def add_vrrp_group(self,
vlan_number,
group_id,
ips=None,
priority=None,
hello_interval=None,
dead_interval=None,
track_id=None,
track_decrement=None):
self.real_switch.add_vrrp_group(vlan_number,
group_id,
ips=ips,
priority=priority,
hello_interval=hello_interval,
dead_interval=dead_interval,
track_id=track_id,
track_decrement=track_decrement)
self.vlans_cache[vlan_number].vrrp_groups.append(
VrrpGroup(id=group_id,
ips=ips,
priority=priority,
hello_interval=hello_interval,
dead_interval=dead_interval,
track_id=track_id,
track_decrement=track_decrement))
def test_remove_vrrp_group(self):
self.real_switch_mock.should_receive("get_vlans").once() \
.and_return([Vlan(1, vrrp_groups=[VrrpGroup(id=2)])])
self.switch.get_vlans()
self.real_switch_mock.should_receive("remove_vrrp_group").once() \
.with_args(1, 2)
self.switch.remove_vrrp_group(1, 2)
assert_that(self.switch.get_vlans(), is_([Vlan(1, vrrp_groups=[])]))
def _to_vrrp_group(vrrp_node):
priority = first_text(vrrp_node.xpath("priority"))
track_decrement = first_text(vrrp_node.xpath("track/route/priority-cost"))
return VrrpGroup(
id=int(first_text(vrrp_node.xpath("name"))),
ips=[IPAddress(ip.text) for ip in vrrp_node.xpath("virtual-address")],
priority=int(priority) if priority is not None else None,
track_id=first_text(vrrp_node.xpath("track/route/route_address")),
track_decrement=int(track_decrement)
if track_decrement is not None else None,
)
def add_interface_vlan_data(target_vlan, int_vlan_data):
vrrp_group = None
for line in int_vlan_data[1:]:
if vrrp_group is not None and not line.startswith(" "):
vrrp_group = False
if regex.match("^ ip address ([^\s]*)", line):
target_vlan.ips.append(BrocadeIPNetwork(regex[0], is_secondary=line.endswith("secondary")))
elif regex.match("^ ip access-group ([^\s]*) ([^\s]*)", line):
direction = {'in': IN, 'out': OUT}[regex[1]]
target_vlan.access_groups[direction] = regex[0]
elif regex.match("^ vrf forwarding ([^\s]*)", line):
target_vlan.vrf_forwarding = regex[0]
elif regex.match("^ (?:ip|ipv6) vrrp-extended vrid ([^\s]*)", line):
vrrp_group = next((group for group in target_vlan.vrrp_groups if str(group.id) == regex[0]), None)
if vrrp_group is None:
vrrp_group = VrrpGroup(id=int(regex[0]))
target_vlan.vrrp_groups.append(vrrp_group)
elif regex.match("^ (?:ip|ipv6)-address ([^\s]*)", line):
vrrp_group.ips.append(IPAddress(regex[0]))
elif regex.match("^ backup priority ([^\s]*) track-priority ([^\s]*)", line):
vrrp_group.priority = int(regex[0])
vrrp_group.track_decrement = int(regex[1])
elif regex.match("^ hello-interval ([^\s]*)", line):
vrrp_group.hello_interval = int(regex[0])
elif regex.match("^ dead-interval ([^\s]*)", line):
vrrp_group.dead_interval = int(regex[0])
elif regex.match("^ track-port (.*)", line):
vrrp_group.track_id = regex[0]
elif regex.match("^ activate", line):
vrrp_group = None
elif regex.match("^ ip helper-address ([^\s]*)", line):
target_vlan.dhcp_relay_servers.append(IPAddress(regex[0]))
elif regex.match("^ no ip redirect", line):
target_vlan.icmp_redirects = False
def test_add_vrrp_group(self):
self.real_switch_mock.should_receive("get_vlans").once() \
.and_return([Vlan(1)])
self.switch.get_vlans()
self.real_switch_mock.should_receive("add_vrrp_group").once() \
.with_args(1, 2, ips=None, priority=23, hello_interval=None,
dead_interval=None, track_id=None, track_decrement=None)
self.switch.add_vrrp_group(1, 2, priority=23)
assert_that(self.switch.get_vlans(),
is_([Vlan(1, vrrp_groups=[VrrpGroup(id=2, priority=23)])]))
def apply_interface_running_config_data(vlan, data):
for line in data:
if regex.match("^ ip address ([^\s]*) ([^\s]*)(.*)", line):
ip = IPNetwork("{}/{}".format(regex[0], regex[1]))
if "secondary" not in regex[2]:
vlan.ips.insert(0, ip)
else:
vlan.ips.append(ip)
elif regex.match("^ ip access-group ([^\s]*) ([^\s]*).*", line):
if regex[1] == "in":
vlan.access_groups[IN] = regex[0]
else:
vlan.access_groups[OUT] = regex[0]
elif regex.match("^ ip vrf forwarding ([^\s]*).*", line):
vlan.vrf_forwarding = regex[0]
elif regex.match("^ standby ([\d]+) (.*)", line):
vrrp_group = next(
(group
for group in vlan.vrrp_groups if str(group.id) == regex[0]),
