def add_static_routes(sw1, sw2, step):
# Interfaces to configure
sw1_interfaces = []
# IPs to configure
sw1_ifs_ips = ["1.1.1.1", "2.2.2.2", "3.3.3.3", "4.4.4.4", "5.5.5.5"]
# IPv6 addresses to configure
sw1_ifs_ipv6s = [
"111:111::1", "222:222::2", "333:333::3", "444:444::4", "555:555::5"
]
size = len(sw1_ifs_ips)
# Adding interfaces, 4th and 5th IP are configured on the last interface,
# so the last one is repeated on the array
for i in range(size):
if i is not size - 1:
sw1_interfaces.append(sw1.ports["if0{}".format(i + 1)])
else:
sw1_interfaces.append(sw1.ports["if0{}".format(i)])
sw1_mask = 24
sw1_ipv6_mask = 64
step("Configuring interfaces and IPs on SW1")
sw1("configure terminal")
for i in range(size):
sw1("interface {}".format(sw1_interfaces[i]))
if i is not size - 1:
sw1("ip address {}/{}".format(sw1_ifs_ips[i], sw1_mask))
sw1("ipv6 address {}/{}".format(sw1_ifs_ipv6s[i], sw1_ipv6_mask))
else:
sw1("ip address {}/{} secondary".format(sw1_ifs_ips[i], sw1_mask))
sw1("ipv6 address {}/{} secondary".format(sw1_ifs_ipv6s[i],
sw1_ipv6_mask))
sw1("no shutdown")
sw1("exit")
output = sw1("do show running-config")
assert "interface {}".format(sw1_interfaces[i]) in output
assert "ip address {}/{}".format(sw1_ifs_ips[i], sw1_mask) in output
assert "ipv6 address {}/{}".format(sw1_ifs_ipv6s[i],
sw1_ipv6_mask) in output
step("Cofiguring sw1 IPV4 static routes")
# Routes to configure
nexthops = ["1.1.1.2", "2", "3", "5.5.5.1"]
for i in range(size - 1):
sw1("ip route 123.0.0.1/32 {}".format(nexthops[i]))
output = sw1("do show running-config")
assert "ip route 123.0.0.1/32 {}".format(nexthops[i]) in output
# Populate the expected RIB ("show rib") route dictionary for the route
# 123.0.0.1/32 and its next-hops.
rib_ipv4_static_route1 = dict()
rib_ipv4_static_route1['Route'] = '123.0.0.1/32'
rib_ipv4_static_route1['NumberNexthops'] = '4'
rib_ipv4_static_route1['1.1.1.2'] = dict()
rib_ipv4_static_route1['1.1.1.2']['Distance'] = '1'
rib_ipv4_static_route1['1.1.1.2']['Metric'] = '0'
rib_ipv4_static_route1['1.1.1.2']['RouteType'] = 'static'
rib_ipv4_static_route1['2'] = dict()
rib_ipv4_static_route1['2']['Distance'] = '1'
rib_ipv4_static_route1['2']['Metric'] = '0'
rib_ipv4_static_route1['2']['RouteType'] = 'static'
rib_ipv4_static_route1['3'] = dict()
rib_ipv4_static_route1['3']['Distance'] = '1'
rib_ipv4_static_route1['3']['Metric'] = '0'
rib_ipv4_static_route1['3']['RouteType'] = 'static'
rib_ipv4_static_route1['5.5.5.1'] = dict()
rib_ipv4_static_route1['5.5.5.1']['Distance'] = '1'
rib_ipv4_static_route1['5.5.5.1']['Metric'] = '0'
rib_ipv4_static_route1['5.5.5.1']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 123.0.0.1/32 and its next-hops.
route_ipv4_static_route1 = rib_ipv4_static_route1
# Configure IPv4 route 143.0.0.1/32 with 1 next-hop.
sw1("ip route 143.0.0.1/32 4.4.4.1")
output = sw1("do show running-config")
assert "ip route 143.0.0.1/32 4.4.4.1" in output
# Populate the expected RIB ("show rib") route dictionary for the
# route 143.0.0.1/32 and its next-hops.
rib_ipv4_static_route2 = dict()
rib_ipv4_static_route2['Route'] = '143.0.0.1/32'
rib_ipv4_static_route2['NumberNexthops'] = '1'
rib_ipv4_static_route2['4.4.4.1'] = dict()
rib_ipv4_static_route2['4.4.4.1']['Distance'] = '1'
rib_ipv4_static_route2['4.4.4.1']['Metric'] = '0'
rib_ipv4_static_route2['4.4.4.1']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 143.0.0.1/32 and its next-hops.
route_ipv4_static_route2 = rib_ipv4_static_route2
# Configure IPv4 route 163.0.0.1/32 with 1 next-hop.
sw1("ip route 163.0.0.1/32 2")
output = sw1("do show running-config")
assert "ip route 163.0.0.1/32 2" in output
# Populate the expected RIB ("show rib") route dictionary for the
# route 163.0.0.1/32 and its next-hops.
rib_ipv4_static_route3 = dict()
rib_ipv4_static_route3['Route'] = '163.0.0.1/32'
rib_ipv4_static_route3['NumberNexthops'] = '1'
rib_ipv4_static_route3['2'] = dict()
rib_ipv4_static_route3['2']['Distance'] = '1'
rib_ipv4_static_route3['2']['Metric'] = '0'
rib_ipv4_static_route3['2']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 163.0.0.1/32 and its next-hops.
