def delete_routes(self, routes):
uniRoutes = []
for route in routes:
ip, prefix = route.split("/")
addr = utils.ip_to_binary(ip)
uniRoutes.append(IpPrefix(ip=addr, prefixLength=prefix))
self.client.deleteUnicastRoutes(self.client_id, uniRoutes)
def __init__(self, **kwargs):
global args
default_vals = {
'host': None,
'port': None,
'entries': 32000,
'percent': 10,
'loops': 100,
'minprefix': 16,
'maxprefix': 64,
'randseed': 0, # we're going for pseudorandom, not real random
}
default_vals.update(kwargs)
for kw, arg in default_vals.items():
setattr(self, kw, arg)
self.routes = {}
self.generation = 1
if (self.host is None) or (self.port is None):
raise Exception("Test needs to specify 'host' and 'port' options")
if (self.maxprefix > 120):
raise Exception("Error: this tool is not yet smart" +
" enough to do maxprefix > 120")
random.seed(self.randseed)
self.client = FbossAgentClient(host=self.host, port=self.port)
# a list of next hops; all routes point to same one: DROP
self.nexthops = [utils.ip_to_binary(nh) for nh in []]
self.client_id = 31336 # ID for our routes
def delete_routes(self, routes):
uniRoutes = []
for route in routes:
ip, prefix = route.split("/")
addr = utils.ip_to_binary(ip)
uniRoutes.append(IpPrefix(ip=addr, prefixLength=prefix))
self.client.deleteUnicastRoutes(self.client_id, uniRoutes)
def insert_routes(self, routes):
uniRoutes = []
for route in routes:
ip, prefix = route.split("/")
addr = utils.ip_to_binary(ip)
ipRoute = IpPrefix(ip=addr, prefixLength=prefix)
uniRoutes.append(UnicastRoute(dest=ipRoute, nextHopAddrs=self.nexthops))
self.client.addUnicastRoutes(self.client_id, uniRoutes)
def insert_routes(self, routes):
uniRoutes = []
for route in routes:
ip, prefix = route.split("/")
addr = utils.ip_to_binary(ip)
ipRoute = IpPrefix(ip=addr, prefixLength=prefix)
uniRoutes.append(UnicastRoute(dest=ipRoute, nextHopAddrs=self.nexthops))
self.client.addUnicastRoutes(self.client_id, uniRoutes)
def __init__(self, **kwargs):
for kw, arg in StressRouteInsertion.defaults.items():
setattr(self, kw, arg)
for kw, arg in kwargs.items():
setattr(self, kw, arg)
self.routes = {}
self.generation = 1
if (self.host is None) or (self.port is None):
raise Exception("Test needs to specify 'host' and 'port' options")
if (self.maxprefix > 120):
raise Exception("Error: this tool is not yet smart" +
" enough to do maxprefix > 120")
random.seed(self.randseed)
self.client = FbossAgentClient(host=self.host, port=self.port)
# a list of next hops; all routes point to same one: DROP
self.nexthops = [utils.ip_to_binary(nh) for nh in []]
self.client_id = 31336 # ID for our routes
def __init__(self, **kwargs):
for kw, arg in StressRouteInsertion.defaults.items():
setattr(self, kw, arg)
for kw, arg in kwargs.items():
setattr(self, kw, arg)
self.routes = {}
self.generation = 1
if (self.host is None) or (self.port is None):
raise Exception("Test needs to specify 'host' and 'port' options")
if self.maxprefix > 120:
raise Exception("Error: this tool is not yet smart" +
" enough to do maxprefix > 120")
random.seed(self.randseed)
self.client = PlainTextFbossAgentClient(host=self.host, port=self.port)
# a list of next hops; all routes point to same one: DROP
self.nexthops = [utils.ip_to_binary(nh) for nh in []]
self.client_id = 31336 # ID for our routes
def _flush_entry(self, ip, vlan):
bin_ip = utils.ip_to_binary(ip)
vlan_id = vlan
with self._create_agent_client() as client:
num_entries = client.flushNeighborEntry(bin_ip, vlan_id)
print("Flushed {} entries".format(num_entries))
def delete_route(self, route):
ip, prefix = route.split("/")
addr = utils.ip_to_binary(ip)
ipRoute = IpPrefix(ip=addr, prefixLength=prefix)
self.client.deleteUnicastRoute(self.client_id, ipRoute)
def insert_route(self, route):
ip, prefix = route.split("/")
addr = utils.ip_to_binary(ip)
ipRoute = IpPrefix(ip=addr, prefixLength=prefix)
uniRoute = UnicastRoute(dest=ipRoute, nextHopAddrs=self.nexthops)
self.client.addUnicastRoute(self.client_id, uniRoute)
def run(self, ip, vlan):
bin_ip = utils.ip_to_binary(ip)
vlan_id = vlan
client = self._create_ctrl_client()
num_entries = client.flushNeighborEntry(bin_ip, vlan_id)
print('Flushed {} entries'.format(num_entries))
def run(self, ip, vlan):
bin_ip = utils.ip_to_binary(ip)
vlan_id = vlan
client = self._create_ctrl_client()
num_entries = client.flushNeighborEntry(bin_ip, vlan_id)
print('Flushed {} entries'.format(num_entries))
