def verify_interface_on(step):
step("\n########## Verifying interface are up ########## \n")
for switch in switches:
ports = [switch.ports["if01"]]
verify_turn_on_interfaces(switch, ports)
step("\nExiting verify_interface_on\n")
def configure(switch1, switch2, step):
'''
- Configures the IP address in SW1, SW2 and SW3
- Creates router bgp instance on SW1 and SW2
- Configures the router id
- Configures the network range
- Configure redistribute and neighbor
'''
'''
- Enable the link.
- Set IP for the switches.
'''
# Enabling interface 1 SW1.
with switch1.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW1.
step("Enabling interface1 on SW1")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW1
step("Configuring IPv4 address on link 1 SW1")
ctx.ip_address("%s/%s" % (ip_addr1, default_pl))
verify_turn_on_interfaces(switch1, [switch1.ports["if01"]])
with switch2.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW2.
step("Enabling interface1 on SW2")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW2
step("Configuring IPv4 address on link 1 SW2")
ctx.ip_address("%s/%s" % (ip_addr2, default_pl))
verify_turn_on_interfaces(switch2, [switch2.ports["if01"]])
# For SW1 and SW2, configure bgp
step("Configuring router id on SW1")
configure_router_id(switch1, as_num1, sw1_router_id)
step("Configuring networks on SW1")
configure_network(switch1, as_num1, "9.0.0.0/8")
step("Configuring neighbors on SW1")
configure_neighbor(switch1, as_num1, ip_addr2, as_num2)
step("Configuring router id on SW2")
configure_router_id(switch2, as_num2, sw2_router_id)
step("Configuring networks on SW2")
configure_network(switch2, as_num2, "10.0.0.0/8")
step("Configuring networks on SW2")
configure_network(switch2, as_num2, "11.0.0.0/8")
step("Configuring neighbors on SW2")
configure_neighbor(switch2, as_num2, ip_addr1, as_num1)
def verify_interface_on(step):
step("\n########## Verifying interface are up ########## \n")
for switch in switches:
int1 = switch.ports["if01"]
if switch.name == "ops1":
int2 = switch.ports["if02"]
ports = [int1, int2]
else:
ports = [int1]
verify_turn_on_interfaces(switch, ports)
def configure(step, switch1, switch2):
"""
- Configures the IP address in SW1, SW2 and SW3
- Creates router bgp instance on SW1 and SW2
- Configures the router id
- Configures the network range
- Configure redistribute and neighbor
"""
"""
- Enable the link.
- Set IP for the switches.
"""
with switch1.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW1.
step("Enabling interface1 on SW1")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW1
ctx.ip_address("%s/%s" % (IP_ADDR1, DEFAULT_PL))
verify_turn_on_interfaces(switch1, [switch1.ports["if01"]])
with switch2.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW2.
step("Enabling interface1 on SW2")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW2