route_ipv4_static_route3 = rib_ipv4_static_route3
for i in range(4):
sw1("ipv6 route 1234:1234::1/128 {}".format(i + 1))
output = sw1("do show running-config")
assert "ipv6 route 1234:1234::1/128 {}".format(i + 1) in output
# Populate the expected RIB ("show rib") route dictionary for the
# route 1234:1234::1/128 and its next-hops.
rib_ipv6_static_route1 = dict()
rib_ipv6_static_route1['Route'] = '1234:1234::1/128'
rib_ipv6_static_route1['NumberNexthops'] = '4'
rib_ipv6_static_route1['1'] = dict()
rib_ipv6_static_route1['1']['Distance'] = '1'
rib_ipv6_static_route1['1']['Metric'] = '0'
rib_ipv6_static_route1['1']['RouteType'] = 'static'
rib_ipv6_static_route1['2'] = dict()
rib_ipv6_static_route1['2']['Distance'] = '1'
rib_ipv6_static_route1['2']['Metric'] = '0'
rib_ipv6_static_route1['2']['RouteType'] = 'static'
rib_ipv6_static_route1['3'] = dict()
rib_ipv6_static_route1['3']['Distance'] = '1'
rib_ipv6_static_route1['3']['Metric'] = '0'
rib_ipv6_static_route1['3']['RouteType'] = 'static'
rib_ipv6_static_route1['4'] = dict()
rib_ipv6_static_route1['4']['Distance'] = '1'
rib_ipv6_static_route1['4']['Metric'] = '0'
rib_ipv6_static_route1['4']['RouteType'] = 'static'
# Populate the expected FIB ("show ipv6 route") route dictionary for the
# route 1234:1234::1/128 and its next-hops.
route_ipv6_static_route1 = rib_ipv6_static_route1
sw1("ipv6 route 2234:2234::1/128 4")
output = sw1("do show running-config")
assert "ipv6 route 2234:2234::1/128 4" in output
# Populate the expected RIB ("show rib") route dictionary for the
# route 2234:2234::1/128 and its next-hops.
rib_ipv6_static_route2 = dict()
rib_ipv6_static_route2['Route'] = '2234:2234::1/128'
rib_ipv6_static_route2['NumberNexthops'] = '1'
rib_ipv6_static_route2['4'] = dict()
rib_ipv6_static_route2['4']['Distance'] = '1'
rib_ipv6_static_route2['4']['Metric'] = '0'
rib_ipv6_static_route2['4']['RouteType'] = 'static'
# Populate the expected FIB ("show ipv6 route") route dictionary for the
# route 2234:2234::1/128 and its next-hops.
route_ipv6_static_route2 = rib_ipv6_static_route2
sw1("ipv6 route 3234:3234::1/128 2")
output = sw1("do show running-config")
assert "ipv6 route 3234:3234::1/128 2" in output
# Populate the expected RIB ("show rib") route dictionary for the
# route 3234:3234::1/128 and its next-hops.
rib_ipv6_static_route3 = dict()
rib_ipv6_static_route3['Route'] = '3234:3234::1/128'
rib_ipv6_static_route3['NumberNexthops'] = '1'
rib_ipv6_static_route3['2'] = dict()
rib_ipv6_static_route3['2']['Distance'] = '1'
rib_ipv6_static_route3['2']['Metric'] = '0'
rib_ipv6_static_route3['2']['RouteType'] = 'static'
# Populate the expected FIB ("show ipv6 route") route dictionary for the
# route 3234:3234::1/128 and its next-hops.
route_ipv6_static_route3 = rib_ipv6_static_route3
sleep(ZEBRA_TEST_SLEEP_TIME)
step("Verifying the IPv4 static routes on switch 1")
# Verify route 123.0.0.1/32 and next-hops in RIB, FIB and verify the
# presence of all next-hops in running-config
aux_route = route_ipv4_static_route1["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route1)
aux_route = rib_ipv4_static_route1["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route1)
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=True,
route='123.0.0.1/32',
nexthop='1.1.1.2')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=True,
route='123.0.0.1/32',
nexthop='2')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=True,
route='123.0.0.1/32',
nexthop='3')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=True,
route='123.0.0.1/32',
nexthop='5.5.5.1')
# Verify route 143.0.0.1/32 and next-hops in RIB, FIB and verify the
# presence of all next-hops in running-config
aux_route = route_ipv4_static_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route2)
aux_route = rib_ipv4_static_route2["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route2)
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=True,
route='143.0.0.1/32',
nexthop='4.4.4.1')
# Verify route 163.0.0.1/32 and next-hops in RIB, FIB and verify the
# presence of all next-hops in running-config
aux_route = route_ipv4_static_route3["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route3)
aux_route = rib_ipv4_static_route3["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route3)
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=True,
route='163.0.0.1/32',
nexthop='2')
step("Verifying the IPv6 static routes on switch 1")
# Verify route 1234:1234::1/128 and next-hops in RIB, FIB and verify the
# presence of all next-hops in running-config
aux_route = route_ipv6_static_route1["Route"]
verify_show_ipv6_route(sw1, aux_route, 'static', route_ipv6_static_route1)
aux_route = rib_ipv6_static_route1["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv6_static_route1)
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=False,
route='1234:1234::1/128',
nexthop='1')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=False,
route='1234:1234::1/128',
nexthop='2')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=False,
route='1234:1234::1/128',
nexthop='3')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=False,
route='1234:1234::1/128',
nexthop='4')
# Verify route 2234:2234::1/128 and next-hops in RIB, FIB and verify the
# presence of all next-hops in running-config
aux_route = route_ipv6_static_route2["Route"]
verify_show_ipv6_route(sw1, aux_route, 'static', route_ipv6_static_route2)
aux_route = rib_ipv6_static_route2["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv6_static_route2)
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=False,
route='2234:2234::1/128',
nexthop='4')
# Verify route 3234:3234::1/128 and next-hops in RIB, FIB and verify the
# presence of all next-hops in running-config
aux_route = route_ipv6_static_route3["Route"]
verify_show_ipv6_route(sw1, aux_route, 'static', route_ipv6_static_route3)
aux_route = rib_ipv6_static_route3["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv6_static_route3)
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=False,
route='3234:3234::1/128',
nexthop='2')
def delete_static_routes(sw1, sw2, step):
# Unconfiguring next-hop 5.5.5.1 for route 123.0.0.1/32
step("Unconfiguring next-hop 5.5.5.1 for route 123.0.0.1/32")
sw1("no ip route 123.0.0.1/32 5.5.5.1")
