def create(self, params):
if params[BASIC_INFO][TYPE] in IFACE_BOND \
or params[BASIC_INFO][TYPE] == IFACE_VLAN:
# Fedora only allows Bond as bonding type
if "Fedora" in platform.linux_distribution()[0]:
params[BASIC_INFO][TYPE] = "Bond"
# raise error if miimon is 0
mi = int(params[BASIC_INFO][BONDINFO][BONDING_OPTS]["miimon"])
if mi < 1:
raise InvalidParameter("GINNET0097E", {"miimon": "1"})
# s390x needs miimon at least 100
if "s390x" in platform.architecture()[0]:
raise InvalidParameter("GINNET0097E", {"miimon": "100"})
cfg_map = cfgInterfacesHelper.validate_minimal_info(params)
if params[BASIC_INFO][TYPE] == IFACE_VLAN:
cfgInterfacesHelper.validate_info_for_vlan(params)
cfgInterfacesHelper.validate_vlan_driver()
name = params[BASIC_INFO][DEVICE]
params[BASIC_INFO][NAME] = name
cfg_map = CfginterfaceModel().populate_ifcfg_atributes(
params, cfg_map)
for key in cfg_map:
if len(cfg_map[key]) == 0:
raise InvalidParameter("GINNET0073E", {'key': key})
cfgInterfacesHelper.write_attributes_to_cfg(
params[BASIC_INFO][DEVICE], cfg_map)
else:
raise InvalidParameter("GINNET0052E")
return name
def create(self, params):
if params[BASIC_INFO][TYPE] in IFACE_BOND \
or params[BASIC_INFO][TYPE] == IFACE_VLAN:
# Fedora only allows Bond as bonding type
if "Fedora" in platform.linux_distribution()[0]:
params[BASIC_INFO][TYPE] = "Bond"
# raise error if miimon is 0
mi = int(params[BASIC_INFO][BONDINFO][BONDING_OPTS]["miimon"])
if mi < 1:
raise InvalidParameter("GINNET0097E", {"miimon": "1"})
# s390x needs miimon at least 100
if "s390x" in platform.architecture()[0]:
raise InvalidParameter("GINNET0097E", {"miimon": "100"})
cfg_map = cfgInterfacesHelper.validate_minimal_info(params)
if params[BASIC_INFO][TYPE] == IFACE_VLAN:
cfgInterfacesHelper.validate_info_for_vlan(params)
cfgInterfacesHelper.validate_vlan_driver()
name = params[BASIC_INFO][DEVICE]
params[BASIC_INFO][NAME] = name
cfg_map = CfginterfaceModel().populate_ifcfg_atributes(params,
cfg_map)
for key in cfg_map:
if len(cfg_map[key]) == 0:
raise InvalidParameter("GINNET0073E", {'key': key})
cfgInterfacesHelper.write_attributes_to_cfg(
params[BASIC_INFO][DEVICE], cfg_map)
else:
raise InvalidParameter("GINNET0052E")
return name
def create_slaves(self, name, params):
for slave in params[BASIC_INFO][BONDINFO][SLAVES]:
slave_info = {SLAVE: "yes", MASTER: name}
filename = ifcfg_filename_format % slave
ifcfgFile = os.sep + network_configpath + filename
fileexist = os.path.isfile(ifcfgFile)
if fileexist:
cfgInterfacesHelper.write_attributes_to_cfg(slave, slave_info)
else:
raise OperationFailed("GINNET0053E", {'slave': slave})
def create_slaves(self, name, params):
for slave in params[BASIC_INFO][BONDINFO][SLAVES]:
slave_info = {SLAVE: "yes", MASTER: name}
filename = ifcfg_filename_format % slave
ifcfgFile = os.sep + network_configpath + filename
fileexist = os.path.isfile(ifcfgFile)
if fileexist:
cfgInterfacesHelper.write_attributes_to_cfg(slave, slave_info)
else:
raise OperationFailed("GINNET0053E", {'slave': slave})
def create(self, params):
if params[BASIC_INFO][TYPE] == IFACE_BOND \
or params[BASIC_INFO][TYPE] == IFACE_VLAN:
cfg_map = cfgInterfacesHelper.validate_minimal_info(params)
if params[BASIC_INFO][TYPE] == IFACE_VLAN:
cfgInterfacesHelper.validate_info_for_vlan(params)
cfgInterfacesHelper.validate_vlan_driver()
name = params[BASIC_INFO][DEVICE]
params[BASIC_INFO][NAME] = name
cfg_map = CfginterfaceModel().populate_ifcfg_atributes(params,
cfg_map)
# Check for any empty key value in cfg_map
for key in cfg_map:
if len(cfg_map[key]) == 0:
raise InvalidParameter("GINNET0073E", {'key': key})
cfgInterfacesHelper.write_attributes_to_cfg(
params[BASIC_INFO][DEVICE], cfg_map)
else:
raise InvalidParameter("GINNET0052E")
return name
def create(self, params):
if params[BASIC_INFO][TYPE] == IFACE_BOND \
or params[BASIC_INFO][TYPE] == IFACE_VLAN:
cfg_map = cfgInterfacesHelper.validate_minimal_info(params)
if params[BASIC_INFO][TYPE] == IFACE_VLAN:
cfgInterfacesHelper.validate_info_for_vlan(params)
cfgInterfacesHelper.validate_vlan_driver()
name = params[BASIC_INFO][DEVICE]
params[BASIC_INFO][NAME] = name
cfg_map = CfginterfaceModel().populate_ifcfg_atributes(
params, cfg_map)
# Check for any empty key value in cfg_map
for key in cfg_map:
if len(cfg_map[key]) == 0:
raise InvalidParameter("GINNET0073E", {'key': key})
cfgInterfacesHelper.write_attributes_to_cfg(
params[BASIC_INFO][DEVICE], cfg_map)
else:
raise InvalidParameter("GINNET0052E")
return name
