class IAMRole(resource2.Resource):
resource_key = None
resources_key = 'iam_roles'
base_path = '/iam/roles'
# Capabilities
allow_create = True
allow_delete = True
allow_list = True
allow_get = True
# Properties
#: The IAM Role's ID.
iam_role_id = resource2.Body('iam_role_id', alternate_id=True)
#: The IAM Role's name.
iam_role_name = resource2.Body('iam_role_name')
#: Description of the IAM Role.
description = resource2.Body('description')
#: Whitelist rules of API exectution.
resources = resource2.Body('resources')
#: The contact ID that the IAM Role belongs.
contract_id = resource2.Body('contract_id')
def list(self, session, contract_id):
"""List IAM Role list in the designated contract."""
url = self.base_path + '?contract_id=%s' % contract_id
resp = session.get(url, endpoint_filter=self.service)
self._translate_response(resp, has_body=True)
return self
class License(resource2.Resource):
resources_key = "licenses"
resource_key = "license"
base_path = '/licenses'
service = dedicated_hypervisor_service.DedicatedHypervisorService()
# Capabilities
allow_list = True
allow_create = True
allow_delete = True
_query_mapping = resource2.QueryParameters("license_type")
# Properties
#: id of Guest Image license.
id = resource2.Body('id')
#: license key.
key = resource2.Body('key')
#: date the license assigned from.
assigned_from = resource2.Body('assigned_from')
#: expiration date for the license.
expires_at = resource2.Body('expires_at')
#: license_type of the license
license_type = resource2.Body('license_type')
def create(self, session, l_type):
url = self.base_path
resp = session.post(url,
endpoint_filter=self.service,
json={"license_type": l_type})
self._translate_response(resp, has_body=True)
return self
class Stock(resource2.Resource):
resource_key = 'stock'
base_path = '/stock'
service = baremetal_service.BaremetalService()
# Capabilities
allow_get = True
# Properties
#: Flavor UUID of Baremetal server stock search condition.
flavor_id = resource2.Body('flavor_id', alternate_id=True)
#: Availability Zone name of Baremetal server stock search condition.
availability_zone = resource2.Body('availability_zone')
#: Baremetal server stock is available or not.
stock = resource2.Body('stock')
def get(self, session, flavor_id, availability_zone=None):
uri = self.base_path + "?flavor_id=%s" % flavor_id
if availability_zone:
uri += "&availability_zone=%s" % availability_zone
resp = session.get(uri,
endpoint_filter=self.service,
headers={"Accept": "application/json"})
self._translate_response(resp, has_body=True)
return self
class ColocationSpace(base.NetworkBaseResource):
resource_key = 'colocation_space'
resources_key = 'colocation_spaces'
service = network_service.NetworkService("v2.0")
base_path = '/' + service.version + '/colocation_spaces'
# capabilities
allow_get = True
allow_list = True
# query mappings
_query_mapping = resource2.QueryParameters(
'description',
'id',
'name',
"sort_key",
"sort_dir",
)
# properties
#: Colocation Space description.
description = resource2.Body('description')
#: Colocation Space unique id.
id = resource2.Body('id')
#: Colocation Space name.
name = resource2.Body('name')
class ServerInterface(resource2.Resource):
resource_key = 'interfaceAttachment'
resources_key = 'interfaceAttachments'
base_path = '/servers/%(server_id)s/os-interface'
service = compute_service.ComputeService()
# capabilities
allow_create = True
allow_get = False
allow_update = False
allow_delete = True
allow_list = True
#: Fixed IP addresses with subnet IDs.
fixed_ips = resource2.Body('fixed_ips')
#: The MAC address.
mac_addr = resource2.Body('mac_addr')
#: The network ID.
net_id = resource2.Body('net_id')
#: The ID of the port for which you want to create an interface.
port_id = resource2.Body('port_id', alternate_id=True)
#: The port state.
port_state = resource2.Body('port_state')
#: The ID for the server.