# Populate the expected RIB ("show rib") route dictionary for the route
# 123.0.0.1/32 and its remaining next-hops.
rib_ipv4_static_route1 = dict()
rib_ipv4_static_route1['Route'] = '123.0.0.1/32'
rib_ipv4_static_route1['NumberNexthops'] = '3'
rib_ipv4_static_route1['1.1.1.2'] = dict()
rib_ipv4_static_route1['1.1.1.2']['Distance'] = '1'
rib_ipv4_static_route1['1.1.1.2']['Metric'] = '0'
rib_ipv4_static_route1['1.1.1.2']['RouteType'] = 'static'
rib_ipv4_static_route1['2'] = dict()
rib_ipv4_static_route1['2']['Distance'] = '1'
rib_ipv4_static_route1['2']['Metric'] = '0'
rib_ipv4_static_route1['2']['RouteType'] = 'static'
rib_ipv4_static_route1['3'] = dict()
rib_ipv4_static_route1['3']['Distance'] = '1'
rib_ipv4_static_route1['3']['Metric'] = '0'
rib_ipv4_static_route1['3']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 123.0.0.1/32 and its remaining next-hops.
route_ipv4_static_route1 = rib_ipv4_static_route1
# Unconfiguring next-hop 4.4.4.1 for route 143.0.0.1/32
step("Unconfiguring next-hop 4.4.4.1 for route 143.0.0.1/32")
sw1("no ip route 143.0.0.1/32 4.4.4.1")
# Populate the expected RIB ("show rib") route dictionary for the route
# 143.0.0.1/32 and its remaining next-hops.
rib_ipv4_static_route2 = dict()
rib_ipv4_static_route2['Route'] = '143.0.0.1/32'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 143.0.0.1/32 and its remaining next-hops.
route_ipv4_static_route2 = rib_ipv4_static_route2
# Unconfiguring next-hop 2 for route 163.0.0.1/32
step("Unconfiguring next-hop 2 for route 163.0.0.1/32")
sw1("no ip route 163.0.0.1/32 2")
# Populate the expected RIB ("show rib") route dictionary for the route
# 163.0.0.1/32 and its remaining next-hops.
rib_ipv4_static_route3 = dict()
rib_ipv4_static_route3['Route'] = '163.0.0.1/32'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 163.0.0.1/32 and its remaining next-hops.
route_ipv4_static_route3 = rib_ipv4_static_route3
# Unconfiguring next-hop 1 for route 1234:1234::1/128
step("Unconfiguring next-hop 1 for route 1234:1234::1/128")
sw1("no ipv6 route 1234:1234::1/128 1")
# Populate the expected RIB ("show rib") route dictionary for the route
# 1234:1234::1/128 and its remaining next-hops.
rib_ipv6_static_route1 = dict()
rib_ipv6_static_route1['Route'] = '1234:1234::1/128'
rib_ipv6_static_route1['NumberNexthops'] = '3'
rib_ipv6_static_route1['4'] = dict()
rib_ipv6_static_route1['4']['Distance'] = '1'
rib_ipv6_static_route1['4']['Metric'] = '0'
rib_ipv6_static_route1['4']['RouteType'] = 'static'
rib_ipv6_static_route1['2'] = dict()
rib_ipv6_static_route1['2']['Distance'] = '1'
rib_ipv6_static_route1['2']['Metric'] = '0'
rib_ipv6_static_route1['2']['RouteType'] = 'static'
rib_ipv6_static_route1['3'] = dict()
rib_ipv6_static_route1['3']['Distance'] = '1'
rib_ipv6_static_route1['3']['Metric'] = '0'
rib_ipv6_static_route1['3']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 1234:1234::1/128 and its remaining next-hops.
route_ipv6_static_route1 = rib_ipv6_static_route1
# Unconfiguring next-hop 4 for route 2234:2234::1/128
step("Unconfiguring next-hop 4 for route 2234:2234::1/128")
sw1("no ipv6 route 2234:2234::1/128 4")
# Populate the expected RIB ("show rib") route dictionary for the route
# 2234:2234::1/128 and its remaining next-hops.
rib_ipv6_static_route2 = dict()
rib_ipv6_static_route2['Route'] = '2234:2234::1/128'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 2234:2234::1/128 and its remaining next-hops.
