def _set_onboot_to_yes(self, root, connection_uuids):
"""Set onboot value of config (ifcfg) files on target system.
:param root: path to the root of the target system
:type root: str
:param connection_uuids: uuids of config files to be set
:type connection_uuids: list(str)
"""
for uuid in connection_uuids:
update_onboot_value(uuid, True, root)
def _set_onboot_to_yes(self, root, connection_uuids):
"""Set onboot value of config (ifcfg) files on target system.
:param root: path to the root of the target system
:type root: str
:param connection_uuids: uuids of config files to be set
:type connection_uuids: list(str)
"""
for uuid in connection_uuids:
update_onboot_value(uuid, True, root)
def set_connection_onboot_value(self, uuid, onboot):
"""Sets ONBOOT value of connection given by uuid.
The value is stored in ifcfg file because setting the value in
NetworkManager connection ('autoconnect') to True could cause
activating of the connection.
:param uuid: UUID of the connection to be set
:param onboot: value of ONBOOT for the connection
"""
return update_onboot_value(uuid, onboot)
def set_connection_onboot_value(self, uuid, onboot):
"""Sets ONBOOT value of connection given by uuid.
The value is stored in ifcfg file because setting the value in
NetworkManager connection ('autoconnect') to True could cause
activating of the connection.
:param uuid: UUID of the connection to be set
:param onboot: value of ONBOOT for the connection
"""
return update_onboot_value(uuid, onboot)
def run(self):
"""Run the ONBOOT values updating.
:return: names of devices for which ONBOOT was updated
:rtype: list(str)
"""
updated_devices = []
if not self._nm_client:
log.debug("%s: No NetworkManager available.", self.name)
return updated_devices
if not self._network_data:
log.debug("%s: No kickstart data.", self.name)
return updated_devices
for network_data in self._network_data:
device_name = get_device_name_from_network_data(
self._nm_client, network_data, self._supported_devices,
self._bootif)
if not device_name:
log.warning("%s: --device %s does not exist.", self.name,
network_data.device)
devices_to_update = [device_name]
master = device_name
# When defining both bond/team and vlan in one command we need more care
# network --onboot yes --device bond0 --bootproto static --bondslaves ens9,ens10
# --bondopts mode=active-backup,miimon=100,primary=ens9,fail_over_mac=2
# --ip 192.168.111.1 --netmask 255.255.255.0 --gateway 192.168.111.222 --noipv6
# --vlanid 222 --no-activate
if network_data.vlanid and (network_data.bondslaves
or network_data.teamslaves):
master = network_data.device
devices_to_update.append(master)
for devname in devices_to_update:
if network_data.onboot:
# We need to handle "no" -> "yes" change by changing ifcfg file instead of the NM connection
# so the device does not get autoactivated (BZ #1261864)
uuid = find_ifcfg_uuid_of_device(self._nm_client,
devname) or ""
if not update_onboot_value(
uuid, network_data.onboot, root_path=""):
continue
else:
n_cons = update_iface_setting_values(
self._nm_client, devname,
[("connection", NM.SETTING_CONNECTION_AUTOCONNECT,
network_data.onboot)])
if n_cons != 1:
log.debug("%s: %d connections found for %s", self.name,
n_cons, devname)
if n_cons > 1:
# In case of multiple connections for a device, update ifcfg directly
uuid = find_ifcfg_uuid_of_device(
self._nm_client, devname) or ""
if not update_onboot_value(
uuid, network_data.onboot, root_path=""):
continue
updated_devices.append(devname)
# Handle slaves if there are any
if network_data.bondslaves or network_data.teamslaves or network_data.bridgeslaves:
# Master can be identified by devname or uuid, try to find master uuid
uuid = None
device = self._nm_client.get_device_by_iface(master)
if device:
cons = device.get_available_connections()
n_cons = len(cons)
if n_cons == 1:
uuid = cons[0].get_uuid()
else:
log.debug("%s: %d connections found for %s", self.name,
n_cons, master)
updated_slaves = update_slaves_onboot_value(
self._nm_client, master, network_data.onboot, uuid=uuid)
updated_devices.extend(updated_slaves)
return updated_devices
def run(self):
"""Run the ONBOOT values updating.
:return: names of devices for which ONBOOT was updated
:rtype: list(str)
"""
updated_devices = []
if not self._nm_client:
log.debug("%s: No NetworkManager available.", self.name)
return updated_devices
if not self._network_data:
log.debug("%s: No kickstart data.", self.name)
return updated_devices
for network_data in self._network_data:
device_name = get_device_name_from_network_data(self._nm_client,
network_data,
self._supported_devices,
self._bootif)
if not device_name:
log.warning("%s: --device %s does not exist.", self.name, network_data.device)
devices_to_update = [device_name]
master = device_name
# When defining both bond/team and vlan in one command we need more care
# network --onboot yes --device bond0 --bootproto static --bondslaves ens9,ens10
# --bondopts mode=active-backup,miimon=100,primary=ens9,fail_over_mac=2
# --ip 192.168.111.1 --netmask 255.255.255.0 --gateway 192.168.111.222 --noipv6
# --vlanid 222 --no-activate
if network_data.vlanid and (network_data.bondslaves or network_data.teamslaves):
master = network_data.device
devices_to_update.append(master)
for devname in devices_to_update:
if network_data.onboot:
# We need to handle "no" -> "yes" change by changing ifcfg file instead of the NM connection
# so the device does not get autoactivated (BZ #1261864)
uuid = find_ifcfg_uuid_of_device(self._nm_client, devname) or ""
if not update_onboot_value(uuid, network_data.onboot, root_path=""):
continue
else:
n_cons = update_iface_setting_values(self._nm_client, devname,
[("connection", NM.SETTING_CONNECTION_AUTOCONNECT, network_data.onboot)])
if n_cons != 1:
log.debug("%s: %d connections found for %s", self.name, n_cons, devname)
if n_cons > 1:
# In case of multiple connections for a device, update ifcfg directly
uuid = find_ifcfg_uuid_of_device(self._nm_client, devname) or ""
if not update_onboot_value(uuid, network_data.onboot, root_path=""):
continue
updated_devices.append(devname)
# Handle slaves if there are any
if network_data.bondslaves or network_data.teamslaves or network_data.bridgeslaves:
# Master can be identified by devname or uuid, try to find master uuid
uuid = None
device = self._nm_client.get_device_by_iface(master)
if device:
cons = device.get_available_connections()
n_cons = len(cons)
if n_cons == 1:
uuid = cons[0].get_uuid()
else:
log.debug("%s: %d connections found for %s", self.name, n_cons, master)
updated_slaves = update_slaves_onboot_value(self._nm_client, master, network_data.onboot, uuid=uuid)
updated_devices.extend(updated_slaves)
return updated_devices