server_id = resource2.URI('server_id')
class PhysicalPort(resource2.Resource):
resource_key = 'physical_port'
resources_key = 'physical_ports'
service = network_service.NetworkService("v2.0")
base_path = '/' + service.version + '/physical_ports'
# capabilities
allow_get = True
allow_list = True
# properties
#: Physical port description.
description = resource2.Body('description')
#: Physical port unique id.
id = resource2.Body('id')
#: Physical port name.
name = resource2.Body('name')
#: The type of traffic that port will be used.
plane = resource2.Body('plane')
#: Ranges of allowed VLAN tags.
segmentation_ranges = resource2.Body('segmentation_ranges')
#: The ID of service that owns the physical port.
service_id = resource2.Body('service_id')
#: The type of physical port service owner.
service_owner = resource2.Body('service_owner')
#: The Physical Port status.
status = resource2.Body('status')
#: Port tags.
tags = resource2.Body('tags')
#: The owner name of physical port.
tenant_id = resource2.Body('tenant_id')
class ReservedAddress(resource2.Resource):
resource_key = 'reserve_address'
resources_key = 'reserve_addresses'
service = network_service.NetworkService("v2.0")
base_path = '/' + service.version + '/reserve_addresses'
_query_mapping = resource2.QueryParameters(
"subnets",
"id",
"destination",
"sort_key",
"sort_dir",
)
# capabilities
allow_create = False
allow_get = True
allow_update = False
allow_delete = False
allow_list = True
# Properties
#: id of the reserved address
id = resource2.Body("id")
#: subnets cidr of the reserved address
subnets = resource2.Body("subnets")
#: tenant id that reserved address belong to
tenant_id = resource2.Body("tenant_id")
class Database(resource2.Resource):
resource_key = "database"
resources_key = "databases"
base_path = '/instances/%(instance_id)s/databases'
service = database_service.DatabaseService()
# Capabilities
allow_create = True
allow_delete = True
allow_list = True
allow_update = False
allow_get = False
# Properties
#: Name of Database.
name = resource2.Body('name', alternate_id=True)
#: Character set of Database.
character_set = resource2.Body('character_set')
#: Collate of Database.
collate = resource2.Body('collate')
#: ID of instance associated with this database
instance_id = resource2.URI('instance_id')
def create(self, session, instance_id, **attrs):
base = self.base_path % {"instance_id": instance_id}
body = {"databases": [attrs]}
resp = session.post(base, endpoint_filter=self.service, json=body,
headers={"Accept": "application/json"})
self._translate_response(resp, has_body=False)
return self
class User(resource2.Resource):
resource_key = "user"
resources_key = "users"
base_path = '/users'
service = rca_service.RcaService()
# Capabilities
allow_create = True
allow_delete = True
allow_update = True
allow_list = True
allow_get = True
# Properties
#: User's name of VPN connection.
name = resource2.Body('name', alternate_id=True)
#: User's password of VPN connection.
#: This parameter is only included in the response of Create User.
password = resource2.Body('password')
#: VPN user information list id = resource2.Body('name', alternate_id=True)
vpn_endpoints = resource2.Body('vpn_endpoints')
@classmethod
def find(cls, session, name_or_id, ignore_missing=False, **params):
"""Find a resource by its name or id.
:param session: The session to use for making this request.
:type session: :class:`~ecl.session.Session`
:param name_or_id: This resource's identifier, if needed by
the request. The default is ``None``.
:param bool ignore_missing: When set to ``False``
:class:`~ecl.exceptions.ResourceNotFound` will be
raised when the resource does not exist.
When set to ``True``, None will be returned when
attempting to find a nonexistent resource.
:param dict params: Any additional parameters to be passed into
underlying methods, such as to
:meth:`~ecl.resource2.Resource.existing`
in order to pass on URI parameters.
:return: The :class:`Resource` object matching the given name or id
or None if nothing matches.
:raises: :class:`ecl.exceptions.DuplicateResource` if more
than one resource is found for this request.
:raises: :class:`ecl.exceptions.ResourceNotFound` if nothing
is found and ignore_missing is ``False``.
