %s' % session)
continue # exclude from regular ibgp config (eg VRF, VPLS, etc)
data = self.ibgp_session_data(session, ip_version=4)
bgp_stanza = ConfigStanza(**data)
direction = session.direction
if direction == 'down':
ibgp_rr_clients.append(bgp_stanza)
elif direction == 'up':
ibgp_rr_parents.append(bgp_stanza)
else:
ibgp_neighbors.append(bgp_stanza)
# TODO: check v6 hierarchy only created if node set to being v4 or v6
if node.ip.use_ipv6:
g_ibgp_v6 = self.anm['ibgp_v6']
for session in sort_sessions(g_ibgp_v6.edges(phy_node)):
if session.exclude:
log.debug('Skipping excluded ibgp session %s' % session)
continue # exclude from regular ibgp config (eg VRF, VPLS, etc)
data = self.ibgp_session_data(session, ip_version=6)
bgp_stanza = ConfigStanza(**data)
direction = session.direction
if direction == 'down':
ibgp_rr_clients.append(bgp_stanza)
elif direction == 'up':
ibgp_rr_parents.append(bgp_stanza)
else:
ibgp_neighbors.append(bgp_stanza)
# TODO: update this to use ibgp_v4 and ibgp_v6 overlays
node.bgp.ibgp_neighbors = ibgp_neighbors
node.bgp.ibgp_rr_clients = ibgp_rr_clients
node.bgp.ibgp_rr_parents = ibgp_rr_parents
# ebgp
ebgp_neighbors = []
g_ebgp_v4 = self.anm['ebgp_v4']
for session in sort_sessions(g_ebgp_v4.edges(phy_node)):
if session.exclude:
log.debug('Skipping excluded ebgp session %s' % session)
continue # exclude from regular ibgp config (eg VRF, VPLS, etc)
data = self.ebgp_session_data(session, ip_version=4)
bgp_stanza = ConfigStanza(**data)
ebgp_neighbors.append(bgp_stanza)
if node.ip.use_ipv6:
g_ebgp_v6 = self.anm['ebgp_v6']
for session in sort_sessions(g_ebgp_v6.edges(phy_node)):
if session.exclude:
print "Exclude"
log.debug('Skipping excluded ebgp session %s' % session)
continue # exclude from regular ibgp config (eg VRF, VPLS, etc)
data = self.ebgp_session_data(session, ip_version=6)
bgp_stanza = ConfigStanza(**data)
ebgp_neighbors.append(bgp_stanza)
ebgp_neighbors = sorted(ebgp_neighbors, key = lambda x: x.asn)
node.bgp.ebgp_neighbors = ebgp_neighbors
return
def bgp(self, node):
node.add_stanza("bgp")
node.bgp.lo_interface = self.lo_interface
super(IosBaseCompiler, self).bgp(node)
phy_node = self.anm['phy'].node(node)
asn = phy_node.asn
g_ebgp_v4 = self.anm['ebgp_v4']
g_ebgp_v6 = self.anm['ebgp_v6']
if node in g_ebgp_v4 \
and len(list(g_ebgp_v4.node(node).edges())) > 0:
node.is_ebgp_v4 = True
else:
node.is_ebgp_v4 = False
if node in g_ebgp_v6 \
and len(list(g_ebgp_v6.node(node).edges())) > 0:
node.is_ebgp_v6 = True
else:
node.is_ebgp_v6 = False
node.bgp.ipv4_advertise_subnets = []
node.bgp.ipv6_advertise_subnets = []
# Advertise loopbacks into BGP
if node.ip.use_ipv4:
node.bgp.ipv4_advertise_subnets = \
[node.loopback_zero.ipv4_cidr]
if node.ip.use_ipv6:
node.bgp.ipv6_advertise_subnets = \
[node.loopback_zero.ipv6_address]
# Advertise infrastructure into eBGP
if node.ip.use_ipv4 and node.is_ebgp_v4:
infra_blocks = self.anm['ipv4'].data['infra_blocks'].get(asn) or []
for infra_route in infra_blocks:
node.bgp.ipv4_advertise_subnets.append(infra_route)
if node.ip.use_ipv6 and node.is_ebgp_v6:
infra_blocks = self.anm['ipv6'].data['infra_blocks'].get(asn) or []
for infra_route in infra_blocks:
node.bgp.ipv6_advertise_subnets.append(infra_route)
self.nailed_up_routes(node)
