def get_gce_user_keypair_name(self, context):
client = clients.nova(context)
for keypair in client.keypairs.list():
if keypair.name == context.user_name:
return keypair.name
return None
def add_item(self, context, name, body, scope=None):
# expected that either network is provided in parameters or
# default network exists (as in Google)
network = self._get_network_by_url(
context,
body.get('network', CONF.default_network_name)
)
self._check_rules(body)
default_description = _("Firewall rules for network {}")
group_description = body.get(
"description",
default_description.format(network['name'])
)
client = clients.nova(context)
operation_util.start_operation(context)
sg = client.security_groups.create(body['name'], group_description)
try:
rules = self._convert_to_secgroup_rules(body)
for rule in rules:
client.security_group_rules.create(
sg.id, ip_protocol=rule["protocol"],
from_port=rule["from_port"], to_port=rule["to_port"],
cidr=rule["cidr"], )
except Exception:
client.security_groups.delete(sg)
raise
new_firewall = utils.to_dict(client.security_groups.get(sg.id))
new_firewall = self._prepare_firewall(new_firewall)
new_firewall["network_name"] = network["name"]
new_firewall = self._add_db_item(context, new_firewall)
self._process_callbacks(
context, base_api._callback_reasons.post_add, new_firewall)
return new_firewall
def add_item(self, context, name, body, scope=None):
# expected that either network is provided in parameters or
# default network exists (as in Google)
network = self._get_network_by_url(
context, body.get('network', CONF.default_network_name))
self._check_rules(body)
default_description = _("Firewall rules for network {}")
group_description = body.get(
"description", default_description.format(network['name']))
client = clients.nova(context)
operation_util.start_operation(context)
sg = client.security_groups.create(body['name'], group_description)
try:
rules = self._convert_to_secgroup_rules(body)
for rule in rules:
client.security_group_rules.create(
sg.id,
ip_protocol=rule["protocol"],
from_port=rule["from_port"],
to_port=rule["to_port"],
cidr=rule["cidr"],
)
except Exception:
client.security_groups.delete(sg)
raise
new_firewall = utils.to_dict(client.security_groups.get(sg.id))
new_firewall = self._prepare_firewall(new_firewall)
new_firewall["network_name"] = network["name"]
new_firewall = self._add_db_item(context, new_firewall)
self._process_callbacks(context, base_api._callback_reasons.post_add,
new_firewall)
return new_firewall
def get_items(self, context, scope=None):
client = clients.nova(context)
try:
nova_zones = client.availability_zones.list()
except clients.novaclient.exceptions.Forbidden as e:
try:
nova_zones = client.availability_zones.list(detailed=False)
except Exception:
raise e
filtered_zones = list()
for zone in nova_zones:
if not zone.hosts:
filtered_zones.append(zone)
continue
for host in zone.hosts:
if self.COMPUTE_SERVICE in zone.hosts[host]:
filtered_zones.append(zone)
break
zones = list()
for zone in filtered_zones:
zones.append({
"name": zone.zoneName,
"status": "UP" if zone.zoneState["available"] else "DOWN",
"hosts": [host for host in zone.hosts]
if zone.hosts else list()
})
return zones
def get_gce_user_keypair_name(self, context):
client = clients.nova(context)
for keypair in client.keypairs.list():
if keypair.name == context.user_name:
return keypair.name
return None
def _attach_volume(self, context):
params = context.operation_data.get("params")
if params:
scope = context.operation_data["scope"]
context.operation_data.pop("params")
body = {"sizeGb": params.get("diskSizeGb"),
"sourceImage": params["sourceImage"]}
volume = disk_api.API().add_item(context, params.get("diskName"),
body, scope=scope)
context.operation_data["disk"] = volume
return None
disk = context.operation_data.get("disk")
if disk:
volume_id = disk["id"]
item_progress = disk_api.API()._get_add_item_progress(context,
volume_id)
if not operation_util.is_final_progress(item_progress):
return None
context.operation_data.pop("disk")
context.operation_data["volume_id"] = volume_id
instance_id = context.operation_data["instance_id"]
device_name = context.operation_data["device_name"]
volume_id = context.operation_data["volume_id"]
