def _report_network_qos(caps):
"""Augment netinfo information with QoS data for the engine"""
qdiscs = defaultdict(list)
for qdisc in tc._qdiscs(dev=None): # None -> all dev qdiscs
qdiscs[qdisc['dev']].append(qdisc)
for net, attrs in caps['networks'].iteritems():
iface = attrs['iface']
if iface in caps['bridges']:
host_ports = [port for port in attrs['ports'] if
not port.startswith('vnet')]
if not host_ports: # Port-less bridge
continue
iface, = host_ports
if iface in caps['vlans']:
vlan_id = caps['vlans'][iface]['vlanid']
iface = caps['vlans'][iface]['iface']
iface_qdiscs = qdiscs.get(iface)
if iface_qdiscs is None:
continue
class_id = (qos._root_qdisc(iface_qdiscs)['handle'] + '%x' %
vlan_id)
else:
iface_qdiscs = qdiscs.get(iface)
if iface_qdiscs is None:
continue
class_id = (qos._root_qdisc(iface_qdiscs)['handle'] +
qos._DEFAULT_CLASSID)
# Now that iface is either a bond or a nic, let's get the QoS info
classes = [cls for cls in tc.classes(iface, classid=class_id) if
cls['kind'] == 'hfsc']
if classes:
cls, = classes
attrs['hostQos'] = {'out': cls['hfsc']}
def _analyse_classes(self):
all_classes = list(tc.classes(self.device_name))
root_class = self._root_class(all_classes)
default_class = self._default_class(all_classes)
all_classes.remove(root_class)
all_classes.remove(default_class)
return TcClasses(all_classes, default_class, root_class)
def test_classes(self):
cmd_line_ls_10 = 3200
cmd_line_ls_m1_20 = 6400
cmd_line_ls_d_20 = 152
cmd_line_ls_m2_20 = 3200
cmd_line_ls_30 = 3500
cmd_line_ls_m2_5000 = 40000
data = '\n'.join((
'class hfsc 1: root',
'class hfsc 1:10 parent 1: leaf 10: sc m1 0bit d 0us '
'm2 {0}Kbit'.format(cmd_line_ls_10), # end of previous line
'class hfsc 1:20 parent 1: leaf 20: ls m1 {0}Kibit d {1}us '
'm2 {2}Kbit ul m1 0bit d 0us m2 30000Kbit'.format(
cmd_line_ls_m1_20, cmd_line_ls_d_20, cmd_line_ls_m2_20),
'class hfsc 1:30 parent 1: leaf 40: sc m1 0bit d 0us '
'm2 {0}bit'.format(cmd_line_ls_30), # end of previous line
'class hfsc 1:5000 parent 1: leaf 5000: ls m1 0bit d 0us '
'm2 {0}Kbit'.format(cmd_line_ls_m2_5000), # end of previous line
))
reported_ls_10 = cmd_line_ls_10 * 1000 / 8
reported_ls_m1_20 = cmd_line_ls_m1_20 * 1024 / 8
reported_ls_d_20 = cmd_line_ls_d_20 / 8
reported_ls_m2_20 = cmd_line_ls_m2_20 * 1000 / 8
reported_ls_30 = cmd_line_ls_30 / 8
reported_ls_5000 = cmd_line_ls_m2_5000 * 1000 / 8
classes = (
{'kind': 'hfsc', 'root': True, 'handle': '1:'},
{'kind': 'hfsc', 'handle': '1:10', 'parent': '1:', 'leaf': '10:',
'hfsc': {'ls': {'m1': 0, 'd': 0, 'm2': reported_ls_10},
'rt': {'m1': 0, 'd': 0, 'm2': reported_ls_10}}},
{'kind': 'hfsc', 'handle': '1:20', 'parent': '1:', 'leaf': '20:',
'hfsc': {'ls': {'m1': reported_ls_m1_20, 'd': reported_ls_d_20,
'm2': reported_ls_m2_20},
'ul': {'m1': 0, 'd': 0, 'm2': 30000 * 1000}}},
{'kind': 'hfsc', 'handle': '1:30', 'parent': '1:', 'leaf': '40:',
'hfsc': {'ls': {'m1': 0, 'd': 0, 'm2': reported_ls_30},
'rt': {'m1': 0, 'd': 0, 'm2': reported_ls_30}}},
{'kind': 'hfsc', 'handle': '1:5000', 'parent': '1:',
'leaf': '5000:', 'hfsc': {'ls': {'m1': 0, 'd': 0,