route_ipv6_static_route2 = rib_ipv6_static_route2
sleep(ZEBRA_TEST_SLEEP_TIME)
step("Verifying the IPv4 static routes on switch 1")
# Verify route 123.0.0.1/32 and next-hops in RIB, FIB and verify the
# presence of active next-hops in running-config and absence of deleted
# next-hops in running-config
aux_route = route_ipv4_static_route1["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route1)
aux_route = rib_ipv4_static_route1["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route1)
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=True,
route='123.0.0.1/32',
nexthop='1.1.1.2')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=True,
route='123.0.0.1/32',
nexthop='2')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=True,
route='123.0.0.1/32',
nexthop='3')
assert not route_and_nexthop_in_show_running_config(
sw1=sw1, if_ipv4=True, route='123.0.0.1/32', nexthop='5.5.5.1')
# Verify route 143.0.0.1/32 and next-hops in RIB, FIB and verify the
# presence of active next-hops in running-config and absence of deleted
# next-hops in running-config
aux_route = route_ipv4_static_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route2)
aux_route = rib_ipv4_static_route2["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route2)
assert not route_and_nexthop_in_show_running_config(
sw1=sw1, if_ipv4=True, route='143.0.0.1/32', nexthop='4.4.4.1')
# Verify route 163.0.0.1/32 and next-hops in RIB, FIB and verify
# the presence of active next-hops in running-config and absence of
# deleted next-hops in running-config
aux_route = route_ipv4_static_route3["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route3)
aux_route = rib_ipv4_static_route3["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route3)
assert not route_and_nexthop_in_show_running_config(
sw1=sw1, if_ipv4=True, route='163.0.0.1/32', nexthop='2')
step("Verifying the IPv6 static routes on switch 1")
# Verify route 1234:1234::1/128 and next-hops in RIB, FIB and verify the
# presence of active next-hops in running-config and absence of deleted
# next-hops in running-config
aux_route = route_ipv6_static_route1["Route"]
verify_show_ipv6_route(sw1, aux_route, 'static', route_ipv6_static_route1)
aux_route = rib_ipv6_static_route1["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv6_static_route1)
aux_route = '1234:1234::1/128'
assert not route_and_nexthop_in_show_running_config(
sw1=sw1, if_ipv4=False, route=aux_route, nexthop='1')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=False,
route='1234:1234::1/128',
nexthop='2')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=False,
route='1234:1234::1/128',
nexthop='3')
assert route_and_nexthop_in_show_running_config(sw1=sw1,
if_ipv4=False,
route='1234:1234::1/128',
nexthop='4')
# Verify route 2234:2234::1/128 and next-hops in RIB, FIB and verify the
# presence of active next-hops in running-config and absence of deleted
# next-hops in running-config
aux_route = route_ipv6_static_route2["Route"]
verify_show_ipv6_route(sw1, aux_route, 'static', route_ipv6_static_route2)
aux_route = rib_ipv6_static_route2["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv6_static_route2)
aux_route = '2234:2234::1/128'
assert not route_and_nexthop_in_show_running_config(
sw1=sw1, if_ipv4=False, route=aux_route, nexthop='4')
def delete_static_bgp_routes(sw1, sw2, step):
step("Testing the BGP and static route deletion on sw1")
step("Deleting 123.0.0.0.1/32 BGP route on sw1")
# Command to delete the BGP route 123.0.0.1/32. This should make the static
# route more preferable in RIB.
bgp_route_delete_command = "ovsdb-client transact \'[ \"OpenSwitch\",\
{\
\"op\" : \"delete\",\
\"table\" : \"Route\",\
\"where\":[[\"prefix\",\"==\",\"123.0.0.1/32\"],[\"from\",\"==\",\"bgp\"]]\
}\
]\'"
# Delete the BGP route for prefix 123.0.0.1/32 using ovsdb-client interface
sw1(bgp_route_delete_command, shell='bash')
# Delete the static route for 143.0.0.1/32 so that BGP route becomes the
# more preferable route in RIB.
step("Deleting 143.0.0.0.1/32 static route on sw1")
sw1("no ip route 143.0.0.1/32 4.4.4.1")
# Populate the expected RIB ("show rib") route dictionary for the route
# 123.0.0.1/32 and its next-hops.
rib_ipv4_static_route1 = dict()
rib_ipv4_static_route1['Route'] = '123.0.0.1/32'
rib_ipv4_static_route1['NumberNexthops'] = '4'
rib_ipv4_static_route1['1.1.1.2'] = dict()
rib_ipv4_static_route1['1.1.1.2']['Distance'] = '10'
rib_ipv4_static_route1['1.1.1.2']['Metric'] = '0'
rib_ipv4_static_route1['1.1.1.2']['RouteType'] = 'static'
rib_ipv4_static_route1['2'] = dict()
rib_ipv4_static_route1['2']['Distance'] = '10'
rib_ipv4_static_route1['2']['Metric'] = '0'
rib_ipv4_static_route1['2']['RouteType'] = 'static'
rib_ipv4_static_route1['3'] = dict()
rib_ipv4_static_route1['3']['Distance'] = '10'
rib_ipv4_static_route1['3']['Metric'] = '0'
rib_ipv4_static_route1['3']['RouteType'] = 'static'
rib_ipv4_static_route1['4.4.4.1'] = dict()
rib_ipv4_static_route1['4.4.4.1']['Distance'] = '10'
rib_ipv4_static_route1['4.4.4.1']['Metric'] = '0'
rib_ipv4_static_route1['4.4.4.1']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 123.0.0.1/32 and its next-hops.
route_ipv4_static_route1 = rib_ipv4_static_route1
# Populate the expected RIB ("show rib") route dictionary for the BGP route
# 123.0.0.1/32 and its next-hops. This should not be in RIB as it has been
# deleted.
rib_ipv4_bgp_route1 = dict()
rib_ipv4_bgp_route1['Route'] = '123.0.0.1/32'
# Populate the expected FIB ("show ip route") route dictionary for the BGP
# route 123.0.0.1/32 and its next-hops. This should not be in FIB as it has
# been deleted.
route_ipv4_bgp_route1 = rib_ipv4_bgp_route1
# Populate the expected RIB ("show rib") route dictionary for the static
# route 143.0.0.1/32 and its next-hops. This should not be in RIB as it has
# been deleted.
rib_ipv4_static_route2 = dict()
rib_ipv4_static_route2['Route'] = '143.0.0.1/32'