volumes_client = clients.nova(context).volumes
volumes_client.create_server_volume(
instance_id, volume_id, "/dev/" + device_name)
args = context.operation_data["register_args"]
self.register_item(context, args[0], volume_id, args[1], args[2])
return operation_util.get_final_progress()
def add_item(self, context, name, body, scope=None):
network = self._get_network_by_url(context, body['network'])
self._check_rules(body)
group_description = body.get("description", "")
client = clients.nova(context)
operation_util.start_operation(context)
sg = client.security_groups.create(body['name'], group_description)
try:
rules = self._convert_to_secgroup_rules(body)
for rule in rules:
client.security_group_rules.create(
sg.id, ip_protocol=rule["protocol"],
from_port=rule["from_port"], to_port=rule["to_port"],
cidr=rule["cidr"], )
except Exception:
client.security_groups.delete(sg)
raise
new_firewall = utils.to_dict(client.security_groups.get(sg.id))
new_firewall = self._prepare_firewall(new_firewall)
new_firewall["creationTimestamp"] = 1
new_firewall["network_name"] = network["name"]
new_firewall = self._add_db_item(context, new_firewall)
self._process_callbacks(
context, base_api._callback_reasons.post_add, new_firewall)
return new_firewall
def _get_reset_instance_progress(self, context, instance_id):
client = clients.nova(context)
try:
instance = client.servers.get(instance_id)
except clients.novaclient.exceptions.NotFound:
return operation_api.gef_final_progress()
if instance.status != "HARD_REBOOT":
return operation_api.gef_final_progress()
def _get_instances_with_network(self, context, network_name, scope):
affected_instances = []
client = clients.nova(context)
instances = client.servers.list(search_opts=None)
for instance in instances:
if network_name in instance.networks:
affected_instances.append(instance)
return affected_instances
def _get_add_item_progress(self, context, instance_id):
client = clients.nova(context)
try:
instance = client.servers.get(instance_id)
except clients.novaclient.exceptions.NotFound:
return operation_api.gef_final_progress()
if instance.status != "BUILD":
return operation_api.gef_final_progress(instance.status == "ERROR")
def _get_delete_item_progress(self, context, instance_id):
client = clients.nova(context)
try:
instance = client.servers.get(instance_id)
except clients.novaclient.exceptions.NotFound:
return operation_api.gef_final_progress()
if getattr(instance, "OS-EXT-STS:task_state") != "deleting":
return operation_api.gef_final_progress(
instance.status != "DELETED")
def get_item(self, context, name, scope=None):
client = clients.nova(context)
try:
network = client.networks.find(label=name)
except clients.novaclient.exceptions.NotFound:
msg = _("Network resource '%s' could not be found.") % name
raise exception.NotFound(msg)
gce_network = self._get_db_item_by_id(context, network.id)
return self._prepare_network(utils.to_dict(network), gce_network)
def get_item(self, context, name, scope=None):
client = clients.nova(context)
try:
network = client.networks.find(label=name)
except clients.novaclient.exceptions.NotFound:
msg = _("Network resource '%s' could not be found.") % name
raise exception.NotFound(msg)
gce_network = self._get_db_item_by_id(context, network.id)
return self._prepare_network(utils.to_dict(network), gce_network)
def delete_network_firewalls(self, context, network):
network_name = network["name"]
client = clients.nova(context)
for secgroup in self.get_network_firewalls(context, network_name):
try:
client.security_groups.delete(secgroup["id"])
except Exception:
LOG.exception(("Failed to delete security group (%s) while"
"delete network (%s))"), secgroup["name"],
network_name)
def _get_gce_keypair(self, context):
client = clients.nova(context)
key_datas = []
for keypair in client.keypairs.list():
key_datas.append(keypair.name + ':' + keypair.public_key)
if not key_datas:
return None
return {'key': 'sshKeys', 'value': "\n".join(key_datas)}
def get_item(self, context, name, scope=None):
client = clients.nova(context)
try:
item = client.flavors.find(name=self._from_gce(name))
except (clients.novaclient.exceptions.NotFound,
clients.novaclient.exceptions.NoUniqueMatch):