'm2': reported_ls_5000}}},
)
for parsed, correct in izip_longest(tc.classes(None, out=data),
classes):
self.assertEqual(parsed, correct)
def test_classes(self):
cmd_line_ls_10 = 3200
cmd_line_ls_m1_20 = 6400
cmd_line_ls_d_20 = 152
cmd_line_ls_m2_20 = 3200
cmd_line_ls_30 = 3500
cmd_line_ls_m2_5000 = 40000
data = '\n'.join((
'class hfsc 1: root',
'class hfsc 1:10 parent 1: leaf 10: sc m1 0bit d 0us '
'm2 {0}Kbit'.format(cmd_line_ls_10), # end of previous line
'class hfsc 1:20 parent 1: leaf 20: ls m1 {0}Kibit d {1}us '
'm2 {2}Kbit ul m1 0bit d 0us m2 30000Kbit'.format(
cmd_line_ls_m1_20, cmd_line_ls_d_20, cmd_line_ls_m2_20),
'class hfsc 1:30 parent 1: leaf 40: sc m1 0bit d 0us '
'm2 {0}bit'.format(cmd_line_ls_30), # end of previous line
'class hfsc 1:5000 parent 1: leaf 5000: ls m1 0bit d 0us '
'm2 {0}Kbit'.format(cmd_line_ls_m2_5000), # end of previous line
))
reported_ls_10 = cmd_line_ls_10 * 1000 / 8
reported_ls_m1_20 = cmd_line_ls_m1_20 * 1024 / 8
reported_ls_d_20 = cmd_line_ls_d_20 / 8
reported_ls_m2_20 = cmd_line_ls_m2_20 * 1000 / 8
reported_ls_30 = cmd_line_ls_30 / 8
reported_ls_5000 = cmd_line_ls_m2_5000 * 1000 / 8
classes = (
{'kind': 'hfsc', 'root': True, 'handle': '1:'},
{'kind': 'hfsc', 'handle': '1:10', 'parent': '1:', 'leaf': '10:',
'hfsc': {'ls': {'m1': 0, 'd': 0, 'm2': reported_ls_10},
'rt': {'m1': 0, 'd': 0, 'm2': reported_ls_10}}},
{'kind': 'hfsc', 'handle': '1:20', 'parent': '1:', 'leaf': '20:',
'hfsc': {'ls': {'m1': reported_ls_m1_20, 'd': reported_ls_d_20,
'm2': reported_ls_m2_20},
'ul': {'m1': 0, 'd': 0, 'm2': 30000 * 1000}}},
{'kind': 'hfsc', 'handle': '1:30', 'parent': '1:', 'leaf': '40:',
'hfsc': {'ls': {'m1': 0, 'd': 0, 'm2': reported_ls_30},
'rt': {'m1': 0, 'd': 0, 'm2': reported_ls_30}}},
{'kind': 'hfsc', 'handle': '1:5000', 'parent': '1:',
'leaf': '5000:', 'hfsc': {'ls': {'m1': 0, 'd': 0,
'm2': reported_ls_5000}}},
)
for parsed, correct in izip_longest(tc.classes(None, out=data),
classes):
self.assertEqual(parsed, correct)
def _report_network_qos(caps):
"""Augment netinfo information with QoS data for the engine"""
qdiscs = defaultdict(list)
for qdisc in tc._qdiscs(dev=None): # None -> all dev qdiscs
qdiscs[qdisc['dev']].append(qdisc)
for net, attrs in caps['networks'].iteritems():
iface = attrs['iface']
if iface in caps['bridges']:
host_ports = [
port for port in attrs['ports'] if not port.startswith('vnet')
]
if not host_ports: # Port-less bridge
continue
iface, = host_ports
if iface in caps['vlans']:
vlan_id = caps['vlans'][iface]['vlanid']
iface = caps['vlans'][iface]['iface']
iface_qdiscs = qdiscs.get(iface)
if iface_qdiscs is None:
continue
class_id = (qos._root_qdisc(iface_qdiscs)['handle'] +
'%x' % vlan_id)
else:
iface_qdiscs = qdiscs.get(iface)
if iface_qdiscs is None:
continue
class_id = (qos._root_qdisc(iface_qdiscs)['handle'] +
qos._DEFAULT_CLASSID)
# Now that iface is either a bond or a nic, let's get the QoS info
classes = [
cls for cls in tc.classes(iface, classid=class_id)
if cls['kind'] == 'hfsc'
]
if classes:
cls, = classes
attrs['hostQos'] = {'out': cls['hfsc']}