# Populate the expected RIB ("show rib") route dictionary for the static
# route 143.0.0.1/32 and its next-hops. This should not be in FIB as it
# has been deleted.
route_ipv4_static_route2 = rib_ipv4_static_route2
# Populate the expected RIB ("show rib") route dictionary for the BGP route
# 123.0.0.1/32 and its next-hops.
rib_ipv4_bgp_route2 = dict()
rib_ipv4_bgp_route2['Route'] = '143.0.0.1/32'
rib_ipv4_bgp_route2['NumberNexthops'] = '1'
rib_ipv4_bgp_route2['1.1.1.5'] = dict()
rib_ipv4_bgp_route2['1.1.1.5']['Distance'] = '6'
rib_ipv4_bgp_route2['1.1.1.5']['Metric'] = '0'
rib_ipv4_bgp_route2['1.1.1.5']['RouteType'] = 'bgp'
# Populate the expected FIB ("show ip route") route dictionary for the BGP
# route 123.0.0.1/32 and its next-hops.
route_ipv4_bgp_route2 = rib_ipv4_bgp_route2
sleep(ZEBRA_TEST_SLEEP_TIME)
step("Verifying the IPv4 static and BGP "
"routes on switch 1 after route deletes")
# Verify the static/BGP routes in RIB and FIB
aux_route = route_ipv4_static_route1["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route1)
aux_route = rib_ipv4_static_route1["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route1)
aux_route = route_ipv4_bgp_route1["Route"]
verify_show_ip_route(sw1, aux_route, 'bgp', route_ipv4_bgp_route1)
aux_route = rib_ipv4_bgp_route1["Route"]
verify_show_rib(sw1, aux_route, 'bgp', rib_ipv4_bgp_route1)
aux_route = route_ipv4_static_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route2)
aux_route = rib_ipv4_static_route2["Route"]
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route2)
aux_route = route_ipv4_bgp_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'bgp', route_ipv4_bgp_route2)
aux_route = rib_ipv4_bgp_route2["Route"]
verify_show_rib(sw1, aux_route, 'bgp', rib_ipv4_bgp_route2)
def remove_nexthop_to_make_bgp_route_single(sw1, sw2, step):
step("Removing a next-hop for IPv4 BGP route 123.0.0.1/32 on \
switch 1")
nexthop_uuid = get_uuid_from_nexthop_table(sw1, "3.3.3.5", step)
# Prepare string to remove a BGP next-hop for route 123.0.0.1/32
# using ovsdb-client.
bpg_route_cmd_ipv4_route1 = """ovsdb-client transact '[ "OpenSwitch",
{
"op" : "update",
"table" : "Route",
"where":[["prefix","==","123.0.0.1/32"],["from","==","bgp"]],
"row" : {
"nexthops" : [
"set",
[["uuid", "%s"]
]]
}
}
]'""" % nexthop_uuid
# Configure the BGP next-hop for prefix 123.0.0.1/32 using ovsdb-client
# interface
sw1(bpg_route_cmd_ipv4_route1, shell='bash')
# Populate the expected RIB ("show rib") route dictionary for the route
# 123.0.0.1/32 and its next-hops.
rib_ipv4_static_route1 = dict()
rib_ipv4_static_route1['Route'] = '123.0.0.1/32'
rib_ipv4_static_route1['NumberNexthops'] = '4'
rib_ipv4_static_route1['1.1.1.2'] = dict()
rib_ipv4_static_route1['1.1.1.2']['Distance'] = '10'
rib_ipv4_static_route1['1.1.1.2']['Metric'] = '0'
rib_ipv4_static_route1['1.1.1.2']['RouteType'] = 'static'
rib_ipv4_static_route1['2'] = dict()
rib_ipv4_static_route1['2']['Distance'] = '10'
rib_ipv4_static_route1['2']['Metric'] = '0'
rib_ipv4_static_route1['2']['RouteType'] = 'static'
rib_ipv4_static_route1['3'] = dict()
rib_ipv4_static_route1['3']['Distance'] = '10'
rib_ipv4_static_route1['3']['Metric'] = '0'
rib_ipv4_static_route1['3']['RouteType'] = 'static'
rib_ipv4_static_route1['4.4.4.1'] = dict()
rib_ipv4_static_route1['4.4.4.1']['Distance'] = '10'
rib_ipv4_static_route1['4.4.4.1']['Metric'] = '0'
rib_ipv4_static_route1['4.4.4.1']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 123.0.0.1/32 and its next-hops.
route_ipv4_static_route1 = dict()
route_ipv4_static_route1['Route'] = '123.0.0.1/32'
# Configure IPv4 route 143.0.0.1/32 with 1 next-hop.
# Populate the expected RIB ("show rib") route dictionary for the
# route 143.0.0.1/32 and its next-hops.
rib_ipv4_static_route2 = dict()
rib_ipv4_static_route2['Route'] = '143.0.0.1/32'
rib_ipv4_static_route2['NumberNexthops'] = '1'
rib_ipv4_static_route2['4.4.4.1'] = dict()
rib_ipv4_static_route2['4.4.4.1']['Distance'] = '1'
rib_ipv4_static_route2['4.4.4.1']['Metric'] = '0'
rib_ipv4_static_route2['4.4.4.1']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 143.0.0.1/32 and its next-hops.