raise exception.NotFound
if not item:
raise exception.NotFound
return self._prepare_item(utils.to_dict(item))
def set_common_instance_metadata(self, context, metadata_list):
instance_metadata = dict([(x['key'], x['value'])
for x in metadata_list])
operation_util.start_operation(context)
ssh_keys = instance_metadata.pop('sshKeys', None)
if ssh_keys:
nova_client = clients.nova(context)
for key_data in ssh_keys.split('\n'):
user_name, ssh_key = key_data.split(":")
self._update_key(nova_client, user_name, ssh_key)
def _get_gce_keypair(self, context):
client = clients.nova(context)
key_datas = []
for keypair in client.keypairs.list():
key_datas.append(keypair.name + ':' + keypair.public_key)
if not key_datas:
return None
return {'key': 'sshKeys', 'value': "\n".join(key_datas)}
def set_common_instance_metadata(self, context, metadata_list):
instance_metadata = dict(
[(x['key'], x['value']) for x in metadata_list])
operation_util.start_operation(context)
ssh_keys = instance_metadata.pop('sshKeys', None)
if ssh_keys:
nova_client = clients.nova(context)
for key_data in ssh_keys.split('\n'):
user_name, ssh_key = key_data.split(":")
self._update_key(nova_client, user_name, ssh_key)
def reset_instance(self, context, scope, name):
client = clients.nova(context)
instances = client.servers.list(search_opts={"name": name})
if not instances or len(instances) != 1:
raise exception.NotFound
instance = instances[0]
operation_util.start_operation(context,
self._get_reset_instance_progress,
instance.id)
instance.reboot("HARD")
def delete_item(self, context, name, scope=None):
client = clients.nova(context)
instances = client.servers.list(search_opts={"name": name})
if not instances or len(instances) != 1:
raise exception.NotFound
instance = instances[0]
operation_util.start_operation(
context, base_api.API._get_complex_operation_progress)
ads = instance_disk_api.API().get_items(context, instance.name)
disks_to_delete = []
for ad in ads:
if ad["auto_delete"]:
disks_to_delete.append(ad)
if not disks_to_delete:
operation_util.set_item_id(context, instance.id, self.KIND)
client = clients.nova(context)
instance.delete()
instance = utils.to_dict(instance)
instance = self._prepare_instance(client, context, instance)
self._delete_db_item(context, instance)
ads = instance_disk_api.API().get_items(context, instance["name"])
for ad in ads:
ad = instance_disk_api.API().unregister_item(context,
instance["name"], ad["name"])
acs = instance_address_api.API().get_items(context, instance["name"])
for ac in acs:
ac = instance_address_api.API().unregister_item(context,
instance["name"], ac["name"])
if not disks_to_delete:
return
context.operation_data["scope"] = scope
context.operation_data["count"] = 1 + len(disks_to_delete)
context.operation_data["instance"] = instance
context.operation_data["disks"] = disks_to_delete
operation_util.continue_operation(
context, lambda: self._delete_instance(context))
def delete_item(self, context, name, scope=None):
network = self.get_item(context, name)
self._process_callbacks(
context, base_api._callback_reasons.check_delete, network)
operation_util.start_operation(context)
self._delete_db_item(context, network)
self._process_callbacks(
context, base_api._callback_reasons.pre_delete, network)
client = clients.nova(context)
client.networks.delete(network["id"])
def get_item(self, context, name, scope=None):
client = clients.nova(context)
try:
item = client.flavors.find(name=self._from_gce(name))
except (clients.novaclient.exceptions.NotFound,
clients.novaclient.exceptions.NoUniqueMatch):
raise exception.NotFound
if not item:
raise exception.NotFound
return self._prepare_item(utils.to_dict(item))
def delete_network_firewalls(self, context, network):
network_name = network["name"]
client = clients.nova(context)
for secgroup in self.get_network_firewalls(context, network_name):
try:
client.security_groups.delete(secgroup["id"])
except Exception:
LOG.exception(("Failed to delete security group (%s) while"
"delete network (%s))"),
secgroup["name"], network_name)
def add_item(self, context, instance_name, params, source, name,
auto_delete, scope):
# NOTE(apavlov): name is a 'device_name' here
if not name:
msg = _("There is no name to assign.")