"""
# Try to short-circuit by looking directly for a matching ID.
data = cls.list(session, **params)
result = cls._get_one_match(name_or_id, data)
if result is not None:
return result
if ignore_missing:
return None
raise exceptions.ResourceNotFound("No %s found for %s" %
(cls.__name__, name_or_id))
class AddressAssignment(resource2.Resource):
resources_key = "address_assignments"
resource_key = "address_assignment"
service = provider_connectivity_service.ProviderConnectivityService("v2.0")
base_path = '/' + service.version + \
'/tenant_connection_requests/' \
'%(tenant_connection_request_id)s/address_assignment'
# capabilities
allow_list = True
#: tenant_connection_request unique ID.
tenant_connection_request_id = resource2.URI(
"tenant_connection_request_id")
#: tenant_connection unique ID.
tenant_connection_id = resource2.Body("tenant_connection_id")
#: Network unique ID
network_id = resource2.Body("network_id")
#: mac address assigned with port
mac_address = resource2.Body("mac_address")
#: List of fixes IP addresses assign to port.
fixed_ips = resource2.Body("fixed_ips")
#: Allowed address pairs
allowed_address_pairs = resource2.Body("allowed_address_pairs")
@staticmethod
def _get_id(value):
if isinstance(value, resource2.Resource):
# Don't check _alternate_id unless we need to. It's an uncommon
# case and it involves looping through the class' dict.
id = value.id or getattr(
value, value._alternate_id(),
hashlib.new('md5', str(value)).hexdigest())
return id
else:
return value
def __getattribute__(self, name):
"""Return an attribute on this instance
This is mostly a pass-through except for a specialization on
the 'id' name, as this can exist under a different name via the
`alternate_id` argument to resource.Body.
"""
if name == "id":
if name in self._body:
return self._body[name]
elif self._alternate_id():
return self._body[self._alternate_id()]
else:
return hashlib.new('md5', str(self)).hexdigest()
else:
return object.__getattribute__(self, name)
class RateLimit(resource2.Resource):
#: A list of the specific limits that apply to the ``regex`` and ``uri``.
limits = resource2.Body("limit", type=list)
#: A regex representing which routes this rate limit applies to.
regex = resource2.Body("regex")
#: A URI representing which routes this rate limit applies to.
uri = resource2.Body("uri")
class AvailabilityZone(resource2.Resource):
resources_key = 'availabilityZoneInfo'
base_path = '/os-availability-zone'
service = baremetal_service.BaremetalService()
# capabilities
allow_list = True
# Properties
#: name of availability zone
zoneName = resource2.Body('zoneName', alternate_id=True)
name = resource2.Body('zoneName', alternate_id=True)
#: state of availability zone
zoneState = resource2.Body('zoneState')
state = resource2.Body('zoneState')
#: hosts of availability zone
hosts = resource2.Body('hosts')
@classmethod
def find(cls, session, name_or_id, ignore_missing=False, **params):
"""Find a resource by its name or id.
:param session: The session to use for making this request.
:type session: :class:`~ecl.session.Session`
:param name_or_id: This resource's identifier, if needed by
the request. The default is ``None``.
:param bool ignore_missing: When set to ``False``
:class:`~ecl.exceptions.ResourceNotFound` will be
raised when the resource does not exist.
When set to ``True``, None will be returned when
attempting to find a nonexistent resource.
:param dict params: Any additional parameters to be passed into
underlying methods, such as to
:meth:`~ecl.resource2.Resource.existing`
in order to pass on URI parameters.
:return: The :class:`Resource` object matching the given name or id
or None if nothing matches.
:raises: :class:`ecl.exceptions.DuplicateResource` if more
than one resource is found for this request.
:raises: :class:`ecl.exceptions.ResourceNotFound` if nothing
is found and ignore_missing is ``False``.
