def test_term_mac(self):
flow = pb.TerminationMacFlow(match=pb.TerminationMacFlow.Match(
in_port=1, eth_type=0x0800, eth_dst=_ETH_DST, vlan_vid=_VID),
actions=[],
goto_table=pb.FlowMod.UNICAST_ROUTING)
mod = pb.FlowMod(cmd="ADD",
table=pb.FlowMod.TERM_MAC,
re_id=_RE_ID,
term_mac=flow)
p = fibcdbm.FIBCPortEntry.new(name=_IFNAME,
port=2,
dp_id=_DP_ID,
re_id=_RE_ID)
portmap = Mock(spec=fibcdbm.FIBCDbPortMapTable)
portmap.find_by_vm.return_value = p
portmap.lower_port.return_value = p
#exec
fibccnv.conv_flow(mod, portmap)
#check
self.assertEqual(mod.cmd, pb.FlowMod.ADD)
self.assertEqual(mod.table, pb.FlowMod.TERM_MAC)
self.assertEqual(mod.re_id, _RE_ID)
self.assertEqual(mod.term_mac.match.in_port, 2)
self.assertEqual(mod.term_mac.match.eth_type, 0x0800)
self.assertEqual(mod.term_mac.match.eth_dst, _ETH_DST)
self.assertEqual(mod.term_mac.match.vlan_vid, _VID)
self.assertEqual(len(mod.term_mac.actions), 0)
self.assertEqual(mod.term_mac.goto_table, pb.FlowMod.UNICAST_ROUTING)
def test_vlan(self):
flow = pb.VLANFlow(match=pb.VLANFlow.Match(
in_port=1,
vid=_VID,
vid_mask=_VID_MASK,
),
actions=[],
goto_table=pb.FlowMod.TERM_MAC)
mod = pb.FlowMod(cmd="ADD",
table=pb.FlowMod.VLAN,
re_id=_RE_ID,
vlan=flow)
p = fibcdbm.FIBCPortEntry.new(name=_IFNAME,
port=2,
dp_id=_DP_ID,
re_id=_RE_ID)
portmap = Mock(spec=fibcdbm.FIBCDbPortMapTable)
portmap.find_by_vm.return_value = p
portmap.lower_port.return_value = p
#exec
fibccnv.conv_flow(mod, portmap)
#check
self.assertEqual(mod.cmd, pb.FlowMod.ADD)
self.assertEqual(mod.table, pb.FlowMod.VLAN)
self.assertEqual(mod.re_id, _RE_ID)
self.assertEqual(mod.vlan.match.in_port, 2)
self.assertEqual(mod.vlan.match.vid, _VID)
self.assertEqual(mod.vlan.match.vid_mask, _VID_MASK)
self.assertEqual(len(mod.vlan.actions), 0)
self.assertEqual(mod.vlan.goto_table, pb.FlowMod.TERM_MAC)
def test_bridging(self):
flow = pb.BridgingFlow(action=pb.BridgingFlow.Action(
name=pb.PolicyACLFlow.Action.OUTPUT,
value=1,
))
mod = pb.FlowMod(
cmd="ADD",
table=pb.FlowMod.BRIDGING,
re_id=_RE_ID,
bridging=flow,
)
p = fibcdbm.FIBCPortEntry.new(name=_IFNAME,
port=2,
dp_id=_DP_ID,
re_id=_RE_ID)
portmap = Mock(spec=fibcdbm.FIBCDbPortMapTable)
portmap.find_by_vm.return_value = p
portmap.lower_port.return_value = p
# exec
fibccnv.conv_flow(mod, portmap)
# print mod
# check
self.assertEqual(mod.cmd, pb.FlowMod.ADD)
self.assertEqual(mod.table, pb.FlowMod.BRIDGING)
self.assertEqual(mod.re_id, _RE_ID)
self.assertEqual(mod.bridging.action.name,
pb.PolicyACLFlow.Action.OUTPUT)
self.assertEqual(mod.bridging.action.value, 2)
def on_flow_mod(self, evt):
"""
Process FlowMod event
"""
mod = evt.msg
if fibclog.dump_msg():
_LOG.debug("%s", mod)
try:
dpath, mode = _find_dp_by_re_id(mod.re_id)
if dpath is not None:
fibccnv.conv_flow(mod, fibcdbm.portmap())
func = ofc.flow(mode, mod.table)
func(dpath, mod, ofctl)
sleep(_SEND_MOD_WAIT_SEC)
except Exception as expt:
_LOG.exception(expt)