route_ipv4_static_route2 = rib_ipv4_static_route2
# Populate the expected RIB ("show rib") route dictionary for the BGP route
# 123.0.0.1/32 and its next-hops.
rib_ipv4_bgp_route1 = dict()
rib_ipv4_bgp_route1['Route'] = '123.0.0.1/32'
rib_ipv4_bgp_route1['NumberNexthops'] = '1'
rib_ipv4_bgp_route1['3.3.3.5'] = dict()
rib_ipv4_bgp_route1['3.3.3.5']['Distance'] = '6'
rib_ipv4_bgp_route1['3.3.3.5']['Metric'] = '0'
rib_ipv4_bgp_route1['3.3.3.5']['RouteType'] = 'bgp'
# Populate the expected FIB ("show ip route") route dictionary for the BGP
# route 143.0.0.1/32 and its next-hops.
route_ipv4_bgp_route1 = rib_ipv4_bgp_route1
# Populate the expected RIB ("show rib") route dictionary for the BGP route
# 143.0.0.1/32 and its next-hops.
rib_ipv4_bgp_route2 = dict()
rib_ipv4_bgp_route2['Route'] = '143.0.0.1/32'
rib_ipv4_bgp_route2['NumberNexthops'] = '1'
rib_ipv4_bgp_route2['1.1.1.5'] = dict()
rib_ipv4_bgp_route2['1.1.1.5']['Distance'] = '6'
rib_ipv4_bgp_route2['1.1.1.5']['Metric'] = '0'
rib_ipv4_bgp_route2['1.1.1.5']['RouteType'] = 'bgp'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 123.0.0.1/32 and its next-hops.
route_ipv4_bgp_route2 = dict()
route_ipv4_bgp_route2['Route'] = '143.0.0.1/32'
sleep(ZEBRA_TEST_SLEEP_TIME)
step("Verifying the IPv4 static and BGP routes on switch 1")
aux_route = route_ipv4_static_route1['Route']
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route1)
aux_route = rib_ipv4_static_route1['Route']
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route1)
aux_route = route_ipv4_bgp_route1['Route']
verify_show_ip_route(sw1, aux_route, 'bgp', route_ipv4_bgp_route1)
aux_route = rib_ipv4_bgp_route1['Route']
verify_show_rib(sw1, aux_route, 'bgp', rib_ipv4_bgp_route1)
aux_route = route_ipv4_static_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route2)
aux_route = rib_ipv4_static_route2['Route']
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route2)
aux_route = route_ipv4_bgp_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'bgp', route_ipv4_bgp_route2)
aux_route = rib_ipv4_bgp_route2['Route']
verify_show_rib(sw1, aux_route, 'bgp', rib_ipv4_bgp_route2)
def no_shutdown_static_bgp_routes_next_hop_interfaces(sw1, sw2, step):
step("Testing the BGP and static route selection on no-shutting nexthop \
interfaces on sw1")
# sHutdown next-hop interface 3
step("Shut down interface 3")
sw1("configure terminal")
sw1("interface 3")
sw1("no shutdown")
# Shutdown next-hop interface 4
step("Shut down interface 4")
sw1("configure terminal")
sw1("interface 4")
sw1("no shutdown")
# Populate the expected RIB ("show rib") route dictionary for the route
# 123.0.0.1/32 and its next-hops.
rib_ipv4_static_route1 = dict()
rib_ipv4_static_route1['Route'] = '123.0.0.1/32'
rib_ipv4_static_route1['NumberNexthops'] = '4'
rib_ipv4_static_route1['1.1.1.2'] = dict()
rib_ipv4_static_route1['1.1.1.2']['Distance'] = '10'
rib_ipv4_static_route1['1.1.1.2']['Metric'] = '0'
rib_ipv4_static_route1['1.1.1.2']['RouteType'] = 'static'
rib_ipv4_static_route1['2'] = dict()
rib_ipv4_static_route1['2']['Distance'] = '10'
rib_ipv4_static_route1['2']['Metric'] = '0'
rib_ipv4_static_route1['2']['RouteType'] = 'static'
rib_ipv4_static_route1['3'] = dict()
rib_ipv4_static_route1['3']['Distance'] = '10'
rib_ipv4_static_route1['3']['Metric'] = '0'
rib_ipv4_static_route1['3']['RouteType'] = 'static'
rib_ipv4_static_route1['4.4.4.1'] = dict()
rib_ipv4_static_route1['4.4.4.1']['Distance'] = '10'
rib_ipv4_static_route1['4.4.4.1']['Metric'] = '0'
rib_ipv4_static_route1['4.4.4.1']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 123.0.0.1/32 and its next-hops.
route_ipv4_static_route1 = dict()
route_ipv4_static_route1['Route'] = '123.0.0.1/32'
# Configure IPv4 route 143.0.0.1/32 with 1 next-hop.
# Populate the expected RIB ("show rib") route dictionary for the
# route 143.0.0.1/32 and its next-hops.
rib_ipv4_static_route2 = dict()
rib_ipv4_static_route2['Route'] = '143.0.0.1/32'
rib_ipv4_static_route2['NumberNexthops'] = '1'
rib_ipv4_static_route2['4.4.4.1'] = dict()
rib_ipv4_static_route2['4.4.4.1']['Distance'] = '1'
rib_ipv4_static_route2['4.4.4.1']['Metric'] = '0'
rib_ipv4_static_route2['4.4.4.1']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 143.0.0.1/32 and its next-hops.
route_ipv4_static_route2 = rib_ipv4_static_route2
# Populate the expected RIB ("show rib") route dictionary for the BGP route
# 123.0.0.1/32 and its next-hops.
rib_ipv4_bgp_route1 = dict()
rib_ipv4_bgp_route1['Route'] = '123.0.0.1/32'
rib_ipv4_bgp_route1['NumberNexthops'] = '1'
rib_ipv4_bgp_route1['3.3.3.5'] = dict()
rib_ipv4_bgp_route1['3.3.3.5']['Distance'] = '6'
rib_ipv4_bgp_route1['3.3.3.5']['Metric'] = '0'
rib_ipv4_bgp_route1['3.3.3.5']['RouteType'] = 'bgp'