"""
# Try to short-circuit by looking directly for a matching ID.
data = cls.list(session, **params)
result = cls._get_one_match(name_or_id, data)
if result is not None:
return result
if ignore_missing:
return None
raise exceptions.ResourceNotFound("No %s found for %s" %
(cls.__name__, name_or_id))
class TenantConnection(NetworkBaseResource):
resource_key = "tenant_connection"
resources_key = "tenant_connections"
service = network_service.NetworkService("v2.0")
base_path = '/' + service.version + '/tenant_connections'
allow_list = True
allow_get = True
allow_create = True
allow_delete = True
allow_update = True
_query_mapping = resource2.QueryParameters(
"approval_request_id", "interface_type",
"name", "description", "id", "progress",
"tenant_id", "sort_key", "sort_dir",
)
approval_request_id = resource2.Body("approval_request_id")
connected_interface = resource2.Body("connected_interface", dict)
connected_network = resource2.Body("connected_network", dict)
interface_type = resource2.Body("interface_type")
description = resource2.Body("description")
id = resource2.Body("id")
name = resource2.Body("name")
progress = resource2.Body("progress")
tenant_id = resource2.Body("tenant_id")
def execute(self, session):
"""Preform tenant connection execute."""
url = utils.urljoin(TenantConnection.base_path, self.id, 'execute')
headers = {'Accept': ''}
return session.post(
url, endpoint_filter=self.service, headers=headers)
class User(resource2.Resource):
resource_key = "user"
resources_key = "users"
base_path = '/instances/%(instance_id)s/users'
service = database_service.DatabaseService()
# _query_mapping = resource2.QueryParameters()
# Capabilities
allow_create = True
allow_delete = True
allow_list = True
allow_update = True
allow_get = True
# Properties
#: User's name of Database instance.
name = resource2.Body('name', alternate_id=True)
#: Allowed access host of user.
host = resource2.Body('host')
#: Relevant database of this user.
databases = resource2.Body('databases', type=list)
#: User's password of Database instance.
#: This parameter is only used in instance creation.
password = resource2.Body('password')
#: ID of instance associated with this user
instance_id = resource2.URI('instance_id')
def create(self, session, instance_id, **attrs):
base = self.base_path % {"instance_id": instance_id}
body = {"users": [attrs]}
resp = session.post(base, endpoint_filter=self.service, json=body,
headers={"Accept": "application/json"})
self._translate_response(resp, has_body=False)
return self
def grant(self, session, instance_id, user, databases):
base = self.base_path % {"instance_id": instance_id}
uri = "%s/%s/databases" % (base, user)
resp = session.put(uri, endpoint_filter=self.service,
json={"databases": databases})
self._translate_response(resp, has_body=False)
return self
def revoke(self, session, instance_id, user, database):
base = self.base_path % {"instance_id": instance_id}
uri = uri = "%s/%s/databases/%s" % (base, user, database)
resp = session.delete(uri, endpoint_filter=self.service)
self._translate_response(resp, has_body=False)
return self
class ExchangePoint(resource2.Resource):
resources_key = "exchange_points"
service = provider_connectivity_service.ProviderConnectivityService("v1.0")
base_path = '/' + service.version + '/icc/exchange_points'
# Capabilities
allow_list = True
# Properties
#: It identifies exchange_point resource uniquely.
id = resource2.Body('id')
#: Pair of location name of AWS and ECL2.0.
location_names = resource2.Body('location_names')
class VPNInterface(NetworkBaseResource):
resource_key = "vpn_interface"
resources_key = "vpn_interfaces"
base_path = '/v2.0/vpn_interfaces'
service = network_service.NetworkService()
allow_list = True
allow_get = True
allow_create = True
allow_update = True
allow_delete = True
_query_mapping = resource2.QueryParameters(
"description", "id",
"name", "vpn_gw_id",
"status", "tenant_id",
"sort_key", "sort_dir",
)
description = resource2.Body("description")
id = resource2.Body("id")
vpn_gw_id = resource2.Body("vpn_gw_id")
name = resource2.Body("name")
status = resource2.Body("status")
tenant_id = resource2.Body("tenant_id")
primary = resource2.Body("primary")
secondary = resource2.Body("secondary")
def wait_for_interface(self, session, status='ACTIVE', failures=['ERROR'],
interval=2, wait=120):
return resource2.wait_for_status(session, self, status,
failures, interval, wait)
class GCPInterface(NetworkBaseResource):
resource_key = "gcp_interface"
resources_key = "gcp_interfaces"
service = network_service.NetworkService("v2.0")
base_path = '/' + service.version + '/gcp_interfaces'
allow_list = True
allow_get = True
#: GCP Gateway to which this interface is connected.