raise exception.InvalidRequest(msg)
nova_client = clients.nova(context)
instances = nova_client.servers.list(
search_opts={"name": instance_name})
if not instances or len(instances) != 1:
raise exception.NotFound
instance = instances[0]
devices = list()
volumes_client = nova_client.volumes
for server_volume in volumes_client.get_server_volumes(instance.id):
devices.append(server_volume.device)
device_name = None
for letter in string.ascii_lowercase[1:]:
device_name = "vd" + letter
for device in devices:
if device_name in device:
break
else:
break
else:
raise exception.OverQuota
context.operation_data["device_name"] = device_name
if source:
volume_name = utils._extract_name_from_url(source)
if not volume_name:
msg = _("There is no volume to assign.")
raise exception.NotFound(msg)
volume = disk_api.API().get_item(context, volume_name, scope)
context.operation_data["volume_id"] = volume["id"]
elif params:
params.setdefault("diskName", instance_name)
context.operation_data["params"] = params
context.operation_data["scope"] = scope
else:
msg = _('Disk config must contain either "source" or '
'"initializeParams".')
raise exception.InvalidRequest(msg)
context.operation_data["instance_id"] = instance.id
context.operation_data["register_args"] = [
instance_name, name, auto_delete
]
operation_util.start_operation(
context, base_api.API._get_complex_operation_progress)
operation_util.continue_operation(context,
lambda: self._attach_volume(context),
timeout=0)
def delete_item(self, context, name, scope=None):
firewall = self.get_item(context, name)
operation_util.start_operation(context)
self._process_callbacks(
context, base_api._callback_reasons.pre_delete, firewall)
client = clients.nova(context)
try:
client.security_groups.delete(firewall["id"])
self._delete_db_item(context, firewall)
except clients.novaclient.exceptions.ClientException as ex:
raise exception.GceapiException(message=ex.message, code=ex.code)
def get_item(self, context, name, scope=None):
client = clients.nova(context)
try:
firewall = client.security_groups.find(name=name)
except (clients.novaclient.exceptions.NotFound,
clients.novaclient.exceptions.NoUniqueMatch):
raise exception.NotFound()
firewall = self._prepare_firewall(utils.to_dict(firewall))
db_firewall = self._get_db_item_by_id(context, firewall["id"])
self._prepare_item(firewall, db_firewall)
return firewall
def get_items(self, context, scope=None):
client = clients.nova(context)
firewalls = client.security_groups.list()
items = list()
gce_firewalls = self._get_db_items_dict(context)
for firewall in firewalls:
item = self._prepare_firewall(utils.to_dict(firewall))
self._prepare_item(item, gce_firewalls.get(item["id"]))
items.append(item)
self._purge_db(context, items, gce_firewalls)
return items
def get_item(self, context, name, scope=None):
client = clients.nova(context)
try:
firewall = client.security_groups.find(name=name)
except (clients.novaclient.exceptions.NotFound,
clients.novaclient.exceptions.NoUniqueMatch):
raise exception.NotFound()
firewall = self._prepare_firewall(utils.to_dict(firewall))
db_firewall = self._get_db_item_by_id(context, firewall["id"])
self._prepare_item(firewall, db_firewall)
return firewall
def delete_item(self, context, name, scope=None):
firewall = self.get_item(context, name)
operation_util.start_operation(context)
self._process_callbacks(context, base_api._callback_reasons.pre_delete,
firewall)
client = clients.nova(context)
try:
client.security_groups.delete(firewall["id"])
self._delete_db_item(context, firewall)
except clients.novaclient.exceptions.ClientException as ex:
raise exception.GceapiException(message=ex.message, code=ex.code)
def get_items(self, context, scope=None):
client = clients.nova(context)
networks = client.networks.list()
gce_networks = self._get_db_items_dict(context)
result_networks = []
for network in networks:
result_networks.append(
self._prepare_network(utils.to_dict(network),
gce_networks.get(network.id)))
self._purge_db(context, result_networks, gce_networks)
return result_networks
def delete_item(self, context, name, scope=None):
network = self.get_item(context, name)
self._process_callbacks(context,
base_api._callback_reasons.check_delete,
network)
operation_util.start_operation(context)