# Populate the expected FIB ("show ip route") route dictionary for the BGP
# route 143.0.0.1/32 and its next-hops.
route_ipv4_bgp_route1 = rib_ipv4_bgp_route1
# Populate the expected RIB ("show rib") route dictionary for the BGP route
# 143.0.0.1/32 and its next-hops.
rib_ipv4_bgp_route2 = dict()
rib_ipv4_bgp_route2['Route'] = '143.0.0.1/32'
rib_ipv4_bgp_route2['NumberNexthops'] = '1'
rib_ipv4_bgp_route2['1.1.1.5'] = dict()
rib_ipv4_bgp_route2['1.1.1.5']['Distance'] = '6'
rib_ipv4_bgp_route2['1.1.1.5']['Metric'] = '0'
rib_ipv4_bgp_route2['1.1.1.5']['RouteType'] = 'bgp'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 123.0.0.1/32 and its next-hops. Since static is configured with a
# lower administration distance than BGP route, so the BGP route cannot be
# in FIB.
route_ipv4_bgp_route2 = dict()
route_ipv4_bgp_route2['Route'] = '143.0.0.1/32'
sleep(ZEBRA_TEST_SLEEP_TIME)
step("Verifying the IPv4 static and BGP routes on switch 1")
aux_route = route_ipv4_static_route1['Route']
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route1)
aux_route = rib_ipv4_static_route1['Route']
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route1)
aux_route = route_ipv4_bgp_route1['Route']
verify_show_ip_route(sw1, aux_route, 'bgp', route_ipv4_bgp_route1)
aux_route = rib_ipv4_bgp_route1['Route']
verify_show_rib(sw1, aux_route, 'bgp', rib_ipv4_bgp_route1)
aux_route = route_ipv4_static_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route2)
aux_route = rib_ipv4_static_route2['Route']
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route2)
aux_route = route_ipv4_bgp_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'bgp', route_ipv4_bgp_route2)
aux_route = rib_ipv4_bgp_route2['Route']
verify_show_rib(sw1, aux_route, 'bgp', rib_ipv4_bgp_route2)
def add_static_bgp_routes(sw1, sw2, step):
# Interfaces to configure
sw1_interfaces = []
# IPs to configure
sw1_ifs_ips = ["1.1.1.1", "2.2.2.2", "3.3.3.3", "4.4.4.4"]
size = len(sw1_ifs_ips)
# Adding interfaces to configure
for i in range(size):
sw1_interfaces.append(sw1.ports["if0{}".format(i + 1)])
sw1_mask = 24
step("Configuring interfaces and IPs on SW1")
sw1("configure terminal")
for i in range(size):
sw1("interface {}".format(sw1_interfaces[i]))
sw1("ip address {}/{}".format(sw1_ifs_ips[i], sw1_mask))
sw1("no shutdown")
sw1("exit")
output = sw1("do show running-config")
assert "interface {}".format(sw1_interfaces[i]) in output
assert "ip address {}/{}".format(sw1_ifs_ips[i], sw1_mask) in output
step("Cofiguring sw1 IPV4 static routes")
# Routes to configure
nexthops = ["1.1.1.2", "2", "3", "4.4.4.1"]
for i in range(size):
sw1("ip route 123.0.0.1/32 {} 10".format(nexthops[i]))
output = sw1("do show running-config")
assert "ip route 123.0.0.1/32 {} 10".format(nexthops[i]) in output
# Populate the expected RIB ("show rib") route dictionary for the route
# 123.0.0.1/32 and its next-hops.
rib_ipv4_static_route1 = dict()
rib_ipv4_static_route1['Route'] = '123.0.0.1/32'
rib_ipv4_static_route1['NumberNexthops'] = '4'
rib_ipv4_static_route1['1.1.1.2'] = dict()
rib_ipv4_static_route1['1.1.1.2']['Distance'] = '10'
rib_ipv4_static_route1['1.1.1.2']['Metric'] = '0'
rib_ipv4_static_route1['1.1.1.2']['RouteType'] = 'static'
rib_ipv4_static_route1['2'] = dict()
rib_ipv4_static_route1['2']['Distance'] = '10'
rib_ipv4_static_route1['2']['Metric'] = '0'
rib_ipv4_static_route1['2']['RouteType'] = 'static'
rib_ipv4_static_route1['3'] = dict()
rib_ipv4_static_route1['3']['Distance'] = '10'
rib_ipv4_static_route1['3']['Metric'] = '0'
rib_ipv4_static_route1['3']['RouteType'] = 'static'
rib_ipv4_static_route1['4.4.4.1'] = dict()
rib_ipv4_static_route1['4.4.4.1']['Distance'] = '10'
rib_ipv4_static_route1['4.4.4.1']['Metric'] = '0'
rib_ipv4_static_route1['4.4.4.1']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 123.0.0.1/32 and its next-hops. Since static is configured with a
# higher administration distance than BGP route, so the static route
# cannot be in FIB.
route_ipv4_static_route1 = dict()
route_ipv4_static_route1['Route'] = '123.0.0.1/32'
sw1("ip route 143.0.0.1/32 4.4.4.1")
output = sw1("do show running-config")
assert "ip route 143.0.0.1/32 4.4.4.1" in output
# Configure IPv4 route 143.0.0.1/32 with 1 next-hop.
# Populate the expected RIB ("show rib") route dictionary for the
# route 143.0.0.1/32 and its next-hops.
rib_ipv4_static_route2 = dict()
rib_ipv4_static_route2['Route'] = '143.0.0.1/32'
rib_ipv4_static_route2['NumberNexthops'] = '1'
rib_ipv4_static_route2['4.4.4.1'] = dict()
rib_ipv4_static_route2['4.4.4.1']['Distance'] = '1'
rib_ipv4_static_route2['4.4.4.1']['Metric'] = '0'
rib_ipv4_static_route2['4.4.4.1']['RouteType'] = 'static'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 143.0.0.1/32 and its next-hops.