gcp_gw_id = resource2.Body("gcp_gw_id")
#: Description of the GCP Interface resource.
description = resource2.Body("description")
#: Unique ID of the GCP Interface resource.
id = resource2.Body("id")
#: Name of the GCP Interface resource
name = resource2.Body("name")
#: The GCP Interface status.
status = resource2.Body("status")
#: Tenant ID of the owner (UUID)
tenant_id = resource2.Body("tenant_id")
#: Primary router uplink ip configuration.
primary = resource2.Body("primary")
#: Secondary router uplink ip configuration.
secondary = resource2.Body("secondary")
class CIC(resource2.Resource):
resource_key = None
resources_key = None
base_path = '/mCICs/%(mcic_id)s/CICs'
service = connectivity_service.ConnectivityService()
# capabilities
allow_get = True
allow_list = True
allow_create = True
allow_delete = True
allow_update = True
_query_mapping = resource2.QueryParameters("sort_key", "sort_dir")
cic_id = resource2.Body("cic_id", alternate_id=True)
cic_name = resource2.Body("cic_name")
cic_status = resource2.Body("cic_status")
network_id = resource2.Body("network_id")
network_name = resource2.Body("network_name")
destination_vlan = resource2.Body("destination_vlan", type=int)
colo_vlan = resource2.Body("colo_vlan", type=int)
bandwidth = resource2.Body("bandwidth", type=int)
mcic_id = resource2.URI("mcic_id")
def update(self, session, mcic_id, cic_id, has_body=True, **attrs):
uri = self.base_path % ({'mcic_id': mcic_id})
uri = utils.urljoin(uri, cic_id)
args = {'json': attrs}
resp = session.put(uri, endpoint_filter=self.service, **args)
self._translate_response(resp, has_body=False)
return self
class AWSService(NetworkBaseResource):
resource_key = "aws_service"
resources_key = "aws_services"
service = network_service.NetworkService("v2.0")
base_path = '/' + service.version + '/aws_services'
allow_list = True
allow_get = True
description = resource2.Body("description")
id = resource2.Body("id")
zone = resource2.Body("zone")
name = resource2.Body("name")
class SoftwareDeployment(resource.Resource):
resource_key = 'software_deployment'
resources_key = 'software_deployments'
base_path = '/software_deployments'
service = orchestration_service.OrchestrationService()
# capabilities
allow_create = True
allow_list = True
allow_get = True
allow_delete = True
allow_update = True
# Properties
#: The stack action that triggers this deployment resource.
action = resource.Body('action')
#: The UUID of the software config resource that runs when applying to the
#: server.
config_id = resource.Body('config_id')
#: A map containing the names and values of all inputs to the config.
input_values = resource.Body('input_values', type=dict)
#: A map containing the names and values from the deployment.
output_values = resource.Body('output_values', type=dict)
#: The UUID of the compute server to which the configuration applies.
server_id = resource.Body('server_id')
#: The ID of the authentication project which can also perform operations
#: on this deployment.
stack_user_project_id = resource.Body('stack_user_project_id')
#: Current status of the software deployment.
status = resource.Body('status')
#: Error description for the last status change.
status_reason = resource.Body('status_reason')
#: The date and time when the software deployment resource was created.
created_at = resource.Body('creation_time')
#: The date and time when the software deployment resource was created.
