def test_list_by_link_ref(self):
dpid = 100
reid = "1.1.1.1"
_ports = [
dict(name="10/eth1", port=1),
dict(name="20/eth1", port=2),
dict(name="20/eth2", port=3),
dict(name="10/eth1.10", port=0, link="10/eth1"),
dict(name="20/eth2.10", port=0, link="20/eth2"),
dict(name="20/eth2.20", port=0, link="20/eth2"),
]
ports = [fibcdbm.FIBCPortEntry.new(dp_id=dpid, re_id=reid, **p) for p in _ports]
table = fibcdbm.FIBCDbPortMapTable()
for port in ports:
table.add(port)
# 10/eth1 -> 10/eth1.10
link = portmap.FIBCLink(re_id=reid, name="10/eth1")
ret = table.list_by_link_ref(link)
self.assertEqual(ret, ports[3:4])
# 20/eth2 -> 20/eth2.10, 20/eth2.20
link = portmap.FIBCLink(re_id=reid, name="20/eth2")
ret = table.list_by_link_ref(link)
self.assertEqual(ret, ports[4:6])
# 20/eth1 -> []
link = portmap.FIBCLink(re_id=reid, name="20/eth1")
ret = table.list_by_link_ref(link)
self.assertEqual(ret, [])
def test_create_port_bond(self):
dpid = 100
reid = "1.1.1.1"
name = "ethX"
slaves = ["ethA", "ethB"]
# exec
ret = fibcdbm.FIBCPortEntry.new(dp_id=dpid,
re_id=reid,
name=name,
port=1,
slaves=slaves)
# check
expect = dict(
dp=portmap.FIBCPort(dpid, 1),
vm=portmap.FIBCPort(reid, 0),
vs=portmap.FIBCPort(0, 0),
name=portmap.FIBCLink(reid, name),
link=None,
dpenter=False,
slaves=[
portmap.FIBCLink(reid, slaves[0]),
portmap.FIBCLink(reid, slaves[1]),
],
)
self.assertEqual(ret, expect)
def test_create_port_vlan(self):
dpid = 100
reid = "1.1.1.1"
name = "ethX"
link = "ethY"
# exec
ret = fibcdbm.FIBCPortEntry.new(
dp_id=dpid, re_id=reid, name=name, port=1, link=link)
# check
expect = dict(
dp=portmap.FIBCPort(dpid, 1),
vm=portmap.FIBCPort(reid, 0),
vs=portmap.FIBCPort(0, 0),
name=portmap.FIBCLink(reid, name),
link=portmap.FIBCLink(reid, link),
dpenter=False,
no_vs=False,
vs_hw_addr="",
)
self.assertEqual(ret, expect)