ctx.ip_address("%s/%s" % (IP_ADDR2, DEFAULT_PL))
verify_turn_on_interfaces(switch2, [switch2.ports["if01"]])
# For SW1 and SW2, configure bgp
step("Configuring router id on SW1")
configure_router_id(step, switch1, AS_NUM1, SW1_ROUTER_ID)
step("Configuring networks on SW1")
configure_network(switch1, AS_NUM1, "9.0.0.0/8")
step("Configuring neighbors on SW1")
configure_neighbor(switch1, AS_NUM1, IP_ADDR2, AS_NUM2)
step("Configuring router id on SW2")
configure_router_id(step, switch2, AS_NUM2, SW2_ROUTER_ID)
step("Configuring networks on SW2")
configure_network(switch2, AS_NUM2, "10.0.0.0/8")
step("Configuring networks on SW2")
configure_network(switch2, AS_NUM2, "11.0.0.0/8")
step("Configuring neighbors on SW2")
configure_neighbor(switch2, AS_NUM2, IP_ADDR1, AS_NUM1)
def configuration(topology, request):
sw1 = topology.get('sw1')
sw2 = topology.get('sw2')
sw3 = topology.get('sw3')
sw4 = topology.get('sw4')
sw5 = topology.get('sw5')
assert sw1 is not None
assert sw2 is not None
assert sw3 is not None
assert sw4 is not None
assert sw5 is not None
configure_interface(sw1, SW1_INTF1, SW1_INTF1_IPV4_ADDR)
configure_interface(sw1, SW1_INTF2, SW1_INTF2_IPV4_ADDR)
configure_interface(sw2, SW2_INTF1, SW2_INTF1_IPV4_ADDR)
configure_interface(sw2, SW2_INTF2, SW2_INTF2_IPV4_ADDR)
configure_interface(sw3, SW3_INTF1, SW3_INTF1_IPV4_ADDR)
configure_interface(sw3, SW3_INTF2, SW3_INTF2_IPV4_ADDR)
configure_interface(sw4, SW4_INTF1, SW4_INTF1_IPV4_ADDR)
configure_interface(sw5, SW5_INTF2, SW5_INTF2_IPV4_ADDR)
ports_sw1 = [sw1.ports[SW1_INTF1], sw1.ports[SW1_INTF2]]
verify_turn_on_interfaces(sw1, ports_sw1)
ports_sw2 = [sw2.ports[SW2_INTF1], sw2.ports[SW2_INTF2]]
verify_turn_on_interfaces(sw2, ports_sw2)
ports_sw3 = [sw3.ports[SW3_INTF1], sw3.ports[SW3_INTF2]]
verify_turn_on_interfaces(sw3, ports_sw3)
ports_sw4 = [sw4.ports[SW4_INTF1]]
verify_turn_on_interfaces(sw4, ports_sw4)
ports_sw5 = [sw5.ports[SW5_INTF2]]
verify_turn_on_interfaces(sw5, ports_sw5)
# Configuring ospf with network command in sw1, sw2, sw3, sw4 and sw5
configure_ospf_router(sw1, SW1_ROUTER_ID, SW1_INTF1_IPV4_ADDR,
OSPF_AREA_100)
configure_ospf_router(sw1, SW1_ROUTER_ID, SW1_INTF2_IPV4_ADDR,
OSPF_AREA_100)
configure_ospf_router(sw2, SW2_ROUTER_ID, SW2_INTF1_IPV4_ADDR,
OSPF_AREA_100)
configure_ospf_router(sw2, SW2_ROUTER_ID, SW2_INTF2_IPV4_ADDR,
OSPF_AREA_0)
configure_ospf_router(sw3, SW3_ROUTER_ID, SW3_INTF1_IPV4_ADDR,
OSPF_AREA_200)
configure_ospf_router(sw3, SW3_ROUTER_ID, SW3_INTF2_IPV4_ADDR,
OSPF_AREA_0)
configure_ospf_router(sw4, SW4_ROUTER_ID, SW4_INTF1_IPV4_ADDR,
OSPF_AREA_200)
configure_ospf_router(sw5, SW5_ROUTER_ID, SW5_INTF2_IPV4_ADDR,
OSPF_AREA_100)
def configuration(topology, request):
sw1 = topology.get('sw1')
sw2 = topology.get('sw2')
assert sw1 is not None
assert sw2 is not None
