def _create_unified_configuration(rconfig, net_info):
"""
Given netinfo report, generate unified configuration and persist it.
Networks and Bonds detected by the network caps/netinfo are recorded.
In case there are external bonds (not owned), they are still counted for in
this regard.
Note: Unified persistence mode is not activated in this context, it is left
as a separate step/action.
"""
kconfig = KernelConfig(net_info)
rconfig.networks = kconfig.networks
rconfig.bonds = _filter_owned_bonds(kconfig.bonds)
rconfig.save()
ConfigWriter.clearBackups()
RunningConfig.store()
def _create_unified_configuration(rconfig, net_info):
"""
Given netinfo report, generate unified configuration and persist it.
Networks and Bonds detected by the network caps/netinfo are recorded.
In case there are external bonds (not owned), they are still counted for in
this regard.
Note: Unified persistence mode is not activated in this context, it is left
as a separate step/action.
"""
kconfig = KernelConfig(net_info)
rconfig.networks = kconfig.networks
rconfig.bonds = _filter_owned_bonds(kconfig.bonds)
rconfig.save()
ConfigWriter.clearBackups()
RunningConfig.store()
def persist():
ConfigWriter.clearBackups()
RunningConfig.store()
def setSafeNetworkConfig():
"""Declare current network configuration as 'safe'"""
ConfigWriter.clearBackups()
netconfpersistence.RunningConfig.store()
def persist():
ConfigWriter.clearBackups()
RunningConfig.store()
def setSafeNetworkConfig():
"""Declare current network configuration as 'safe'"""
ConfigWriter.clearBackups()
netconfpersistence.RunningConfig.store()