def _translate_ipaddr(attributes, net_attr):
attributes['bootproto'] = 'dhcp' if net_attr['dhcpv4'] else 'none'
attributes['dhcpv6'] = net_attr['dhcpv6']
attributes['ipv6autoconf'] = net_attr['ipv6autoconf']
dg_obj = routes.getDefaultGateway()
dg = dg_obj.via if dg_obj else None
if dg and net_attr['gateway']:
attributes['defaultRoute'] = (dg == net_attr['gateway'])
else:
attributes['defaultRoute'] = False
# only static addresses are part of {Persistent,Running}Config.
if attributes['bootproto'] == 'none':
if net_attr['addr']:
attributes['ipaddr'] = net_attr['addr']
if net_attr['netmask']:
attributes['netmask'] = net_attr['netmask']
if net_attr['gateway']:
attributes['gateway'] = net_attr['gateway']
if not attributes['dhcpv6']:
if net_attr['ipv6addrs']:
attributes['ipv6addr'] = net_attr['ipv6addrs']
if net_attr['ipv6gateway'] != '::':
attributes['ipv6gateway'] = net_attr['ipv6gateway']
def _translate_ipaddr(attributes, net_attr):
attributes['bootproto'] = 'dhcp' if net_attr['dhcpv4'] else 'none'
attributes['dhcpv6'] = net_attr['dhcpv6']
attributes['ipv6autoconf'] = net_attr['ipv6autoconf']
dg_obj = routes.getDefaultGateway()
dg = dg_obj.via if dg_obj else None
if dg and net_attr['gateway']:
attributes['defaultRoute'] = (dg == net_attr['gateway'])
else:
attributes['defaultRoute'] = False
# only static addresses are part of {Persistent,Running}Config.
if attributes['bootproto'] == 'none':
if net_attr['addr']:
attributes['ipaddr'] = net_attr['addr']
if net_attr['netmask']:
attributes['netmask'] = net_attr['netmask']
if net_attr['gateway']:
attributes['gateway'] = net_attr['gateway']
if not attributes['dhcpv6']:
if net_attr['ipv6addrs']:
attributes['ipv6addr'] = net_attr['ipv6addrs']
if net_attr['ipv6gateway'] != '::':
attributes['ipv6gateway'] = net_attr['ipv6gateway']
def preserve_default_route():
ipv4_dg_data = routes.getDefaultGateway()
ipv4_gateway = ipv4_dg_data.via if ipv4_dg_data else None
ipv4_device = ipv4_dg_data.device if ipv4_dg_data else None
ipv6_dg_data = routes.ipv6_default_gateway()
ipv6_gateway = ipv6_dg_data.via if ipv6_dg_data else None
ipv6_device = ipv6_dg_data.device if ipv6_dg_data else None
try:
yield
finally:
if ipv4_gateway and not routes.is_default_route(ipv4_gateway):
address.set_default_route(ipv4_gateway, family=4, dev=ipv4_device)
if ipv6_gateway and not routes.is_ipv6_default_route(ipv6_gateway):
address.set_default_route(ipv6_gateway, family=6, dev=ipv6_device)
def preserve_default_route():
ipv4_dg_data = routes.getDefaultGateway()
ipv4_gateway = ipv4_dg_data.via if ipv4_dg_data else None
ipv4_device = ipv4_dg_data.device if ipv4_dg_data else None
ipv6_dg_data = routes.ipv6_default_gateway()
ipv6_gateway = ipv6_dg_data.via if ipv6_dg_data else None
ipv6_device = ipv6_dg_data.device if ipv6_dg_data else None
try:
yield
finally:
if ipv4_gateway and not routes.is_default_route(ipv4_gateway):
address.set_default_route(ipv4_gateway, family=4, dev=ipv4_device)
if ipv6_gateway and not routes.is_ipv6_default_route(ipv6_gateway):
address.set_default_route(ipv6_gateway, family=6, dev=ipv6_device)
def _processNetworks(netinfo):
networks = {}
defaultGateway = routes.getDefaultGateway()
for network, netParams in netinfo.networks.iteritems():
networks[network] = {}
# Translate key/value pairs from netinfo to unified if key matches
for key, value in netParams.iteritems():
if key in NET_ATTR_WHITELIST and value != "":
networks[network][key] = NET_ATTR_WHITELIST[key](value)
networks[network]['bridged'] = netParams['bridged']