# Configuring ip address for sw2 and sw3
configure_interface(sw1, SW1_INTF1, SW1_INTF1_IPV4_ADDR)
configure_interface(sw2, SW2_INTF1, SW2_INTF1_IPV4_ADDR)
verify_turn_on_interfaces(sw1, sw1.ports[SW1_INTF1])
verify_turn_on_interfaces(sw2, sw2.ports[SW2_INTF1])
# Configuring ospf with network command in sw2 and sw3
configure_ospf_router(sw1, SW1_ROUTER_ID, OSPF_NETWRK_ADDR, OSPF_AREA_1)
configure_ospf_router(sw2, SW2_ROUTER_ID, OSPF_NETWRK_ADDR, OSPF_AREA_1)
def configuration(topology, request):
sw2 = topology.get('sw2')
sw3 = topology.get('sw3')
assert sw2 is not None
assert sw3 is not None
# Configuring ip address for sw2 and sw3
configure_interface(sw2, SW2_INTF2, SW2_INTF2_IPV4_ADDR)
configure_interface(sw3, SW3_INTF2, SW3_INTF2_IPV4_ADDR)
verify_turn_on_interfaces(sw2, [sw2.ports[SW2_INTF2]])
verify_turn_on_interfaces(sw3, [sw3.ports[SW3_INTF2]])
# Configuring ospf with network command in sw2 and sw3
configure_ospf_router(sw2, SW2_ROUTER_ID, SW2_INTF2_IPV4_ADDR, OSPF_AREA_1)
configure_ospf_router(sw3, SW3_ROUTER_ID, SW3_INTF2_IPV4_ADDR, OSPF_AREA_1)
def configuration(topology, request):
sw1 = topology.get('sw1')
sw2 = topology.get('sw2')
sw3 = topology.get('sw3')
hs1 = topology.get('hs1')
hs2 = topology.get('hs2')
assert sw1 is not None
assert sw2 is not None
assert sw3 is not None
assert hs1 is not None
assert hs2 is not None
# Configuring ip address for sw2 and sw3
configure_interface(sw1, SW1_INTF1, SW1_INTF1_IPV4_ADDR)
configure_interface(sw1, SW1_INTF2, SW1_INTF2_IPV4_ADDR)
configure_interface(sw2, SW2_INTF1, SW2_INTF1_IPV4_ADDR)
configure_interface(sw2, SW2_INTF2, SW2_INTF2_IPV4_ADDR)
configure_interface(sw3, SW3_INTF1, SW3_INTF1_IPV4_ADDR)
configure_interface(sw3, SW3_INTF2, SW3_INTF2_IPV4_ADDR)
ports_sw1 = [sw1.ports[SW1_INTF1], sw1.ports[SW1_INTF2]]
verify_turn_on_interfaces(sw1, ports_sw1)
ports_sw2 = [sw2.ports[SW2_INTF1], sw2.ports[SW2_INTF2]]
verify_turn_on_interfaces(sw2, ports_sw2)
ports_sw3 = [sw3.ports[SW3_INTF1], sw3.ports[SW3_INTF2]]
verify_turn_on_interfaces(sw3, ports_sw3)
# Configure IP and bring UP host 1 interfaces
hs1.libs.ip.interface('1', addr='10.10.40.2/24', up=True)
# Configure IP and bring UP host 2 interfaces
hs2.libs.ip.interface('1', addr='10.10.30.2/24', up=True)
# Configuring ospf with network command in sw2 and sw3
configure_ospf_router(sw1, SW1_ROUTER_ID, SW1_INTF1_IPV4_ADDR, OSPF_AREA_1)
configure_ospf_router(sw2, SW2_ROUTER_ID, SW2_INTF1_IPV4_ADDR, OSPF_AREA_1)
configure_ospf_router(sw2, SW2_ROUTER_ID, SW2_INTF2_IPV4_ADDR, OSPF_AREA_1)
configure_ospf_router(sw3, SW3_ROUTER_ID, SW3_INTF2_IPV4_ADDR, OSPF_AREA_1)
def configure(step, switch1, switch2):
"""
- Configures the IP address in SW1, SW2 and SW3
- Creates router bgp instance on SW1 and SW2
- Configures the router id
- Configures the network range
- Configure redistribute and neighbor
"""
"""
- Enable the link.
- Set IP for the switches.