None)
if vrrp_group is None:
vrrp_group = VrrpGroup(id=int(regex[0]))
vlan.vrrp_groups.append(vrrp_group)
vrrp_info = regex[1].strip()
if regex.match("^ip ([^\s]*).*", vrrp_info):
vrrp_group.ips.append(IPAddress(regex[0]))
elif regex.match("^timers ([^\s]*) ([^\s]*)", vrrp_info):
vrrp_group.hello_interval = int(regex[0])
vrrp_group.dead_interval = int(regex[1])
elif regex.match("^priority ([^\s]*)", vrrp_info):
vrrp_group.priority = int(regex[0])
elif regex.match("^track ([^\s]*) decrement ([^\s]*)", vrrp_info):
vrrp_group.track_id = regex[0]
vrrp_group.track_decrement = int(regex[1])
elif regex.match("^ ip helper-address ([^\s]*)", line):
vlan.dhcp_relay_servers.append(IPAddress(regex[0]))
elif regex.match("^ no ip proxy-arp", line):
vlan.arp_routing = False
elif regex.match("^ no ip redirects", line):
vlan.icmp_redirects = False
elif regex.match("^ ip verify unicast source reachable-via rx", line):
vlan.unicast_rpf_mode = STRICT
elif regex.match("^ ntp disable", line):
vlan.ntp = False
def add_interface_vlan_data(target_vlan, int_vlan_data):
vrrp_group = None
for line in int_vlan_data[1:]:
if vrrp_group is not None and not line.startswith(" "):
vrrp_group = False
if regex.match("^ ip address ([^\s]*)", line):
target_vlan.ips.append(
BrocadeIPNetwork(regex[0],
is_secondary=line.endswith("secondary")))
elif regex.match("^ ip access-group ([^\s]*) ([^\s]*)", line):
direction = {'in': IN, 'out': OUT}[regex[1]]
target_vlan.access_groups[direction] = regex[0]
elif regex.match("^ vrf forwarding ([^\s]*)", line):
target_vlan.vrf_forwarding = regex[0]
elif regex.match("^ ip vrrp-extended vrid ([^\s]*)", line):
vrrp_group = next((group for group in target_vlan.vrrp_groups
if str(group.id) == regex[0]), None)
if vrrp_group is None:
vrrp_group = VrrpGroup(id=int(regex[0]))
target_vlan.vrrp_groups.append(vrrp_group)
elif regex.match("^ ip-address ([^\s]*)", line):
vrrp_group.ips.append(IPAddress(regex[0]))
if vrrp_group:
if regex.match(
"^ backup priority ([^\s]*) track-priority ([^\s]*)",
line):
vrrp_group.priority = int(regex[0])
vrrp_group.track_decrement = int(regex[1])
elif regex.match("^ hello-interval ([^\s]*)", line):
vrrp_group.hello_interval = int(regex[0])
elif regex.match("^ dead-interval ([^\s]*)", line):
vrrp_group.dead_interval = int(regex[0])
elif regex.match("^ track-port (.*)", line):
vrrp_group.track_id = regex[0]
elif regex.match("^ activate", line):
vrrp_group = None
elif regex.match("^ ip helper-address ([^\s]*)", line):
target_vlan.dhcp_relay_servers.append(IPAddress(regex[0]))
elif regex.match("^ no ip redirect", line):
target_vlan.icmp_redirects = False
def apply_interface_running_config_data(vlan, data):
for line in data:
if regex.match("^ ip address ([^\s]*) ([^\s]*)(.*)", line):
ip = IPNetwork("{}/{}".format(regex[0], regex[1]))
if "secondary" not in regex[2]:
vlan.ips.insert(0, ip)
else:
vlan.ips.append(ip)
elif regex.match("^ ip access-group ([^\s]*) ([^\s]*).*", line):
if regex[1] == "in":
vlan.access_groups[IN] = regex[0]
else:
vlan.access_groups[OUT] = regex[0]
elif regex.match("^ ip vrf forwarding ([^\s]*).*", line):
vlan.vrf_forwarding = regex[0]
elif regex.match("^ standby ([^\s]*)(.*)", line):
vrrp_group = next((group for group in vlan.vrrp_groups if str(group.id) == regex[0]), None)
if vrrp_group is None:
vrrp_group = VrrpGroup(id=int(regex[0]))
vlan.vrrp_groups.append(vrrp_group)
vrrp_info = regex[1].strip()
if regex.match("^ip ([^\s]*).*", vrrp_info):
vrrp_group.ips.append(IPAddress(regex[0]))
elif regex.match("^timers ([^\s]*) ([^\s]*)", vrrp_info):
vrrp_group.hello_interval = int(regex[0])
vrrp_group.dead_interval = int(regex[1])
elif regex.match("^priority ([^\s]*)", vrrp_info):
vrrp_group.priority = int(regex[0])
elif regex.match("^track ([^\s]*) decrement ([^\s]*)", vrrp_info):
vrrp_group.track_id = regex[0]
vrrp_group.track_decrement = int(regex[1])
elif regex.match("^ ip helper-address ([^\s]*)", line):
vlan.dhcp_relay_servers.append(IPAddress(regex[0]))
elif regex.match("^ no ip redirects", line):
vlan.icmp_redirects = False
def to_core(serialized):
return VrrpGroup(ips=[IPAddress(ip) for ip in serialized.pop('ips')],
**serialized)