def _getLinkSpeed(dev):
if dev.isNIC():
speed = netinfo.nicSpeed(dev.name)
elif dev.isBOND():
speed = netinfo.bondSpeed(dev.name)
elif dev.isVLAN():
speed = netinfo.vlanSpeed(dev.name)
else:
speed = 0
return speed
def _getLinkSpeed(dev):
if dev.isNIC():
speed = netinfo.nicSpeed(dev.name)
elif dev.isBOND():
speed = netinfo.bondSpeed(dev.name)
elif dev.isVLAN():
speed = netinfo.vlanSpeed(dev.name)
else:
speed = 0
return speed
def testValidNicSpeed(self):
values = ((0, OPERSTATE_UP, 0), (-10, OPERSTATE_UP, 0),
(2**16 - 1, OPERSTATE_UP, 0), (2**32 - 1, OPERSTATE_UP, 0),
(123, OPERSTATE_UP, 123), ('', OPERSTATE_UP, 0),
('', 'unknown', 0), (123, 'unknown', 0))
for passed, operstate, expected in values:
with MonkeyPatchScope([
(__builtin__, 'open', lambda x: io.BytesIO(str(passed))),
(netinfo, 'operstate', lambda x: operstate)
]):
self.assertEqual(netinfo.nicSpeed('fake_nic'), expected)
def _updateIfidsIfrates(self):
devices = getLinks()
self._ifids = [dev.name for dev in devices]
self._ifrates = []
for dev in devices:
if dev.isNIC():
speed = netinfo.nicSpeed(dev.name)
elif dev.isBOND():
speed = netinfo.bondSpeed(dev.name)
else:
speed = 0
self._ifrates.append(speed)
def _updateIfidsIfrates(self):
devices = getLinks()
self._ifids = [dev.name for dev in devices]
self._ifrates = []
for dev in devices:
if dev.isNIC():
speed = netinfo.nicSpeed(dev.name)
elif dev.isBOND():
speed = netinfo.bondSpeed(dev.name)
elif dev.isVLAN():
speed = netinfo.vlanSpeed(dev.name)
else:
speed = 0
self._ifrates.append(speed)
def testValidNicSpeed(self):
values = ((0, OPERSTATE_UP, 0),
(-10, OPERSTATE_UP, 0),
(2 ** 16 - 1, OPERSTATE_UP, 0),
(2 ** 32 - 1, OPERSTATE_UP, 0),
(123, OPERSTATE_UP, 123),
('', OPERSTATE_UP, 0),
('', 'unknown', 0),
(123, 'unknown', 0))
for passed, operstate, expected in values:
with MonkeyPatchScope([(__builtin__, 'open',
lambda x: io.BytesIO(str(passed))),
(netinfo, 'operstate',
lambda x: operstate)]):
self.assertEqual(netinfo.nicSpeed('fake_nic'), expected)
def testSpeedInRange(self):
for d in netinfo.nics():
s = netinfo.nicSpeed(d)
self.assertFalse(s < 0)
self.assertTrue(s in ETHTOOL_SPEEDS or s == 0)
def testSpeedInvalidNic(self):
nicName = '0' * 20 # devices can't have so long names
self.assertEqual(netinfo.nicSpeed(nicName), 0)
def testSpeedInRange(self):
for d in netinfo.nics():
s = netinfo.nicSpeed(d)
self.assertFalse(s < 0)
self.assertTrue(s in ETHTOOL_SPEEDS or s == 0)
def testSpeedInvalidNic(self):
nicName = '0' * 20 # devices can't have so long names
self.assertEqual(netinfo.nicSpeed(nicName), 0)