# vrf
# TODO: this should be inside vrf section?
node.bgp.vrfs = []
vrf_node = self.anm['vrf'].node(node)
if vrf_node and vrf_node.vrf_role is 'PE':
# iBGP sessions for this VRF
vrf_ibgp_neighbors = defaultdict(list)
g_ibgp_v4 = self.anm['ibgp_v4']
for session in sort_sessions(g_ibgp_v4.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ibgp_session_data(session, ip_version=4)
stanza = ConfigStanza(data)
vrf_ibgp_neighbors[session.vrf].append(stanza)
g_ibgp_v6 = self.anm['ibgp_v6']
for session in sort_sessions(g_ibgp_v6.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ibgp_session_data(session, ip_version=6)
stanza = ConfigStanza(data)
vrf_ibgp_neighbors[session.vrf].append(stanza)
# eBGP sessions for this VRF
vrf_ebgp_neighbors = defaultdict(list)
for session in sort_sessions(g_ebgp_v4.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ebgp_session_data(session, ip_version=4)
stanza = ConfigStanza(data)
vrf_ebgp_neighbors[session.vrf].append(stanza)
for session in sort_sessions(g_ebgp_v6.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ebgp_session_data(session, ip_version=6)
stanza = ConfigStanza(data)
vrf_ebgp_neighbors[session.vrf].append(stanza)
for vrf in vrf_node.node_vrf_names:
rd_index = vrf_node.rd_indices[vrf]
rd = '%s:%s' % (node.asn, rd_index)
stanza = ConfigStanza(
vrf=vrf,
rd=rd,
use_ipv4=node.ip.use_ipv4,
use_ipv6=node.ip.use_ipv6,
vrf_ebgp_neighbors=vrf_ebgp_neighbors[vrf],
vrf_ibgp_neighbors=vrf_ibgp_neighbors[vrf],
)
node.bgp.vrfs.append(stanza)
# Retain route_target if in ibgp_vpn_v4 and RR or HRR (set in design)
vpnv4_node = self.anm['ibgp_vpn_v4'].node(node)
if vpnv4_node:
retain = False
if vpnv4_node.retain_route_target:
retain = True
node.bgp.vpnv4 = ConfigStanza(retain_route_target=retain)
def bgp(self, node):
phy_node = self.anm['phy'].node(node)
g_ipv4 = self.anm['ipv4']
if node.ip.use_ipv6:
g_ipv6 = self.anm['ipv6']
asn = phy_node.asn
node.asn = asn
bgp_stanza = node.add_stanza("bgp")
if self.anm.has_overlay("bgp"):
bgp_stanza.custom_config = phy_node['bgp'].custom_config
else:
bgp_stanza.custom_config = ""
node.bgp.ipv4_advertise_subnets = []
if node.ip.use_ipv4:
node.bgp.ipv4_advertise_subnets = \
g_ipv4.data.infra_blocks.get(
asn) or [] # could be none (one-node AS) default empty list
node.bgp.ipv6_advertise_subnets = []
if node.ip.use_ipv6:
g_ipv6 = self.anm['ipv6']
node.bgp.ipv6_advertise_subnets = \
g_ipv6.data.infra_blocks.get(asn) or []
ibgp_neighbors = []
ibgp_rr_clients = []
ibgp_rr_parents = []
g_ibgp_v4 = self.anm['ibgp_v4']
bgp_node = g_ibgp_v4.node(node)
if bgp_node.route_reflector == True:
node.bgp.route_reflector = True
for session in sort_sessions(g_ibgp_v4.edges(phy_node)):
if session.exclude:
log.debug('Skipping excluded ibgp session %s', session)
# exclude from regular ibgp config (eg VRF, VPLS, etc)
continue
data = self.ibgp_session_data(session, ip_version=4)
bgp_stanza = ConfigStanza(**data)
direction = session.direction
if direction == 'down':
ibgp_rr_clients.append(bgp_stanza)
elif direction == 'up':
ibgp_rr_parents.append(bgp_stanza)
else:
ibgp_neighbors.append(bgp_stanza)
# TODO: check v6 hierarchy only created if node set to being v4 or v6
if node.ip.use_ipv6:
g_ibgp_v6 = self.anm['ibgp_v6']
for session in sort_sessions(g_ibgp_v6.edges(phy_node)):
if session.exclude:
log.debug('Skipping excluded ibgp session %s', session)
# exclude from regular ibgp config (eg VRF, VPLS, etc)
continue
data = self.ibgp_session_data(session, ip_version=6)
bgp_stanza = ConfigStanza(**data)
direction = session.direction
if direction == 'down':
ibgp_rr_clients.append(bgp_stanza)
elif direction == 'up':
ibgp_rr_parents.append(bgp_stanza)
else:
ibgp_neighbors.append(bgp_stanza)
# TODO: update this to use ibgp_v4 and ibgp_v6 overlays
node.bgp.ibgp_neighbors = ibgp_neighbors
node.bgp.ibgp_rr_clients = ibgp_rr_clients
node.bgp.ibgp_rr_parents = ibgp_rr_parents
# ebgp
ebgp_neighbors = []
g_ebgp_v4 = self.anm['ebgp_v4']
for session in sort_sessions(g_ebgp_v4.edges(phy_node)):
if session.exclude:
log.debug('Skipping excluded ebgp session %s', session)
# exclude from regular ibgp config (eg VRF, VPLS, etc)
continue
data = self.ebgp_session_data(session, ip_version=4)
bgp_stanza = ConfigStanza(**data)
ebgp_neighbors.append(bgp_stanza)
if node.ip.use_ipv6:
g_ebgp_v6 = self.anm['ebgp_v6']
for session in sort_sessions(g_ebgp_v6.edges(phy_node)):
if session.exclude:
log.debug('Skipping excluded ebgp session %s', session)
# exclude from regular ibgp config (eg VRF, VPLS, etc)
continue
data = self.ebgp_session_data(session, ip_version=6)
bgp_stanza = ConfigStanza(**data)
ebgp_neighbors.append(bgp_stanza)
ebgp_neighbors = sorted(ebgp_neighbors, key=lambda x: x.asn)
node.bgp.ebgp_neighbors = ebgp_neighbors
return
def bgp(self, node):
phy_node = self.anm['phy'].node(node)
g_bgp = self.anm['bgp']
g_ipv4 = self.anm['ipv4']
g_ipv6 = self.anm['ipv6']
asn = phy_node.asn
node.asn = asn
node.bgp.ipv4_advertise_subnets = []
if node.ip.use_ipv4:
node.bgp.ipv4_advertise_subnets = g_ipv4.data.infra_blocks.get(
asn) or [] # could be none (if one-node AS) default empty list
node.bgp.ipv6_advertise_subnets = []
if node.ip.use_ipv6:
g_ipv6 = self.anm['ipv6']
node.bgp.ipv6_advertise_subnets = g_ipv6.data.infra_blocks.get(
asn) or []
ibgp_neighbors = []
ibgp_rr_clients = []
ibgp_rr_parents = []
g_ibgp_v4 = self.anm['ibgp_v4']
for session in sort_sessions(g_ibgp_v4.edges(phy_node)):
if session.exclude:
log.debug("Skipping excluded ibgp session %s" % session)
continue # exclude from regular ibgp config (eg VRF, VPLS, etc)
data = self.ibgp_session_data(session, ip_version = 4)
direction = session.direction
if direction == 'down':
ibgp_rr_clients.append(data)
elif direction == 'up':
ibgp_rr_parents.append(data)
else:
ibgp_neighbors.append(data)
#TODO: check v6 hierarchy only created if node set to being v4 or v6
g_ibgp_v6 = self.anm['ibgp_v6']
for session in sort_sessions(g_ibgp_v6.edges(phy_node)):
if session.exclude:
log.debug("Skipping excluded ibgp session %s" % session)
continue # exclude from regular ibgp config (eg VRF, VPLS, etc)
data = self.ibgp_session_data(session, ip_version = 6)
direction = session.direction
