def deserializeNetCfg(serialized_cfg, cls=NetCfg, parent=None):
_checkSerialVersion(serialized_cfg)
vlans = set()
for serialized_vlan in dict2list(serialized_cfg.get('vlans')):
vlans.add(Vlan.deserialize(serialized_vlan))
ethernets = set()
for serialized_ethernet in dict2list(serialized_cfg.get('ethernets')):
ethernets.add(Ethernet.deserialize(serialized_ethernet))
bondings = set()
Bonding.allowDeserialization()
try:
for serialized_bonding in dict2list(serialized_cfg.get('bondings')):
bondings.add(Bonding.deserialize(serialized_bonding, ethernets))
except:
Bonding.failedDeserialization()
raise
if parent is None:
return cls(ethernets=ethernets, vlans=vlans, bondings=bondings)
return cls(ethernets=ethernets, vlans=vlans, bondings=bondings, parent=parent)
def deserializeNet(serialized, cls):
#BEGIN backwards compatibility
ip_addrs = serialized.get('ip_addrs')
if ip_addrs is not None:
#convert existing IPs in service IPs
ip_addrs = set(dict2list(ip_addrs))
serialized['service_ip_addrs'] = serializeElement(ip_addrs)
del serialized['ip_addrs']
#END backwards compatibility
label = serialized.pop('label')
net = IPy.IP(serialized.pop('string_desc'), make_net = True)
for attr in ('primary_ip_addrs', 'secondary_ip_addrs', 'service_ip_addrs'):
serialized[attr] = deserializeElement(serialized[attr])
_keys2unicode(serialized)
return cls(label, net, **serialized)
def _deserialize(cls, serialized):
kwargs = {}
# add a default value for old conf
if not serialized.has_key('reserved_for_ha'):
serialized['reserved_for_ha'] = False
for attr in Interface._STD_ATTRS:
value = deserializeElement(serialized[attr])
kwargs[attr] = value
for class_name, key in {RouteRW: 'routes', NetRW: 'nets'}.iteritems():
collection = set()
try:
for item in dict2list(serialized[key]):
collection.add(class_name.deserialize(item,))
except KeyError:
pass
kwargs[key] = collection
return kwargs
def _deserialize(cls, serialized):
kwargs = Interface._deserialize(serialized)
kwargs['vlans'] = dict2list(serialized.get('vlans'))
return kwargs