self._delete_db_item(context, network)
self._process_callbacks(context, base_api._callback_reasons.pre_delete,
network)
client = clients.nova(context)
client.networks.delete(network["id"])
def get_items(self, context, scope=None):
client = clients.nova(context)
firewalls = client.security_groups.list()
items = list()
gce_firewalls = self._get_db_items_dict(context)
for firewall in firewalls:
item = self._prepare_firewall(utils.to_dict(firewall))
self._prepare_item(item, gce_firewalls.get(item["id"]))
items.append(item)
self._purge_db(context, items, gce_firewalls)
return items
def get_items(self, context, scope=None):
client = clients.nova(context)
networks = client.networks.list()
gce_networks = self._get_db_items_dict(context)
result_networks = []
for network in networks:
result_networks.append(
self._prepare_network(utils.to_dict(network),
gce_networks.get(network.id)))
self._purge_db(context, result_networks, gce_networks)
return result_networks
def delete_item(self, context, instance_name, name):
client = clients.nova(context)
instances = client.servers.list(search_opts={"name": instance_name})
if not instances or len(instances) != 1:
raise exception.NotFound
instance = instances[0]
item = self.get_item(context, instance_name, name)
floating_ip = item["addr"]
operation_util.start_operation(context)
instance.remove_floating_ip(floating_ip)
self._delete_db_item(context, item)
def delete_item(self, context, instance_name, name):
client = clients.nova(context)
instances = client.servers.list(search_opts={"name": instance_name})
if not instances or len(instances) != 1:
raise exception.NotFound
instance = instances[0]
item = self.get_item(context, instance_name, name)
floating_ip = item["addr"]
operation_util.start_operation(context)
instance.remove_floating_ip(floating_ip)
self._delete_db_item(context, item)
def add_item(self, context, instance_name, params, source, name,
auto_delete, scope):
# NOTE(apavlov): name is a 'device_name' here
if not name:
msg = _("There is no name to assign.")
raise exception.InvalidRequest(msg)
nova_client = clients.nova(context)
instances = nova_client.servers.list(
search_opts={"name": instance_name})
if not instances or len(instances) != 1:
raise exception.NotFound
instance = instances[0]
devices = list()
volumes_client = nova_client.volumes
for server_volume in volumes_client.get_server_volumes(instance.id):
devices.append(server_volume.device)
device_name = None
for letter in string.ascii_lowercase[1:]:
device_name = "vd" + letter
for device in devices:
if device_name in device:
break
else:
break
else:
raise exception.OverQuota
context.operation_data["device_name"] = device_name
if source:
volume_name = utils._extract_name_from_url(source)
if not volume_name:
msg = _("There is no volume to assign.")
raise exception.NotFound(msg)
volume = disk_api.API().get_item(context, volume_name, scope)
context.operation_data["volume_id"] = volume["id"]
elif params:
params.setdefault("diskName", instance_name)
context.operation_data["params"] = params
context.operation_data["scope"] = scope
else:
msg = _('Disk config must contain either "source" or '
'"initializeParams".')
raise exception.InvalidRequest(msg)
context.operation_data["instance_id"] = instance.id
context.operation_data["register_args"] = [instance_name, name,
auto_delete]
operation_util.start_operation(
context, base_api.API._get_complex_operation_progress)
operation_util.continue_operation(
context, lambda: self._attach_volume(context), timeout=0)
def add_item(self, context, name, body, scope=None):
client = clients.nova(context)
if any(x["name"] == name
for x in self._get_floating_ips(client, context, scope)):
raise exception.InvalidInput(
_("The resource '%s' already exists.") % name)
operation_util.start_operation(context)
result = client.floating_ips.create()
floating_ip = self._prepare_floating_ip(client, context, result, scope)
floating_ip["name"] = body["name"]
if "description" in body:
floating_ip["description"] = body["description"]
floating_ip = self._add_db_item(context, floating_ip)
return floating_ip
def add_item(self, context, name, body, scope=None):
client = clients.nova(context)
if any(x["name"] == name
for x in self._get_floating_ips(client, context, scope)):