"""
with switch1.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW1.
step("Enabling interface1 on SW1")
ctx.no_shutdown()
# Assigning an IPv6 address on interface 1 of SW1
step("Configuring IPv6 address on link 1 SW1")
ctx.ipv6_address("%s/64" % ip_addr1)
# Assigning an IPv4 address on interface 1 of SW1
ctx.ip_address("%s/8" % (sw1_router_id))
verify_turn_on_interfaces(switch1, [switch1.ports["if01"]])
with switch2.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW2.
step("Enabling interface1 on SW2")
ctx.no_shutdown()
# Assigning an IPv6 address on interface 1 of SW2
step("Configuring IPv4 address on link 1 SW2")
ctx.ipv6_address("%s/64" % ip_addr2)
# Assigning an IPv4 address on interface 1 for link 1 SW2
ctx.ip_address("%s/8" % (sw2_router_id))
verify_turn_on_interfaces(switch2, [switch2.ports["if01"]])
"""
For SW1 and SW2, configure bgp
"""
step("Configuring router id on SW1")
configure_router_id(step, switch1, as_num1, sw1_router_id)
step("Configuring networks on SW1")
configure_network(switch1, as_num1, "2ccd:1:1::/67")
step("Configuring networks on SW1")
configure_network(switch1, as_num1, "5d5d:1:1::/69")
step("Configuring networks on SW1")
configure_network(switch1, as_num1, "7d5d:1:1::/85")
step("Configuring networks on SW1")
configure_network(switch1, as_num1, "9966:1:2::/85")
step("Configuring neighbors on SW1")
configure_neighbor(switch1, as_num1, ip_addr2, as_num2)
step("Configuring router id on SW2")
configure_router_id(step, switch2, as_num2, sw2_router_id)
step("Configuring networks on SW2")
configure_network(switch2, as_num2, "3dcd:1:1::/64")
step("Configuring neighbors on SW2")
configure_neighbor(switch2, as_num2, ip_addr1, as_num1)
def configure(step, switch1, switch2, switch3):
"""
- Configures the IP address in SW1, SW2 and SW3
- Creates router bgp instance on SW1 and SW2
- Configures the router id
- Configures the network range
- Configure redistribute and neighbor
"""
"""
- Enable the link.
- Set IP for the switches.
"""
# Enabling interface 1 SW1.
with switch1.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW1.
step("Enabling interface1 on SW1")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW1
step("Configuring IPv4 address on link 1 SW1")
ctx.ip_address("%s/%s" % (ip_addr1, default_pl))
verify_turn_on_interfaces(switch1, [switch1.ports["if01"]])
with switch2.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW2.
step("Enabling interface1 on SW2")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW2
step("Configuring IPv4 address on link 1 SW2")
ctx.ip_address("%s/%s" % (ip_addr2, default_pl))
with switch2.libs.vtysh.ConfigInterface("if02") as ctx:
# Enabling interface 2 SW2.
step("Enabling interface2 on SW2")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 2 of SW2
step("Configuring IPv4 address on link 2 SW2")
ctx.ip_address("%s/%s" % (ip_addr3, default_pl))
ports = [switch2.ports["if01"], switch2.ports["if02"]]
verify_turn_on_interfaces(switch2, ports)
with switch3.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW3.
step("Enabling interface1 on SW3")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW3
step("Configuring IPv4 address on link 1 SW3")
ctx.ip_address("%s/%s" % (ip_addr4, default_pl))
verify_turn_on_interfaces(switch3, [switch3.ports["if01"]])
"""
For SW2 and SW3, configure bgp
"""
step("Configuring static routes on SW2")
configure_static_route(switch2, "12.0.0.0/8", "7.0.0.1")
step("Configuring route-map routes on SW2")
configure_route_map(switch2, "BGP_Rmap")
step("Configuring router-id on SW2")
configure_router_id(step, switch2, as_num1, sw2_router_id)
step("Configuring networks on SW2")
configure_network(switch2, as_num1, "10.0.0.0/8")
step("Configuring redistribute configuration on SW2")
configure_redistribute(switch2, as_num1, "connected")
step("Configuring redistribute route-map configuration on SW2")
configure_redistribute_rmap(switch2, as_num1, "static", "BGP_Rmap")
step("Configuring bgp neighbor on SW2")
configure_neighbor(switch2, as_num1, ip_addr4, as_num2)
step("Applying route-map to bgp neighbor on SW2")
configure_neighbor_rmap(switch2, as_num1, ip_addr4, as_num2, "BGP_Rmap")
exitcontext(switch2)
step("Configuring router-id on SW3")
configure_router_id(step, switch3, as_num2, sw3_router_id)
step("Configuring networks on SW2")
configure_network(switch3, as_num2, "19.0.0.0/8")
configure_neighbor(switch3, as_num2, ip_addr3, as_num1)
exitcontext(switch3)
def configure(sw1, sw2, sw3):
'''
- Configures the IP address in SW1, SW2 and SW3
- Creates router bgp instance on SW1, SW2 and SW3
- Configures the router id
- Configures the network range
- Configure neighbor
'''
'''
- Enable the link.
