def _should_touch(self):
if not get_extra()['options'].has_key('ONDEMAND'):
return True
if self.chassis == get_extra()['system_id']:
return True
if self.peer is not None:
return True
return False
def insert_ovs_ipfix(br = 'br-int'):
try:
ovs_vsctl('clear', 'bridge', br, 'ipfix')
options = get_extra()['options']
if 'IPFIX_CFG' in options:
cfg = options['IPFIX_CFG']
logger.debug('add ipfix record {}'.format(cfg))
ovs_vsctl('--', 'set', 'Bridge', br, 'ipfix=@i', '--', '--id=@i', \
'create', 'IPFIX', 'targets=\"{}\"'.format(cfg['collector']), \
'obs_domain_id={}'.format(cfg['domain_id']), \
'obs_point_id={}'.format(cfg['point_id']), \
'sampling={}'.format(cfg['sampling_rate']), \
'other_config:enable-tunnel-sampling=flase')
except Exception as e:
logger.error('failed to alter ipfix record for %s: %s', br, e)
raise OVSToolErr('failed to alter ipfix record: ' + str(e))
def add_entity(self, entity_type, *properties):
entity_class = LogicalEntityZoo.logical_entity_types.get(entity_type)
if entity_class is None:
logger.warning('unknow entity_type %s', entity_type)
return
entity_id = properties[0]
entity_group = self.entity_set[entity_type]
with self.lock:
if entity_group.has_key(entity_id) and \
entity_group[entity_id].is_same(*properties):
logger.info(
'entity_set[%s] has same property entity '
'exist entity:%s, conflict entity:%s', entity_type,
entity_group[entity_id], properties)
return
try:
e = entity_class(*properties)
except Exception as err:
logger.exception(
"hit error in adding entity %s, "
"property:%s, err:%s", entity_type, properties, err)
return
e = self._add_entity_in_zoo(entity_type, e)
if e is None:
return None
e.populate()
# a chassis which a LR pin on should be touch to generate
# tunnel. This tunnel was use to redirect traffic.
if not get_extra()['options'].has_key('ONDEMAND'):
return
# a LR pin on a remote chassis means this chassis s a
# gateway or agent. The tunnel should be generated immediately.
if entity_type == LOGICAL_ENTITY_TYPE_LR:
self._touch_gateway_by_LR(e)
if entity_type == LOGICAL_ENTITY_TYPE_CHASSIS:
self._touch_gateway_by_chassis(e)
def _should_touch(self):
if not get_extra()['options'].has_key('ONDEMAND'):
return True
if self.uuid == get_extra()['system_id']:
return True
return False
import logicalview as lgview
import lflow
import ecmp
import action as ovsaction
import match as ovsmatch
import time
from pyDatalog import pyDatalog
from tp_utils.run_env import is_gateway_chassis, get_extra
import tunnel
logger = logging.getLogger(__name__)
prev_zoo_ver = 0 # it should be 0 which same as entity_zoo's zoo_ver
had_clean_tunnel_ports = False
had_clean_ovs_flows = False
# NOTE: DO NOT revise the filename
MAC_IP_BIND_FILE = os.path.join(get_extra()['options']['TUPLENET_RUNDIR'],
'mac_ip_bind.data')
pyDatalog.create_terms('Table, Priority, Match, Action, State')
pyDatalog.create_terms('PORT_NAME, IP, UUID_CHASSIS')
def update_lsp_chassis(entity_set, system_id):
lsp_chassis_changed = []
lsp_portset = entity_set['lsp']