updated_at = resource.Body('updated_time')
def create(self, session):
# This overrides the default behavior of resource creation because
# heat doesn't accept resource_key in its request.
return super(SoftwareDeployment, self).create(session,
prepend_key=False)
def update(self, session):
# This overrides the default behavior of resource creation because
# heat doesn't accept resource_key in its request.
return super(SoftwareDeployment, self).update(session,
prepend_key=False)
class NameServer(resource2.Resource):
resource_key = None
resources_key = "nameservers"
base_path = '/v2/zones/%(zone_id)s/nameservers'
service = dns_service.DnsService()
# Capabilities
allow_list = True
# Properties
#: ID for the zone.
zone_id = resource2.URI('zone_id')
#: The hostname of the nameserver that the zone should be delegated to.
hostname = resource2.Body('hostname', alternate_id=True)
#: The priority of the nameserver. This is used to determine the order of the the nameserver listings,
#: and which server is used in the SOA record for the zone. This parameter is not currently supported.
priority = resource2.Body('priority')
class InterDCService(NetworkBaseResource):
resource_key = "interdc_service"
resources_key = "interdc_services"
service = network_service.NetworkService("v2.0")
base_path = '/' + service.version + '/interdc_services'
allow_list = True
allow_get = True
_query_mapping = resource2.QueryParameters("description", "id", "zone",
"name")
description = resource2.Body("description")
id = resource2.Body("id")
zone = resource2.Body("zone")
name = resource2.Body("name")
class Operation(resource2.Resource):
resources_key = "operations"
service = provider_connectivity_service.ProviderConnectivityService("v1.0")
base_path = '/' + service.version + '/icc/operations'
# Capabilities
allow_list = True
_query_mapping = resource2.QueryParameters("connection_id",)
# Properties
#: It identifies connection resource uniquely.
connection_id = resource2.Body('connection_id', alternate_id=True)
#: order type.
order_type = resource2.Body('order_type')
#: operation phase.
phase = resource2.Body('phase')
#: Status of phase.
operation_status = resource2.Body('operation_status')
#: reception datetime. YYYY-MM-DD HH:MM:SS format.
reception_datetime = resource2.Body('reception_datetime')
#: commit datetime. YYYY-MM-DD HH:MM:SS format.
commit_datetime = resource2.Body('commit_datetime')
#: Request body is stored.
request_body = resource2.Body('request_body')
class GCPService(NetworkBaseResource):
resource_key = "gcp_service"
resources_key = "gcp_services"
service = network_service.NetworkService("v2.0")
base_path = '/' + service.version + '/gcp_services'
allow_list = True
allow_get = True
#: Description of the GCP Service resource.
description = resource2.Body("description")
#: Unique ID of the GCP Service resource.
id = resource2.Body("id")
#: Name of zone.
zone = resource2.Body("zone")
#: Name of the GCP Service resource.
name = resource2.Body("name")
class ICCSubnet(subnet.Subnet):
service = provider_connectivity_service.ProviderConnectivityService("v2.0")
base_path = '/' + service.version + \
'/tenant_connection_requests/' \
'%(tenant_connection_request_id)s/subnets'
id = resource2.Body("id")
tenant_connection_request_id = resource2.URI(
"tenant_connection_request_id")
allow_list = True
allow_create = False
allow_delete = False
allow_update = False
allow_get = True
dhcp_server_address = resource2.Body('dhcp_server_address')
class Image(resource2.Resource, metadata.MetadataMixin):
resource_key = 'image'
resources_key = 'images'
base_path = '/images'
service = compute_service.ComputeService()
# capabilities
allow_get = True
allow_delete = True
allow_list = True
_query_mapping = resource2.QueryParameters("server",
"name",
"status",
"type",
min_disk="minDisk",
min_ram="minRam",
changes_since="changes-since")
# Properties
#: Links pertaining to this image. This is a list of dictionaries,
#: each including keys ``href`` and ``rel``, and optionally ``type``.
links = resource2.Body('links')
#: The name of this image.
name = resource2.Body('name')
#: Timestamp when the image was created.
created_at = resource2.Body('created')
#: Metadata pertaining to this image. *Type: dict*
metadata = resource2.Body('metadata', type=dict)
#: The mimimum disk size. *Type: int*
min_disk = resource2.Body('minDisk', type=int)
#: The minimum RAM size. *Type: int*
min_ram = resource2.Body('minRam', type=int)
#: If this image is still building, its progress is represented here.
