class NodePublicIface(Base):
master = fields.String(default="")
type = fields.Enum(NicType)
ipv4 = fields.IPRange()
ipv6 = fields.IPRange()
gw4 = fields.IPRange()
gw6 = fields.IPRange()
version = fields.Integer()
class NetworkResource(Base):
id = fields.Integer()
name = fields.String(default="")
network_iprange = fields.IPRange(default="10.10.0.0/16")
wireguard_private_key_encrypted = fields.String(default="")
wireguard_public_key = fields.String(default="")
wireguard_listen_port = fields.Integer()
iprange = fields.IPRange(default="10.10.10.0/24")
peers = fields.List(fields.Object(WireguardPeer))
info = fields.Object(ReservationInfo)
class KubernetesNode(VDCHostBase):
role = fields.Enum(KubernetesRole)
public_ip = fields.IPRange()
_size = fields.Integer()
@property
def size(self):
return VDC_SIZE.K8SNodeFlavor(self._size)
@classmethod
def from_workload(cls, workload):
node = cls()
node.wid = workload.id
node.ip_address = workload.ipaddress
if workload.master_ips:
node.role = KubernetesRole.WORKER
else:
node.role = KubernetesRole.MASTER
node.node_id = workload.info.node_id
node.pool_id = workload.info.pool_id
if workload.public_ip:
zos = get_zos()
public_ip_workload = zos.workloads.get(workload.public_ip)
address = str(netaddr.IPNetwork(public_ip_workload.ipaddress).ip)
node.public_ip = address
node._size = (
VDC_SIZE.K8SNodeFlavor(workload.size).value
if workload.size in [size.value for size in K8S_SIZES]
else VDC_SIZE.K8SNodeFlavor.SMALL.value
)
return node
class Network(Base):
name = fields.String(default="")
workload_id = fields.Integer()
iprange = fields.IPRange(default="10.10.0.0/16")
stats_aggregator = fields.List(fields.Object(Statsaggregator))
network_resources = fields.List(fields.Object(NetworkResource))
farmer_tid = fields.Integer()
class PublicIP(Base):
id = fields.Integer()
ipaddress = fields.IPRange()
info = fields.Object(ReservationInfo)
def resource_units(self):
resource_units = ResourceUnitAmount()
resource_units.ipv4u = 1
return resource_units
class Farm(Base):
id = fields.Integer()
threebot_id = fields.Integer()
iyo_organization = fields.String(default="")
name = fields.String(default="")
wallet_addresses = fields.List(fields.Object(WalletAddress))
location = fields.Object(Location)
email = fields.Email()
resource_prices = fields.List(fields.Object(ResourceUnitPrice))
prefix_zero = fields.IPRange()
def __str__(self):
return " - ".join([x for x in [self.name, str(self.location)] if x])
class Farm(Base):
id = fields.Integer()
threebot_id = fields.Integer()
iyo_organization = fields.String(default="")
name = fields.String(default="")
wallet_addresses = fields.List(fields.Object(WalletAddress))
location = fields.Object(Location)
email = fields.Email()
resource_prices = fields.List(fields.Object(ResourceUnitPrice))
prefix_zero = fields.IPRange()
ipaddresses = fields.List(fields.Object(FarmerIP))
enable_custom_pricing = fields.Boolean(default=False)
farm_cloudunits_price = fields.Object(CloudUnitMonthPrice)
is_grid3_compliant = fields.Boolean(default=False)
def __str__(self):
return " - ".join([x for x in [self.name, str(self.location)] if x])
class WireguardPeer(Base):
public_key = fields.String(default="")
allowed_iprange = fields.List(fields.IPRange())
endpoint = fields.String(default="")
iprange = fields.IPRange(default="10.10.11.0/24")
class FarmerIP(Base):
address = fields.IPRange()
gateway = fields.IPAddress()
reservation_id = fields.Integer()
class NodeIface(Base):
name = fields.String(default="")
addrs = fields.List(fields.IPRange())
gateway = fields.List(fields.IPRange())
class Server(Base):
host = fields.IPAddress()
network = fields.IPRange()
port = fields.Port()
uid = fields.GUID()
key = fields.Bytes()
def test_ipaddress_network(self):
"""Success scenario for ipaddress network validation"""
ipaddress = fields.IPRange("192.168.0.0/28")
self.assertEqual(ipaddress.default, "192.168.0.0/28")
self.assertIsNone(ipaddress.validate("192.168.0.0/28"))