ovsport_set = entity_set['ovsport']
for _, ovsport in ovsport_set.items():
key = ovsport.iface_id
if lsp_portset.has_key(key) and \
lsp_portset[key].chassis != system_id:
lsp_chassis_changed.append(lsp_portset[key])
logger.info('should update lsp %s chassis %s', key, system_id)
return lsp_chassis_changed
def init_entity_clause(options):
local_bond_lsp(LSP_WITH_OFPORT, LS, State) <= (
ovsport(PORT_NAME, UUID_LSP, OFPORT, State1) &
(OFPORT > 0) &
ls_array(LS, UUID_LS, State2) &
lsp_array(UUID_LSP, LSP, UUID_LS, UUID_CHASSIS, UUID_LRP, State3) &
local_system_id(UUID_CHASSIS) &
(LSP_WITH_OFPORT == (LSP + [OFPORT])) &
(State == State1 + State2 + State3)
)
local_lsp(LSP, LS, State) <= (
(UUID_LR_CHASSIS == None) &
lsp_link_lrp(LSP, LS, UUID_LS, LRP, LR, UUID_LR, UUID_LR_CHASSIS, State)
)
local_lsp(LSP, LS, State) <= (
local_system_id(UUID_LR_CHASSIS) &
lsp_link_lrp(LSP, LS, UUID_LS, LRP, LR, UUID_LR, UUID_LR_CHASSIS, State)
)
local_lsp(LSP, LS, State) <= (local_bond_lsp(LSP, LS, State))
active_lsp(LSP, LS, UUID_LS, State) <= (
ls_array(LS, UUID_LS, State1) &
lsp_array(UUID_LSP, LSP, UUID_LS, UUID_CHASSIS, UUID_LRP, State2) &
chassis_array(PHY_CHASSIS, UUID_CHASSIS, State3) &
(State == State1 + State2 + State3)
)
active_lsp(LSP, LS, UUID_LS, State) <= (
lsp_link_lrp(LSP, LS, UUID_LS, LRP, LR, UUID_LR, UUID_LR_CHASSIS, State))
remote_chassis(UUID_CHASSIS, PHY_CHASSIS_WITH_OFPORT, State) <= (
ovsport_chassis(PORT_NAME, UUID_CHASSIS, OFPORT, State1) &
(OFPORT > 0) &
chassis_array(PHY_CHASSIS, UUID_CHASSIS, State2) &
(PHY_CHASSIS_WITH_OFPORT == PHY_CHASSIS + [OFPORT]) &
(State == State1 + State2)
)
local_chassis(PHY_CHASSIS, State) <= (
local_system_id(UUID_CHASSIS) &
chassis_array(PHY_CHASSIS, UUID_CHASSIS, State)
)
remote_lsp(LSP, LS, PHY_CHASSIS, State) <= (
remote_chassis(UUID_CHASSIS, PHY_CHASSIS, State1) &
lsp_array(UUID_LSP, LSP, UUID_LS, UUID_CHASSIS, UUID_LRP, State2) &
ls_array(LS, UUID_LS, State3) &
(State == State1 + State2 + State3)
)
remote_lsp(LSP, LS, PHY_CHASSIS, State) <= (
lsp_link_lrp(LSP, LS, UUID_LS, LRP, LR, UUID_LR, UUID_LR_CHASSIS, State1) &
remote_chassis(UUID_LR_CHASSIS, PHY_CHASSIS, State2) &
(State == State1 + State2)
)
lsp_link_lrp(LSP, LS, UUID_LS, LRP, LR, UUID_LR, UUID_LR_CHASSIS, State) <= (
lrp_array(UUID_LRP, LRP, UUID_LR, UUID_LSP, State1) &
exchange_lsp_array(UUID_LSP, LSP, UUID_LS, UUID_CHASSIS, UUID_LRP, State2) &
ls_array(LS, UUID_LS, State3) &
lr_array(LR, UUID_LR, State4) &
(UUID_LR_CHASSIS == LR[LR_CHASSIS_UUID]) &
(State == State1 + State2 + State3 +State4)
)
next_hop_ovsport(UUID_LRP, OFPORT, State) <= (
lrp_array(UUID_LRP, LRP, UUID_LR, UUID_LSP, State1) &
exchange_lsp_array(UUID_LSP1, LSP1, UUID_LS, UUID_CHASSIS1, UUID_LRP, State2) &
exchange_lsp_array(UUID_LSP2, LSP2, UUID_LS, UUID_CHASSIS2, UUID_LRP2, State3) &
lrp_array(UUID_LRP2, LRP2, UUID_LR2, UUID_LSP2, State4) & (UUID_LR != UUID_LR2) &
lr_array(LR2, UUID_LR2, State5) &
ovsport_chassis(PORT_NAME, LR2[LR_CHASSIS_UUID], OFPORT, State6) & (OFPORT > 0) &