#: Once an image is created, progres will be 100. *Type: int*
progress = resource2.Body('progress', type=int)
#: The status of this image.
status = resource2.Body('status')
#: Timestamp when the image was updated.
updated_at = resource2.Body('updated')
#: Size of the image in bytes. *Type: int*
size = resource2.Body('OS-EXT-IMG-SIZE:size', type=int)
class Limits(resource2.Resource):
base_path = "/limits"
resource_key = "limits"
service = baremetal_service.BaremetalService()
allow_get = True
absolute = resource2.Body("absolute", type=AbsoluteLimits)
rate = resource2.Body("rate", type=list)
def get(self, session, requires_id=False):
"""Get the Limits resource.
:param session: The session to use for making this request.
:type session: :class:`~ecl.session.Session`
:returns: A Baremetal Limits instance
:rtype: :class:`~ecl.baremetal.v2.limits.Limits`
"""
request = self._prepare_request(requires_id=False, prepend_key=False)
response = session.get(request.uri, endpoint_filter=self.service)
body = response.json()
body = body[self.resource_key]
absolute_body = self._filter_component(
body["absolute"], AbsoluteLimits._body_mapping())
self.absolute = AbsoluteLimits.existing(**absolute_body)
rates_body = body["rate"]
rates = []
for rate_body in rates_body:
rate_body = self._filter_component(rate_body,
RateLimit._body_mapping())
rates.append(RateLimit(**rate_body))
self.rate = rates
return self
class ServerSegment(resource2.Resource):
resource_key = None # Get is not allowed.
resources_key = 'server_segments'
base_path = '/ec_services/%(service_id)s/server_segments'
service = connectivity_service.ConnectivityService()
# capabilities
allow_get = False
allow_list = True
# _query_mapping = resource2.QueryParameters("mcic_id", "cic_id")
# Properties
#: server segment number.
server_segment_nbr = resource2.Body('server_segment_nbr',
type=int,
alternate_id=True)
#: server segment name.
server_segment_name = resource2.Body('server_segment_name')
class ServerVolume(resource2.Resource):
resource_key = 'volumeAttachment'
resources_key = 'volumeAttachments'
base_path = '/servers/%(serverId)s/os-volume_attachments'
service = compute_service.ComputeService()
# capabilities
allow_create = True
allow_get = False
allow_update = False
allow_delete = True
allow_list = True
#: Device name
device = resource2.Body('device')
#: Attachment ID
id = resource2.Body('id')
#: The ID of the server
serverId = resource2.URI('serverId')
#: The ID of the volume
volumeId = resource2.Body('volumeId')
class Version(resource2.Resource):
resource_key = 'version'
resources_key = 'versions'
base_path = '/'
service = storage_service.StorageService(
version=storage_service.StorageService.UNVERSIONED)
# capabilities
allow_list = True
allow_get = True
# Properties
#: Version identifier included in API URL.
id = resource2.Body('id', alternate_id=True)
#: media-type object
media_types = resource2.Body('media-types', type=dict)
#: Created time of the version, although the name is "updated"
updated = resource2.Body('updated')
#: Version support status. Valid values are CURRENT or SUPPORTED.
#: CURRENT is newest stable version. SUPPORTED is old supported version.
status = resource2.Body('status')
def list_version(self, session):
uri = self.base_path
resp = session.get(uri,
headers={"Accept": "application/json"},
endpoint_filter=self.service)
resp = resp.json()[self.resources_key]
for data in resp:
version = self.existing(**data)
yield version
def get_version(self, session):
url = self.base_path + 'v1.0'
resp = session.get(url,
headers={"Accept": "application/json"},
endpoint_filter=self.service)
self._translate_response(resp, has_body=True)
return self