raise exception.InvalidInput(
_("The resource '%s' already exists.") % name)
operation_util.start_operation(context)
result = client.floating_ips.create()
floating_ip = self._prepare_floating_ip(client, context, result, scope)
floating_ip["name"] = body["name"]
if "description" in body:
floating_ip["description"] = body["description"]
floating_ip = self._add_db_item(context, floating_ip)
return floating_ip
def _add_access_config(self, context, instance, scope, acs):
progress = self._get_add_item_progress(context, instance["id"])
if progress is None or not operation_api.is_final_progress(progress):
return progress
client = clients.nova(context)
try:
instance = client.servers.get(instance["id"])
except clients.novaclient.exceptions.NotFound:
return operation_api.gef_final_progress()
for net in acs:
ac = acs[net]
instance_address_api.API().add_item(context, instance.name,
net, ac.get("natIP"), ac.get("type"), ac.get("name"))
return operation_api.gef_final_progress()
def add_item(self, context, name, body, scope=None):
if any(x["name"] == name
for x in self._get_floating_ips(context, scope)):
raise exception.InvalidInput(
_("The resource '%s' already exists.") % name)
public_network_id = network_api.API().get_public_network_id(context)
operation_util.start_operation(context)
floating_ip = clients.neutron(context).create_floatingip(
{"floatingip": {"floating_network_id": public_network_id}})
floating_ip = self._prepare_floating_ip(
clients.nova(context), floating_ip["floatingip"], scope)
floating_ip["name"] = body["name"]
if "description" in body:
floating_ip["description"] = body["description"]
floating_ip = self._add_db_item(context, floating_ip)
return floating_ip
def delete_item(self, context, instance_name, name):
item = self.get_item(context, instance_name, name)
volume_id = item["volume_id"]
nova_client = clients.nova(context)
instances = nova_client.servers.list(
search_opts={"name": instance_name})
if not instances or len(instances) != 1:
raise exception.NotFound
instance = instances[0]
operation_util.start_operation(context, self._get_delete_item_progress,
item["id"])
nova_client.volumes.delete_server_volume(instance.id, volume_id)
self._delete_db_item(context, item)
def delete_item(self, context, instance_name, name):
item = self.get_item(context, instance_name, name)
volume_id = item["volume_id"]
nova_client = clients.nova(context)
instances = nova_client.servers.list(
search_opts={"name": instance_name})
if not instances or len(instances) != 1:
raise exception.NotFound
instance = instances[0]
operation_util.start_operation(context,
self._get_delete_item_progress,
item["id"])
nova_client.volumes.delete_server_volume(instance.id, volume_id)
self._delete_db_item(context, item)
def _get_floating_ips(self, context, scope, name=None):
results = clients.neutron(context).list_floatingips(
tenant_id=context.project_id)["floatingips"]
gce_floating_ips = self._get_db_items_dict(context)
nova_client = clients.nova(context)
results = [self._prepare_floating_ip(nova_client, x, scope,
gce_floating_ips.get(x["id"]))
for x in results]
unnamed_ips = self._purge_db(context, results, gce_floating_ips)
self._add_nonnamed_items(context, unnamed_ips)
if name is None:
return results
for item in results:
if item["name"] == name:
return [item]
raise exception.NotFound
def add_item(self, context, name, body, scope=None):
if any(x["name"] == name
for x in self._get_floating_ips(context, scope)):
raise exception.InvalidInput(
_("The resource '%s' already exists.") % name)
public_network_id = network_api.API().get_public_network_id(context)
operation_util.start_operation(context)
floating_ip = clients.neutron(context).create_floatingip(
{"floatingip": {
"floating_network_id": public_network_id
}})
floating_ip = self._prepare_floating_ip(clients.nova(context),
floating_ip["floatingip"],
scope)
floating_ip["name"] = body["name"]
if "description" in body:
floating_ip["description"] = body["description"]
floating_ip = self._add_db_item(context, floating_ip)
return floating_ip
def get_item(self, context, name, scope=None):
session = clients.admin_session()
keystone = clients.keystone(context, session=session)
project = keystone.projects.get(context.project_id)
result = utils.to_dict(project)
