def test_multiple_vlans(self):
with vlan_device(self.device_name, tag=16) as vlan1:
with vlan_device(self.device_name, tag=17) as vlan2:
for v in (vlan1, vlan2):
qos.configure_outbound(HOST_QOS_OUTBOUND,
self.device_name, v.tag)
tc_classes, tc_filters, tc_qdiscs = \
self._analyse_qos_and_general_assertions()
self.assertEqual(len(tc_classes.classes), 2)
self.assertEqual(len(tc_qdiscs.leaf_qdiscs), 3)
v1_qdisc = self._vlan_qdisc(tc_qdiscs.leaf_qdiscs, vlan1.tag)
v2_qdisc = self._vlan_qdisc(tc_qdiscs.leaf_qdiscs, vlan2.tag)
v1_class = self._vlan_class(tc_classes.classes, vlan1.tag)
v2_class = self._vlan_class(tc_classes.classes, vlan2.tag)
self._assert_parent([v1_qdisc], v1_class)
self._assert_parent([v2_qdisc], v2_class)
self.assertEqual(len(tc_filters.tagged_filters), 2)
current_tagged_filters_flow_id = set(
f['basic']['flowid'] for f in tc_filters.tagged_filters)
expected_flow_ids = set(
'%s%x' % (qos._ROOT_QDISC_HANDLE, v.tag)
for v in (vlan1, vlan2))
self.assertEqual(current_tagged_filters_flow_id,
expected_flow_ids)
def test_multiple_vlans(self):
with vlan_device(self.device_name, tag=16) as vlan1:
with vlan_device(self.device_name, tag=17) as vlan2:
for v in (vlan1, vlan2):
qos.configure_outbound(HOST_QOS_OUTBOUND, self.device_name,
v.tag)
tc_classes, tc_filters, tc_qdiscs = \
self._analyse_qos_and_general_assertions()
self.assertEqual(len(tc_classes.classes), 2)
self.assertEqual(len(tc_qdiscs.leaf_qdiscs), 3)
v1_qdisc = self._vlan_qdisc(tc_qdiscs.leaf_qdiscs, vlan1.tag)
v2_qdisc = self._vlan_qdisc(tc_qdiscs.leaf_qdiscs, vlan2.tag)
v1_class = self._vlan_class(tc_classes.classes, vlan1.tag)
v2_class = self._vlan_class(tc_classes.classes, vlan2.tag)
self._assert_parent([v1_qdisc], v1_class)
self._assert_parent([v2_qdisc], v2_class)
self.assertEqual(len(tc_filters.tagged_filters), 2)
current_tagged_filters_flow_id = set(
f['basic']['flowid'] for f in tc_filters.tagged_filters)
expected_flow_ids = set('%s%x' %
(qos._ROOT_QDISC_HANDLE, v.tag)
for v in (vlan1, vlan2))
self.assertEqual(current_tagged_filters_flow_id,
expected_flow_ids)
def test_single_vlan(self, repeating_calls):
with vlan_device(self.device_name) as vlan:
for _ in range(repeating_calls):
qos.configure_outbound(HOST_QOS_OUTBOUND, self.device_name,
vlan.tag)
tc_classes, tc_filters, tc_qdiscs = \
self._analyse_qos_and_general_assertions()
self.assertEqual(len(tc_classes.classes), 1)
self.assertEqual(len(tc_qdiscs.leaf_qdiscs), 2)
vlan_qdisc = self._vlan_qdisc(tc_qdiscs.leaf_qdiscs, vlan.tag)
vlan_class = self._vlan_class(tc_classes.classes, vlan.tag)
self._assert_parent([vlan_qdisc], vlan_class)
self.assertEqual(len(tc_filters.tagged_filters), 1)
self.assertEqual(
int(tc_filters.tagged_filters[0]['basic']['value']), vlan.tag)
def test_single_vlan(self, repeating_calls):
with vlan_device(self.device_name) as vlan:
for _ in range(repeating_calls):
qos.configure_outbound(HOST_QOS_OUTBOUND, self.device_name,
vlan.tag)
tc_classes, tc_filters, tc_qdiscs = \
self._analyse_qos_and_general_assertions()
self.assertEqual(len(tc_classes.classes), 1)
self.assertEqual(len(tc_qdiscs.leaf_qdiscs), 2)
vlan_qdisc = self._vlan_qdisc(tc_qdiscs.leaf_qdiscs, vlan.tag)
vlan_class = self._vlan_class(tc_classes.classes, vlan.tag)
self._assert_parent([vlan_qdisc], vlan_class)
self.assertEqual(len(tc_filters.tagged_filters), 1)
self.assertEqual(
int(tc_filters.tagged_filters[0]['basic']['value']),
vlan.tag)
