def testGetBondingOptions(self):
INTERVAL = '12345'
bondName = random_iface_name()
with open(bonding.BONDING_MASTERS, 'w') as bonds:
bonds.write('+' + bondName)
bonds.flush()
try: # no error is anticipated but let's make sure we can clean up
self.assertEqual(
bonding._getBondingOptions(bondName), {}, "This test fails"
" when a new bonding option is added to the kernel. Please"
" run vdsm-tool dump-bonding-options` and retest.")
with open(bonding.BONDING_OPT % (bondName, 'miimon'),
'w') as opt:
opt.write(INTERVAL)
self.assertEqual(bonding._getBondingOptions(bondName),
{'miimon': INTERVAL})
finally:
bonds.write('-' + bondName)
def testGetBondingOptions(self):
INTERVAL = '12345'
bondName = random_iface_name()
with open(bonding.BONDING_MASTERS, 'w') as bonds:
bonds.write('+' + bondName)
bonds.flush()
try: # no error is anticipated but let's make sure we can clean up
self.assertEqual(
bonding._getBondingOptions(bondName), {}, "This test fails"
" when a new bonding option is added to the kernel. Please"
" run vdsm-tool dump-bonding-options` and retest.")
with open(bonding.BONDING_OPT % (bondName, 'miimon'),
'w') as opt:
opt.write(INTERVAL)
self.assertEqual(bonding._getBondingOptions(bondName),
{'miimon': INTERVAL})
finally:
bonds.write('-' + bondName)
def _bond_opts_without_mode(bond_name):
opts = bonding._getBondingOptions(bond_name)
opts.pop('mode')
return opts
def _bond_opts_without_mode(bond_name):
opts = bonding._getBondingOptions(bond_name)
opts.pop('mode')
return opts