result["keypair"] = self._get_gce_keypair(context)
project_id = project.id
nova = clients.nova(context, session=session)
nova_limits = nova.limits.get(tenant_id=project_id)
result["nova_limits"] = dict(
(l.name, l.value) for l in nova_limits.absolute)
cinder_client = clients.cinder(context, session=session)
try:
result["cinder_quotas"] = utils.to_dict(
cinder_client.quotas.get(project_id, usage=True))
except TypeError:
# NOTE(apavlov): cinderclient of version 1.0.6 and below
# has no usage parameter
result["cinder_quotas"] = dict([
("limit", x)
for x in utils.to_dict(cinder_client.quotas.get(project_id))
])
net_api = CONF.get("network_api")
if net_api is None or ("quantum" in net_api or "neutron" in net_api):
neutron_client = clients.neutron(context, session=session)
result["neutron_quota"] = (
neutron_client.show_quota(project_id)["quota"])
result["neutron_quota"]["network_used"] = len(
neutron_client.list_networks(tenant_id=project_id)["networks"])
result["neutron_quota"]["floatingip_used"] = len(
neutron_client.list_floatingips(
tenant_id=project_id)["floatingips"])
result["neutron_quota"]["security_group_used"] = len(
neutron_client.list_security_groups(
tenant_id=project_id)["security_groups"])
else:
result["neutron_quota"] = {}
return result
def _get_floating_ips(self, context, scope, name=None):
results = clients.neutron(context).list_floatingips(
tenant_id=context.project_id)["floatingips"]
gce_floating_ips = self._get_db_items_dict(context)
nova_client = clients.nova(context)
results = [
self._prepare_floating_ip(nova_client, x, scope,
gce_floating_ips.get(x["id"]))
for x in results
]
unnamed_ips = self._purge_db(context, results, gce_floating_ips)
self._add_nonnamed_items(context, unnamed_ips)
if name is None:
return results
for item in results:
if item["name"] == name:
return [item]
raise exception.NotFound
def get_item(self, context, name, scope=None):
project_name = context.project_name
keystone = clients.keystone(context)
project = [t for t in keystone.tenants.list()
if t.name == project_name][0]
result = utils.to_dict(project)
result["keypair"] = self._get_gce_keypair(context)
project_id = project.id
nova_limits = clients.nova(context).limits.get(tenant_id=project_id)
result["nova_limits"] = dict((l.name, l.value)
for l in nova_limits.absolute)
cinder_client = clients.cinder(context)
try:
result["cinder_quotas"] = utils.to_dict(
cinder_client.quotas.get(project_id, usage=True))
except TypeError:
# NOTE(apavlov): cinderclient of version 1.0.6 and below
# has no usage parameter
result["cinder_quotas"] = dict([("limit", x)
for x in utils.to_dict(cinder_client.quotas.get(project_id))])
net_api = CONF.get("network_api")
if net_api is None or ("quantum" in net_api
or "neutron" in net_api):
neutron_client = clients.neutron(context)
result["neutron_quota"] = (
neutron_client.show_quota(project_id)["quota"])
result["neutron_quota"]["network_used"] = len(neutron_client
.list_networks(tenant_id=project_id)["networks"])
result["neutron_quota"]["floatingip_used"] = len(neutron_client
.list_floatingips(tenant_id=project_id)["floatingips"])
result["neutron_quota"]["security_group_used"] = len(neutron_client
.list_security_groups(tenant_id=project_id)["security_groups"])
else:
result["neutron_quota"] = {}
return result
def search_items(self, context, search_opts, scope):
client = clients.nova(context)
instances = client.servers.list(search_opts=search_opts)
filtered_instances = []
for instance in instances:
iscope = getattr(instance, "OS-EXT-AZ:availability_zone")
if scope is not None and scope.get_name() != iscope:
continue
instance = utils.to_dict(instance)
instance = self._prepare_instance(client, context, instance)
db_instance = self._get_db_item_by_id(context, instance["id"])
self._prepare_item(instance, db_instance)
filtered_instances.append(instance)
if len(filtered_instances) == len(instances) and not search_opts:
gce_instances = self._get_db_items_dict(context)
self._purge_db(context, filtered_instances, gce_instances)
return filtered_instances
def add_item(self, context, name, body, scope=None):
ip_range = body.get('IPv4Range', CONF.default_network_ip_range)
gateway = body.get('gatewayIPv4')
if gateway is None:
network_cidr = netaddr.IPNetwork(ip_range)