# Determine devices: nic/bond -> vlan -> bridge
topLevelDevice = netParams['iface']
if netParams['bridged']:
devices = (netinfo.nics.keys() + netinfo.vlans.keys() +
netinfo.bondings.keys())
nonVnicPorts = [dev for dev in netParams['ports'] if
dev in devices]
# A network should only ever have (at most) an underlying
# device hierarchy
if nonVnicPorts:
physicalDevice, = nonVnicPorts
else:
physicalDevice = None # vdsm allows nicless VM nets
else:
physicalDevice = topLevelDevice
# Copy ip addressing information
bootproto = str(misc.getIfaceCfg(topLevelDevice).get('BOOTPROTO'))
if bootproto == 'dhcp':
networks[network]['bootproto'] = bootproto
else:
if netParams['addr'] != '':
networks[network]['ipaddr'] = netParams['addr']
if netParams['netmask'] != '':
networks[network]['netmask'] = netParams['netmask']
if netParams['gateway'] != '':
networks[network]['gateway'] = netParams['gateway']
if defaultGateway is not None:
networks[network]['defaultRoute'] = (defaultGateway.device ==
topLevelDevice)
# What if the 'physical device' is actually a VLAN?
if physicalDevice in netinfo.vlans:
vlanDevice = physicalDevice
networks[network]['vlan'] = \
str(netinfo.vlans[vlanDevice]['vlanid'])
# The 'new' physical device is the VLAN's device
physicalDevice = netinfo.vlans[vlanDevice]['iface']
# Is the physical device a bond or a nic?
if physicalDevice in netinfo.bondings:
networks[network]['bonding'] = physicalDevice
elif physicalDevice in netinfo.nics:
networks[network]['nic'] = physicalDevice
else: # Nic-less networks
pass
return networks
def _processNetworks(netinfo):
networks = {}
defaultGateway = routes.getDefaultGateway()
for network, netParams in netinfo.networks.iteritems():
networks[network] = {}
# Translate key/value pairs from netinfo to unified if key matches
for key, value in netParams.iteritems():
if key in NET_ATTR_WHITELIST and value != "":
networks[network][key] = NET_ATTR_WHITELIST[key](value)
networks[network]['bridged'] = netParams['bridged']
# Determine devices: nic/bond -> vlan -> bridge
topLevelDevice = netParams['iface']
if netParams['bridged']:
devices = (netinfo.nics.keys() + netinfo.vlans.keys() +
netinfo.bondings.keys())
nonVnicPorts = [
dev for dev in netParams['ports'] if dev in devices
]
# A network should only ever have (at most) an underlying
# device hierarchy
if nonVnicPorts:
physicalDevice, = nonVnicPorts
else:
physicalDevice = None # vdsm allows nicless VM nets
else:
physicalDevice = topLevelDevice
# Copy ip addressing information
bootproto = str(misc.getIfaceCfg(topLevelDevice).get('BOOTPROTO'))
if bootproto == 'dhcp':
networks[network]['bootproto'] = bootproto
else:
if netParams['addr'] != '':
networks[network]['ipaddr'] = netParams['addr']
if netParams['netmask'] != '':
networks[network]['netmask'] = netParams['netmask']
if netParams['gateway'] != '':
networks[network]['gateway'] = netParams['gateway']
if defaultGateway is not None:
networks[network]['defaultRoute'] = (
defaultGateway.device == topLevelDevice)
# What if the 'physical device' is actually a VLAN?
if physicalDevice in netinfo.vlans:
vlanDevice = physicalDevice
networks[network]['vlan'] = \
str(netinfo.vlans[vlanDevice]['vlanid'])
# The 'new' physical device is the VLAN's device
physicalDevice = netinfo.vlans[vlanDevice]['iface']
# Is the physical device a bond or a nic?
if physicalDevice in netinfo.bondings:
networks[network]['bonding'] = physicalDevice
elif physicalDevice in netinfo.nics:
networks[network]['nic'] = physicalDevice
else: # Nic-less networks
pass
return networks