- Set IP for the switches.
'''
# Enabling interface 1 SW1.
print("Enabling interface1 on SW1")
sw1p1 = sw1.ports['if01']
sw1("configure terminal")
sw1("interface {sw1p1}".format(**locals()))
sw1("no shutdown")
# Assigning an IPv4 address on interface 1 of SW1
print("Configuring IPv4 address on link 1 SW1")
sw1("ip address %s/%s" % (IP_ADDR1, DEFAULT_PL))
sw1("end")
verify_turn_on_interfaces(sw1, [sw1.ports["if01"]])
# Enabling interface 1 SW2
print("Enabling interface1 on SW2")
sw2p1 = sw2.ports['if01']
sw2("configure terminal")
sw2("interface {sw2p1}".format(**locals()))
sw2("no shutdown")
# Assigning an IPv4 address on interface 1 for link 1 SW2
print("Configuring IPv4 address on link 1 SW2")
sw2("ip address %s/%s" % (IP_ADDR2_1, DEFAULT_PL))
sw2("end")
# Enabling interface 2 SW2
print("Enabling interface 2 on SW2")
sw2p2 = sw2.ports['if02']
sw2("configure terminal")
sw2("interface {sw2p2}".format(**locals()))
sw2("no shutdown")
# Assigning an IPv4 address on interface 2 for link 2 SW2
print("Configuring IPv4 address on link 2 SW2")
sw2("ip address %s/%s" % (IP_ADDR2_2, DEFAULT_PL))
sw2("end")
ports = [sw2.ports["if01"], sw2.ports["if02"]]
verify_turn_on_interfaces(sw2, ports)
# Enabling interface 1 SW3
print("Enabling interface 1 on SW3")
sw3p1 = sw3.ports['if01']
sw3("configure terminal")
sw3("interface {sw3p1}".format(**locals()))
sw3("no shutdown")
# Assigning an IPv4 address on interface 1 for link 2 SW3
print("Configuring IPv4 address on link 2 SW3")
sw3("ip address %s/%s" % (IP_ADDR3, DEFAULT_PL))
sw3("end")
verify_turn_on_interfaces(sw3, [sw3.ports["if01"]])
# For SW1, SW2 and SW3, configure bgp
print("Configuring route context on SW1")
sw1("configure terminal")
sw1("router bgp " + AS_NUM1)
sw1("end")
print("Configuring router id on SW1")
configure_router_id(sw1, AS_NUM1, SW1_ROUTER_ID)
print("Configuring networks on SW1")
configure_network(sw1, AS_NUM1, "11.0.0.0/8")
print("Configuring neighbors on SW1")
configure_neighbor(sw1, AS_NUM1, IP_ADDR2_1, AS_NUM2)
print("Configuring route context on SW2")
sw2("configure terminal")
sw2("router bgp " + AS_NUM2)
sw2("end")
print("Configuring router id on SW2")
configure_router_id(sw2, AS_NUM2, SW2_ROUTER_ID)
print("Configuring networks on SW2")
configure_network(sw2, AS_NUM2, "15.0.0.0/8")
print("Configuring neighbor 1 on SW2")
configure_neighbor(sw2, AS_NUM2, IP_ADDR1, AS_NUM1)
print("Configuring neighbor 3 on SW2")
configure_neighbor(sw2, AS_NUM2, IP_ADDR3, AS_NUM3)
print("Configuring route context on SW3")
sw3("configure terminal")
sw3("router bgp " + AS_NUM3)
sw3("end")
print("Configuring router id on SW3")
configure_router_id(sw3, AS_NUM3, SW3_ROUTER_ID)
print("Configuring networks on SW3")
configure_network(sw3, AS_NUM3, "12.0.0.0/8")
print("Configuring neighbor on SW3")
configure_neighbor(sw3, AS_NUM3, IP_ADDR2_2, AS_NUM2)
def configure(topology, step):
'''
- Configures the IP address in SW1, SW2 and SW3
- Creates router bgp instance on SW1, SW2 and SW3
- Configures the router id
- Configures the network range
- Configure neighbor
'''
switch1 = topology.get("ops1")
assert switch1 is not None
switch2 = topology.get("ops2")
assert switch2 is not None
switch3 = topology.get("ops3")
assert switch3 is not None
'''
- Enable the link.
