def start(self):
if self._iVerbose: self._INFO('Starting')
lsErrors = list()
# Be idempotent
if self.status(
True,
KiscRuntime.STATUS_STARTED) == KiscRuntime.STATUS_STARTED:
if self._iVerbose: self._INFO('Already started')
return lsErrors
# Start the resource
try:
# ... add device
lsCommand = [
'ip',
'link',
'add',
'name',
self._dsConfig['name'],
]
for sSetting in [
'address', 'mtu', 'txqueuelen', 'numtxqueues',
'numrxqueues'
]:
if sSetting in self._dsConfig:
lsCommand.extend([sSetting, self._dsConfig[sSetting]])
lsCommand.extend(['type', 'bridge'])
KiscRuntime.shell(
lsCommand, _bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
# ... options
for sSetting in [
'ageing_time', 'stp_state', 'priority', 'hello_time',
'forward_delay', 'max_age'
]:
if sSetting in self._dsConfig:
KiscRuntime.echo(
self._dsConfig[sSetting],
'/sys/class/net/%s/bridge/%s' %
(self._dsConfig['name'], sSetting),
_bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
# ... attach slaves
for sDevice in self._dsConfig['devices'].split(','):
KiscRuntime.shell(
[
'ip', 'link', 'set', sDevice, 'master',
self._dsConfig['name'], 'up'
],
_bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
# ... UP!
KiscRuntime.shell(
['ip', 'link', 'set', self._dsConfig['name'], 'up'],
_bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
self._iStatus = KiscRuntime.STATUS_STARTED
if self._iVerbose: self._INFO('Started')
except OSError as e:
if self._iVerbose: self._ERROR(str(e))
self._iStatus = KiscRuntime.STATUS_ERROR
lsErrors.append(str(e))
# Done
return lsErrors
def start(self):
if self._iVerbose: self._INFO('Starting')
lsErrors = list()
# Be idempotent
if self.status(
True,
KiscRuntime.STATUS_STARTED) == KiscRuntime.STATUS_STARTED:
if self._iVerbose: self._INFO('Already started')
return lsErrors
# Start the resource
try:
# ... load bonding driver (but do not create any default device)
KiscRuntime.shell(
['modprobe', 'bonding', 'max_bonds=0'],
_bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
# ... add device
lsCommand = [
'ip',
'link',
'add',
'name',
self._dsConfig['name'],
]
for sSetting in [
'address', 'mtu', 'txqueuelen', 'numtxqueues',
'numrxqueues'
]:
if sSetting in self._dsConfig:
lsCommand.extend([sSetting, self._dsConfig[sSetting]])
lsCommand.extend(['type', 'bond', 'mode', self._dsConfig['mode']])
KiscRuntime.shell(
lsCommand, _bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
# ... options
for sSetting in [
'miimon', 'updelay', 'downdelay', 'use_carrier',
'arp_interval', 'arp_ip_target', 'arp_all_targets',
'arp_validate', 'primary_reselect', 'all_slaves_active',
'fail_over_mac', 'xmit_hash_policy', 'packets_per_slave',
'tlb_dynamic_lb', 'lacp_rate', 'ad_select', 'num_grat_arp',
'num_unsol_na', 'lp_interval', 'resend_igmp'
]:
if sSetting in self._dsConfig:
KiscRuntime.echo(
self._dsConfig[sSetting],
'/sys/class/net/%s/bonding/%s' %
(self._dsConfig['name'], sSetting),
_bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
# ... attach slaves
for sDevice in self._dsConfig['devices'].split(','):
KiscRuntime.shell(
[
'ip', 'link', 'set', sDevice, 'master',
self._dsConfig['name'], 'up'
],
_bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
# ... default/active slave
for sSetting in ['active_slave', 'primary']:
if sSetting in self._dsConfig:
KiscRuntime.echo(
self._dsConfig[sSetting],
'/sys/class/net/%s/bonding/%s' %
(self._dsConfig['name'], sSetting),
_bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
# ... UP!
KiscRuntime.shell(
['ip', 'link', 'set', self._dsConfig['name'], 'up'],
_bTrace=self._iVerbose >= KiscRuntime.VERBOSE_TRACE)
self._iStatus = KiscRuntime.STATUS_STARTED
if self._iVerbose: self._INFO('Started')
except OSError as e:
if self._iVerbose: self._ERROR(str(e))
self._iStatus = KiscRuntime.STATUS_ERROR
lsErrors.append(str(e))
# Done
return lsErrors