route_ipv4_static_route2 = rib_ipv4_static_route2
step("Configuring switch 1 IPv4 BGP routes")
# Get the UUID od the default vrf on the sw1
vrf_uuid = get_vrf_uuid(sw1, "vrf_default", step)
# Prepare string for a BGP route 123.0.0.1/32 using ovsdb-client with
# lower administration distance as compared with the corresponding
# static route.This makes the BGP route more preferable than the static
# route.
bpg_route_cmd_ipv4_route1 = "ovsdb-client transact \'[ \"OpenSwitch\",\
{\
\"op\" : \"insert\",\
\"table\" : \"Nexthop\",\
\"row\" : {\
\"ip_address\" : \"3.3.3.5\",\
\"weight\" : 3,\
\"selected\": true\
},\
\"uuid-name\" : \"nh01\"\
},\
{\
\"op\" : \"insert\",\
\"table\" : \"Route\",\
\"row\" : {\
\"prefix\":\"123.0.0.1/32\",\
\"from\":\"bgp\",\
\"vrf\":[\"uuid\",\"%s\"],\
\"address_family\":\"ipv4\",\
\"sub_address_family\":\"unicast\",\
\"distance\":6,\
\"nexthops\" : [\
\"set\",\
[\
[\
\"named-uuid\",\
\"nh01\"\
]\
]]\
}\
}\
]\'" % vrf_uuid
# Configure the BGP route for prefix 123.0.0.1/32 using ovsdb-client
# interface
sw1(bpg_route_cmd_ipv4_route1, shell='bash')
# Populate the expected RIB ("show rib") route dictionary for the BGP route
# 123.0.0.1/32 and its next-hops.
rib_ipv4_bgp_route1 = dict()
rib_ipv4_bgp_route1['Route'] = '123.0.0.1/32'
rib_ipv4_bgp_route1['NumberNexthops'] = '1'
rib_ipv4_bgp_route1['3.3.3.5'] = dict()
rib_ipv4_bgp_route1['3.3.3.5']['Distance'] = '6'
rib_ipv4_bgp_route1['3.3.3.5']['Metric'] = '0'
rib_ipv4_bgp_route1['3.3.3.5']['RouteType'] = 'bgp'
# Populate the expected FIB ("show ip route") route dictionary for the BGP
# route 143.0.0.1/32 and its next-hops.
route_ipv4_bgp_route1 = rib_ipv4_bgp_route1
# Prepare string for a BGP route 143.0.0.1/32 using ovsdb-client with
# administration distance as greater than the corresponding static route.
# This makes the BGP route less preferable than the corresponding
# static route.
bpg_route_command_ipv4_route2 = "ovsdb-client transact \'[ \"OpenSwitch\",\
{\
\"op\" : \"insert\",\
\"table\" : \"Nexthop\",\
\"row\" : {\
\"ip_address\" : \"1.1.1.5\",\
\"weight\" : 3,\
\"selected\": true\
},\
\"uuid-name\" : \"nh01\"\
},\
{\
\"op\" : \"insert\",\
\"table\" : \"Route\",\
\"row\" : {\
\"prefix\":\"143.0.0.1/32\",\
\"from\":\"bgp\",\
\"vrf\":[\"uuid\",\"%s\"],\
\"address_family\":\"ipv4\",\
\"sub_address_family\":\"unicast\",\
\"distance\":6,\
\"nexthops\" : [\
\"set\",\
[\
[\
\"named-uuid\",\
\"nh01\"\
]\
]]\
}\
}\
]\'" % vrf_uuid
# Configure the BGP route for prefix 143.0.0.1/32 using ovsdb-client
# interface
sw1(bpg_route_command_ipv4_route2, shell='bash')
# Populate the expected RIB ("show rib") route dictionary for the BGP route
# 143.0.0.1/32 and its next-hops.
rib_ipv4_bgp_route2 = dict()
rib_ipv4_bgp_route2['Route'] = '143.0.0.1/32'
rib_ipv4_bgp_route2['NumberNexthops'] = '1'
rib_ipv4_bgp_route2['1.1.1.5'] = dict()
rib_ipv4_bgp_route2['1.1.1.5']['Distance'] = '6'
rib_ipv4_bgp_route2['1.1.1.5']['Metric'] = '0'
rib_ipv4_bgp_route2['1.1.1.5']['RouteType'] = 'bgp'
# Populate the expected FIB ("show ip route") route dictionary for the
# route 123.0.0.1/32 and its next-hops. Since static is configured with a
# lower administration distance than BGP route, so the BGP route cannot be
# in FIB.
route_ipv4_bgp_route2 = dict()
route_ipv4_bgp_route2['Route'] = '143.0.0.1/32'
sleep(ZEBRA_TEST_SLEEP_TIME)
step("Verifying the IPv4 static and BGP routes on switch 1")
aux_route = route_ipv4_static_route1['Route']
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route1)
aux_route = rib_ipv4_static_route1['Route']
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route1)
aux_route = route_ipv4_bgp_route1['Route']
verify_show_ip_route(sw1, aux_route, 'bgp', route_ipv4_bgp_route1)
aux_route = rib_ipv4_bgp_route1['Route']
verify_show_rib(sw1, aux_route, 'bgp', rib_ipv4_bgp_route1)
aux_route = route_ipv4_static_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'static', route_ipv4_static_route2)
aux_route = rib_ipv4_static_route2['Route']
verify_show_rib(sw1, aux_route, 'static', rib_ipv4_static_route2)
aux_route = route_ipv4_bgp_route2["Route"]
verify_show_ip_route(sw1, aux_route, 'bgp', route_ipv4_bgp_route2)
aux_route = rib_ipv4_bgp_route2['Route']
verify_show_rib(sw1, aux_route, 'bgp', rib_ipv4_bgp_route2)