- Set IP for the switches.
'''
with switch1.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW1.
step("Enabling interface1 on SW1")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW1
step("Configuring IPv4 address on link 1 SW1")
ctx.ip_address("%s/%s" % (ip_addr1, default_pl))
verify_turn_on_interfaces(switch1, [switch1.ports["if01"]])
with switch2.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW2.
step("Enabling interface1 on SW2")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW2
step("Configuring IPv4 address on link 1 SW2")
ctx.ip_address("%s/%s" % (ip_addr2_1, default_pl))
with switch2.libs.vtysh.ConfigInterface("if02") as ctx:
# Enabling interface 2 SW2.
step("Enabling interface2 on SW1")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 2 of SW2
step("Configuring IPv4 address on link 2 SW2")
ctx.ip_address("%s/%s" % (ip_addr2_2, default_pl))
ports = [switch2.ports["if01"], switch2.ports["if02"]]
verify_turn_on_interfaces(switch2, ports)
with switch3.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW3.
step("Enabling interface1 on SW3")
ctx.no_shutdown()
# Assigning an IPv4 address on interface 1 of SW3
step("Configuring IPv4 address on link 1 SW3")
ctx.ip_address("%s/%s" % (ip_addr3, default_pl))
verify_turn_on_interfaces(switch3, [switch3.ports["if01"]])
# For SW1, SW2 and SW3, configure bgp
step("Configuring router id on SW1")
configure_router_id(switch1, as_num, sw1_router_id)
step("Configuring networks on SW1")
configure_network(switch1, as_num, "11.0.0.0/8")
step("Configuring neighbors on SW1")
configure_neighbor(switch1, as_num, ip_addr2_1, as_num2)
step("Configuring router id on SW2")
configure_router_id(switch2, as_num2, sw2_router_id)
step("Configuring networks on SW2")
configure_network(switch2, as_num2, "15.0.0.0/8")
step("Configuring neighbor 1 on SW2")
configure_neighbor(switch2, as_num2, ip_addr1, as_num)
step("Configuring neighbor 3 on SW2")
configure_neighbor(switch2, as_num2, ip_addr3, as_num3)
step("Configuring router id on SW3")
configure_router_id(switch3, as_num3, sw3_router_id)
step("Configuring networks on SW3")
configure_network(switch3, as_num3, "12.0.0.0/8")
step("Configuring neighbor on SW3")
configure_neighbor(switch3, as_num3, ip_addr2_2, as_num2)
def configure(step, switch1, switch2):
"""
- Configure the IP address in SW1, SW2
- Configure ipv6 prefix
- Configure route-map
- Create router bgp instance on SW1 and SW2
- Configure the router id
- Configure the network range
- Configure the neighbor
- Apply route-map to neighbor on SW1
"""
with switch1.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW1.