(State == State1 + State2 + State3 + State4 + State5 + State6)
)
if not get_extra()['options'].has_key('ENABLE_PERFORMANCE_TESTING'):
lnat_data(LNAT, LR, XLATE_TYPE, UUID_LR, State) <= (
lr_array(LR, UUID_LR, State1) &
# TODO local_system_id, UUID_CHASSIS here introduce
# performance regression
(UUID_CHASSIS == LR[LR_CHASSIS_UUID]) &
local_system_id(UUID_CHASSIS) &
lnat_array(LNAT, UUID_LR, XLATE_TYPE, State2) &
(State == State1 + State2)
)
else:
lnat_data(LNAT, LR, XLATE_TYPE, UUID_LR, State) <= (
lr_array(LR, UUID_LR, State1) &
lnat_array(LNAT, UUID_LR, XLATE_TYPE, State2) &
(State == State1 + State2)
)
def _is_update_clause(self):
if not get_extra()['options'].has_key('ONDEMAND'):
return True
if self.uuid == get_extra()['system_id']:
return True
return self.touched
random.randint(1, 254)),
int(time.time()))
chassis_set[chassis_id] = ch
populate_all()
start_time = time.time()
tunnel.tunnel_port_oper(A, B, C)
tmp = A.data
tmp = B.data
tmp = C.data
logger.info('tunnel_port_oper cost time:%s, num:%d',
time.time() - start_time, len(tmp))
start_time = time.time()
active_lsp(A, B, C, State)
tmp = A.data
logger.info('active_lsp cost time:%s', time.time() - start_time)
logger.info('\n\n')
extra = get_extra()
extra['system_id'] = 'chassis-local'
extra['options'] = {}
extra['options']['ENABLE_REDIRECT'] = ''
extra['options']['ENABLE_PERFORMANCE_TESTING'] = ''
extra['options']['ONDEMAND'] = ''
extra['options']['ENABLE_UNTUNNEL'] = ''
extra['options']['br-int_mac'] = '00:00:00:11:11:11'
entity_set = entity_zoo.entity_set
lflow.init_build_flows_clause(extra['options'])
test_rand_entity(entity_set, 20, 500, 5000)
from pyDatalog import pyDatalog from tp_utils import run_env hash_fn = run_env.get_extra()['options']['HASH_FN'] Action_output = 1 Action_output_reg = 2 Action_output_max_len = 3 Action_output_group = 4 Action_normal = 5 Action_flood = 6 Action_all = 7 Action_local = 8 Action_output_inport = 9 Action_enqueue = 20 Action_drop = 21 Action_mod_vlan_vid = 31 Acton_mod_vlan_pcp = 32 Action_strip_vlan = 33 Action_push_vlan = 34 Action_push_mpls = 35 Action_pop_mpls = 36 Action_mod_dl_src = 40 Action_mod_dl_dst = 41 Action_mod_nw_src = 42 Action_mod_nw_dst = 43 Action_mod_nw_tos = 44 Action_mod_nw_ecn = 45 Action_mod_nw_ttl = 46
sys.path = [parent_dir, ppparent_dir, py_third_dir] + sys.path
import lflow
import commit_ovs as cm
import logicalview as lgview
import state_update
import tentacle
import tuplesync
import link_master as lm
from optparse import OptionParser
from pyDatalog import pyDatalog
from tp_utils import run_env, pipe
import syscmd
import version
logger = None
extra = run_env.get_extra()
entity_zoo = lgview.get_zoo()
def handle_exit_signal(signum, frame):
logger.info('receive signum:%s', signum)
try:
clean_env(extra, 0)
except Exception as err:
logger.warning("error in clearning environment, err:%s", err)
logger.info('Exit tuplenet')
sys.exit(0)
def killme():
os.kill(os.getpid(), signal.SIGTERM)