def _populate(self, json):
"""
Override the populate method to map user_defined_fields to
fancy values
"""
Base._populate(self, json)
mapped_udfs = []
for udf in self.user_defined_fields:
t = UserDefinedFieldType.text
choices = None
if hasattr(udf, 'oneof'):
t = UserDefinedFieldType.select_one
choices = udf.oneof.split(',')
elif hasattr(udf, 'manyof'):
t = UserDefinedFieldType.select_many
choices = udf.manyof.split(',')
mapped_udfs.append(
UserDefinedField(
udf.name,
udf.label if hasattr(udf, 'label') else None,
udf.example if hasattr(udf, 'example') else None,
t,
choices=choices))
self._set('user_defined_fields', mapped_udfs)
ndist = [Image(self._client, d) for d in self.images]
self._set('images', ndist)
def _populate(self, json):
"""
Override the populate method to map user_defined_fields to
fancy values
"""
Base._populate(self, json)
mapped_udfs = []
for udf in self.user_defined_fields:
t = UserDefinedFieldType.text
choices = None
if hasattr(udf, 'oneof'):
t = UserDefinedFieldType.select_one
choices = udf.oneof.split(',')
elif hasattr(udf, 'manyof'):
t = UserDefinedFieldType.select_many
choices = udf.manyof.split(',')
mapped_udfs.append(UserDefinedField(udf.name,
udf.label if hasattr(udf, 'label') else None,
udf.example if hasattr(udf, 'example') else None,
t, choices=choices))
self._set('user_defined_fields', mapped_udfs)
ndist = [ Image(self._client, d) for d in self.images ]
self._set('images', ndist)
def invalidate(self):
""" Clear out cached properties """
if hasattr(self, '_avail_backups'):
del self._avail_backups
if hasattr(self, '_ips'):
del self._ips
Base.invalidate(self)
def invalidate(self):
""" Clear out cached properties """
if hasattr(self, '_avail_backups'):
del self._avail_backups
if hasattr(self, '_ips'):
del self._ips
Base.invalidate(self)
def _populate(self, json):
if json is not None:
# fixes ipv4 and ipv6 attribute of json to make base._populate work
if 'ipv4' in json and 'address' in json['ipv4']:
json['ipv4']['id'] = json['ipv4']['address']
if 'ipv6' in json and isinstance(json['ipv6'], list):
for j in json['ipv6']:
j['id'] = j['range']
Base._populate(self, json)
def _populate(self, json):
if json is not None:
# fixes ipv4 and ipv6 attribute of json to make base._populate work
if 'ipv4' in json and 'address' in json['ipv4']:
json['ipv4']['id'] = json['ipv4']['address']
if 'ipv6' in json and isinstance(json['ipv6'], list):
for j in json['ipv6']:
j['id'] = j['range']
Base._populate(self, json)
def make_instance(cls, id, client, parent_id=None, json=None):
"""
Overrides Base's ``make_instance`` to allow dynamic creation of objects
based on the defined type in the response json.
:param cls: The class this was called on
:param id: The id of the instance to create
:param client: The client to use for this instance
:param parent_id: The parent id for derived classes
:param json: The JSON to populate the instance with
:returns: A new instance of this type, populated with json
"""
make_cls = CLASS_MAP.get(id) # in this case, ID is coming in as the type
if make_cls is None:
# we don't recognize this entity type - do nothing?
return None
# discard the envelope
real_json = json['data']
real_id = real_json['id']
# make the real object type
return Base.make(real_id, client, make_cls, parent_id=None, json=real_json)
def _serialize(self):
dct = Base._serialize(self)
dct['images'] = [d.id for d in self.images]
return dct
def invalidate(self):
if hasattr(self, '_grants'):
del self._grants
Base.invalidate(self)
def invalidate(self):
if hasattr(self, '_grants'):
del self._grants
Base.invalidate(self)
def __init__(self, client, id, parent_id, json={}):
Base.__init__(self, client, id, json=json)
self._set(type(self).parent_id_name, parent_id)
def _serialize(self):
dct = Base._serialize(self)
dct['images'] = [ d.id for d in self.images ]
return dct
def __init__(self, client, id, parent_id, json={}):
Base.__init__(self, client, id, json=json)
self._set(type(self).parent_id_name, parent_id)