if direction == 'down':
ibgp_rr_clients.append(data)
elif direction == 'up':
ibgp_rr_parents.append(data)
else:
ibgp_neighbors.append(data)
#TODO: update this to use ibgp_v4 and ibgp_v6 overlays
node.bgp.ibgp_neighbors = ibgp_neighbors
node.bgp.ibgp_rr_clients = ibgp_rr_clients
node.bgp.ibgp_rr_parents = ibgp_rr_parents
#ebgp
ebgp_neighbors = []
g_ebgp_v4 = self.anm['ebgp_v4']
for session in sort_sessions(g_ebgp_v4.edges(phy_node)):
if session.exclude:
log.debug("Skipping excluded ebgp session %s" % session)
continue # exclude from regular ibgp config (eg VRF, VPLS, etc)
data = self.ebgp_session_data(session, ip_version = 4)
ebgp_neighbors.append(data)
g_ebgp_v6 = self.anm['ebgp_v6']
for session in sort_sessions(g_ebgp_v6.edges(phy_node)):
if session.exclude:
log.debug("Skipping excluded ebgp session %s" % session)
continue # exclude from regular ibgp config (eg VRF, VPLS, etc)
data = self.ebgp_session_data(session, ip_version = 6)
ebgp_neighbors.append(data)
node.bgp.ebgp_neighbors = ebgp_neighbors
node.bgp.ebgp_neighbors.sort("asn")
return
def bgp(self, node):
node.bgp.lo_interface = self.lo_interface
super(IosBaseCompiler, self).bgp(node)
# Only advertise loopbacks into eBGP
if node.ip.use_ipv4:
node.bgp.ipv4_advertise_subnets = [node.loopback_zero.ipv4_cidr]
if node.ip.use_ipv6:
node.bgp.ipv6_advertise_subnets = [node.loopback_zero.ipv6_address]
# vrf
#TODO: this should be inside vrf section?
node.bgp.vrfs = []
vrf_node = self.anm['vrf'].node(node)
if vrf_node and vrf_node.vrf_role is "PE":
# iBGP sessions for this VRF
vrf_ibgp_neighbors = defaultdict(list)
g_ibgp_v4 = self.anm['ibgp_v4']
for session in sort_sessions(g_ibgp_v4.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ibgp_session_data(session, ip_version = 4)
vrf_ibgp_neighbors[session.vrf].append(data)
g_ibgp_v6 = self.anm['ibgp_v6']
for session in sort_sessions(g_ibgp_v6.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ibgp_session_data(session, ip_version = 6)
vrf_ibgp_neighbors[session.vrf].append(data)
# eBGP sessions for this VRF
vrf_ebgp_neighbors = defaultdict(list)
g_ebgp_v4 = self.anm['ebgp_v4']
for session in sort_sessions(g_ebgp_v4.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ebgp_session_data(session, ip_version = 4)
vrf_ebgp_neighbors[session.vrf].append(data)
g_ebgp_v6 = self.anm['ebgp_v6']
for session in sort_sessions(g_ebgp_v6.edges(vrf_node)):
if session.exclude and session.vrf:
data = self.ebgp_session_data(session, ip_version = 6)
vrf_ebgp_neighbors[session.vrf].append(data)
for vrf in vrf_node.node_vrf_names:
rd_index = vrf_node.rd_indices[vrf]
rd = "%s:%s" % (node.asn, rd_index)
node.bgp.vrfs.append(
vrf=vrf,
rd=rd,
use_ipv4=node.ip.use_ipv4,
use_ipv6=node.ip.use_ipv6,
vrf_ebgp_neighbors = vrf_ebgp_neighbors[vrf],
vrf_ibgp_neighbors = vrf_ibgp_neighbors[vrf],
)
# Retain route_target if in ibgp_vpn_v4 and RR or HRR (set in design)
vpnv4_node = self.anm['ibgp_vpn_v4'].node(node)
if vpnv4_node:
retain = False
if vpnv4_node.retain_route_target:
retain = True
node.bgp.vpnv4 = {'retain_route_target': retain}