gateway_ip = netaddr.IPAddress(network_cidr.first + 1)
gateway = str(gateway_ip)
network = None
try:
network = self.get_item(context, name)
except exception.NotFound:
pass
if network is not None:
raise exception.DuplicateVlan
kwargs = {'label': name, 'cidr': ip_range, 'gateway': gateway}
client = clients.nova(context)
operation_util.start_operation(context)
network = client.networks.create(**kwargs)
network = self._prepare_network(utils.to_dict(network))
if "description" in body:
network["description"] = body["description"]
return self._add_db_item(context, network)
def _attach_volume(self, context):
params = context.operation_data.get("params")
if params:
scope = context.operation_data["scope"]
context.operation_data.pop("params")
body = {
"sizeGb": params.get("diskSizeGb"),
"sourceImage": params["sourceImage"]
}
volume = disk_api.API().add_item(context,
params.get("diskName"),
body,
scope=scope)
context.operation_data["disk"] = volume
return None
disk = context.operation_data.get("disk")
if disk:
volume_id = disk["id"]
item_progress = disk_api.API()._get_add_item_progress(
context, volume_id)
if not operation_util.is_final_progress(item_progress):
return None
context.operation_data.pop("disk")
context.operation_data["volume_id"] = volume_id
instance_id = context.operation_data["instance_id"]
device_name = context.operation_data["device_name"]
volume_id = context.operation_data["volume_id"]
volumes_client = clients.nova(context).volumes
volumes_client.create_server_volume(instance_id, volume_id,
"/dev/" + device_name)
args = context.operation_data["register_args"]
self.register_item(context, args[0], volume_id, args[1], args[2])
return operation_util.get_final_progress()
def get_items(self, context, scope=None):
client = clients.nova(context)
items = client.flavors.list()
return [self._prepare_item(utils.to_dict(item)) for item in items]
def add_item(self, context, instance_name, nic, addr, addr_type, name):
if not nic:
msg = _("Network interface is invalid or empty")
raise exception.InvalidRequest(msg)
if addr_type is None:
addr_type = self.DEFAULT_ACCESS_CONFIG_TYPE
elif addr_type != self.DEFAULT_ACCESS_CONFIG_TYPE:
msg = _("Only '%s' type of access config currently supported.")\
% self.DEFAULT_ACCESS_CONFIG_TYPE
raise exception.InvalidRequest(msg)
client = clients.nova(context)
instances = client.servers.list(search_opts={"name": instance_name})
if not instances or len(instances) != 1:
raise exception.NotFound
instance = instances[0]
fixed_ip = None
for network in instance.addresses:
if nic != network:
continue
for address in instance.addresses[network]:
atype = address["OS-EXT-IPS:type"]
if atype == "floating":
msg = _('At most one access config currently supported.')
raise exception.InvalidRequest(msg)
if atype == "fixed":
fixed_ip = address["addr"]
if not fixed_ip:
msg = _('Network interface not found')
raise exception.InvalidRequest(msg)
floating_ips = client.floating_ips.list()
if addr is None:
# NOTE(apavlov): try to find unused
for floating_ip in floating_ips:
if floating_ip.instance_id is None:
addr = floating_ip.ip
break
else:
msg = _('There is no unused floating ips.')
raise exception.InvalidRequest(msg)
else:
for floating_ip in floating_ips:
if floating_ip.ip != addr:
continue
if floating_ip.instance_id is None:
break
msg = _("Floating ip '%s' is already associated") % floating_ip
raise exception.InvalidRequest(msg)
else:
msg = _("There is no such floating ip '%s'.") % addr
raise exception.InvalidRequest(msg)
operation_util.start_operation(context)
instance.add_floating_ip(addr, fixed_ip)
return self.register_item(context, instance_name, nic, addr, addr_type,
name)
def get_items(self, context, scope=None):
client = clients.nova(context)
return self._get_floating_ips(client, context, scope)
def get_item_by_id(self, context, machine_type_id):
client = clients.nova(context)
item = client.flavors.get(machine_type_id)
return self._prepare_item(utils.to_dict(item))
def delete_item(self, context, name, scope=None):
client = clients.nova(context)
floating_ip = self._get_floating_ips(client, context, scope, name)[0]
operation_util.start_operation(context)
self._delete_db_item(context, floating_ip)
client.floating_ips.delete(floating_ip["id"])