step("Enabling interface1 on SW1")
ctx.no_shutdown()
# Assigning an IPv6 address on interface 1 of SW1
step("Configuring IPv6 address on link 1 SW1")
ctx.ipv6_address("%s/%s" % (ipv6_addr1, default_pl))
verify_turn_on_interfaces(switch1, [switch1.ports["if01"]])
with switch2.libs.vtysh.ConfigInterface("if01") as ctx:
# Enabling interface 1 SW2.
step("Enabling interface1 on SW1")
ctx.no_shutdown()
# Assigning an IPv6 address on interface 1 of SW2
step("Configuring IPv6 address on link 1 SW2")
ctx.ipv6_address("%s/%s" % (ipv6_addr2, default_pl))
verify_turn_on_interfaces(switch2, [switch2.ports["if01"]])
# Configuring ipv6 prefix-list on switch 1
step("Configuring ipv6 prefix configuration on SW1")
configure_prefix_list(switch1, "BGP1_IN", "10", "deny", "9966:1:2::/64",
80, 100)
configure_prefix_list(switch1, "BGP1_IN", "20", "permit", "7d5d:1:1::/64",
0, 70)
configure_prefix_list(switch1, "BGP1_IN", "30", "permit", "5d5d:1:1::/64",
0, 70)
configure_prefix_list(switch1, "BGP1_IN", "40", "permit", "2ccd:1:1::/64",
65, 0)
configure_prefix_list(switch1, "BGP1_IN", "50", "permit", "4ddc:1:1::/64",
0, 0)
# Configuring Route-map on switch 1
step("Configuring route-map on SW1")
configure_route_map(switch1, "BGP1_IN", "BGP1_IN")
# Configuring BGP on switch 1
step("Configuring router-id on SW1")
configure_router_id(step, switch1, as_num1, sw1_router_id)
step("Configuring networks on SW1")
configure_network(switch1, as_num1, "3dcd:1:1::/64")
step("Configuring bgp neighbor on SW1")
configure_neighbor(switch1, as_num1, ipv6_addr2, as_num2)
step("Applying route-map to bgp neighbor on SW1")
configure_neighbor_rmap(switch1, as_num1, ipv6_addr2, as_num2, "BGP1_IN",
"in")
sleep(5)
# Configuring ipv6 prefix-list on switch 2
step("Configuring ipv6 prefix list configuration on SW2")
configure_prefix_list(
switch2, "A_sample_name_to_verify_the_"
"max_length_of_the_prefix_list_name_that_"
"can_be_confd", "4294967295", "permit", "any", 0, 0)
step("Configuring ipv6 prefix list configuration on SW2")
configure_prefix_list(switch2, "p2", "5", "deny", "any", 0, 0)
# Boundary and limit testing and Negative testing for prefix list
step("Boundary and limit testing and Negative testing for"
" ipv6 prefix list configuration on SW2")
verify_prefix_list_config(switch2, "p2", "0", "deny", "any", 0, 0)
verify_prefix_list_config(switch2, "p2", "4294967296", "deny", "any", 0, 0)
verify_prefix_list_config(switch2, "p2", "-429", "deny", "any", 0, 0)
# Configuring Route-map on switch 2
step("Configuring route-map on SW2")
configure_route_map(
switch2, "BGP2_Rmap1", "A_sample_name_to_verify_the_"
"max_length_of_the_prefix_list_name_that_"
"can_be_confd")
step("Configuring route-map on SW2")
configure_route_map(switch2, "BGP2_Rmap2", "p2")
# Configuring BGP on switch 2
step("Configuring router-id on SW2")
configure_router_id(step, switch2, as_num2, sw2_router_id)
step("Configuring networks on SW2")
configure_network(switch2, as_num2, "2ccd:1:1::/67")
configure_network(switch2, as_num2, "7d5d:1:1::/85")
configure_network(switch2, as_num2, "5d5d:1:1::/69")
configure_network(switch2, as_num2, "9966:1:2::/85")
configure_network(switch2, as_num2, "4ddc:1:1::/64")
configure_neighbor(switch2, as_num2, ipv6_addr1, as_num1)
step("Applying route-map to bgp neighbor on SW2")
configure_neighbor_rmap(switch2, as_num2, ipv6_addr1, as_num1,
"BGP2_Rmap1", "out")
step("Applying route-map to bgp neighbor on SW2")
configure_neighbor_rmap(switch2, as_num2, ipv6_addr1, as_num1,
"BGP2_Rmap2", "in")
sleep(10)
